开源软件构建与测试

Changes of Revision 2

_service:tar_scm:dyninst.spec Changed

@@ -1,18 +1,20 @@
 Name: dyninst
 License: LGPLv2+
-Release: 1
-Version: 11.0.1
+Release: 3
+Version: 12.2.1
 Summary: An API for Run-time Code Generation
 ExclusiveArch: x86_64 aarch64
 
 %global dyninst_base dyninst-%{version}
-%global testsuite_version 11.0.1
+%global testsuite_version 12.2.1
 %global testsuite_base testsuite-%{testsuite_version}
 
 URL: http://www.dyninst.org
 Source0: https://github.com/dyninst/dyninst/archive/v%{version}/dyninst-%{version}.tar.gz
 Source1: https://github.com/dyninst/testsuite/archive/v%{testsuite_version}/%{testsuite_base}.tar.gz
 
+Patch1: 0001-add-missing-include-file-1344.patch 
+
 BuildRequires: cmake gcc-c++
 BuildRequires: binutils-devel boost-devel
 BuildRequires: elfutils-libelf-devel
@@ -48,6 +50,10 @@
 %setup -q -n %{name}-%{version} -c
 %setup -q -T -D -a 1
 
+pushd %{dyninst_base}
+%patch1 -p1
+popd
+
 sed -i.cotire -e 's/USE_COTIRE true/USE_COTIRE false/' \
   %{dyninst_base}/cmake/shared.cmake
 
@@ -74,27 +80,12 @@
   sed -i -e 's!%{_prefix}!../install&!' '{}' '+'
 sed -i '/libtbb.so/ s/".*usr/"\/usr/' $PWD/../install%{_libdir}/cmake/Dyninst/commonTargets.cmake
 
-cd ../%{testsuite_base}
-%cmake \
- -DDyninst_DIR:PATH=$PWD/../install%{_libdir}/cmake/Dyninst \
- -DINSTALL_DIR:PATH=%{_libdir}/dyninst/testsuite \
- -DCMAKE_BUILD_TYPE:STRING=Debug \
- -DCMAKE_SKIP_RPATH:BOOL=YES \
- .
-%make_build
-
 %install
 cd %{dyninst_base}
 %make_install
-rm -v %{buildroot}%{_docdir}/*-%{version}.pdf
-
-cd ../%{testsuite_base}
-%make_install
 
 mkdir -p %{buildroot}/etc/ld.so.conf.d
 echo "%{_libdir}/dyninst" > %{buildroot}/etc/ld.so.conf.d/%{name}-%{_arch}.conf
-find %{buildroot}%{_libdir}/dyninst/testsuite/ \
-  -type f '!' -name '*.a' -execdir chmod 644 '{}' '+'
 
 %post -p /sbin/ldconfig
 %postun -p /sbin/ldconfig
@@ -111,9 +102,6 @@
 %{_libdir}/cmake/Dyninst
 %{_libdir}/dyninst/*.a
 %{_bindir}/parseThat
-%dir %{_libdir}/dyninst/testsuite/
-%attr(755,root,root) %{_libdir}/dyninst/testsuite/*!a
-%attr(644,root,root) %{_libdir}/dyninst/testsuite/*.a
 %exclude %{_bindir}/cfg_to_dot
 %exclude /usr/bin/codeCoverage
 %exclude /usr/bin/unstrip
@@ -135,6 +123,15 @@
 %doc %{dyninst_base}/symtabAPI/doc/symtabAPI.pdf
 
 %changelog
+* Wed Mar 8 2023 Wenyu Liu <liuwenyu7@huawei.com> - 12.2.1-3
+- remove useless testsuitte in devel package
+
+* Mon Feb 13 2023 Wenyu Liu <liuwenyu7@huawei.com> - 12.2.1-2
+- add missing #include <deque>
+
+* Sun Jan 29 2023 Wenyu Liu <liuwenyu7@huawei.com> - 12.2.1-1
+- update to 12.2.1
+
 * Sat Dec 4 2021 zhouwenpei <zhouwenpei1@huawei.com> - 11.0.1-1
 - update to 11.0.1

_service:tar_scm:0001-add-missing-include-file-1344.patch Added

_service Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/.github_changelog_generator Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/.gitmodules Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/endian.cmake Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/common/docs/libutil.1 Deleted

@@ -1,242 +0,0 @@
-.\"
-.\"
-.TH LIBUTIL 1L PARADYN "\\n(mo/\\n(dy/19\\n(yr"
-.SH NAME
-libutil \- Support Library
-.SH DESCRIPTION
-.PP
-This library provides utility functions.  It provides a list class, a hash table class, and functions to support client-server communications using XDR/pvm/threads.
-.SH "LIST CLASS SYNOPSIS"
-.B template <class Type> class List {
-.br
-.B	public:
-.br
-.B	List();
-.br
-.B	int  empty();
-.br
-.B	friend ostream &operator<<(ostream&, List<Type>&);
-.br
-.B	void print();
-.br
-.B	void add(Type data, void *key);
-.br
-.B	void add(Type data);
-.br
-.B	Boolean addUnique(Type data);
-.br
-.B	Boolean addUnique(Type data, void *key);
-.br
-.B	Type find(void *key);
-.br
-.B	Boolean remove(void *key);
-.br
-.B	int count();
-.br
-.B	Type operator *();
-.br
-.B	void operator +=(List<Type> mergee);
-.br
-.B	Type operator ++();
-.br
-.B	void map (void (*map_function)(const Type item));
-.br
-.B	void setCurrent();
-.br
-.B	const Type getCurrent();
-.br
-.B	const Type next();
-.br
-.B	void advanceCurrent();
-.br
-.B	protected:
-.br
-.B	ListItem<Type>	*head;
-.br
-.B	ListItem<Type>  *current;
-.br
-};
-.br
-.SH "HASH TABLE CLASS SYNOPSIS"
-.PP
-.B template <class Type> class HTable {
-.br
-.B    public:
-.br
-.B	friend ostream &operator<<(ostream&, HTable<Type>&);
-.br
-.B	void print();
-.br
-.B	HTable(Type data);
-.br
-.B	void add(Type data, void *key);
-.br
-.B	HTable(); 
-.br
-.B	Boolean addUnique(Type data, void *key);
-.br
-.B	Type find(void *key);
-.br
-.B	Boolean remove(void *key);
-.br
-.B	Type operator =(HTable<Type> arg);
-.br
-.B	Type operator *();
-.br
-.B	Type operator ++();
-.br
-.B	int count();
-.br
-.B	private:
-.br
-.B	List<Type> **table;
-.br
-.B	List<Type> currList;
-.br
-.B	int currHid;
-.br
-.B	int tableSize;
-.br
-};
-.br
-.SH "LIBRARY SYNOPSIS"
-.TP 8
-.B int RPCprocessCreate (pid, host, User, command,
-.B	 args)
-.br
-.B int *pid;
-.br
-.B char *host;  
-.br
-.B char *User;           
-.br
-.B char *command; 
-.br
-.B char **args;   
-.TP 8
-.B int RPC_readReady (fd)
-.br
-.B int fd;
-.TP 8
-.B int RPC_setup_socket (socket_fd, family, type)
-.br
-.B int *socket_fd;
-.br
-.B int family;
-.br
-.B int type;
-.TP 8
-.B char **RPC_make_arg_list (program, family, type,
-.B			     port, flag)
-.br
-.B char *program;
-.br
-.B int family;
-.br
-.B int type;
-.br
-.B int port;
-.br
-.B int flag;
-.TP 8
-.B int RPC_undo_arg_list (argc, arg_list, machine,
-.B	                   family, type, socket, flag)
-.br
-.B int argc;
-.br
-.B char **arg_list;
-.br
-.B char **machine;
-.br
-.B int *family;
-.br
-.B int *type;
-.br
-.B int *socket;
-.br
-.B int *flag;
-.TP 8
-.B int RPC_getConnect (fd)
-.br
-.B int fd;
-
-.SH "LIST CLASS DESCRIPTION"
-.PP
-.SH "HASH TABLE DESCRIPTION"
-.PP
-.SH "LIBRARY DESCRIPTION"
-.PP
-.B int RPCprocessCreate (pid, host, User, command,
-.B	 args)
-.br
-.B int *pid;
-.br
-.B char *host;  
-.br
-.B char *User;           
-.br
-.B char *command; 
-.br
-.B char **args;   
-.br
-stdout will be closed for the exec'd program.  The pid is returned in pid.
-Host is the name of the host to start the program on.  Command is the name
-of the command to exec.  If args is non-null, it will be used as an argument 
-for the exec.  Thus, command should be the first entry in args.  If args is
-null, command is passed as the argument list.
-.TP 8
-.B int RPC_readReady (fd)
-.br
-.B int fd;
-.TP 8
-.B int RPC_setup_socket (socket_fd, family, type)
-.br
-.B int *socket_fd;
-.br
-.B int family;
-.br
-.B int type;
-.TP 8
-.B char **RPC_make_arg_list (program, family, type,
-.B			     port, flag)
-.br
-.B char *program;
-.br
-.B int family;
-.br
-.B int type;
-.br
-.B int port;
-.br
-.B int flag;
-.TP 8
-.B int RPC_undo_arg_list (argc, arg_list, machine,
-.B	                   family, type, socket, flag)
-.br
-.B int argc;
-.br
-.B char **arg_list;
-.br
-.B char **machine;
-.br
-.B int *family;
-.br
-.B int *type;
-.br
-.B int *socket;
-.br
-.B int *flag;
-.TP 8
-.B int RPC_getConnect (fd)
-.br
-.B int fd;
-
-.SH "SEE ALSO"
-Paradyn(1).
-.SH COPYRIGHT
-Copyright 1994, The Paradyn Software Team.
-.SH AUTHOR
-Mark Callaghan     (markc@cs.wisc.edu)
-
-
-

_service:tar_scm:dyninst-11.0.1.tar.gz/common/docs/libutilPVM.1 Deleted

@@ -1,256 +0,0 @@
-.\"
-.\" $Log: libutilPVM.1,v $
-.\" Revision 1.2  2005/12/19 19:41:39  pack
-.\" MRNet replaces xdr for frontend to daemon communication.  New igen  - - -
-.\" MRNet changes
-.\"
-.\" Revision 1.1.1.1  2004/11/05 22:17:36  darnold
-.\" start
-.\"
-.\" Revision 1.1.1.1  2004/10/18 20:35:55  darnold
-.\" Manual Branch for MRNet Integration based on Release_4.1
-.\"
-.\" Revision 1.1  1994/02/25 11:16:01  markc
-.\" Initial revision
-.\"
-.\"
-.TH LIBUTILPVM 1L PARADYN "\\n(mo/\\n(dy/19\\n(yr"
-.SH NAME
-libutilPVM \- Support Library
-.SH DESCRIPTION
-.PP
-This library provides utility functions.  It provides a list class, a hash table class, and functions to support client-server communications using XDR/pvm/threads.
-.SH "LIST CLASS SYNOPSIS"
-.B template <class Type> class List {
-.br
-.B	public:
-.br
-.B	List();
-.br
-.B	int  empty();
-.br
-.B	friend ostream &operator<<(ostream&, List<Type>&);
-.br
-.B	void print();
-.br
-.B	void add(Type data, void *key);
-.br
-.B	void add(Type data);
-.br
-.B	Boolean addUnique(Type data);
-.br
-.B	Boolean addUnique(Type data, void *key);
-.br
-.B	Type find(void *key);
-.br
-.B	Boolean remove(void *key);
-.br
-.B	int count();
-.br
-.B	Type operator *();
-.br
-.B	void operator +=(List<Type> mergee);
-.br
-.B	Type operator ++();
-.br
-.B	void map (void (*map_function)(const Type item));
-.br
-.B	void setCurrent();
-.br
-.B	const Type getCurrent();
-.br
-.B	const Type next();
-.br
-.B	void advanceCurrent();
-.br
-.B	protected:
-.br
-.B	ListItem<Type>	*head;
-.br
-.B	ListItem<Type>  *current;
-.br
-};
-.br
-.SH "HASH TABLE CLASS SYNOPSIS"
-.PP
-.B template <class Type> class HTable {
-.br
-.B    public:
-.br
-.B	friend ostream &operator<<(ostream&, HTable<Type>&);
-.br
-.B	void print();
-.br
-.B	HTable(Type data);
-.br
-.B	void add(Type data, void *key);
-.br
-.B	HTable(); 
-.br
-.B	Boolean addUnique(Type data, void *key);
-.br
-.B	Type find(void *key);
-.br
-.B	Boolean remove(void *key);
-.br
-.B	Type operator =(HTable<Type> arg);
-.br
-.B	Type operator *();
-.br
-.B	Type operator ++();
-.br
-.B	int count();
-.br
-.B	private:
-.br
-.B	List<Type> **table;
-.br
-.B	List<Type> currList;
-.br
-.B	int currHid;
-.br
-.B	int tableSize;
-.br
-};
-.br
-.SH "LIBRARY SYNOPSIS"
-.TP 8
-.B int RPCprocessCreate (pid, host, User, command,
-.B	 args)
-.br
-.B int *pid;
-.br
-.B char *host;  
-.br
-.B char *User;           
-.br
-.B char *command; 
-.br
-.B char **args;   
-.TP 8
-.B int RPC_readReady (fd)
-.br
-.B int fd;
-.TP 8
-.B int RPC_setup_socket (socket_fd, family, type)
-.br
-.B int *socket_fd;
-.br
-.B int family;
-.br
-.B int type;
-.TP 8
-.B char **RPC_make_arg_list (program, family, type,
-.B			     port, flag)
-.br
-.B char *program;
-.br
-.B int family;
-.br
-.B int type;
-.br
-.B int port;
-.br
-.B int flag;
-.TP 8
-.B int RPC_undo_arg_list (argc, arg_list, machine,
-.B	                   family, type, socket, flag)
-.br
-.B int argc;
-.br
-.B char **arg_list;
-.br
-.B char **machine;
-.br
-.B int *family;
-.br
-.B int *type;
-.br
-.B int *socket;
-.br
-.B int *flag;
-.TP 8
-.B int RPC_getConnect (fd)
-.br
-.B int fd;
-
-.SH "LIST CLASS DESCRIPTION"
-.PP
-.SH "HASH TABLE DESCRIPTION"
-.PP
-.SH "LIBRARY DESCRIPTION"
-.PP
-.B int RPCprocessCreate (pid, host, User, command,
-.B	 args)
-.br
-.B int *pid;
-.br
-.B char *host;  
-.br
-.B char *User;           
-.br
-.B char *command; 
-.br
-.B char **args;   
-.br
-stdout will be closed for the exec'd program.  The pid is returned in pid.
-Host is the name of the host to start the program on.  Command is the name
-of the command to exec.  If args is non-null, it will be used as an argument 
-for the exec.  Thus, command should be the first entry in args.  If args is
-null, command is passed as the argument list.
-.TP 8
-.B int RPC_readReady (fd)
-.br
-.B int fd;
-.TP 8
-.B int RPC_setup_socket (socket_fd, family, type)
-.br
-.B int *socket_fd;
-.br
-.B int family;
-.br
-.B int type;
-.TP 8
-.B char **RPC_make_arg_list (program, family, type,
-.B			     port, flag)
-.br
-.B char *program;
-.br
-.B int family;
-.br
-.B int type;
-.br
-.B int port;
-.br
-.B int flag;
-.TP 8
-.B int RPC_undo_arg_list (argc, arg_list, machine,
-.B	                   family, type, socket, flag)
-.br
-.B int argc;
-.br
-.B char **arg_list;
-.br
-.B char **machine;
-.br
-.B int *family;
-.br
-.B int *type;
-.br
-.B int *socket;
-.br
-.B int *flag;
-.TP 8
-.B int RPC_getConnect (fd)
-.br
-.B int fd;
-
-.SH "SEE ALSO"
-Paradyn(1).
-.SH COPYRIGHT
-Copyright 1994, The Paradyn Software Team.
-.SH AUTHOR
-Mark Callaghan     (markc@cs.wisc.edu)
-
-
-

_service:tar_scm:dyninst-11.0.1.tar.gz/common/docs/rpcUtil.1 Deleted

@@ -1,249 +0,0 @@
-.\"
-.\" $Log: rpcUtil.1,v $
-.\" Revision 1.3  1994/02/24 20:54:28  markc
-.\" Extended man page.
-.\"
-# Revision 1.2  1994/02/24  07:56:34  markc
-# Added more comments.
-#
-.\"
-.TH RPCUTIL 1L PARADYN "\\n(mo/\\n(dy/19\\n(yr"
-.SH NAME
-rpcUtil \- Support Library
-.SH DESCRIPTION
-.PP
-This library provides utility functions.  It provides a list class, a hash table class, and functions to support client-server communications using XDR/pvm/threads.
-.SH "LIST CLASS SYNOPSIS"
-.B template <class Type> class List {
-.br
-.B	public:
-.br
-.B	List();
-.br
-.B	int  empty();
-.br
-.B	friend ostream &operator<<(ostream&, List<Type>&);
-.br
-.B	void print();
-.br
-.B	void add(Type data, void *key);
-.br
-.B	void add(Type data);
-.br
-.B	Boolean addUnique(Type data);
-.br
-.B	Boolean addUnique(Type data, void *key);
-.br
-.B	Type find(void *key);
-.br
-.B	Boolean remove(void *key);
-.br
-.B	int count();
-.br
-.B	Type operator *();
-.br
-.B	void operator +=(List<Type> mergee);
-.br
-.B	Type operator ++();
-.br
-.B	void map (void (*map_function)(const Type item));
-.br
-.B	void setCurrent();
-.br
-.B	const Type getCurrent();
-.br
-.B	const Type next();
-.br
-.B	void advanceCurrent();
-.br
-.B	protected:
-.br
-.B	ListItem<Type>	*head;
-.br
-.B	ListItem<Type>  *current;
-.br
-};
-.br
-.SH "HASH TABLE CLASS SYNOPSIS"
-.PP
-.B template <class Type> class HTable {
-.br
-.B    public:
-.br
-.B	friend ostream &operator<<(ostream&, HTable<Type>&);
-.br
-.B	void print();
-.br
-.B	HTable(Type data);
-.br
-.B	void add(Type data, void *key);
-.br
-.B	HTable(); 
-.br
-.B	Boolean addUnique(Type data, void *key);
-.br
-.B	Type find(void *key);
-.br
-.B	Boolean remove(void *key);
-.br
-.B	Type operator =(HTable<Type> arg);
-.br
-.B	Type operator *();
-.br
-.B	Type operator ++();
-.br
-.B	int count();
-.br
-.B	private:
-.br
-.B	List<Type> **table;
-.br
-.B	List<Type> currList;
-.br
-.B	int currHid;
-.br
-.B	int tableSize;
-.br
-};
-.br
-.SH "LIBRARY SYNOPSIS"
-.TP 8
-.B int RPCprocessCreate (pid, host, User, command,
-.B	 args)
-.br
-.B int *pid;
-.br
-.B char *host;  
-.br
-.B char *User;           
-.br
-.B char *command; 
-.br
-.B char **args;   
-.TP 8
-.B int RPC_readReady (fd)
-.br
-.B int fd;
-.TP 8
-.B int RPC_setup_socket (socket_fd, family, type)
-.br
-.B int *socket_fd;
-.br
-.B int family;
-.br
-.B int type;
-.TP 8
-.B char **RPC_make_arg_list (program, family, type,
-.B			     port, flag)
-.br
-.B char *program;
-.br
-.B int family;
-.br
-.B int type;
-.br
-.B int port;
-.br
-.B int flag;
-.TP 8
-.B int RPC_undo_arg_list (argc, arg_list, machine,
-.B	                   family, type, socket, flag)
-.br
-.B int argc;
-.br
-.B char **arg_list;
-.br
-.B char **machine;
-.br
-.B int *family;
-.br
-.B int *type;
-.br
-.B int *socket;
-.br
-.B int *flag;
-.TP 8
-.B int RPC_getConnect (fd)
-.br
-.B int fd;
-
-.SH "LIST CLASS DESCRIPTION"
-.PP
-.SH "HASH TABLE DESCRIPTION"
-.PP
-.SH "LIBRARY DESCRIPTION"
-.PP
-.B int RPCprocessCreate (pid, host, User, command,
-.B	 args)
-.br
-.B int *pid;
-.br
-.B char *host;  
-.br
-.B char *User;           
-.br
-.B char *command; 
-.br
-.B char **args;   
-.br
-stdout will be closed for the exec'd program.  The pid is returned in pid.
-Host is the name of the host to start the program on.  Command is the name
-of the command to exec.  If args is non-null, it will be used as an argument 
-for the exec.  Thus, command should be the first entry in args.  If args is
-null, command is passed as the argument list.
-.TP 8
-.B int RPC_readReady (fd)
-.br
-.B int fd;
-.TP 8
-.B int RPC_setup_socket (socket_fd, family, type)
-.br
-.B int *socket_fd;
-.br
-.B int family;
-.br
-.B int type;
-.TP 8
-.B char **RPC_make_arg_list (program, family, type,
-.B			     port, flag)
-.br
-.B char *program;
-.br
-.B int family;
-.br
-.B int type;
-.br
-.B int port;
-.br
-.B int flag;
-.TP 8
-.B int RPC_undo_arg_list (argc, arg_list, machine,
-.B	                   family, type, socket, flag)
-.br
-.B int argc;
-.br
-.B char **arg_list;
-.br
-.B char **machine;
-.br
-.B int *family;
-.br
-.B int *type;
-.br
-.B int *socket;
-.br
-.B int *flag;
-.TP 8
-.B int RPC_getConnect (fd)
-.br
-.B int fd;
-
-.SH "SEE ALSO"
-Paradyn(1).
-.SH COPYRIGHT
-Copyright 1994, The Paradyn Software Team.
-.SH AUTHOR
-Mark Callaghan     (markc@cs.wisc.edu)
-
-
-

_service:tar_scm:dyninst-11.0.1.tar.gz/common/h/amdgpu_op_table.h Deleted

@@ -1,416 +0,0 @@
-amdgpu_op_v_max_i16_e64,
-amdgpu_op_v_mul_lo_u16_e64,
-amdgpu_op_v_max_i16,
-amdgpu_op_s_lshsl2_add_u32,
-amdgpu_op_s_flbit_i32_b32,
-amdgpu_op_tbuffer_store_format_d16_xyzw,
-amdgpu_op_s_cmpk_eq_i32,
-amdgpu_op_buffer_load_format_xyzw,
-amdgpu_op_v_subrev_u32_e64,
-amdgpu_op_v_subrev_f16,
-amdgpu_op_v_ldexp_f16,
-amdgpu_op_s_load_dwordx8,
-amdgpu_op_s_cmpk_lt_u32,
-amdgpu_op_s_bfe_i64,
-amdgpu_op_v_cmp_eq_u64_e64,
-amdgpu_op_s_lshl3_add_u32,
-amdgpu_op_s_sub_u32,
-amdgpu_op_v_mul_u32_u24,
-amdgpu_op_s_add_u32,
-amdgpu_op_v_madmk_f32,
-amdgpu_op_tbuffer_store_format_xyz,
-amdgpu_op_v_sub_u16_e64,
-amdgpu_op_s_invalid_1,
-amdgpu_op_v_cvt_i32_f64_e64,
-amdgpu_op_s_addc_u32,
-amdgpu_op_s_pack_lh_b32_b16,
-amdgpu_op_s_nor_savexec_b64,
-amdgpu_op_s_sethalt,
-amdgpu_op_v_cvt_flr_i32_f32_e64,
-amdgpu_op_v_cvt_u32_f32,
-amdgpu_op_s_quadmask_b64,
-amdgpu_op_tbuffer_load_format_xyz,
-amdgpu_op_s_min_i32,
-amdgpu_op_s_cbranch_scc1,
-amdgpu_op_s_not_b32,
-amdgpu_op_s_lshl_b64,
-amdgpu_op_s_invalid_2,
-amdgpu_op_s_cbranch_cdbgsys,
-amdgpu_op_s_cmp_ge_u32,
-amdgpu_op_s_movrels_b64,
-amdgpu_op_s_movrels_b32,
-amdgpu_op_s_bitcmp1_b32,
-amdgpu_op_s_nor_b64,
-amdgpu_op_v_mul_f16,
-amdgpu_op_v_interp_p2_f32,
-amdgpu_op_s_cmp_lt_i32,
-amdgpu_op_s_max_i32,
-amdgpu_op_s_bcnt1_i32_b64,
-amdgpu_op_v_xor_b32,
-amdgpu_op_v_max_f16,
-amdgpu_op_v_min_u16,
-amdgpu_op_v_cmp_ge_u32,
-amdgpu_op_v_subrev_f16_e64,
-amdgpu_op_v_cmp_class_f32,
-amdgpu_op_v_max_i32,
-amdgpu_op_s_cbranch_execnz,
-amdgpu_op_v_cmp_lt_u32_e64,
-amdgpu_op_buffer_store_format_xy,
-amdgpu_op_v_mul_hi_i32_i24_e64,
-amdgpu_op_v_cvt_f32_f16_e64,
-amdgpu_op_v_lshlrev_b32,
-amdgpu_op_s_xnor_b64,
-amdgpu_op_v_max_u32,
-amdgpu_op_v_subrev_co_u32,
-amdgpu_op_v_add_u32_e64,
-amdgpu_op_v_interp_p1_f32,
-amdgpu_op_v_cmp_eq_u64,
-amdgpu_op_s_bitcmp0_b64,
-amdgpu_op_s_bitset1_b32,
-amdgpu_op_v_cmp_ge_u32_e64,
-amdgpu_op_s_addk_i32,
-amdgpu_op_v_add_co_u32_e64,
-amdgpu_op_s_ff0_i32_b64,
-amdgpu_op_s_sext_i32_i8,
-amdgpu_op_v_min_f16,
-amdgpu_op_s_cbranch_vccnz,
-amdgpu_op_v_min_u32_e64,
-amdgpu_op_v_sub_f16_e64,
-amdgpu_op_v_subrev_f32_e64,
-amdgpu_op_v_sub_u32_e64,
-amdgpu_op_v_cmp_gt_u32_e64,
-amdgpu_op_s_mov_b64,
-amdgpu_op_s_load_dwordx4,
-amdgpu_op_s_wakeup,
-amdgpu_op_v_cndmask_b32,
-amdgpu_op_v_lshrrev_b16_e64,
-amdgpu_op_s_abs_i32,
-amdgpu_op_s_dcache_memrealtime,
-amdgpu_op_v_cmp_neq_f16,
-amdgpu_op_s_cbranch_i_fork,
-amdgpu_op_v_xno2_b32_e64,
-amdgpu_op_s_cmpk_lg_u32,
-amdgpu_op_s_cmpk_lt_i32,
-amdgpu_op_v_mul_f16_e64,
-amdgpu_op_s_pack_hh_b32_B16,
-amdgpu_op_v_cvt_off_f32_i4,
-amdgpu_op_v_ashrrev_i16_e64,
-amdgpu_op_s_orn1_saveexec_b64,
-amdgpu_op_v_subrev_f32,
-amdgpu_op_s_cbranch_execz,
-amdgpu_op_s_not_b64,
-amdgpu_op_s_buffer_load_dwordx2,
-amdgpu_op_tbuffer_store_format_xy,
-amdgpu_op_v_addc_co_u32,
-amdgpu_op_v_pack_b32_f16,
-amdgpu_op_v_lshlrev_b32_e64,
-amdgpu_op_s_cslect_b32,
-amdgpu_op_v_min_f32_e64,
-amdgpu_op_v_swap_b32,
-amdgpu_op_s_subb_u32,
-amdgpu_op_s_dcache_wb_vol,
-amdgpu_op_s_store_dwordx2,
-amdgpu_op_s_load_dword,
-amdgpu_op_v_addc_co_u32_e64,
-amdgpu_op_s_bfm_b64,
-amdgpu_op_v_mul_legacy_f32,
-amdgpu_op_s_branch,
-amdgpu_op_s_absdiff_i32,
-amdgpu_op_s_getpc_b64,
-amdgpu_op_v_readfirstlane_b32_e64,
-amdgpu_op_buffer_load_format_xy,
-amdgpu_op_s_bfm_b32,
-amdgpu_op_v_add_f16,
-amdgpu_op_s_movk_i32,
-amdgpu_op_load_dword,
-amdgpu_op_v_mac_f16_e64,
-amdgpu_op_buffer_atomic_dec_x2,
-amdgpu_op_s_nand_savexec_b64,
-amdgpu_op_s_min_u32,
-amdgpu_op_s_andn1_wrexec_b64,
-amdgpu_op_s_or_savexec_b64,
-amdgpu_op_s_setreg_imm32_b32,
-amdgpu_op_load_ubyte,
-amdgpu_op_v_mul_f32,
-amdgpu_op_s_waitcnt,
-amdgpu_op_v_max_u32_e64,
-amdgpu_op_v_max_f32_e64,
-amdgpu_op_s_lshl_b32,
-amdgpu_op_buffer_store_format_xyz,
-amdgpu_op_s_flbit_i32_b64,
-amdgpu_op_s_sext_i32_i16,
-amdgpu_op_v_subb_co_u32_e64,
-amdgpu_op_s_setreg_b32,
-amdgpu_op_v_cvt_f64_i32_e64,
-amdgpu_op_v_cvt_f32_u32,
-amdgpu_op_buffer_load_format_x,
-amdgpu_op_v_min_i16_e64,
-amdgpu_op_v_cmp_ne_u64_e64,
-amdgpu_op_s_and_saveexec_b64,
-amdgpu_op_v_dot8_u32_u4,
-amdgpu_op_v_madak_f32_e64,
-amdgpu_op_s_mulk_i32,
-amdgpu_op_s_scratch_load_dword,
-amdgpu_op_s_bitreplicate_b64_b32,
-amdgpu_op_s_set_gpr_idx_mode,
-amdgpu_op_v_subbrev_co_u32_e64,
-amdgpu_op_v_ashrrev_i32_e64,
-amdgpu_op_s_cmovk_i32,
-amdgpu_op_s_rfe_restore_b64,
-amdgpu_op_s_sendmsghalt,
-amdgpu_op_s_nop,
-amdgpu_op_tbuffer_load_format_xy,
-amdgpu_op_s_dcache_wb,
-amdgpu_op_s_bitcmp1_b64,
-amdgpu_op_buffer_store_format_xyzw,
-amdgpu_op_s_load_dwordx16,
-amdgpu_op_s_cmpk_eq_u32,
-amdgpu_op_v_min_i32_e64,
-amdgpu_op_v_cmp_class_f32_e64,
-amdgpu_op_v_cmp_ge_u64,
-amdgpu_op_v_cndmask_b32_e64,
-amdgpu_op_v_ashrrev_i16,
-amdgpu_op_v_sub_co_u32_e64,
-amdgpu_op_v_sub_f32,
-amdgpu_op_s_cmov_b32,
-amdgpu_op_v_subrev_u16_e64,
-amdgpu_op_s_cmpk_le_i32,
-amdgpu_op_v_mul_hi_u32_u24,
-amdgpu_op_ds_read_b128,
-amdgpu_op_s_buffer_load_dword,
-amdgpu_op_v_mac_b32_e64,
-amdgpu_op_s_barrier,
-amdgpu_op_v_cvt_i32_f64,
-amdgpu_op_s_mul_hi_u32,
-amdgpu_op_s_endpgm_ordered_ps_done,
-amdgpu_op_v_sub_u32,
-amdgpu_op_s_scratch_load_dwordx2,
-amdgpu_op_s_xor_savexec_b64,
-amdgpu_op_s_sendmsg,
-amdgpu_op_s_cbranch_g_fork,
-amdgpu_op_s_set_gpr_idx_on,
-amdgpu_op_v_min_f16_e64,
-amdgpu_op_s_ff0_i32_b32,
-amdgpu_op_s_getreg_b32,
-amdgpu_op_v_cvt_f16_f32,
-amdgpu_op_s_cbranch_cdbguser,
-amdgpu_op_v_add_u16_e64,
-amdgpu_op_v_cvt_flr_i32_f32,
-amdgpu_op_s_lshr_b64,
-amdgpu_op_v_max_f32,
-amdgpu_op_v_swap_b32_e64,
-amdgpu_op_s_cmpk_gt_u32,
-amdgpu_op_v_cvt_f32_i32_e64,
-amdgpu_op_s_ff1_i32_b32,
-amdgpu_op_s_endpgm_saved,
-amdgpu_op_s_cbranch_scc0,
-amdgpu_op_v_cmp_le_u32_e64,
-amdgpu_op_v_xno2_b32,
-amdgpu_op_v_cmp_eq_u32_e64,
-amdgpu_op_buffer_load_format_xyz,
-amdgpu_op_v_readfirstlane_b32,
-amdgpu_op_s_orn2_b64,
-amdgpu_op_v_cmp_ne_u64,
-amdgpu_op_v_mul_lo_u16,
-amdgpu_op_v_lshrrev_b32,
-amdgpu_op_s_movreld_b64,
-amdgpu_op_s_mul_i32,
-amdgpu_op_atomic_dec_x2,
-amdgpu_op_v_mul_hi_u32_u24_e64,
-amdgpu_op_s_bitset0_b32,
-amdgpu_op_s_endpgm,
-amdgpu_op_v_mac_b32,
-amdgpu_op_v_mov_b32,
-amdgpu_op_v_cmp_lt_u64,
-amdgpu_op_s_sleep,
-amdgpu_op_s_rfe_b64,
-amdgpu_op_v_lshrrev_b32_e64,
-amdgpu_op_s_xor_b64,
-amdgpu_op_s_sub_i32,
-amdgpu_op_s_cmp_ge_eq_i32,
-amdgpu_op_s_cmpk_lg_i32,
-amdgpu_op_s_set_gpr_idx_idx,
-amdgpu_op_v_add_f16_e64,
-amdgpu_op_s_andn2_savexec_b64,
-amdgpu_op_v_mad_legacy_f32,
-amdgpu_op_s_cmpk_ge_u32,
-amdgpu_op_ds_add_u32,
-amdgpu_op_v_cvt_i32_f32_e64,
-amdgpu_op_s_pack_ll_b32_b16,
-amdgpu_op_s_quadmask_b32,
-amdgpu_op_s_max_u32,
-amdgpu_op_v_subbrev_co_u32,
-amdgpu_op_s_buffer_load_dwordx4,
-amdgpu_op_s_cmpk_le_u32,
-amdgpu_op_v_cvt_rpi_i32_f32,
-amdgpu_op_s_load_dwordx2,
-amdgpu_op_s_wqm_b64,
-amdgpu_op_v_min_i32,
-amdgpu_op_s_swappc_b64,
-amdgpu_op_s_cmpk_gt_i32,
-amdgpu_op_s_brev_b64,
-amdgpu_op_s_andn2_b64,
-amdgpu_op_v_mul_u32_u24_e64,
-amdgpu_op_s_bcnt0_i32_b32,
-amdgpu_op_s_nand_b32,
-amdgpu_op_v_cmp_gt_u64_e64,
-amdgpu_op_s_cmp_le_i32,
-amdgpu_op_v_cmp_neq_f16_e64,
-amdgpu_op_v_max_i32_e64,
-amdgpu_op_s_bitcmp0_b32,
-amdgpu_op_v_sub_co_u32,
-amdgpu_op_s_and_b32,
-amdgpu_op_v_cmp_ne_u32_e64,
-amdgpu_op_s_dcache_inv_vol,
-amdgpu_op_v_mul_f32_e64,
-amdgpu_op_s_mov_b32,
-amdgpu_op_s_setpc_b64,
-amdgpu_op_s_set_gpr_idx_off,
-amdgpu_op_v_min_f32,
-amdgpu_op_s_incperflevel,
-amdgpu_op_v_min_u32,
-amdgpu_op_v_cvt_i32_f32,
-amdgpu_op_v_min_u16_e64,
-amdgpu_op_v_add_f32,
-amdgpu_op_s_bitset0_b64,
-amdgpu_op_s_cmp_ge_i32,
-amdgpu_op_v_mul_hi_i32_i24,
-amdgpu_op_s_setkill,
-amdgpu_op_s_scratch_store_dword,
-amdgpu_op_v_subrev_u32,
-amdgpu_op_s_brev_b32,
-amdgpu_op_v_xor_b32_e64,
-amdgpu_op_s_buffer_store_dwordx2,
-amdgpu_op_v_cmp_le_u64,
-amdgpu_op_v_cvt_f16_f32_e64,
-amdgpu_op_s_icache_inv,
-amdgpu_op_s_cmov_b64,
-amdgpu_op_s_fltbit_i32,
-amdgpu_op_v_cvt_f32_i32,
-amdgpu_op_v_sub_f32_e64,
-amdgpu_op_v_cmp_ge_u64_e64,
-amdgpu_op_v_mov_b32_e64,
-amdgpu_op_v_sub_f16,
-amdgpu_op_v_min_i16,
-amdgpu_op_s_xor_b32,
-amdgpu_op_s_bfe_u64,
-amdgpu_op_s_ashr_i32,
-amdgpu_op_s_atomic_dec_x2,
-amdgpu_op_s_cmp_lt_u32,
-amdgpu_op_v_ashrrev_i32,
-amdgpu_op_v_add_u16,
-amdgpu_op_v_max_u16_e64,
-amdgpu_op_s_buffer_load_dwordx8,
-amdgpu_op_v_add_u32,
-amdgpu_op_s_cmp_lg_u64,
-amdgpu_op_v_or_b32,
-amdgpu_op_v_subb_co_u32,
-amdgpu_op_v_madmk_f32_e64,
-amdgpu_op_s_xnor_savexec_b64,
-amdgpu_op_v_lshlrev_b16,
-amdgpu_op_v_cmp_gt_u32,
-amdgpu_op_s_cmp_ge_eq_u32,
-amdgpu_op_v_subrev_co_u32_e64,
-amdgpu_op_v_cmpx_t_u64_e64,
-amdgpu_op_s_ff1_i32_b64,
-amdgpu_op_v_max_u16,
-amdgpu_op_v_madak_f32,
-amdgpu_op_store_dword,
-amdgpu_op_v_cmp_lt_u32,
-amdgpu_op_s_scratch_store_dwordx2,
-amdgpu_op_v_cmp_le_u32,
-amdgpu_op_v_cvt_f32_f16,
-amdgpu_op_s_cbranch_cdbgsys_or_user,
-amdgpu_op_v_add_f32_e64,
-amdgpu_op_v_pk_mad_i16,
-amdgpu_op_s_nor_b32,
-amdgpu_op_v_madmk_f16_e64,
-amdgpu_op_v_subrev_u16,
-amdgpu_op_s_or_b32,
-amdgpu_op_v_nop,
-amdgpu_op_s_movreld_b32,
-amdgpu_op_v_or_b32_e64,
-amdgpu_op_v_cvt_f64_i32,
-amdgpu_op_v_cmp_le_u64_e64,
-amdgpu_op_s_andn2_b32,
-amdgpu_op_s_dcache_inv,
-amdgpu_op_s_wqm_b32,
-amdgpu_op_s_cmp_lg_i32,
-amdgpu_op_s_scratch_store_dwordx4,
-amdgpu_op_s_buffer_store_dword,
-amdgpu_op_s_nand_b64,
-amdgpu_op_v_cmpx_t_u64,
-amdgpu_op_buffer_store_format_x,
-amdgpu_op_s_mul_hi_i32,
-amdgpu_op_s_ashr_i64,
-amdgpu_op_s_cbranch_join,
-amdgpu_op_tbuffer_load_format_x,
-amdgpu_op_v_add_b32_e64,
-amdgpu_op_s_buffer_load_dwordx16,
-amdgpu_op_v_mad_f32,
-amdgpu_op_v_mul_i32_i24,
-amdgpu_op_v_ldexp_f16_e64,
-amdgpu_op_tbuffer_store_format_x,
-amdgpu_op_s_bcnt0_i32_b64,
-amdgpu_op_s_cmp_le_u32,
-amdgpu_op_s_lshl4_add_u32,
-amdgpu_op_v_mul_legacy_f32_e64,
-amdgpu_op_s_add_i32,
-amdgpu_op_v_lshlrev_b16_e64,
-amdgpu_op_v_nop_e64,
-amdgpu_op_tbuffer_load_format_xyzw,
-amdgpu_op_s_ttracedata,
-amdgpu_op_v_cmp_lt_u64_e64,
-amdgpu_op_s_store_dword,
-amdgpu_op_s_setprio,
-amdgpu_op_s_fltbit_i32_i64,
-amdgpu_op_s_orn2_savexec_b64,
-amdgpu_op_v_add_co_u32,
-amdgpu_op_s_bfe_u32,
-amdgpu_op_v_mul_i32_i24_e64,
-amdgpu_op_s_or_b64,
-amdgpu_op_buffer_load_dwordx4,
-amdgpu_op_v_cvt_off_f32_i4_e64,
-amdgpu_op_s_bitset1_b64,
-amdgpu_op_s_cmp_gt_u32,
-amdgpu_op_s_cbranch_vccz,
-amdgpu_op_s_store_dwordx4,
-amdgpu_op_s_orn2_b32,
-amdgpu_op_s_bcnt1_i32_b32,
-amdgpu_op_v_madak_f16_e64,
-amdgpu_op_s_and_b64,
-amdgpu_op_s_buffer_store_dwordx4,
-amdgpu_op_v_cmp_gt_u64,
-amdgpu_op_v_madmk_f16,
-amdgpu_op_v_cmp_ne_u32,
-amdgpu_op_v_cvt_f32_u32_e64,
-amdgpu_op_v_cvt_u32_f32_e64,
-amdgpu_op_v_cmp_eq_u32,
-amdgpu_op_s_cmp_lg_u32,
-amdgpu_op_s_setvkip,
-amdgpu_op_s_cslect_b64,
-amdgpu_op_s_scratch_load_dwordx4,
-amdgpu_op_v_lshrrev_b16,
-amdgpu_op_s_cmp_gt_i32,
-amdgpu_op_s_call_b64,
-amdgpu_op_v_add_b32,
-amdgpu_op_s_xnor_b32,
-amdgpu_op_s_lshl1_add_u32,
-amdgpu_op_v_cvt_rpi_i32_f32_e64,
-amdgpu_op_s_trap,
-amdgpu_op_s_lshr_b32,
-amdgpu_op_v_madak_f16,
-amdgpu_op_tbuffer_store_format_xyzw,
-amdgpu_op_s_decperflevel,
-amdgpu_op_s_andn1_saveexec_b64,
-amdgpu_op_s_bfe_i32,
-amdgpu_op_s_cmp_eq_u64,
-amdgpu_op_v_sub_u16,
-amdgpu_op_v_lshlrev_b64,
-amdgpu_op_v_interp_mov_f32,
-amdgpu_op_s_andn2_wrexec_b64,
-amdgpu_op_s_dcache_memtime,
-amdgpu_op_s_cbranch_cdbgsys_and_user,
-amdgpu_op_s_cmpk_ge_i32,
-amdgpu_op_v_max_f16_e64,
-amdgpu_op_v_mac_f16,

_service:tar_scm:dyninst-11.0.1.tar.gz/common/h/stl_utils.h Deleted

@@ -1,94 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-#ifndef STL_UTILS
-#define STL_UTILS
-#include <utility>
-
-///
-/// This file contains some utility functions for dealing with the STL.
-/// In particular, this mostly contains functors and adaptors for dealing
-/// with std::pair inside STL algorithms.
-///
-
-namespace Dyninst {
-
-/// Functor to get the first element of a pair.  Use with STL functions like transform().
-struct get_first {
-  template <typename P>
-  typename P::first_type operator()(const P& pair) {
-    return pair.first;
-  }
-};
-
-/// Functor to get the second element of a pair.  Use with STL functions like transform().
-struct get_second {
-  template <typename P>
-  typename P::second_type operator()(const P& pair) {
-    return pair.second;
-  }
-};
-
-/// Applies a ftor to the first element of a pair
-template <typename Functor>
-struct do_to_first_ftor {
-  Functor ftor;
-  do_to_first_ftor(const Functor& f) : ftor(f) { }
-  template <typename P>
-  void operator()(const P& pair) {
-    ftor(pair.first);
-  }
-};
-
-/// Type-inferring adapter function for do_to_first_ftor
-template <typename Functor>
-inline do_to_first_ftor<Functor> do_to_first(const Functor& f) {
-  return do_to_first_ftor<Functor>(f);
-}
-
-/// Applies a ftor to the second element of a pair
-template <typename Functor>
-struct do_to_second_ftor {
-  Functor ftor;
-  do_to_second_ftor(const Functor& f) : ftor(f) { }
-  template <typename P>
-  void operator()(const P& pair) {
-    ftor(pair.second);
-  }
-};
-
-/// Type-inferring adapter function for do_to_second_ftor
-template <typename Functor>
-inline do_to_second_ftor<Functor> do_to_second(const Functor& f) {
-  return do_to_second_ftor<Functor>(f);
-}
-
-} // namespace Dyninst
-
-#endif // STL_UTILS

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/Ident.C Deleted

@@ -1,122 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-/************************************************************************
- * Ident.C: build identification functions (for POSIX systems)
- * $Id: Ident.C,v 1.6 2008/06/11 22:48:17 legendre Exp $
-************************************************************************/
-
-#include "common/src/Ident.h"
-#include <stdio.h>
-#include <string>
-#include <iostream>
-#include <ostream>
-
-using namespace std;
-
-Ident::Ident (const char *Vstr, const char *expected_suite)
-{
-    const int es_len = strlen(expected_suite);  // expected suite name length
-    char fullrelease32;            // temporary holder for release_+buildnum_
-
-#ifdef BROKEN_SSCANF
-    char *p=strchr(Vstr,' ');
-    if (!p || ((p-Vstr) > 16)) return;
-#endif
-    int n = sscanf (Vstr, IdentFormat, 
-        suite_, fullrelease, component_, revision_, date_, time_, builder_);
-
-    ok_ = (n==IdentFields);
-
-    if (n <= 0) {
-        // parsing failed completely!
-        cerr << "Warning! Failed to parse identification string:\n<"
-             << Vstr << ">" << endl;
-    } else if (n < IdentFields) {
-        // report how far parsing succeeded
-        cerr << "Warning! Parsed only " << n << " of " << IdentFields
-             << " fields from $" << suite_ << " identification string: <"
-             << Vstr << ">:" << endl;
-        cerr << "Release=("     << fullrelease << ") "
-             << "Component=("   << component_ << ") "
-             << "Revision=("    << revision_ << ") "  
-             << "Date=("        << date_ << ") "
-             << "Time=("        << time_ << ") "
-             << "Builder=("     << builder_ << ") "
-             << endl;
-    } else { 
-        // check Suite is that expected
-        if (strncmp(expected_suite, suite_, es_len) == 0) {
-            //cerr << "Successfully parsed $Suite identification string" << endl;
-            suite_es_len='\0';         // remove unnecessary trailing ":"
-        } else {
-            if (char *p=strrchr(suite_, ':')) { *p='\0'; }
-            cerr << "Warning! Identifier contained unexpected suite name: "
-                 << suite_ << " <=> " << expected_suite << endl;
-        }
-        // separate buildnum from release identifier
-        if (char *p=strrchr(fullrelease, '-')) {
-            strncpy (buildnum_, p, sizeof(buildnum_));
-            *p='\0';
-            strncpy (release_, fullrelease, sizeof(release_));
-        } else {
-            //cerr << "No buildnum located in release id " << fullrelease << endl;
-            strncpy (release_, fullrelease, sizeof(release_));
-        }
-    }
-}
-
-Ident::~Ident() { }
-
-ostream& operator<< (ostream &os, const Ident &Id)
-{
-#if defined(notdef)
-    // verbose tagged version intended for debugging
-    pdstring buf = "{"
-       + " suite="     + Id.suite()
-       + " release="   + Id.release()
-       + " buildnum="  + Id.buildnum()
-       + " component=" + Id.component()
-       + " revision="  + Id.revision()
-       + " date="      + Id.date()
-       + " time="      + Id.time()
-       + " builder="   + Id.builder()
-       + " }";
-#else
-    // concise inline version intended for normal use
-    char buf128;
-    sprintf(buf, IdentOutFmt, Id.suite_,
-        Id.release_, Id.buildnum_, Id.component_, Id.revision_,
-        Id.date_, Id.time_, Id.builder_);
-#endif
-
-    return os << buf;
-}
-

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/Ident.h Deleted

@@ -1,109 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-/************************************************************************
- * Ident.h: build identification functions (for POSIX systems)
- * $Id: Ident.h,v 1.10 2008/06/11 22:48:14 legendre Exp $
-************************************************************************/
-
-
-#if !defined(_Ident_h_)
-#define _Ident_h_
-
-/************************************************************************
- * header files.
-************************************************************************/
-
-#include <iostream>
-#include <ostream>
-//#include "debugOstream.h"
-#include "headers.h"
-#include "string-regex.h"
-
-/************************************************************************
- * class Ident
- ************************************************************************/
-
-class Ident {
-  private:
-    // making these private ensures they're not used:
-    Ident &operator=(const Ident &);
-    Ident(const Ident &);
-
-  public:
-     Ident (const char *Vstr, const char *expected_suite); // constructor
-    ~Ident ();                                             // destructor
-
-    bool OK () const { return ok_; }
-
-    // uncapitalized versions are plain C strings
-    const char* suite () const { return suite_; }
-    const char* release () const { return release_; }
-    const char* buildnum () const { return buildnum_; }
-    const char* component () const { return component_; }
-    const char* revision () const { return revision_; }
-    const char* date () const { return date_; }
-    const char* time () const { return time_; }
-    const char* builder () const { return builder_; }
-
-    // capitalized versions are C++ "String" strings
-    std::string Suite () const { return std::string (suite_); }
-    std::string Release () const { return std::string (release_); }
-    std::string BuildNum () const { return std::string (buildnum_); }
-    std::string Component () const { return std::string (component_); }
-    std::string Revision () const { return std::string (revision_); }
-    std::string Date () const { return std::string (date_); }
-    std::string Time () const { return std::string (time_); }
-    std::string Builder () const { return std::string (builder_); }
-
-    friend std::ostream& operator<< (std::ostream &os, const Ident &Id);  // output
-
-  private:
-    bool ok_;                   
-    char suite_16;            // e.g. "Paradyn"
-    char release_16;          // e.g. "v2.1beta"
-    char buildnum_5;          // e.g. "-000"
-    char component_32;        // e.g. "paradynd"
-    char revision_5;          // e.g. "#314"
-    char date_11;             // e.g. "1999/12/31"
-    char time_6;              // e.g. "23:58"
-    char builder_32;          // e.g. "paradyn@cs.wisc.edu"
-};
-
-// NB: IdentFields/Formats below depend on Ident private members above
-static const int  IdentFields=7;
-#ifdef BROKEN_SSCANF
-static const char IdentFormat="$%s %20s %32s %5s %11s %6s %32s $";
-#else
-static const char IdentFormat="$%16s %20s %32s %5s %11s %6s %32s $";
-#endif
-static const char IdentOutFmt="$%s: %-5s%4s %-16s %-5s %s %s %s $";
-
-#endif /* !defined(_Ident_h_) */

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/Line.h Deleted

@@ -1,86 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-/************************************************************************
- * Line.h: line number information.
-************************************************************************/
-
-
-&#xc;
-
-
-#if !defined(_Line_h_)
-#define _Line_h_
-
-#include <iostream.h>
-&#xc;
-
-
-/************************************************************************
- * class Line
-************************************************************************/
-
-class Line {
-public:
-     Line ();
-     Line (unsigned);
-    ~Line ();
-
-    bool operator== (const Line &) const;
-};
-
-inline
-Line::Line() {
-}
-
-inline
-Line::Line(unsigned) {
-}
-
-inline
-Line::~Line() {
-}
-
-inline
-bool
-Line::operator==(const Line& l) const {
-    return true;
-}
-
-inline
-ostream&
-operator<<(ostream& os, const Line& l) {
-    return os << "no line number information" << endl;
-}
-
-
-&#xc;
-
-
-#endif /* !defined(_Line_h_) */

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/List.C Deleted

@@ -1,168 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-// $Id: list.C,v
-
-#include <ostream>
-#include "common/src/List.h"
-
-using namespace std;
-
-template <class DataType, class KeyType> DO_INLINE_F typename 
-ListBase<DataType, KeyType>::node *ListBase<DataType, KeyType>::getLastNode()
-{
-  node *lag = NULL;
-  node *curNode = head;
-  while(1) {
-    if(curNode == NULL) break;
-    lag = curNode;
-    curNode = curNode->next;
-  }
-  return lag;
-}
-
-template <class DataType, class KeyType> void 
-ListBase<DataType, KeyType>::__push_front(DataType &data, 
-					  const KeyType &key)
-{
-   typename ListBase<DataType, KeyType>::node *ni = new node(data, key, head);
-   head = ni;
-}
-
-
-template <class DataType, class KeyType> 
-void ListBase<DataType, KeyType>::__push_back(DataType &data, 
-					      const KeyType &key)
-{
-   node *newNode = new node(data, key, NULL);
-
-   if(! isEmpty()) {
-     node *lastNode = getLastNode();
-     lastNode->next = newNode;
-   } else {
-     head = newNode;
-   }
-}
-
-template <class DataType, class KeyType>
-void ListBase<DataType, KeyType>::clear()
-{
-  node *curr, *nx;
-
-  curr = head;
-  while (curr) {
-    nx = curr->next;
-    delete (curr);
-    curr = nx;
-  }
-  head = NULL;
-}
-
-template <class DataType, class KeyType>
-bool ListBase<DataType, KeyType>::__remove_with_val(const DataType &dataVal)
-{
-    node *lag;
-    node *curr;
-
-    for (curr=head, lag = NULL; curr; curr=curr->next) {
-	if (curr->data == dataVal) {
-	    break;
-	}
-	lag = curr;
-    }
-
-    if (curr) {
-	if (lag) {
-	    lag->next = curr->next;
-	} else {
-	    head = curr->next;
-	}
-	delete(curr);
-	return(true);
-    } else {
-	return(false);
-    }
-}
-
-template <class DataType, class KeyType>
-bool ListBase<DataType, KeyType>::__remove_with_key(const KeyType &key)
-{
-    node *lag;
-    node *curr;
-
-    for (curr=head, lag = NULL; curr; curr=curr->next) {
-	if (curr->key == key) {
-	    break;
-	}
-	lag = curr;
-    }
-
-    if (curr) {
-	if (lag) {
-	    lag->next = curr->next;
-	} else {
-	    head = curr->next;
-	}
-	delete(curr);
-	return(true);
-    } else {
-	return(false);
-    }
-}
-
-template <class DataType, class KeyType>
-bool ListBase<DataType, KeyType>::__find_with_key(const KeyType &key, 
-						  DataType *saveVal)
-{
-   node *curr;
-
-   for (curr=head; curr; curr=curr->next) {
-      if (curr->key == key) {
-	 (*saveVal) = curr->data;
-	 return true;
-      }
-   }
-   return false;
-}
-
-template <class DataType, class KeyType>
-bool ListBase<DataType, KeyType>::__find_with_val(const DataType &dataVal)
-  const {
-   node *curr;
-
-   for (curr=head; curr; curr=curr->next) {
-      if (curr->data == dataVal) {
-	 return true;
-      }
-   }
-   return false;
-}
-
-

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/List.h Deleted

@@ -1,484 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-// $Id: List.h,v
-
-#ifndef LIST_H
-#define LIST_H
-
-#include "common/src/language.h"
-
-#include <ostream>
-#include <string.h>
-
-#if !defined(DO_INLINE_P)
-#define DO_INLINE_P
-#endif
-
-#if !defined(DO_INLINE_F)
-#define DO_INLINE_F
-#endif
-
-#define ListHash(ptr, size) (((unsigned int)(intptr_t)(ptr) % (unsigned int)(size)))
-
-template <class DataType> class List;
-template <class DataType, class KeyType> class ListBase;
-template <class Type> class StringList;
-template <class Type> class HTable;
-
-
-template <class DataType, class KeyType> class _list_node {
- public: 
-   friend class ListBase<DataType, KeyType>;
-   friend class StringList<DataType>;
-   const KeyType      key;
-   DataType           data;
-   _list_node<DataType, KeyType>   *next;
-
-   _list_node() : next(NULL) { }
-   _list_node(DataType &dataA, const KeyType &keyA, 
-	      _list_node<DataType, KeyType> *nextA) : key(keyA), 
-      data(dataA), next(nextA) { }
-   explicit _list_node(const _list_node<DataType, KeyType> &from) :
-      key(from.key), data(from.data), next(NULL) {
-      // key and next need to be set after constructor
-   }
-   _list_node<DataType, KeyType> *get_next_node() { return next; }
-};
-
-
-template <class DataType, class KeyType> class _list_iterator {
-  typedef _list_node<DataType, KeyType> node;
-  mutable node *cur;
-
-  void move_to_next() const {
-    cur = cur->get_next_node();
-  }
-
- public:
-  _list_iterator(node *cur_) :
-     cur(cur_) {    
-  }
-  node *getNode() { return cur; }
-  // returns undefined result if iterator is the ending iterator
-  DataType &operator*() {
-    return cur->data;
-  }
-  const DataType &operator*() const {
-    return cur->data;
-  }
-
-  _list_iterator operator++(int) const {  // postfix
-    _list_iterator result = *this;
-    move_to_next();
-    return result;
-  }
-
-  _list_iterator operator++() const { // prefix
-    move_to_next();
-    return *this;
-  }
-  _list_iterator operator+(unsigned n) const {
-     _list_iterator current = *this;
-     for(unsigned i=0; i<n; i++) {
-	current++;
-     }
-     return current;
-  }
-  bool operator==(const _list_iterator &iter) const {
-     return (cur == iter.cur);
-  }
-  bool operator!=(const _list_iterator &iter) const {
-     return (cur != iter.cur);
-  }
-};
-
-
-template <class DataType, class KeyType> class ListBase {
- public:
-   typedef _list_iterator<DataType, KeyType> iterator;
-   typedef const _list_iterator<DataType, KeyType> const_iterator;
-   typedef _list_node<DataType, KeyType> node;
-
-   ListBase()  { head = NULL; }
-   ListBase(const ListBase &fromList) {
-      node *lastCopiedNode = NULL;
-      node *headCopiedNode = NULL;
-      for(const node *cur = fromList.head; cur; cur=cur->next) {
-	 node *curCopiedNode = new node(*cur);  // copy constructor
-	 if(lastCopiedNode)
-	    lastCopiedNode->next = curCopiedNode;
-	 else
-	    headCopiedNode = curCopiedNode;
-      }
-      head = headCopiedNode;
-   }
-   ~ListBase() {
-      clear();
-   }
-   friend std::ostream &operator<<(std::ostream &os, 
-			   const ListBase<DataType, KeyType> &data) 
-   {
-    TYPENAME ListBase<DataType, KeyType>::iterator curr = data.begin();
-    TYPENAME ListBase<DataType, KeyType>::iterator endMarker = data.end();
-   
-    for(; curr != endMarker; ++curr) {
-      os << *curr << std::endl;
-    }
-    return os;
-   }
-
-   // returns the first element
-   DataType &front() { return *(begin()); }  
-   const DataType &front() const { return *(begin()); }
-   
-   // returns the last element
-   DataType &back() { return getLastNode()->data; }
-
-   void __push_front(DataType &data, const KeyType &key);
-   void __push_back(DataType &data, const KeyType &key);
-   bool __addIfUniqueKey(DataType &data, const KeyType &key) {
-      DataType temp;
-    
-      bool foundIt = __find_with_key(key, &temp);
-      if (!foundIt) {
-	 __push_front(data, key);
-	 return(true);
-      } else {
-	 return(false);
-      }
-   }
-   bool __addIfUniqueVal(DataType &data, const KeyType &key) {
-      bool foundIt = __find_with_val(data);
-      if (!foundIt) {
-	 __push_front(data, key);
-	 return(true);
-      } else {
-	 return(false);
-      }
-   }
-   bool __find_with_key(const KeyType &key, DataType *saveVal);
-   bool __find_with_val(const DataType &saveVal) const;
-   bool __remove_with_key(const KeyType &key);
-   bool __remove_with_val(const DataType &val);
-   void clear();
-   iterator begin() {
-      return iterator(head);
-   }
-   const_iterator begin() const {
-      return iterator(head);
-   }
-
-   iterator end() {
-      return iterator(NULL);  // a hypothetical element after the last element
-   }
-   const_iterator end() const {
-      return iterator(NULL);  // a hypothetical element after the last element
-   }
-
-   int count()	const {
-      int c;
-      node *curr;
-      
-      for (curr=head,c=0; curr; curr=curr->next) c++;
-      return(c);
-   }
-   bool isEmpty() { return (head == NULL); }
-
-   // inserts an item before position at pos
-   void insert(iterator &, DataType &) {
-      // not implemented yet
-   }
-   void map (void (*map_function)(const DataType item)) {
-      const node *temp_ptr = 0;
-      
-      if (!map_function) return;
-      for (temp_ptr = head; temp_ptr; temp_ptr = temp_ptr->next)
-	 map_function (temp_ptr->data);
-   }
-   
- protected:
-   node *getLastNode();
-
-   node *head;
-};
-
-
-template <class DataType> class List : public ListBase<DataType, void*> {
-   typedef void* KeyType;
- public:
-   List() : ListBase<DataType, KeyType>() { };
-   List(const List &fromList) : ListBase<DataType, KeyType>(fromList) { }
-   ~List() { }  // ~ListBase will be called
-   friend std::ostream &operator<<(std::ostream &os, 
-			      const List<DataType> &data) {
-      return operator<<(os, static_cast<ListBase<DataType, KeyType> >(data));
-   }
-
-   void push_front(DataType &data) {
-      __push_front(data, static_cast<KeyType>(NULL));
-   }
-   void push_back(DataType &data) {
-      __push_back(data, static_cast<KeyType>(NULL));
-   }
-   bool addIfUniqueVal(DataType &data) {
-      return __addIfUniqueVal(data, NULL);
-   }
-   bool find(const DataType &val) const {
-      return __find_with_val(val);
-   }
-   bool remove(const DataType &data) {
-      return __remove_with_val(data);
-   }
-};
-
-
-template <class DataType, class KeyType> class ListWithKey : 
-public ListBase<DataType, KeyType> {
- public:
-   ListWithKey() : ListBase<DataType, KeyType>() { };
-   ListWithKey(const ListWithKey &fromList) : 
-      ListBase<DataType, KeyType>(fromList) {}
-   ~ListWithKey() { }  // ~ListBase will be called
-   friend std::ostream &operator<<(std::ostream &os,
-			      const ListWithKey<DataType, KeyType> &data)
-   {
-      return operator<<(os, static_cast<ListBase<DataType, KeyType> >(data));
-   }
-
-   void push_front(DataType &data, KeyType &key) {
-      __push_front(data, key);
-   }
-   void push_back(DataType &data, KeyType &key) {
-      __push_back(data, key);
-   }
-   bool addIfUniqueKey(DataType &data, KeyType &key) {
-      return __addIfUniqueKey(data, key);
-   }
-   bool find_with_key(KeyType &key, DataType *saveVal) {
-      return __find_with_key(key, saveVal);
-   }
-   bool find_with_val(const DataType &val) const {
-      return __find_with_val(val);
-   }
-   bool remove_with_key(KeyType &key) {
-      return __remove_with_key(key);
-   }
-   bool remove_with_val(const DataType &data) {
-      return __remove_with_val(data);
-   }
-};
-
-
-template <class Type> std::ostream &operator<<(std::ostream &os, 
-                                          HTable<Type> &data);
-
-template <class Type> class HTable {
-    public:
-	// placing function def here makes gcc happy 
-  // VG(06/15/02): that nonstandard hack doesn't work with gcc 3.1...
-  // let's do this properly:
-  // (1) the function needs to be already declared (above)
-  // (2) add <> after name here, so only that instantiation is friended
-  // (3) the function is defined after this class
-  // Of course, old broken compilers don't like the standard, so we just
-  // write something that compiles (as was the case before).
-  // BTW, is this operator used anywhere?
-#if (defined(i386_unknown_nt4_0) && _MSC_VER < 1300)
-  friend std::ostream& operator<< (std::ostream &os, HTable<Type> &data);
-#else
-  friend std::ostream& operator<< <> (std::ostream &os, HTable<Type> &data);
-#endif
-
-	HTable(Type data) { (void) HTable(); add(data, (void *) data); }
-	DO_INLINE_F void add(Type data, void *key);
-	DO_INLINE_F HTable(); 
-	bool addUnique(Type data, void *key) {
-	    Type temp;
-
-	    bool foundIt = find(key, &temp);
-	    if (foundIt) {
-		return(false);
-	    } else {
-		add(data, key);
-		return(true);
-	    }
-	}
-	DO_INLINE_F Type find(void *key);
-	DO_INLINE_F bool remove(void *key);
-        DO_INLINE_F HTable<Type> operator =(HTable<Type> arg); 
-        Type operator *() {
-            return(*currList);
-        }
-	// postfix
-	Type operator ++(int) {
-	  Type curr;
-	  
-	  ++currList;
-	  curr = *currList;
-	  if (curr) return(curr);
-	  for (currHid++; currHid < tableSize; currHid++) {
-	    if (tablecurrHid) {
-	      currList = *tablecurrHid;
-	      curr = *currList;
-	      if (curr) return(curr);
-	    }
-	  }
-	  return(NULL);
-	}
-	// prefix
-	Type operator ++() {
-	    Type curr;
-
-	    ++currList;
-            curr = *currList;
-            if (curr) return(curr);
-            for (currHid++; currHid < tableSize; currHid++) {
-                if (tablecurrHid) {
-                    currList = *tablecurrHid;
-                    curr = *currList;
-                    if (curr) return(curr);
-                }
-	    }
-	    return(NULL);
-	}
-	int count()	{
-	    int i, total;
-
-	    total = 0;
-	    for (i=0; i < tableSize; i++) {
-		if (tablei) {
-		    total += tablei->count();
-		}
-	    }
-	    return(total);
-	}
-
-    private:
-	List<Type> **table;
-	List<Type> currList;
-	int currHid;
-	int tableSize;
-};
-
-
-template <class Type> std::ostream &operator<<(std::ostream &os,
-                                          HTable<Type> &data) {
-  int i, total;
-  
-  total = 0;
-  for (i=0; i < data.tableSize; i++) {
-    if (data.tablei) {
-      os << *data.tablei;
-    }
-  }
-  return os;
-}
-
-
-template <class Type> DO_INLINE_F HTable<Type> HTable<Type>::operator =(HTable<Type> arg) {
-    table = arg.table;
-    tableSize = arg.tableSize;
-
-    // find the first item.
-    currHid = -1;
-    ++(*this);
-    return(*this);
-}
-
-template <class Type> DO_INLINE_F  HTable<Type>::HTable()
-{ 
-    table = NULL;
-    currHid = 0;
-    tableSize = 0;
-}
-
-template <class Type> DO_INLINE_F  Type HTable<Type>::find(void *key)
-{
-    int hid;
-
-    if (!tableSize) return(NULL);
-    hid = ListHash(key, tableSize);
-    if (hid <0 || hid > tableSize) abort();
-    if (!tablehid) {
-	return(NULL);
-    } else {
-	return(tablehid->find(key));
-    }
-}
-
-template <class Type> DO_INLINE_F  void HTable<Type>::add(Type data, void *key)
-{
-    int hid;
-
-    if (!tableSize) {
-	tableSize = 97;
-	table = (List<Type>**) calloc(tableSize, sizeof(List<Type>*));
-    }
-    hid = ListHash(key, tableSize);
-    if (hid <0 || hid > tableSize) abort();
-    if (!tablehid) {
-	tablehid = new(List<Type>);
-    }
-    tablehid->add(data, key);
-}
-
-
-template <class Type> DO_INLINE_F  bool HTable<Type>::remove(void *key)
-{
-    int hid;
-
-    hid = ListHash(key, tableSize);
-    if (hid <0 || hid > tableSize) abort();
-    if (tablehid) {
-	return(tablehid->remove(key));
-    }
-    return(false);
-}
-
-template <class Type> class StringList: public List<Type> {
-    public:
-	DO_INLINE_F Type find(void *key)
-	{
-	  // This didn't use to have StringList<Type>::, but it barfs without it, 
-	  //so... - TLM (2002/08/06)
-	  typename StringList<Type>::node *it;
-	  
-	  for (it=this->head; it; it=it->next) {
-	    if (!strcmp((char *) it->key, (char *) key)) {
-	      return(it->data);
-	    }
-	  }
-	  return((Type) 0);
-	}
-};
-
-
-#endif /* LIST_H */

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/LockTraits.h Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/Time.C Deleted

@@ -1,943 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#include "common/src/Time.h"
-#include <iostream>
-#include <locale>
-#include <iterator>
-#include <ctime>
-#include <string.h>
-#include <iomanip>
-#include <stdio.h>
-#include <assert.h>
-#include <limits.h>
-#include "common/src/int64iostream.h"
-
-
-timeUnit::ostream_fmt timeUnit::curFmt = timeUnit::sparse;
-
-const timeUnit *timeUnit::_ns = NULL;
-const timeUnit *timeUnit::_us = NULL;
-const timeUnit *timeUnit::_ms = NULL;
-const timeUnit *timeUnit::_sec = NULL;
-const timeUnit *timeUnit::_minute = NULL;
-const timeUnit *timeUnit::_hour = NULL;
-const timeUnit *timeUnit::_day = NULL;
-const timeUnit *timeUnit::_year = NULL;
-const timeUnit *timeUnit::_leapYear = NULL;
-
-// these helper functions will help reduce code bloat
-// The ...Help functions are not inlined (or not included with their inlined
-// user functions) because the Help functions call constructors which are
-// also inlined and the result is the possibility for a lot of code bloat.
-// So the reference is inlined, but the creation step (which only will happen
-// once) is not inlined.
-
-const timeUnit *timeUnit::nsHelp() {
-  return new timeUnit(fraction(1));
-}
-const timeUnit *timeUnit::usHelp() {
-  return new timeUnit(fraction(1000));
-}
-const timeUnit *timeUnit::msHelp() {
-  return new timeUnit(fraction(1000000));
-}
-const timeUnit *timeUnit::secHelp() {
-  return new timeUnit(fraction(1000000000));
-}
-const timeUnit *timeUnit::minHelp() {
-  int64_t ns_per_sec = sec().get_ns_per_unit().getNumer();
-  return new timeUnit(fraction(I64_C(60) * ns_per_sec));
-}
-const timeUnit *timeUnit::hourHelp() {
-  int64_t ns_per_min = minute().get_ns_per_unit().getNumer();
-  return new timeUnit(fraction(I64_C(60) * ns_per_min));
-}
-const timeUnit *timeUnit::dayHelp() {
-  int64_t ns_per_hour = hour().get_ns_per_unit().getNumer();
-  return new timeUnit(fraction(I64_C(24) * ns_per_hour));
-}
-const timeUnit *timeUnit::yearHelp() {
-  double ns_per_day =static_cast<double>(day().get_ns_per_unit().getNumer());
-  fraction ratio(static_cast<int64_t>(365 * ns_per_day));
-  return new timeUnit(ratio);
-}
-const timeUnit *timeUnit::leapYearHelp() {
-  double ns_per_day =static_cast<double>(day().get_ns_per_unit().getNumer());
-  fraction ratio(static_cast<int64_t>(366 * ns_per_day));
-  return new timeUnit(ratio);
-}
-
-const timeBase *timeBase::_bStd = NULL;
-const timeBase *timeBase::_b1970 = NULL;
-
-const timeBase *timeBase::bStdHelp() {
-  return new timeBase(0);
-}
-// if StdBase is changed, might need to change calculation of numLeapYears
-const timeBase *timeBase::b1970Help() {
-  int64_t nsPerYear = timeUnit::year().get_ns_per_unit().getNumer();
-  int64_t nsPerLeapYear = timeUnit::leapYear().get_ns_per_unit().getNumer();
-  int numLeapYears = (StdBaseMark - 1970)/4;
-  int numStdYears  = (StdBaseMark - 1970) - numLeapYears;
-  return new timeBase(numStdYears * nsPerYear + 
-		      numLeapYears * nsPerLeapYear);
-}
-
-
-int64_t timeUnit::cvtTo_ns(double units) const {
-  double tns = ns_per_unit * units;
-  return static_cast<int64_t>(tns);
-}
-
-int64_t timeUnit::cvtTo_ns(int64_t units) const {
-  int64_t nsec;
-  nsec = ns_per_unit.multReturnInt64(units);
-  return nsec;
-}
-
-double timeUnit::cvtFrom_nsD(int64_t nsec) const {
-  return units_per_ns * (double)nsec;
-}
-
-int64_t timeUnit::cvtFrom_nsI(int64_t nsec) const {
-  int64_t units;
-  units = units_per_ns.multReturnInt64(nsec);
-  return units;
-}
-
-int64_t timeParent::getRolloverTime(double dt) {
-  // a modulus with doubles
-  int num = (int) (dt / (double)I64_MAX);
-  double rolloverAmt = dt - ((double) num * (double)I64_MAX);
-  return (int64_t) rolloverAmt;
-}
-
-const timeStamp *timeStamp::_ts1800  = NULL;
-const timeStamp *timeStamp::_ts1970  = NULL;
-const timeStamp *timeStamp::_tsStd   = NULL;
-const timeStamp *timeStamp::_ts2200  = NULL;
-// This 88 quintillion number is some 280 years.  For the timeLength class,
-// this amount of time should be safely out of reach.  The timeStamp class is
-// internally based at the year of timeBase::StdBaseMark, ie. year 2000, the
-// uninitialized value represents a timeStamp around year 2280, plenty safe
-// out of range for a long time.  We want the same number, eg. 8, for every
-// digit of this number so it can be easily recognized from a debugger.
-const int64_t    timeParent::uninitializedValue = I64_C(8888888888888888888);
-
-const timeStamp *timeStamp::ts1800Help() {
-  timeStamp *p_ts1970 = new timeStamp(0, timeUnit::year(), timeBase::b1970());
-  *p_ts1970 -= 53*timeLength::year() + 17*timeLength::leapYear(); //1900 - 1970
-  // beginning 2000 (leap year) - beg 2100 (no leap year), 25 4 year spans
-  *p_ts1970 -= 76*timeLength::year() + 24*timeLength::leapYear();// 1800 - 1900
-  return p_ts1970;
-}
-
-const timeStamp *timeStamp::ts1970Help() {
-  return new timeStamp(0, timeUnit::sec(), timeBase::b1970());
-}
-
-const timeStamp *timeStamp::tsStdHelp() {
-  return new timeStamp(0, timeUnit::year(), timeBase::bStd());
-}
-
-const timeStamp *timeStamp::ts2200Help() {
-  timeStamp *p_ts1970 = new timeStamp(0, timeUnit::year(), timeBase::b1970());
-  *p_ts1970 += 23*timeLength::year() + 7*timeLength::leapYear(); // 1970 - 2000
-  // beginning 2000 (leap year) - beg 2100 (no leap year), 25 4 year spans
-  *p_ts1970 += 75*timeLength::year() + 25*timeLength::leapYear();
-  // beg 2100 (no leap year) - beg 2200 (no leap year), 25 4 year spans
-  *p_ts1970 += 76*timeLength::year() + 24*timeLength::leapYear();
-  return p_ts1970;
-}
-
-void timeStamp::initI(int64_t iTime, const timeUnit &u, timeBase b) {
-  assign( b.cvtTo_bStd( u.cvtTo_ns(iTime)));
-  /*  // if we allow exceptions in the future, we will be able to handle
-      // nicely cases of overflows in the fraction class
-      } catch(finalMultOverflowExc &) {
-      double dRes = static_cast<double>(b.cvtTo_bStd( u.cvtTo_ns(
-      static_cast<double>(iTime))));
-      assign( getRolloverTime(dRes));
-      }
-  */
-}
-
-void timeLength::initI(int64_t iTime, const timeUnit &u) {
-  assign( u.cvtTo_ns(iTime));
-  /*  // if we allow exceptions in the future, we will be able to handle
-      // nicely cases of overflows in the fraction class  
-      } catch(finalMultOverflowExc &) {
-      double dRes= static_cast<double>(u.cvtTo_ns(static_cast<double>(iTime)));
-      assign( getRolloverTime(dRes));
-      }
-  */
-}
-
-void relTimeStamp::initI(int64_t iTime, const timeUnit &u) {
-  assign( u.cvtTo_ns(iTime));
-  /*  // if we allow exceptions in the future, we will be able to handle
-      // nicely cases of overflows in the fraction class  
-      } catch(finalMultOverflowExc &) {
-      double dRes= static_cast<double>(u.cvtTo_ns(static_cast<double>(iTime)));
-      assign( getRolloverTime(dRes));
-      }
-  */
-}
-
-timeStamp::timeStamp(const timeLength &tl, timeBase b) : timeParent() {
-  initI(tl.getI(timeUnit::ns()), timeUnit::ns(), b);
-}
-
-timeStamp::timeStamp(double dTime, const timeUnit &u, timeBase b): timeParent()
-{
-  double dRes = static_cast<double>(b.cvtTo_bStd( u.cvtTo_ns(dTime)));
-  if(dRes <= static_cast<double>(I64_MAX)) 
-    assign( static_cast<int64_t>(dRes));
-  else
-    assign( getRolloverTime(dRes));
-}
-
-const relTimeStamp *relTimeStamp::_Zero      = NULL;
-
-const relTimeStamp *relTimeStamp::ZeroHelp() {
-  return new relTimeStamp(0, timeUnit::sec());
-}
-
-const timeLength *timeLength::_zero = NULL;
-const timeLength *timeLength::ZeroHelp() {
-  return new timeLength(0, timeUnit::sec());
-}
-
-relTimeStamp::relTimeStamp(const timeLength &tl) : timeParent() {
-  initI(tl.getI(timeUnit::ns()), timeUnit::ns());
-}
-
-relTimeStamp::relTimeStamp(double dTime, const timeUnit &u): timeParent()
-{
-  double dRes = static_cast<double>( u.cvtTo_ns(dTime));
-  if(dRes <= static_cast<double>(I64_MAX)) 
-    assign( static_cast<int64_t>(dRes));
-  else
-    assign( getRolloverTime(dRes));
-}
-
-const timeLength *timeLength::_ns = NULL;
-const timeLength *timeLength::nsHelp() {
-  return new timeLength(1, timeUnit::ns());
-}
-const timeLength *timeLength::_us = NULL;
-const timeLength *timeLength::usHelp() {
-  return new timeLength(1, timeUnit::us());
-}
-const timeLength *timeLength::_ms = NULL;
-const timeLength *timeLength::msHelp() {
-  return new timeLength(1, timeUnit::ms());
-}
-const timeLength *timeLength::_sec = NULL;
-const timeLength *timeLength::secHelp() {
-  return new timeLength(1, timeUnit::sec());
-}
-const timeLength *timeLength::_minute = NULL;
-const timeLength *timeLength::minHelp() {
-  return new timeLength(1, timeUnit::minute());
-}
-const timeLength *timeLength::_hour = NULL;
-const timeLength *timeLength::hourHelp() {
-  return new timeLength(1, timeUnit::hour());
-}
-const timeLength *timeLength::_day = NULL;
-const timeLength *timeLength::dayHelp() {
-  return new timeLength(1, timeUnit::day());
-}
-const timeLength *timeLength::_year = NULL;
-const timeLength *timeLength::yearHelp() {
-  return new timeLength(1, timeUnit::year());
-}
-const timeLength *timeLength::_leapYear = NULL;
-const timeLength *timeLength::leapYearHelp() {
-  return new timeLength(1, timeUnit::leapYear());
-}
-
-
-timeLength::timeLength(double dTime, const timeUnit &u) : timeParent() {
-  double dRes = static_cast<double>(u.cvtTo_ns(dTime));
-  if(dRes <= static_cast<double>(I64_MAX)) 
-    assign( static_cast<int64_t>(dRes));
-  else
-    assign( getRolloverTime(dRes));
-}
-
-ostream& operator<<(ostream&s, const timeUnit::ostream_fmt &u) {
-  timeUnit::curFmt = u;
-  return s;
-}
-
-ostream& operator<<(ostream&s, const timeUnit &u) {
-  if(timeUnit::curFmt == timeUnit::sparse) {
-    s << ""<< fraction::sparse << u.get_ns_per_unit()<<"";
-  } else { // timeUnit::verbose
-    s << fraction::verbose << "ns_per_unit: " << u.get_ns_per_unit() 
-      << ", units_per_ns: " << u.get_units_per_ns() << "";
-  }
-  return s;
-}
-
-ostream& operator<<(ostream&s, timeBase b) {
-  s << timeStamp(-b.get_ns2StdBaseMark(),timeUnit::ns(),timeBase::bStd());
-  return s;
-}
-
-/*
-ostream& operator<<(ostream& s, const timeParent &tp) {
-  return tp.put(s);
-}
-*/
-
-ostream& operator<<(ostream&s, timeLength z) {
-  timeLength tUser = z;
-  int years = static_cast<int>(tUser.getI(timeUnit::year()));
-  timeLength tempT(years,timeUnit::year());
-  tUser -= tempT;
-  int days  = static_cast<int>(tUser.getI(timeUnit::day()));
-  tUser -= timeLength(days,timeUnit::day());
-  int hours = static_cast<int>(tUser.getI(timeUnit::hour()));
-  tUser -= timeLength(hours,timeUnit::hour());
-  int mins  = static_cast<int>(tUser.getI(timeUnit::minute()));
-  tUser -= timeLength(mins,timeUnit::minute());
-  int secs  = static_cast<int>(tUser.getI(timeUnit::sec()));
-  tUser -= timeLength(secs,timeUnit::sec());
-  int ms    = static_cast<int>(tUser.getI(timeUnit::ms()));
-  tUser -= timeLength(ms,timeUnit::ms());
-  int us    = static_cast<int>(tUser.getI(timeUnit::us()));
-  tUser -= timeLength(us,timeUnit::us());
-  int ns    = static_cast<int>(tUser.getI(timeUnit::ns()));
-
-  bool prev = false, compact = false;
-  char cSt5 = ", ";
-  // this is a hack for those that want to print the time compressed
-  if(s.flags() & ostream::oct) {  compact=true;  s.flags(ostream::dec);  }
-  if(compact == true) strcpy(cSt,",");
-  s << "";
-  if(z.get_ns() == 0) {  s << "0 time"; }
-  else {
-    if(years!=0) {  s << (prev? cSt:"") << years << " years";   prev=true; }
-    if(days!=0)  {  s << (prev? cSt:"") << days  << " days";    prev=true; }
-    if(hours!=0) {  s << (prev? cSt:"") << hours << " hours";   prev=true; }
-    if(mins!=0)  {  s << (prev? cSt:"") << mins  << " mins";    prev=true; }
-    if(secs!=0)  {  s << (prev? cSt:"") << secs  << " secs";    prev=true; }
-    if(ms!=0)    {  s << (prev? cSt:"") << ms    << " ms";      prev=true; }
-    if(us!=0)    {  s << (prev? cSt:"") << us    << " us";      prev=true; }
-    if(ns!=0)    {  s << (prev? cSt:"") << ns    << " ns";      prev=true; }
-  }
-  s << "";
-  return s;
-}
-
-ostream& operator<<(ostream&s, timeStamp z) {
-  time_t s1970 = static_cast<time_t>(z.getI(timeUnit::sec(), timeBase::b1970()));
-  int64_t nsI1970 = static_cast<int64_t>(s1970) * I64_C(1000000000);
-  if(! z.isInitialized()) {  
-    s << "uninitialized";
-  } else if(z < timeStamp(0, timeUnit::year(), timeBase::b1970())) {
-    timeLength tl(z - timeStamp(0, timeUnit::year(), timeBase::b1970()));
-    // setting the oct flag is just a hack to tell the timeLength ostream<<
-    // to print the time compressed
-#if !defined(os_windows)
-    ostream::fmtflags oldflags;
-#else
-    long oldflags;  // nt environment doesn't define ostream::fmtflags
-#endif
-    oldflags = s.flags(ostream::oct);
-    s << "1970 + " << tl << ""; 
-    s.flags(oldflags);
-  } else {
-    int64_t nstot = z.getI(timeUnit::ns(), timeBase::b1970());
-    int64_t nsrem = nstot - nsI1970;
-    char dateStr50;
-    s1970 = mktime(localtime(&s1970));
-    strcpy(dateStr, ctime(&s1970));
-    char *p = strstr(dateStr, "\n");  // erase the nl
-    if(p != NULL) {  *p++ = 0;   *p = 0; }
-
-    s << "" << dateStr << "  ";
-    s.imbue(std::locale("en_US.UTF-8"));
-    auto& f = std::use_facet<std::num_put<char>>(s.getloc());
-    f.put(std::ostreambuf_iterator<char>(s), s, ' ', nsrem);
-    s.imbue(std::locale(""));
-    s << "ns";
-  }
-  return s;
-}
-
-ostream& operator<<(ostream&s, relTimeStamp z) {
-  if(! z.isInitialized()) {  
-    s << "uninitialized";
-  } else {
-    timeLength t(z.getI(timeUnit::ns()), timeUnit::ns());
-    s << t;
-  }
-  return s;
-}
-
-// timeLength / timeLength = double
-double operator/(const timeLength& a, const timeLength& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return static_cast<double>(a.get_ns()) / static_cast<double>(b.get_ns());
-}
-
-bool timeParent::isInitialized() const {  
-  if(get_ns() == uninitializedValue) return false;
-  else return true;
-}
-
-timeParent::timeParent() 
-  : ns(uninitializedValue) 
-{ 
-}
-
-timeParent::timeParent(int64_t _ns) 
-  : ns(_ns) 
-{ 
-}
-
-COMMON_EXPORT timeStamp::timeStamp(int64_t iTime, const timeUnit &u, timeBase b) 
-  : timeParent()
-{
-  initI(iTime, u, b);
-}
-
-COMMON_EXPORT timeStamp::timeStamp(int iTime, const timeUnit &u, timeBase b) 
-  : timeParent() 
-{
-  initI(iTime, u, b);
-}
-
-COMMON_EXPORT relTimeStamp::relTimeStamp(int64_t iTime, const timeUnit &u) : timeParent() {
-  initI(iTime, u);
-}
-
-COMMON_EXPORT relTimeStamp::relTimeStamp(int iTime, const timeUnit &u) : timeParent() {
-  initI(iTime, u);
-}
-
-COMMON_EXPORT timeLength::timeLength(int64_t iTime, const timeUnit &u)
-  : timeParent() 
-{
-  initI(iTime, u);
-}
-
-COMMON_EXPORT timeLength::timeLength(int iTime, const timeUnit &u)  
-  : timeParent() 
-{
-  initI(static_cast<int64_t>(iTime), u);
-}
-
-COMMON_EXPORT timeStamp::timeStamp(int64_t ns_)
-  : timeParent(ns_)
-{
-}
-
-const timeLength &timeLength::Zero() {
-  if(_zero == NULL) _zero = ZeroHelp();
-  return *_zero;
-}
-const timeLength &timeLength::ns() {
-  if(_ns == NULL) _ns = nsHelp();
-  return *_ns;
-}
-const timeLength &timeLength::us() {
-  if(_us == NULL) _us = usHelp();
-  return *_us;
-}
-const timeLength &timeLength::ms() {
-  if(_ms == NULL) _ms = msHelp();
-  return *_ms;
-}
-const timeLength &timeLength::sec() {
-  if(_sec == NULL) _sec = secHelp();
-  return *_sec;
-}
-const timeLength &timeLength::minute() {
-  if(_minute == NULL) _minute = minHelp();
-  return *_minute;
-}
-const timeLength &timeLength::hour() {
-  if(_hour == NULL) _hour = hourHelp();
-  return *_hour;
-}
-const timeLength &timeLength::day() {
-  if(_day == NULL) _day = dayHelp();
-  return *_day;
-}
-const timeLength &timeLength::year() {
-  if(_year == NULL) _year = yearHelp();
-  return *_year;
-}
-const timeLength &timeLength::leapYear() {
-  if(_leapYear == NULL) _leapYear = leapYearHelp();
-  return *_leapYear;
-}
-
-// timeStamp +=/-= timeLength
-const timeStamp operator+=(timeStamp &ts, timeLength tl) {
-  assert(ts.isInitialized() && tl.isInitialized());
-  ts.assign(ts.get_ns() + tl.get_ns());
-  return ts;
-}
-COMMON_EXPORT const timeStamp operator-=(timeStamp &ts, timeLength tl) {
-  assert(ts.isInitialized() && tl.isInitialized());
-  ts.assign(ts.get_ns() - tl.get_ns());
-  return ts;
-}
-
-// timeLength +=/-= timeLength
-const timeLength operator+=(timeLength &t, timeLength tl) {
-  assert(t.isInitialized() && tl.isInitialized());
-  t.assign(t.get_ns() + tl.get_ns());
-  return t;
-}
-const timeLength operator-=(timeLength &t, timeLength tl) {
-  assert(t.isInitialized() && tl.isInitialized());
-  t.assign(t.get_ns() - tl.get_ns());
-  return t;
-}
-
-// timeLength *=, /= double
-const timeLength operator*=(timeLength &t, double d) {
-  assert(t.isInitialized());
-  t.assign(static_cast<int64_t>(static_cast<double>(t.get_ns()) * d));
-  return t;
-}
-const timeLength operator/=(timeLength &t, double d) {
-  assert(t.isInitialized());
-  t.assign(static_cast<int64_t>(static_cast<double>(t.get_ns()) / d));
-  return t;
-}
-
-// - timeLength
-const timeLength operator-(const timeLength &t) {
-  assert(t.isInitialized());
-  return timeLength(-t.get_ns());
-}
-
-// timeStamp - timeStamp = timeLength  ;  the length of time between time stamps
-const timeLength operator-(const timeStamp& a, const timeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return timeLength(a.get_ns() - b.get_ns());
-}
-
-// timeStamp +/- timeLength = timeStamp
-const timeStamp operator+(const timeStamp& a, const timeLength& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return timeStamp(a.get_ns() + b.get_ns());
-}
-const timeStamp operator-(const timeStamp& a, const timeLength& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return timeStamp(a.get_ns() - b.get_ns());
-}
-
-// timeLength + timeStamp = timeStamp
-const timeStamp operator+(const timeLength& a, const timeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return timeStamp(a.get_ns() + b.get_ns());
-}
-// timeLength - timeStamp doesn't make sense, ie. 3 days - Mar 9 = ?
-
-// timeLength +/- timeLength = timeLength
-const timeLength operator+(const timeLength& a, const timeLength& b) {  
-  assert(a.isInitialized() && b.isInitialized());
-  return timeLength(a.get_ns() + b.get_ns());
-}
-const timeLength operator-(const timeLength& a, const timeLength& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return timeLength(a.get_ns() - b.get_ns());
-}
-
-// timeLength */ double = timeLength
-const timeLength operator*(const timeLength& a, const double b) {
-  assert(a.isInitialized());
-  return timeLength(static_cast<int64_t>(static_cast<double>(a.get_ns()) * b));
-}
-const timeLength operator/(const timeLength& a, const double b) {
-  assert(a.isInitialized());
-  return timeLength(static_cast<int64_t>(static_cast<double>(a.get_ns()) / b));
-}
-
-// double */ timeLength = timeLength
-const timeLength operator*(const double a, const timeLength& b) {
-  assert(b.isInitialized());
-  return timeLength(static_cast<int64_t>(a * static_cast<double>(b.get_ns())));
-}
-const timeLength operator/(const double a, const timeLength& b) {
-  assert(b.isInitialized());
-  return timeLength(static_cast<int64_t>(a / static_cast<double>(b.get_ns())));
-}
-
-// Be careful if writing * operators because Time is based at nanosecond
-// level, which can overflow when multiplying times that seem small
-// eg. Time(1,timeUnit::day) * Time(2,timeUnit::day) will overflow
-
-// timeStamp @ timeStamp = bool
-bool operator==(const timeStamp& a, const timeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() == b.get_ns());
-}
-bool operator!=(const timeStamp& a, const timeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() != b.get_ns());
-}
-bool operator>(const timeStamp& a, const timeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() > b.get_ns());
-}
-bool operator>=(const timeStamp& a, const timeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() >= b.get_ns());
-}
-bool operator<(const timeStamp& a, const timeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() < b.get_ns());
-}
-bool operator<=(const timeStamp& a, const timeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() <= b.get_ns());
-}
-
-timeStamp earlier(const timeStamp& a, const timeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  if(a <= b)  return a;
-  else        return b;
-}
-
-timeStamp later(const timeStamp& a, const timeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  if(a >= b)  return a;
-  else        return b;
-}
-
-// timeLength @ timeLength = bool
-bool operator==(const timeLength& a, const timeLength& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() == b.get_ns());
-}
-bool operator!=(const timeLength& a, const timeLength& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() != b.get_ns());
-}
-bool operator>(const timeLength& a, const timeLength& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() > b.get_ns());
-}
-bool operator>=(const timeLength& a, const timeLength& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() >= b.get_ns());
-}
-bool operator<(const timeLength& a, const timeLength& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() < b.get_ns());
-}
-bool operator<=(const timeLength& a, const timeLength& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() <= b.get_ns());
-}
-
-
-timeLength minimum(const timeLength& a, const timeLength& b) {  
-  assert(a.isInitialized() && b.isInitialized());
-  if(a<=b)  return a;
-  else      return b;
-}
-
-timeLength maximum(const timeLength& a, const timeLength& b) {  
-  assert(a.isInitialized() && b.isInitialized());
-  if(a>=b)  return a;
-  else      return b;
-}
-
-const timeLength abs(const timeLength& a) {  
-  assert(a.isInitialized());
-  return maximum(a,-a);
-}
-
-// need to put this here so can get at timeStamp
-timeBase::timeBase(timeStamp mark) {
-  ns2StdBaseMark = -mark.get_ns();  // in Std base
-  // eg. (2001) 1 year of ns's -> -1 year of ns's to internalTimeBaseMark
-}
-
-// relTimeStamp +=/-= timeLength
-const relTimeStamp operator+=(relTimeStamp &ts, timeLength tl) {
-  assert(ts.isInitialized() && tl.isInitialized());
-  ts.assign(ts.get_ns() + tl.get_ns());
-  return ts;
-}
-const relTimeStamp operator-=(relTimeStamp &ts, timeLength tl) {
-  assert(ts.isInitialized() && tl.isInitialized());
-  ts.assign(ts.get_ns() - tl.get_ns());
-  return ts;
-}
-
-// relTimeStamp - relTimeStamp = timeLength  ;  the length of time between time stamps
-const timeLength operator-(const relTimeStamp& a, const relTimeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return timeLength(a.get_ns() - b.get_ns());
-}
-
-// relTimeStamp +/- relTimeLength = relTimeStamp
-const relTimeStamp operator+(const relTimeStamp& a, const timeLength& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return relTimeStamp(a.get_ns() + b.get_ns());
-}
-const relTimeStamp operator-(const relTimeStamp& a, const timeLength& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return relTimeStamp(a.get_ns() - b.get_ns());
-}
-
-// timeLength + relTimeStamp = relTimeStamp
-const relTimeStamp operator+(const timeLength& a, const relTimeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return relTimeStamp(a.get_ns() + b.get_ns());
-}
-// timeLength - timeStamp doesn't make sense, ie. 3 days - Mar 9 = ?
-
-
-// Be careful if writing * operators because Time is based at nanosecond
-// level, which can overflow when multiplying times that seem small
-// eg. Time(1,timeUnit::day) * Time(2,timeUnit::day) will overflow
-
-// relTimeStamp @ relTimeStamp = bool
-bool operator==(const relTimeStamp& a, const relTimeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() == b.get_ns());
-}
-bool operator!=(const relTimeStamp& a, const relTimeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() != b.get_ns());
-}
-bool operator>(const relTimeStamp& a, const relTimeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() > b.get_ns());
-}
-bool operator>=(const relTimeStamp& a, const relTimeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() >= b.get_ns());
-}
-bool operator<(const relTimeStamp& a, const relTimeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() < b.get_ns());
-}
-bool operator<=(const relTimeStamp& a, const relTimeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  return (a.get_ns() <= b.get_ns());
-}
-
-relTimeStamp earlier(const relTimeStamp& a, const relTimeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  if(a <= b)  return a;
-  else        return b;
-}
-
-relTimeStamp later(const relTimeStamp& a, const relTimeStamp& b) {
-  assert(a.isInitialized() && b.isInitialized());
-  if(a >= b)  return a;
-  else        return b;
-}
-
-timeUnit::timeUnit(fraction _ns_per_unit) : ns_per_unit(_ns_per_unit), 
-  units_per_ns(ns_per_unit.reciprocal()) {
-  ns_per_unit.reduce();
-  units_per_ns.reduce();
-}
-
-// Selectors
-fraction timeUnit::get_ns_per_unit()  const {  return ns_per_unit;   }
-fraction timeUnit::get_units_per_ns() const {  return units_per_ns;  }
-
-// Mutators
-void timeUnit::set_ns_per_unit(const fraction &nspu) {
-  ns_per_unit = nspu;
-  units_per_ns = ns_per_unit.reciprocal();
-}
-
-const timeUnit &timeUnit::ns() {
-  if(_ns == NULL)  _ns = nsHelp();
-  return *_ns;
-}
-const timeUnit &timeUnit::us() {
-  if(_us == NULL)  _us = usHelp();
-  return *_us;
-}
-const timeUnit &timeUnit::ms() {
-  if(_ms==NULL)  _ms = msHelp();
-  return *_ms;
-}
-const timeUnit &timeUnit::sec() {
-  if(_sec==NULL) _sec = secHelp();
-  return *_sec;
-}
-const timeUnit &timeUnit::minute() {
-  if(_minute==NULL)  _minute = minHelp();
-  return *_minute;
-}
-const timeUnit &timeUnit::hour() {
-  if(_hour==NULL) _hour = hourHelp();
-  return *_hour;
-}
-const timeUnit &timeUnit::day() {
-  if(_day==NULL) _day = dayHelp();
-  return *_day;
-}
-const timeUnit &timeUnit::year() {
-  if(_year==NULL) _year = yearHelp();
-  return *_year;
-}
-const timeUnit &timeUnit::leapYear() {
-  if(_leapYear==NULL) _leapYear = leapYearHelp();
-  return *_leapYear;
-}
-
-
-timeBase::timeBase(int64_t ns2stdMark) {
-  ns2StdBaseMark = ns2stdMark;
-}
-
-int64_t timeBase::get_ns2StdBaseMark() const {
-  return ns2StdBaseMark;
-}
-
-int64_t timeBase::cvtTo_bStd(int64_t ns) const {
-  // eg. 1994, b1970 -> bStd:  24 yrs - 30 yrs = -6 yrs
-  return ns - ns2StdBaseMark;  
-}
-
-double  timeBase::cvtFrom_bStd(double ns) const {
-  // eg. 1994, bStd -> b1970:  -6 yrs + 30 yrs = 24 yrs
-   return ns + static_cast<double>(ns2StdBaseMark);
-}
-
-int64_t timeBase::cvtFrom_bStd(int64_t ns) const {
-  return ns + ns2StdBaseMark;
-}
-
-const timeBase &timeBase::bStd() {
-  if(_bStd == NULL) _bStd = bStdHelp();
-  return *_bStd;
-}
-const timeBase &timeBase::b1970() {
-  if(_b1970 == NULL) _b1970 = b1970Help();
-  return *_b1970;
-}
-const timeBase &timeBase::bNone() {
-  return bStd();
-}
-
-
-int64_t timeParent::get_ns() const {
-  return ns;
-}
-
-void timeParent::assign(const int64_t v) 
-{  
-  ns = v;  
-}
-
-timeStamp::timeStamp() { }
-
-double timeStamp::getD(const timeUnit &u, timeBase b) const {
-  return u.cvtFrom_nsD( b.cvtFrom_bStd(get_ns()));
-}
-
-int64_t timeStamp::getI(const timeUnit &u, timeBase b) const {
-  return u.cvtFrom_nsI( b.cvtFrom_bStd(get_ns()));
-}
-
-const timeStamp &timeStamp::ts1970() {
-  if(_ts1970 == NULL)  _ts1970 = ts1970Help();
-  return *_ts1970;
-}
-
-const timeStamp &timeStamp::tsStd() {
-  if(_tsStd == NULL)  _tsStd = tsStdHelp();
-  return *_tsStd;
-}
-
-const timeStamp &timeStamp::ts1800() {
-  if(_ts1800 == NULL)  _ts1800 = ts1800Help();
-  return *_ts1800;
-}
-
-const timeStamp &timeStamp::ts2200() {
-  if(_ts2200 == NULL)  _ts2200 = ts2200Help();
-  return *_ts2200;
-}
-
-const timeStamp &timeStamp::tsLongAgoTime() {
-  return timeStamp::ts1800();
-}
-
-const timeStamp &timeStamp::tsFarOffTime() {
-  return timeStamp::ts2200();
-}
-
-COMMON_EXPORT relTimeStamp::relTimeStamp() { }
-
-double relTimeStamp::getD(const timeUnit &u) const {
-  return u.cvtFrom_nsD(get_ns());
-}
-
-int64_t relTimeStamp::getI(const timeUnit &u) const {
-  return u.cvtFrom_nsI( get_ns());
-}
-
-relTimeStamp::relTimeStamp(int64_t ns_) : timeParent(ns_) { }
-
-const relTimeStamp &relTimeStamp::Zero() {
-  if(_Zero == NULL)  _Zero = ZeroHelp();
-  return *_Zero;
-}
-
-COMMON_EXPORT timeLength::timeLength() 
-{
-}
-
-double timeLength::getD(const timeUnit &u) const 
-{
-	return u.cvtFrom_nsD( get_ns());
-}
-
-int64_t timeLength::getI(const timeUnit &u) const 
-{
-  return u.cvtFrom_nsI( get_ns());
-}
-
-timeLength::timeLength(int64_t ns_) : timeParent(ns_)
-{
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/Time.h Deleted

@@ -1,491 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#ifndef __TIME_H
-#define __TIME_H
-
-#include <assert.h>
-#include "common/src/Types.h"
-#include "common/src/fraction.h"
-
-/* These user classes that are defined:
-   timeUnit  - eg. microsecond, minute, year
-               size: 32 bytes
-   timeBase  - represents the time that a timeStamp is based from  (eg. 1970)
-               size: 8 bytes
-   timeStamp - represents a point in time, ie. a length of time from a timeBase
-               size: 8 bytes
-   timeLength- represents a length of time
-               size: 8 bytes
-*/
-
-// timeUnit ---------------------------------------------------
-
-// A timeUnit represents a unit of time and thus consists of a ratio of how
-// many nanoseconds (the standard unit decided upon) per unit of the
-// represented time unit.  The timeUnit class is used by the timeStamp and
-// timeLength classes for converting the represented base to (via
-// ns_per_unit) and from (via units_per_ns) nanoseconds.
-
-class timeUnit {
- private:
-  // logically const
-   COMMON_EXPORT static const timeUnit *_leapYear;
-   COMMON_EXPORT static const timeUnit *_year;
-   COMMON_EXPORT static const timeUnit *_day;
-   COMMON_EXPORT static const timeUnit *_hour;
-   COMMON_EXPORT static const timeUnit *_minute;
-   COMMON_EXPORT static const timeUnit *_sec;
-   COMMON_EXPORT static const timeUnit *_ms;
-   COMMON_EXPORT static const timeUnit *_us;
-   COMMON_EXPORT static const timeUnit *_ns;
-   COMMON_EXPORT static const timeUnit *nsHelp();
-   COMMON_EXPORT static const timeUnit *usHelp();
-   COMMON_EXPORT static const timeUnit *msHelp();
-   COMMON_EXPORT static const timeUnit *secHelp();
-   COMMON_EXPORT static const timeUnit *minHelp();
-   COMMON_EXPORT static const timeUnit *hourHelp();
-   COMMON_EXPORT static const timeUnit *dayHelp();
-   COMMON_EXPORT static const timeUnit *yearHelp();
-   COMMON_EXPORT static const timeUnit *leapYearHelp();
- public:
-   COMMON_EXPORT static const timeUnit &ns();
-   COMMON_EXPORT static const timeUnit &us();
-   COMMON_EXPORT static const timeUnit &ms();
-   COMMON_EXPORT static const timeUnit &sec();
-   COMMON_EXPORT static const timeUnit &minute();
-   COMMON_EXPORT static const timeUnit &hour();
-   COMMON_EXPORT static const timeUnit &day();
-   COMMON_EXPORT static const timeUnit &year();
-   COMMON_EXPORT static const timeUnit &leapYear();
-
- public:
-  typedef enum { sparse, verbose } ostream_fmt; 
-   static ostream_fmt curFmt;
-
- private:
-  fraction ns_per_unit;
-  fraction units_per_ns;
-
- public:
-   COMMON_EXPORT timeUnit(fraction _ns_per_unit);
-  // default copy constructor
-
-  // Selectors
-   COMMON_EXPORT fraction get_ns_per_unit()  const;
-   COMMON_EXPORT fraction get_units_per_ns() const;
-
-  // Mutators
-   COMMON_EXPORT void set_ns_per_unit(const fraction &nspu);
-   COMMON_EXPORT int64_t cvtTo_ns(double  units) const;
-   COMMON_EXPORT int64_t cvtTo_ns(int64_t units) const;
-   COMMON_EXPORT double  cvtFrom_nsD(int64_t ns) const;
-   COMMON_EXPORT int64_t cvtFrom_nsI(int64_t ns) const;
-};
-
-COMMON_EXPORT ostream& operator<<(ostream&s, const timeUnit::ostream_fmt &u);
-COMMON_EXPORT ostream& operator<<(ostream&s, const timeUnit &u);
-
-class timeStamp;
-
-// timeBase ---------------------------------------------------
-
-// Represents the starting time that a timeStamp time is from.  For example
-// time from gettimeofday has a time base of 1970.  I have set up these
-// constant time bases:
-// b1970: represents Jan 1, 12:00:00am 1970
-// bStd:  represents Jan 1, 12:00:00am 2000
-// bNone: no base, sometimes want timeStamp that has no time base as in
-//        process times.  eg. for process time we care only about the length
-//        of the time not so much the start time (ie. base)
-
-// A timeBase is stored as number of nanoseconds from the represented (start)
-// time to bStd (ie. Jan 1, 12:00:00am 2000).  This class also provides
-// functions that convert nanoseconds to and from the represented time base
-// and the standard time base (bStd).  No this is not the base class of any
-// of timeParent, timeStamp, timeLength.  Sorry for any confusion.
-
-class timeBase {
- private:
-  // change internal time base to 2100 in the year 2050
-  COMMON_EXPORT static const timeBase *_b1970;  // logically const
-  COMMON_EXPORT static const timeBase *_bStd;
-  COMMON_EXPORT static const timeBase *bStdHelp();
-  COMMON_EXPORT static const timeBase *b1970Help();
- public:
-  // ie. the year for the internal time base, if changed check to make
-  // sure timeBase::b1970Help() is still accurate
-  enum { StdBaseMark = 2000 };  
-  COMMON_EXPORT static const timeBase &bStd();
-  COMMON_EXPORT static const timeBase &b1970();
-  // bNone is for times like process time, time is counted since the
-  // start of the process representing the process time in regards to
-  // a real time base (not unit) as in b1970 doesn't make sense
-  COMMON_EXPORT static const timeBase &bNone();
-
- private:
-  int64_t ns2StdBaseMark;  
-
- public:
-  //Paradyn default base: from nearest century turnover
-
-  COMMON_EXPORT timeBase(int64_t ns2stdMark);
-  COMMON_EXPORT timeBase(timeStamp mark);  // defined inline below
-  COMMON_EXPORT int64_t get_ns2StdBaseMark() const;
-  COMMON_EXPORT int64_t cvtTo_bStd(int64_t ns) const;
-  COMMON_EXPORT double  cvtFrom_bStd(double ns) const;
-  COMMON_EXPORT int64_t cvtFrom_bStd(int64_t ns) const;
-};
-
-COMMON_EXPORT ostream& operator<<(ostream&s, timeBase b);
-
-// Responsibilities:
-//   - store time in a standard unit and time base, currently this is:
-//        * standard unit:      nanoseconds
-//        * standard time base: Jan 1, 12:00:00am 2000
-
-// an abstract class
-class timeParent {
- private:
-  COMMON_EXPORT static const int64_t uninitializedValue;
-  int64_t ns;
-
-  // Constructors
- public:
-  // Selectors
-  COMMON_EXPORT int64_t get_ns() const;
-
-  // returns true if the timeStamp is uninitialized
-  COMMON_EXPORT bool isInitialized() const;
-
-  // the disadvantage of having a timeParent operator<< via the help
-  // of this virtual put function is that it causes a pointer to the vtable
-  // to be carried around with all of our timeLengths and timeStamps
-  // and they become less lightweight
-  //  virtual ostream& put(ostream& s) const = 0;  // write *this to s
-
- protected:
-  COMMON_EXPORT timeParent();
-  COMMON_EXPORT timeParent(int64_t _ns);
-  // Mutators
-  COMMON_EXPORT void assign(const int64_t v);
-  COMMON_EXPORT int64_t getRolloverTime(double t);
-};
-
-//ostream& operator<<(ostream& s, const timeParent &tp);
-
-class timeLength;
-
-// timeStamp ---------------------------------------------------
-
-// A timeStamp represents a point in time.  To do this it stores the number
-// of nanoseconds since the standard time base (Jan 1, 2000).  It provides a
-// generic method of storing time.  It is based on a 64bit signed integer so
-// it can represent any time at nanosecond granularity between year 2000 +-
-// 292 years (ie. 1708-2292).
-
-class timeStamp : public timeParent {
- private:
-  COMMON_EXPORT static const timeStamp *_ts1800;
-  COMMON_EXPORT static const timeStamp *_ts1970;
-  COMMON_EXPORT static const timeStamp *_tsStd;  // ie. timeBase::InternalTimeBase (2000)
-  COMMON_EXPORT static const timeStamp *_ts2200;
-  COMMON_EXPORT static const timeStamp *ts1800Help();
-  COMMON_EXPORT static const timeStamp *ts1970Help();
-  COMMON_EXPORT static const timeStamp *tsStdHelp();
-  COMMON_EXPORT static const timeStamp *ts2200Help();
- public:
-  COMMON_EXPORT static const timeStamp &ts1800();
-  COMMON_EXPORT static const timeStamp &ts1970();
-  COMMON_EXPORT static const timeStamp &tsStd();
-  COMMON_EXPORT static const timeStamp &ts2200();
-  COMMON_EXPORT static const timeStamp &tsLongAgoTime();
-  COMMON_EXPORT static const timeStamp &tsFarOffTime();
-
-  // need this constructor to use in vector container class
-  // value set to a "weird" value to represent uninitialized
-  COMMON_EXPORT timeStamp();
-  // eg. to create the time Jan 1, 1995 12:00am you could do this:
-  //    timeStamp myTime(25, timeUnit::year(), timeBase::b1970());
-  // one way to create July 20, 1976 8:35am:
-  //    timeStamp myBirthDay = timeStamp::b1970() + 4*timeLength::year() +
-  //                           2*timeStamp::leapYear() +
-  //                           202*timeLength::day() + 8*timeLength::hour() +
-  //                           35*timeLength::min();  
-  COMMON_EXPORT timeStamp(int64_t iTime, const timeUnit &u, timeBase b);
-  COMMON_EXPORT timeStamp(int iTime, const timeUnit &u, timeBase b);
-  COMMON_EXPORT timeStamp(const timeLength &tl, timeBase b);
-  COMMON_EXPORT timeStamp(double dTime, const timeUnit &u, timeBase b);
-
-  // Selectors
-  COMMON_EXPORT double getD(const timeUnit &u, timeBase b) const;
-  // eg. to get the number of seconds since 1970 do this: 
-  //        ts.getI(timeUnit::sec(), timeBase::b1970()) 
-  COMMON_EXPORT int64_t getI(const timeUnit &u, timeBase b) const;
-
-  // ostream& put(ostream& s) const { return s << *this; }
-
-  friend COMMON_EXPORT const timeStamp operator+=(timeStamp &ts, timeLength tl);
-  friend COMMON_EXPORT const timeStamp operator-=(timeStamp &ts, timeLength tl);
-  friend COMMON_EXPORT const timeLength operator-(const timeStamp& a, const timeStamp& b);
-  friend COMMON_EXPORT const timeStamp operator+(const timeStamp& a, const timeLength& b);
-  friend COMMON_EXPORT const timeStamp operator-(const timeStamp& a, const timeLength& b);
-  friend COMMON_EXPORT const timeStamp operator+(const timeLength& a, const timeStamp& b);
-  // non-member ==, !=, >, <, >=, <=  operators also defined for timeStamp
-
- private:
-  COMMON_EXPORT void initI(int64_t iTime, const timeUnit &u, timeBase b);
-  COMMON_EXPORT timeStamp(int64_t ns_);
-};
-
-COMMON_EXPORT ostream& operator<<(ostream&s, timeStamp z);
-
-// relTimeStamp ---------------------------------------------------
-// A timeStamp that proceeds on a timeline based at "zero"
-// It has no relation to time on the "date" timeline.  There is no
-// map from the "zero" based timeline for the relTimeStamp to the timeline
-// based on "human time" for the timeStamp class.
-
-class relTimeStamp : public timeParent {
- private:
-  COMMON_EXPORT static const relTimeStamp *_Zero;
-  COMMON_EXPORT static const relTimeStamp *ZeroHelp();
- public:
-  COMMON_EXPORT static const relTimeStamp &Zero();
-
-  // need this constructor to use in vector container class
-  COMMON_EXPORT relTimeStamp();
-  COMMON_EXPORT relTimeStamp(int64_t iTime, const timeUnit &u);
-  COMMON_EXPORT relTimeStamp(int iTime, const timeUnit &u);
-  COMMON_EXPORT relTimeStamp(const timeLength &tl);
-  COMMON_EXPORT relTimeStamp(double dTime, const timeUnit &u);
-
-  // Selectors
-  COMMON_EXPORT double getD(const timeUnit &u) const;
-  COMMON_EXPORT int64_t getI(const timeUnit &u) const;
-  // ostream& put(ostream& s) const { return s << *this; }
-
-  friend COMMON_EXPORT const relTimeStamp operator+=(relTimeStamp &ts, timeLength tl);
-  friend COMMON_EXPORT const relTimeStamp operator-=(relTimeStamp &ts, timeLength tl);
-  friend COMMON_EXPORT const timeLength operator-(const relTimeStamp& a,const relTimeStamp& b);
-  friend COMMON_EXPORT const relTimeStamp operator+(const relTimeStamp& a, const timeLength& b);
-  friend COMMON_EXPORT const relTimeStamp operator-(const relTimeStamp& a, const timeLength& b);
-  friend COMMON_EXPORT const relTimeStamp operator+(const timeLength& a, const relTimeStamp& b);
-  // non-member ==, !=, >, <, >=, <=  operators also defined for relTimeStamp
-
- private:
-  COMMON_EXPORT void initI(int64_t iTime, const timeUnit &u);
-  COMMON_EXPORT relTimeStamp(int64_t ns_);
-};
-
-COMMON_EXPORT ostream& operator<<(ostream&s, relTimeStamp z);
-
-// timeLength ---------------------------------------------------
-
-// A timeLength represents a length of time and has no notion of a start or
-// base time.  It has a range of signed 64bit integer or about 292 years
-// since we're counting nanoseconds.
-
-class timeLength : public timeParent {
- private:
-  // logically const
-  COMMON_EXPORT static const timeLength *_zero;
-  COMMON_EXPORT static const timeLength *_ns;
-  COMMON_EXPORT static const timeLength *_us;
-  COMMON_EXPORT static const timeLength *_ms;
-  COMMON_EXPORT static const timeLength *_sec;
-  COMMON_EXPORT static const timeLength *_minute;
-  COMMON_EXPORT static const timeLength *_hour;
-  COMMON_EXPORT static const timeLength *_day;
-  COMMON_EXPORT static const timeLength *_year;
-  COMMON_EXPORT static const timeLength *_leapYear;
-  COMMON_EXPORT static const timeLength *ZeroHelp();
-  COMMON_EXPORT static const timeLength *nsHelp();
-  COMMON_EXPORT static const timeLength *usHelp();
-  COMMON_EXPORT static const timeLength *msHelp();
-  COMMON_EXPORT static const timeLength *secHelp();
-  COMMON_EXPORT static const timeLength *minHelp();
-  COMMON_EXPORT static const timeLength *hourHelp();
-  COMMON_EXPORT static const timeLength *dayHelp();
-  COMMON_EXPORT static const timeLength *yearHelp();
-  COMMON_EXPORT static const timeLength *leapYearHelp();
- public:
-  COMMON_EXPORT static const timeLength &Zero();
-  COMMON_EXPORT static const timeLength &ns();
-  COMMON_EXPORT static const timeLength &us();
-  COMMON_EXPORT static const timeLength &ms();
-  COMMON_EXPORT static const timeLength &sec();
-  COMMON_EXPORT static const timeLength &minute();
-  COMMON_EXPORT static const timeLength &hour();
-  COMMON_EXPORT static const timeLength &day();
-  COMMON_EXPORT static const timeLength &year();
-  COMMON_EXPORT static const timeLength &leapYear();
-
-  // need this constructor to use in vector container class
-  COMMON_EXPORT timeLength();
-  COMMON_EXPORT timeLength(int64_t iTime, const timeUnit &u);
-  COMMON_EXPORT timeLength(int iTime, const timeUnit &u);
-  COMMON_EXPORT timeLength(double dTime, const timeUnit &u);
-
-  // Selectors
-  COMMON_EXPORT double getD(const timeUnit &u) const;
-  COMMON_EXPORT int64_t getI(const timeUnit &u) const;
-
-  //ostream& put(ostream& s) const { return s << *this; }
-
-  friend COMMON_EXPORT const timeLength operator+=(timeLength &t, timeLength tl);
-  friend COMMON_EXPORT const timeLength operator-=(timeLength &t, timeLength tl);
-  friend COMMON_EXPORT const timeLength operator*=(timeLength &t, double d);
-  friend COMMON_EXPORT const timeLength operator/=(timeLength &t, double d);
-  friend COMMON_EXPORT const timeLength operator-(const timeLength &t);
-  friend COMMON_EXPORT const timeLength operator-(const timeStamp& a, const timeStamp& b);
-  friend COMMON_EXPORT const timeLength operator-(const relTimeStamp& a,const relTimeStamp& b);
-  friend COMMON_EXPORT const timeStamp operator+(const timeStamp& a, const timeLength& b);
-  friend COMMON_EXPORT const timeStamp operator-(const timeStamp& a, const timeLength& b);
-  friend COMMON_EXPORT const timeStamp operator+(const timeLength& a, const timeStamp& b);
-  friend COMMON_EXPORT const timeLength operator+(const timeLength& a, const timeLength& b);
-  friend COMMON_EXPORT const timeLength operator-(const timeLength& a, const timeLength& b);
-  friend COMMON_EXPORT const timeLength operator*(const timeLength& a, double b);
-  friend COMMON_EXPORT const timeLength operator/(const timeLength& a, double b);
-  friend COMMON_EXPORT const timeLength operator*(double a, const timeLength& b);
-  friend COMMON_EXPORT const timeLength operator/(double a, const timeLength& b);
-  friend COMMON_EXPORT double operator/(const timeLength& a, const timeLength& b);
-  // non-member ==, !=, >, <, >=, <=  operators also defined for timeLength
-
- private:
-  COMMON_EXPORT void initI(int64_t iTime, const timeUnit &u);
-  // a fast constructor just for timeLength operators
-  COMMON_EXPORT timeLength(int64_t ns_);
-};
-
-COMMON_EXPORT ostream& operator<<(ostream&s, timeLength z);
-
-// timeStamp +=/-= timeLength
-COMMON_EXPORT const timeStamp operator+=(timeStamp &ts, timeLength tl);
-COMMON_EXPORT const timeStamp operator-=(timeStamp &ts, timeLength tl);
-
-// timeLength +=/-= timeLength
-COMMON_EXPORT const timeLength operator+=(timeLength &t, timeLength tl);
-COMMON_EXPORT const timeLength operator-=(timeLength &t, timeLength tl);
-
-// timeLength *=, /= double
-COMMON_EXPORT const timeLength operator*=(timeLength &t, double d);
-COMMON_EXPORT const timeLength operator/=(timeLength &t, double d);
-
-// - timeLength
-COMMON_EXPORT const timeLength operator-(const timeLength &t);
-
-// timeStamp - timeStamp = timeLength  ;  the length of time between time stamps
-COMMON_EXPORT const timeLength operator-(const timeStamp& a, const timeStamp& b);
-
-// timeStamp +/- timeLength = timeStamp
-COMMON_EXPORT const timeStamp operator+(const timeStamp& a, const timeLength& b);
-COMMON_EXPORT const timeStamp operator-(const timeStamp& a, const timeLength& b);
-
-// timeLength + timeStamp = timeStamp
-COMMON_EXPORT const timeStamp operator+(const timeLength& a, const timeStamp& b);
-// timeLength - timeStamp doesn't make sense, ie. 3 days - Mar 9 = ?
-
-// timeLength +/- timeLength = timeLength
-COMMON_EXPORT const timeLength operator+(const timeLength& a, const timeLength& b);
-COMMON_EXPORT const timeLength operator-(const timeLength& a, const timeLength& b);
-
-// timeLength */ double = timeLength
-COMMON_EXPORT const timeLength operator*(const timeLength& a, double b);
-COMMON_EXPORT const timeLength operator/(const timeLength& a, double b);
-
-// double */ timeLength = timeLength
-COMMON_EXPORT const timeLength operator*(double a, const timeLength& b);
-COMMON_EXPORT const timeLength operator/(double a, const timeLength& b);
-
-// Be careful if writing * operators because Time is based at nanosecond
-// level, which can overflow when multiplying times that seem small
-// eg. Time(1,timeUnit::day) * Time(2,timeUnit::day) will overflow
-
-// timeStamp @ timeStamp = bool
-COMMON_EXPORT bool operator==(const timeStamp& a, const timeStamp& b);
-COMMON_EXPORT bool operator!=(const timeStamp& a, const timeStamp& b);
-COMMON_EXPORT bool operator>(const timeStamp& a, const timeStamp& b);
-COMMON_EXPORT bool operator>=(const timeStamp& a, const timeStamp& b);
-COMMON_EXPORT bool operator<(const timeStamp& a, const timeStamp& b);
-COMMON_EXPORT bool operator<=(const timeStamp& a, const timeStamp& b);
-
-COMMON_EXPORT timeStamp earlier(const timeStamp& a, const timeStamp& b);
-COMMON_EXPORT timeStamp later(const timeStamp& a, const timeStamp& b);
-// timeLength @ timeLength = bool
-COMMON_EXPORT bool operator==(const timeLength& a, const timeLength& b);
-COMMON_EXPORT bool operator!=(const timeLength& a, const timeLength& b);
-COMMON_EXPORT bool operator>(const timeLength& a, const timeLength& b);
-COMMON_EXPORT bool operator>=(const timeLength& a, const timeLength& b);
-COMMON_EXPORT bool operator<(const timeLength& a, const timeLength& b);
-COMMON_EXPORT bool operator<=(const timeLength& a, const timeLength& b);
-
-
-COMMON_EXPORT timeLength minimum(const timeLength& a, const timeLength& b);
-
-COMMON_EXPORT timeLength maximum(const timeLength& a, const timeLength& b);
-COMMON_EXPORT const timeLength abs(const timeLength& a);
-
-// relTimeStamp +=/-= timeLength
-COMMON_EXPORT const relTimeStamp operator+=(relTimeStamp &ts, timeLength tl);
-COMMON_EXPORT const relTimeStamp operator-=(relTimeStamp &ts, timeLength tl);
-
-// relTimeStamp - relTimeStamp = timeLength  ;  the length of time between time stamps
-COMMON_EXPORT const timeLength operator-(const relTimeStamp& a, const relTimeStamp& b);
-
-// relTimeStamp +/- relTimeLength = relTimeStamp
-COMMON_EXPORT const relTimeStamp operator+(const relTimeStamp& a, const timeLength& b);
-COMMON_EXPORT const relTimeStamp operator-(const relTimeStamp& a, const timeLength& b);
-
-// timeLength + relTimeStamp = relTimeStamp
-COMMON_EXPORT const relTimeStamp operator+(const timeLength& a, const relTimeStamp& b);
-// timeLength - timeStamp doesn't make sense, ie. 3 days - Mar 9 = ?
-
-
-// Be careful if writing * operators because Time is based at nanosecond
-// level, which can overflow when multiplying times that seem small
-// eg. Time(1,timeUnit::day) * Time(2,timeUnit::day) will overflow
-
-// relTimeStamp @ relTimeStamp = bool
-COMMON_EXPORT bool operator==(const relTimeStamp& a, const relTimeStamp& b);
-COMMON_EXPORT bool operator!=(const relTimeStamp& a, const relTimeStamp& b);
-COMMON_EXPORT bool operator>(const relTimeStamp& a, const relTimeStamp& b);
-COMMON_EXPORT bool operator>=(const relTimeStamp& a, const relTimeStamp& b);
-COMMON_EXPORT bool operator<(const relTimeStamp& a, const relTimeStamp& b);
-COMMON_EXPORT bool operator<=(const relTimeStamp& a, const relTimeStamp& b);
-
-COMMON_EXPORT relTimeStamp earlier(const relTimeStamp& a, const relTimeStamp& b);
-
-COMMON_EXPORT relTimeStamp later(const relTimeStamp& a, const relTimeStamp& b);
-
-
-
-#endif
-

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/addrtranslate-static.C Deleted

@@ -1,80 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#include <stdio.h>
-
-#include <vector>
-#include <string>
-
-#include "common/src/headers.h"
-#include "addrtranslate.h"
-
-using namespace std;
-
-class AddressTranslateStatic : public AddressTranslate
-{
-public:
-   virtual bool init();
-   virtual bool refresh();
-   AddressTranslateStatic(PID pid, PROC_HANDLE phand, std::string exename);
-};
-
-using namespace Dyninst;
-
-AddressTranslate *AddressTranslate::createAddressTranslator(PID pid_, ProcessReader *, SymbolReaderFactory *, PROC_HANDLE phand, std::string exename, Address)
-{
-	AddressTranslateStatic *new_translate = new AddressTranslateStatic(pid_, phand, exename);
-	return new_translate;
-}
-
-AddressTranslate *AddressTranslate::createAddressTranslator(ProcessReader *, SymbolReaderFactory *, std::string exename, Address)
-{
-	return createAddressTranslator(0, NULL, exename);
-}
-
-bool AddressTranslateStatic::init()
-{
-	return true;
-}
-
-bool AddressTranslateStatic::refresh()
-{
-	return true;
-}
-
-vector< pair<Address, unsigned long> > *LoadedLib::getMappedRegions()
-{
-   return &mapped_regions;
-}
-
-AddressTranslateStatic::AddressTranslateStatic(PID pid, PROC_HANDLE phand, std::string exename) :
-	AddressTranslate(pid, phand, exename)
-{
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/auxvtypes.C Deleted

@@ -1,80 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-#include "auxvtypes.h"
-
-#include <cstdlib>
-using namespace std;
-
-const char *auxv_type_to_string(int type) {
-  static const char *unknown = "UNKNOWN";
-  static const char *names = {
-    "AT_NULL",		       // 0
-    "AT_IGNORE",	
-    "AT_EXECFD",	
-    "AT_PHDR",		
-    "AT_PHENT",	
-    "AT_PHNUM",	         // 5
-    "AT_PAGESZ",	
-    "AT_BASE",		
-    "AT_FLAGS",	
-    "AT_ENTRY",	
-    "AT_NOTELF",	       // 10
-    "AT_UID",		
-    "AT_EUID",		
-    "AT_GID",		
-    "AT_EGID",		
-    "AT_PLATFORM",       // 15
-    "AT_HWCAP",		
-    "AT_CLKTCK",	
-    "AT_FPUCW",	
-    "AT_DCACHEBSIZE",	
-    "AT_ICACHEBSIZE",	   // 20
-    "AT_UCACHEBSIZE",	
-    "AT_IGNOREPPC",	
-    "AT_SECURE",	
-    unknown,
-    unknown,           // 25
-    unknown,
-    unknown,
-    unknown,
-    unknown,
-    unknown,           // 30,
-    unknown,
-    "AT,_SYSINFO",
-    "AT_SYSINFO_EHDR",
-    "AT_L1I_CACHESHAPE",
-    "AT_L1D_CACHESHAPE", // 35
-    "AT_L2_CACHESHAPE",	
-    "AT_L3_CACHESHAPE"
-  };
-  
-  const size_t size = (sizeof(names) / sizeof(const char*));
-  return (type >= 0 && ((size_t) type) < size) ? namestype : unknown;
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/auxvtypes.h Deleted

@@ -1,165 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-#ifndef AUXV_TYPES_H
-#define AUXV_TYPES_H
-
-// These are not defined on some systems, so this header should help.  This 
-// also defines a method to convert auxv types to strings, for more 
-// readable debug output.
-
-// --- Standard auxv values from elf.h ---
-#ifndef AT_NULL
-#define AT_NULL 0
-#endif  // AT_NULL
-
-#ifndef AT_IGNORE
-#define AT_IGNORE 1
-#endif  // AT_IGNORE
-
-#ifndef AT_EXECFD
-#define AT_EXECFD 2
-#endif  // AT_EXECFD
-
-#ifndef AT_PHDR
-#define AT_PHDR 3
-#endif  // AT_PHDR
-
-#ifndef AT_PHENT
-#define AT_PHENT 4
-#endif  // AT_PHENT
-
-#ifndef AT_PHNUM
-#define AT_PHNUM 5
-#endif  // AT_PHNUM
-
-#ifndef AT_PAGESZ
-#define AT_PAGESZ 6
-#endif  // AT_PAGESZ
-
-#ifndef AT_BASE
-#define AT_BASE 7
-#endif  // AT_BASE
-
-#ifndef AT_FLAGS
-#define AT_FLAGS 8
-#endif  // AT_FLAGS
-
-#ifndef AT_ENTRY
-#define AT_ENTRY 9
-#endif  // AT_ENTRY
-
-#ifndef AT_NOTELF
-#define AT_NOTELF 10
-#endif  // AT_NOTELF
-
-#ifndef AT_UID
-#define AT_UID	11
-#endif  // AT_UID
-
-#ifndef AT_EUID
-#define AT_EUID 12
-#endif  // AT_EUID
-
-#ifndef AT_GID
-#define AT_GID	13
-#endif  // AT_GID
-
-#ifndef AT_EGID
-#define AT_EGID 14
-#endif  // AT_EGID
-
-#ifndef AT_CLKTCK
-#define AT_CLKTCK 17
-#endif  // AT_CLKTCK
-
-#ifndef AT_PLATFORM
-#define AT_PLATFORM 15
-#endif  // AT_PLATFORM
-
-#ifndef AT_HWCAP
-#define AT_HWCAP 16	
-#endif  // AT_HWCAP
-
-#ifndef AT_FPUCW
-#define AT_FPUCW 18
-#endif  // AT_FPUCW
-
-#ifndef AT_DCACHEBSIZE
-#define AT_DCACHEBSIZE 19
-#endif  // AT_DCACHEBSIZE
-
-#ifndef AT_ICACHEBSIZE
-#define AT_ICACHEBSIZE 20
-#endif  // AT_ICACHEBSIZE
-
-#ifndef AT_UCACHEBSIZE
-#define AT_UCACHEBSIZE 21
-#endif  // AT_UCACHEBSIZE
-
-#ifndef AT_IGNOREPPC
-#define AT_IGNOREPPC 22
-#endif  // AT_IGNOREPPC
-
-#ifndef AT_SECURE
-#define	AT_SECURE 23
-#endif  // AT_SECURE
-
-#ifndef AT_SYSINFO
-#define AT_SYSINFO 32
-#endif  // AT_SYSINFO
-
-#ifndef AT_SYSINFO
-#define AT_SYSINFO_EHDR	33
-#endif  // AT_SYSINFO
-
-#ifndef AT_L1I
-#define AT_L1I_CACHESHAPE 34
-#endif  // AT_L1I
-
-#ifndef AT_L1D
-#define AT_L1D_CACHESHAPE 35
-#endif  // AT_L1D
-
-#ifndef AT_L2
-#define AT_L2_CACHESHAPE 36
-#endif  // AT_L2
-
-#ifndef AT_L3
-#define AT_L3_CACHESHAPE 37
-#endif  // AT_L3
-
-
-
-/// Converts an auxv type into a const string.  Useful for debugging.
-const char *auxv_type_to_string(int auxv_type);
-
-#endif // AUXV_TYPES_H
-
-

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/cstring.h Deleted

@@ -1,290 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-/*
- *  String ADT.
- *  Implements copy semantics. 
- *  This class has been purified.
- *  This class can be used with klist.
- *  See the tests subdirectory for examples of its use.
- */
-
-/*
- * $Log: cstring.h,v $
- * Revision 1.1  1994/08/17 18:23:46  markc
- * Added new classes: Cstring KeyList, KList
- * Added new function: RPCgetArg
- * Changed typedefs in machineType.h to #defines
- *
- */
-
-#ifndef _string_hpp
-#define _string_hpp
-
-#include <string.h>
-#include <assert.h>
-#include <iostream.h>
-
-#define VALID(x) assert(x)
-#define MAX_STRING_LEN 2000
-#define CS_TRUE 1
-#define CS_FALSE 0
-
-#pragma interface
-
-typedef int CS_BOOL;
-
-class Cstring
-{
-public:
-friend ostream &operator << (ostream& os, const Cstring& S) {
-  if (!S.len)
-    os << "<empty>";
-  else 
-    os << S.str;
-  return os;
-}
-
-  // the integer serves to choose the correct constructor
-  // otherwise you would have to typecast to const char
-  // to get other constructor
-  Cstring(int i, char *use_me) :len(0), str((char*) 0) {use(use_me);}
-  Cstring() : len(0), str((char*) 0) { ; }
-  Cstring(const char *copy_me) : len(0), str((char*) 0) {set(copy_me);}
-  Cstring(const Cstring& S) : len(0), str((char*) 0) {set(S);}
-  ~Cstring() {destroy();}
-  void destroy() {if (str) delete  str; len=0; str= (char*) 0;}
-
-  CS_BOOL extend (const char *);
-  CS_BOOL extend (Cstring &S) {return (extend(S.str));}
-  Cstring operator+ ( const Cstring& S) const;
-  Cstring operator+ ( const char *s) const;
-  Cstring& operator= ( const Cstring& S);
-  Cstring& operator= ( const char *c);
-  CS_BOOL operator== (const Cstring& S) const { return (*this == S.str);}
-  CS_BOOL operator== (const char * s) const;
-  CS_BOOL operator< (const char * s) const;
-  CS_BOOL operator< (const Cstring& S) const {return ((*this) < S.str);}
-  CS_BOOL operator> (const char *s) const;
-  CS_BOOL operator> (const Cstring& S) const {return ((*this) > S.str);}
-
-  const char *get() const {return (const char*) str;}
-  char *get_copy() const;
-  int getLen() const {return len;}
-  // copy the string from the input
-  void set(const Cstring& S);
-  void set(const char *s);
-
-  // use the string in the input
-  void use(char *s);
-
-  int invariant()
-    {return (((len>=0) && str) || (!len && !str));}
-
-  int empty() {return (len == 0);}
-
-protected:
-  int len;
-  char *str;
-  int prefix_compare (const char *s, int &slen) const;
-  int prefix_compare (const Cstring& S, int &slen) const
-    {return prefix_compare(S.str, slen);}
-};
-
-void 
-Cstring::use (char *use_me)
-{
-  if (str)
-    delete  str;
-  str = (char *)  0;
-
-  if (!use_me) {
-    len = 0;
-    return;
-  } else {
-    len = strlen(use_me);
-    if (len >= 0) {
-      str = use_me;
-      return;
-    } else {
-      len = 0;
-      return;
-    }
-  }
-}
-
-void Cstring::set(const Cstring& S)
-{
-  set(S.str);
-}
-
-void
-Cstring::set (const char *s)
-{
-  if (str) 
-    delete  str;
-  str = (char*) 0;
-
-  if (!s) {
-    len = 0;
-    return;
-  }
-
-  len = strlen(s);
-  if (len >= 0) {
-    str = new char len + 1;
-    if (str)
-      strcpy (str, s);
-    else
-      len = 0;
-  } else
-    len = 0;
-
-  VALID(invariant());
-}
-
-int Cstring::operator==(const char *s) const
-{
-  if ((len == strlen(s)) &&
-      ((!len) || (!strcmp(str, s))))
-    return CS_TRUE;
-  else
-    return 0;
-}
-
-//
-// compare up to the length of the smaller string
-// used for less than
-//
-int Cstring::prefix_compare(const char *s, int &slen) const
-{
-  if (!len || !s)
-    return -2;
-
-  slen = strlen(s);
-  return (strncmp(str, s, slen > len ? len : slen));
-}
-
-Cstring Cstring::operator+ ( const Cstring& S) const return Ret;
-{
-  Ret = (*this + S.str);
-  return Ret;
-}
-
-Cstring Cstring::operator + (const char *s) const return Ret;
-{
-  Ret = (*this);
-  Ret.extend(s);
-  return Ret;
-}
-
-CS_BOOL Cstring::extend (const char *s)
-{
-  char *new_str;
-  int new_len;
-
-  if (s) {
-    if (new_len = strlen(s)) {
-      if (new_str = new charlen + new_len + 1) {
-	if (strcpy(new_str, str) && strcat(new_str, s)) {
-	  if (str)
-	    delete (str);
-	  len += new_len;
-	  str = new_str;
-	  return (CS_TRUE);
-	}
-      }
-    }
-  } else
-    return (CS_TRUE);
-
-  return (CS_FALSE);
-}
- 
-Cstring& Cstring::operator= ( const Cstring& S) 
-{
-  if (this == &S)
-    return (*this);
-  else {
-    set(S);
-    return (*this);
-  }
-}
-
-Cstring& Cstring::operator= ( const char *c) 
-{
-  if (str == c)
-    return (*this);
-  else {
-    set(c);
-    return (*this);
-  }
-}
-
-CS_BOOL Cstring::operator< (const char * s) const { 
-  int slen, res;
-
-  if ((res = prefix_compare(s, slen)) == -2)
-    return CS_FALSE;
-  else if (res < 0)
-    return CS_TRUE;
-  else if (res > 0)
-    return CS_FALSE;
-  else
-    return (len < slen);
-}
-
-CS_BOOL Cstring::operator> (const char *s) const {
-  int slen, res;
-
-  if ((res = prefix_compare(s, slen)) == -2)
-    return CS_TRUE;
-  else if (res < 0)
-    return (len > slen);
-  else if (res > 0)
-    return CS_TRUE;
-  else
-    return (len > slen);
-}
-
-char *Cstring::get_copy() const
-{
-  char *ret= (char*) 0;
-  if (str) 
-    ret = strdup(str);
-  return ret;
-}
-
-
-#endif    
-
-
-  
-

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/debugOstream.C Deleted

@@ -1,161 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-// debugOstream.C
-
-#if 0
-#include "common/src/debugOstream.h"
-#include "common/src/Time.h"
-#include "common/src/int64iostream.h"
-
-debug_ostream &debug_ostream::operator<<(char c) {
-   if (on)
-      actual_ostream << c;
-   return *this;
-}
-
-debug_ostream &debug_ostream::operator<<(unsigned char c) {
-   if (on)
-      actual_ostream << c;
-   return *this;
-}
-
-debug_ostream &debug_ostream::operator<<(short s) {
-   if (on)
-      actual_ostream << s;
-   return *this;
-}
-
-debug_ostream &debug_ostream::operator<<(unsigned short s) {
-   if (on)
-      actual_ostream << s;
-   return *this;
-}
-
-debug_ostream &debug_ostream::operator<<(int i) {
-   if (on)
-      actual_ostream << i;
-   return *this;
-}
-
-debug_ostream &debug_ostream::operator<<(unsigned i) {
-   if (on)
-      actual_ostream << i;
-   return *this;
-}
-
-#if !defined(TYPE64BIT)
-debug_ostream &debug_ostream::operator<<(long l) {
-   if (on)
-      actual_ostream << l;
-   return *this;
-}
-
-debug_ostream &debug_ostream::operator<<(unsigned long l) {
-   if (on)
-      actual_ostream << l;
-   return *this;
-}
-#endif
-
-debug_ostream &debug_ostream::operator<<(int64_t ll) {
-   if (on)
-      actual_ostream << ll;
-   return *this;
-}
-
-debug_ostream &debug_ostream::operator<<(uint64_t ull) {
-   if (on)
-      actual_ostream << ull;
-   return *this;
-}
-
-debug_ostream &debug_ostream::operator<<(const char *str) {
-   if (on)
-      actual_ostream << str;
-   return *this;
-}
-
-debug_ostream &debug_ostream::operator<<(const unsigned char *str) {
-   if (on)
-      actual_ostream << str;
-   return *this;
-}
-
-debug_ostream &debug_ostream::operator<<(const void *ptr) {
-   if (on)
-      actual_ostream << ptr;
-   return *this;
-}
-
-debug_ostream &debug_ostream::operator<<(float f) {
-   if (on)
-      actual_ostream << f;
-   return *this;
-}
-
-debug_ostream &debug_ostream::operator<<(double d) {
-   if (on)
-      actual_ostream << d;
-   return *this;
-}
-
-debug_ostream& debug_ostream::operator<<( ostream& (*f)(ostream&) )
-{
-    if( on )
-    {
-        actual_ostream << f;
-    }
-    return *this;
-}
-
-#ifdef NEW_TIME_TYPES
-debug_ostream& debug_ostream::operator<<(timeUnit &tu) {
-  if(on)  actual_ostream << tu;
-  return *this;
-}
-debug_ostream& debug_ostream::operator<<(timeBase tb) {
-  if(on)  actual_ostream << tb;
-  return *this;
-}
-debug_ostream& debug_ostream::operator<<(timeLength tl) {
-  if(on)  actual_ostream << tl;
-  return *this;
-}
-debug_ostream& debug_ostream::operator<<(timeStamp ts) {
-  if(on)  actual_ostream << ts;
-  return *this;
-}
-debug_ostream& debug_ostream::operator<<(relTimeStamp rts) {
-  if(on)  actual_ostream << rts;
-  return *this;
-}
-#endif
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/debugOstream.h Deleted

@@ -1,95 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-
-// debugOstream.h
-
-#ifndef _DEBUG_OSTREAM_H_
-#define _DEBUG_OSTREAM_H_
-
-#include "common/src/std_namesp.h"
-#include "common/src/Types.h"
-
-#ifdef NEW_TIME_TYPES
-class timeUnit;
-class timeBase;
-class timeLength;
-class timeStamp;
-class relTimeStamp;
-#endif
-
-class COMMON_EXPORT debug_ostream {
- private:
-   ostream &actual_ostream; // probably cerr or cout
-   bool on;
-
- public:
-   debug_ostream(ostream &iActual, bool iOn) : actual_ostream(iActual) {on=iOn;}
-  ~debug_ostream() {}
-   bool isOn() { return on; }
-   void turnOn()  { on = true;  }
-   void turnOff() { on = false; }
-   debug_ostream &operator<<(char c);
-   debug_ostream &operator<<(unsigned char c);
-   debug_ostream &operator<<(short s);
-   debug_ostream &operator<<(unsigned short s);
-   debug_ostream &operator<<(int i);
-   debug_ostream &operator<<(unsigned i);
-#if !defined(TYPE64BIT)
-   // int64_t is a long which causes multiply defined functions if this
-   // is included
-   debug_ostream &operator<<(long l);
-   debug_ostream &operator<<(unsigned long l);
-#else
-   //  These are creating probs with gcc 3.2.3
-   //  (default gcc for fresh install on x86_64 systems)
-   debug_ostream &operator<<(int64_t l);
-   debug_ostream &operator<<(uint64_t l);
-#endif
-
-   debug_ostream &operator<<(const char *str);
-   debug_ostream &operator<<(const unsigned char *str);
-
-   debug_ostream &operator<<(const void *ptr);
-
-   debug_ostream &operator<<(float f);
-   debug_ostream &operator<<(double d);
-
-   debug_ostream& operator<<( ostream& (*f)(ostream&) );
-#ifdef NEW_TIME_TYPES
-   debug_ostream& operator<<(timeUnit   &tu);
-   debug_ostream& operator<<(timeBase   tb);
-   debug_ostream& operator<<(timeLength tl);
-   debug_ostream& operator<<(timeStamp  ts);
-   debug_ostream& operator<<(relTimeStamp  ts);
-#endif
-};
-#endif
-

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/fraction.C Deleted

@@ -1,194 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#include "common/src/fraction.h"
-#include "common/src/int64iostream.h"
-
-fraction::ostream_fmt fraction::curFmt = sparse;
-
-/*
-const fraction operator*(const fraction &a, const fraction &b) {
-  if(b.getNumer() < a.getMultOverflowPt()) {
-    return fraction(a.getNumer() * b.getNumer(), a.getDenom() * b.getDenom());
-  } else {
-    fraction c = a * b.getNumer();
-    c.setDenom(c.getDenom()*b.getDenom());
-    return c;
-  }
-};
-*/
-
-int64_t lcd(int64_t a, int64_t b) {
-  int64_t _gcd = gcd(a,b);
-  if(a > b) { a = a / _gcd; }
-  else      { b = b / _gcd; }
-  int64_t overflowPt = I64_MAX / b;
-  if(a > overflowPt) {  cerr << "lcd: overflow\n";  return -1; }
-  return a * b;
-}
-
-int64_t gcd(int64_t a, int64_t b) {
-  if (b == 0) return a;
-  return gcd(b, a % b);
-}
-
-// fraction + fraction
-/*const fraction operator+(const fraction &a, const fraction &b) {
-  if(a.getDenom() == b.getDenom()) {
-    return fraction(a.getNumer() + b.getNumer(), a.getDenom());
-  } else {
-    int64_t ilcd = lcd(a.getDenom(), b.getDenom());
-    return fraction(a.getNumer()*ilcd + b.getNumer()*ilcd, a.getDenom()*ilcd);
-  }
-}
-
-// fraction - fraction
-const fraction operator-(const fraction &a, const fraction &b) {
-  if(a.getDenom() == b.getDenom()) {
-    return fraction(a.getNumer() - b.getNumer(), a.getDenom());
-  } else {
-    int64_t ilcd = lcd(a.getDenom(), b.getDenom());
-    return fraction(a.getNumer()*ilcd - b.getNumer()*ilcd, a.getDenom()*ilcd);
-  }
-}
-*/
-
-const fraction operator*(const fraction &a, int64_t b) {
-  if(b < a.getInterimMultOverflowPt()) {
-    //   b < interimMultOverflowPt
-    return fraction(b * a.getNumer(), a.getDenom());
-  } else if(b <= a.getFinalMultOverflowPt()) {
-    //   interimMultOverflowPt <= b <= finalMultInterimPt
-    cerr << "fraction::operator*- an interim overflow has occurred\n";
-    return fraction(I64_MAX);
-  } else {  //  finalMultInterimPt < b
-    cerr << "fraction::operator*- a final overflow has occurred\n";
-    return fraction(I64_MAX);
-  }
-}
-
-int64_t fraction::multReturnInt64(int64_t b) const {
-  int64_t ret = 0;
-  if(b < getInterimMultOverflowPt()) {
-    //   b < interimMultOverflowPt
-    fraction fres(b * getNumer(), getDenom());
-    ret = fres.getI();
-  } else if(b <= getFinalMultOverflowPt()) {
-    //   interimMultOverflowPt <= b <= finalMultInterimPt
-    ret = multNoInterimOverflow(b);
-  } else {  //  finalMultInterimPt < b
-    cerr << "fraction::multReturnInt64- a final overflow has occurred\n";    
-    return I64_MAX;
-  }
-  return ret;
-}
-
-void fraction::calcOverflowPts() const {
-  if(getNumer() == 0) 
-    interimMultOverflowPt = I64_MAX;
-  else 
-    interimMultOverflowPt = I64_MAX / getNumer();
-  fraction recip;
-  recip.setRaw(getDenom(), getNumer());
-  if(recip.getDenom()==0 || recip.getD() > 1.0) 
-    finalMultOverflowPt = I64_MAX;
-  else
-    finalMultOverflowPt = recip.multNoInterimOverflow(I64_MAX);
-}
-
-// getFrSpec is a helper routine for the gt, lt operators
-// n : numerator,   d: denominator
-// ra: returns the numerator high 32 bits / denom (always positive)
-// rb: returns the numerator low  32 bits / denom (always positive)
-// rsign: -1 for negative, 1 for positive result
-void getFrSpec(int64_t n, int64_t d, double *ra, double *rb, int *rsign) {
-  int sign = 1;
-  if(n < 0) { n = -n;  sign = -sign; }
-  if(d < 0) { d = -d;  sign = -sign; }
-  *rsign = sign;
-  int64_t upperI = n & I64_C(0xFFFFFFFF00000000);
-  *ra = static_cast<double>(upperI) / static_cast<double>(d);
-  int64_t lowerI = n & 0xFFFFFFFF;
-  *rb = static_cast<double>(lowerI) / static_cast<double>(d);
-}
-
-// the gcd of the denominators could easily grow beyond the int64 max
-// so implement using doubles
-bool operator>(const fraction &a, const fraction &b) {
-  double ax, ay;
-  int as;
-  getFrSpec(a.getNumer(), a.getDenom(), &ax, &ay, &as);
-  if(as == -1) { ax = -ax; ay = -ay; }
-
-  double bx, by;
-  int bs;
-  getFrSpec(b.getNumer(), b.getDenom(), &bx, &by, &bs);
-  if(bs == -1) { bx = -bx; by = -by; }
-  return (ax > bx || (ax == bx && ay > by));
-}
-
-bool operator<(const fraction &a, const fraction &b) {
-  double ax, ay;
-  int as;
-  getFrSpec(a.getNumer(), a.getDenom(), &ax, &ay, &as);
-  if(as == -1) { ax = -ax; ay = -ay; }
-
-  double bx, by;
-  int bs;
-  getFrSpec(b.getNumer(), b.getDenom(), &bx, &by, &bs);
-  if(bs == -1) { bx = -bx; by = -by; }
-  return (ax < bx || (ax == bx && ay < by));
-}
-
-bool operator>=(const fraction &a, const fraction &b) {
-  return ((a > b) || (a == b));
-}
-
-bool operator<=(const fraction &a, const fraction &b) {
-  return ((a < b) || (a == b));
-}
-
-ostream& operator<<(ostream&s, const fraction::ostream_fmt u) {
-  fraction::curFmt = u;
-  return s;
-}
-
-ostream& operator<<(ostream&s, const fraction &z) {
-  if(fraction::curFmt == fraction::sparse) {
-    s << "(" << z.getNumer() << "/" << z.getDenom() << ")";
-  } else { // fraction::verbose
-    s << "(" << z.getNumer() << "/" << z.getDenom() << " - interimOvflw:";
-    s << z.getInterimMultOverflowPt() << ", finalOvflw: " 
-      << z.getFinalMultOverflowPt();
-  }
-  return s;
-}
-
-

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/fraction.h Deleted

@@ -1,212 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-
-#ifndef __FRACTION_H
-#define __FRACTION_H
-
-#include "common/src/Types.h"
-#include "common/src/std_namesp.h"
-
-#if defined(os_windows)
-        				// exception SPECIFICATIONS aren't
-#pragma warning( disable : 4290 )   	// implemented yet on NT
-#endif
-
-
-class COMMON_EXPORT fraction {
-  mutable int64_t numer;
-  mutable int64_t denom;
-  // largest multiplicand until an interim overflow will occur, and need to 
-  // handle by different means
-  mutable int64_t interimMultOverflowPt;  
-  // largest multipland until a final overflow will occur, no way to handle
-  // because result value is just to large to handle with an int64_t
-  mutable int64_t   finalMultOverflowPt;
- public:
-  typedef enum { sparse, verbose } ostream_fmt; 
-  static ostream_fmt curFmt;
-
-  fraction() : numer(0), denom(0), 
-    interimMultOverflowPt(0), finalMultOverflowPt(0)  { }
-  explicit fraction(int64_t n) : numer(n), denom(I64_C(1))  { 
-    calcOverflowPts();
-  }
-  explicit fraction(int64_t n, int64_t d) : numer(n), denom(d)  { 
-    calcOverflowPts();
-  }
-  // default copy constructor
-
-  // Selectors
-  int64_t getNumer() const {  return numer; }
-  int64_t getDenom() const {  return denom; }
-  // returns an integer representation of the fraction
-  int64_t getI() const {
-    return numer / denom;
-  }
-  // returns a double representation of the fraction
-  double  getD() const { return (double) numer / (double) denom; }
-  int64_t getInterimMultOverflowPt() const {  
-    return interimMultOverflowPt; 
-  }
-  int64_t   getFinalMultOverflowPt() const {  
-    return   finalMultOverflowPt; 
-  }
-
-/* A fast specialized multiplication of a fraction and an int64
-   uses a special method that can keep from an interim overflow from occurring
-   precise in regards to the result (doesn't round, ie. rounds result down).
-   Returns int int64_t instead of a fraction, like the operator* does.
-   If a final overflow occurs, prints an error message and returns the
-   largest integer.
-*/
-  int64_t multReturnInt64(int64_t b) const;
-
-  fraction reciprocal() const {  
-    return fraction(denom, numer); 
-  }
- private:
-  int64_t multNoInterimOverflow(int64_t b) const {
-    int64_t intdiv = b / getDenom();
-    int64_t decrem = b % getDenom();
-    return intdiv*getNumer() + decrem*getNumer()/getDenom();
-  }
-
- public:
-  // Mutators
-  void setNumer(int64_t n) {
-    numer = n;
-    calcOverflowPts();
-  }
-  void setDenom(int64_t d) { 
-    denom = d; 
-    calcOverflowPts();
-  }
- private:
-  void setRaw(int64_t n, int64_t d) {
-    numer = n;
-    denom = d;
-  }
- public:
-  void set(int64_t n, int64_t d) { 
-    setRaw(n,d);
-    calcOverflowPts();
-  }
-  // This is const, because only modifying internal variables
-  void calcOverflowPts() const;
-
-  // A fraction is still logically unchanged when you reduce it, so consider
-  // it a constant operation  eg. this will work:
-  //   const fraction a(2,4);  a.reduce();
-  void reduce() const;
-};
-
-
-ostream& operator<<(ostream&s, const fraction::ostream_fmt u);
-ostream& operator<<(ostream&s, const fraction &z);
-
-/* If you want these, feel free to write them
-const fraction &operator+(const fraction &a, const fraction &b); {
-const fraction &operator-(const fraction &a, const fraction &b);
-*/
-
-COMMON_EXPORT int64_t gcd(int64_t a, int64_t b);
-COMMON_EXPORT int64_t lcd(int64_t a, int64_t b);
-
-inline void fraction::reduce() const {
-  int64_t igcd = gcd(numer, denom);
-  numer = numer / igcd;
-  denom = denom / igcd;
-  calcOverflowPts();
-}
-
-// fraction * double
-inline double operator*(const fraction &a, const double d) {
-  return d * a.getD();
-}
-// double   * fraction
-inline double operator*(const double d, const fraction &a) {
-  return a * d;
-}
-
-// Upon an interim or final overflow, prints an error message and returns
-// the largest fraction representable.
-// fraction * int64_t
-const fraction operator*(const fraction &a, int64_t b);
-// int64_t  * fraction
-inline const fraction operator*(int64_t a, const fraction &b) {
-  return b * a;
-}
-
-// fraction + fraction
-//const fraction operator+(const fraction &a, const fraction &b);
-// fraction - fraction
-//const fraction operator-(const fraction &a, const fraction &b);
-
-// fraction * fraction
-/* Feel free to implement if needed:
-const fraction operator*(const fraction &a, const fraction &b); 
-*/
-
-
-inline const fraction operator/(const fraction &a, const fraction &b) {
-  return fraction(a.getNumer() * b.getDenom(), a.getDenom() * b.getNumer());
-}
-
-inline bool operator==(const fraction &a, const fraction &b) {
-  fraction ar = a;
-  ar.reduce();
-  fraction br = b;
-  br.reduce();
-  return ((ar.getNumer() == br.getNumer()) && (ar.getDenom() == br.getDenom()));
-}
-inline bool operator!=(const fraction &a, const fraction &b) {
-  fraction ar = a;
-  ar.reduce();
-  fraction br = b;
-  br.reduce();
-  return ((ar.getNumer() != br.getNumer()) || (ar.getDenom() != br.getDenom()));
-}
-
-// getFrSpec is a helper routine for the gt, lt operators
-// n : numerator,   d: denominator
-// ra: returns the numerator high 32 bits / denom (always positive)
-// rb: returns the numerator low  32 bits / denom (always positive)
-// rsign: -1 for negative, 1 for positive result
-void getFrSpec(int64_t n, int64_t d, double *ra, double *rb, int *rsign);
-bool operator>(const fraction &a, const fraction &b);
-bool operator<(const fraction &a, const fraction &b);
-bool operator>=(const fraction &a, const fraction &b);
-bool operator<=(const fraction &a, const fraction &b);
-
-
-
-
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/int64iostream.C Deleted

@@ -1,62 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-//----------------------------------------------------------------------------
-// $Id: int64iostream.C,v 1.8 2007/05/30 19:20:21 legendre Exp $
-//----------------------------------------------------------------------------
-//
-// Utility functions adding support for Microsoft's 64-bit integer
-// data type (__int64) into the iostream I/O mechanism.
-//
-//----------------------------------------------------------------------------
-#include <stdlib.h>
-#include "common/src/int64iostream.h"
-
-ostream&
-operator<<( ostream& s, int64_t val )
-{
-    char buffer32 = "";
-
-    _i64toa( val, buffer, 10 );
-    s << buffer << std::ends;
-
-    return s;
-}
-
-ostream&
-operator<<( ostream& s, uint64_t val )
-{
-    char buffer32 = "";
-
-    _i64toa( val, buffer, 10 );
-    s << buffer << std::ends;
-
-    return s;
-}
-

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/int64iostream.h Deleted

@@ -1,51 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-//----------------------------------------------------------------------------
-// $Id: int64iostream.h,v 1.11 2007/05/30 19:19:51 legendre Exp $
-//----------------------------------------------------------------------------
-//
-// Utility functions adding support for Microsoft's 64-bit integer
-// data type (__int64) into the iostream I/O mechanism.
-//
-//----------------------------------------------------------------------------
-#ifndef INT64IOSTREAM_H
-#define INT64IOSTREAM_H
-
-#include <iostream>
-#include "common/src/Types.h"
-#include "common/src/std_namesp.h"
-
-#if (defined(os_windows) && _MSC_VER < 1300)
-ostream& operator<<( ostream& s, int64_t val );
-ostream& operator<<( ostream& s, uint64_t val );
-#endif
-
-#endif // INT64IOSTREAM_H

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/keylist.h Deleted

@@ -1,570 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#ifndef _KEYLIST_H
-#define _KEYLIST_H
-
-/*
- * keylist.h - list ADT - with a destructor and copy constructor
- *             implements copy semantics
- *             uses void * key for comparison
- *             this class has been purified
- *           
- * See the tests subdirectory for examples of its use.
- *
- * To use this class: 
- *       1) put 'pragma implementation "keylist.h" ' in 
- *           a the file where you want the code generated
- *       2) put '#include "<prefix>/keylist.h" after line 1
- *           in the same file
- *       3) this class is instantiated with class Type
- *          if class Type is not a basic Type (int, char)
- *          then you need to implement the following for
- *          class Type if copy semantics are to be upheld
- *          if this is not done, purify will complain and
- *          the class behavior will be incorrect
- *            a) a copy constructor --> Type::Type(Type &c)
- *            b) the = operator --> Type & Type::operator =(Type&)
- *
- *
- * $Log: keylist.h,v $
- * Revision 1.1  1994/08/17 18:23:48  markc
- * Added new classes: Cstring KeyList, KList
- * Added new function: RPCgetArg
- * Changed typedefs in machineType.h to #defines
- *
- */
-
-#define KYL_TRUE 1
-#define KYL_FALSE 0
-typedef int KYL_BOOL;
-
-#ifdef KYL_PRINT
-#include <iostream.h>
-#endif
-
-#pragma interface
-
-#define ListHash(ptr, size) (((unsigned int)(intptr_t)(ptr) % (unsigned int)(size)))
-
-template <class Type> class KeyList;
-
-template <class Type>
-class KeyListItem {
-friend class KeyList<Type>;
-public:
-  KeyListItem(const Type &d, const void *k) {
-    data =d;
-    next = (KeyListItem<Type>*) 0;
-    key = k;
-  }
-  KeyListItem(const KeyListItem<Type> &it) {
-    data = it.data;
-    key = it.key;
-    next = (KeyListItem<Type>*) 0;
-  }
-  ~KeyListItem() {;}
-  KeyListItem<Type> & operator = (const KeyListItem<Type> &it) {
-    if (this == &it)
-      return (*this);
-    else {
-      data = it.data;
-      key = it.key;
-      return (*this);
-    }
-  }
-private:
-  Type data;
-  void *key;
-  KeyListItem<Type> *next;
-};
-
-template <class Type>
-class KeyList {
-public:
-  KeyList() { head = (KeyListItem<Type>*) 0; }
-  KeyList(const KeyList<Type> &from);
-  ~KeyList() { destroy(); }
-
-  KYL_BOOL destroy();
-  KYL_BOOL remove (void *key) {
-    int f;
-    find(key, f, 1);
-    return f;
-  }
-
-  int empty() const { return (head == (KeyListItem<Type>*) 0);}
-  int count() const;
-
-  KYL_BOOL inList(const void *key);
-  void reverse();
-
-  KYL_BOOL append(const Type &data, const void *key);
-  KYL_BOOL prepend(const Type &data, const void *key);
-  KYL_BOOL appendUnique (const Type &i3, const void *key);
-  KYL_BOOL prependUnique (const Type &i3, const void *key);
-
-  KeyList<Type> & operator += (const KeyList<Type> &mergee);
-  KeyList<Type> & operator = (const KeyList<Type> &from);
-
-  void map (void (*map_function)(const Type &item)) const;
-
-  Type car(KYL_BOOL &valid);
-  KeyList<Type> cdr();
-
-  // modifies the list elements in place
-  void modify(Type (*mod_func)(Type &input));
-
-  // removeMe == 0 --> the matched element is removed
-  // found --> signifies results of match
-  Type find(const void *key, KYL_BOOL &found, const int removeMe=0);
-
-#ifdef KYL_PRINT
-  friend ostream &operator << (ostream& os, const KeyList<Type>& S) {
-    KeyListItem<Type> *temp;
-    for (temp=S.head; temp; temp=temp->next)
-      os << " : d=" << temp->data << "  k=" << temp->key << " : " << endl;
-    return os;
-  }
-#endif
-
-protected:
-  KeyListItem<Type> *last() {
-    KeyListItem<Type> *tmp, *lag;
-    for (tmp=head, lag=0; tmp; lag=tmp, tmp=tmp->next)
-      ;
-    return lag;
-  }
-  KeyListItem<Type>	*head;
-};
-
-
-template <class Type>
-KeyList<Type>::KeyList (const KeyList<Type> &from) {
-  KeyListItem<Type> *temp;
-  head = 0;
-  for (temp=from.head; temp; temp = temp-> next) {
-    prepend(temp->data, temp->key);
-  }
-  reverse();
-}
-
-template <class Type>
-void KeyList<Type>::reverse() 
-{
-  KeyListItem<Type> *curr, *lag=0, *ahead;
-
-  for (curr=head; curr; curr=ahead) {
-    ahead = curr->next;
-    curr->next = lag;
-    lag = curr;
-  }
-  head = lag;
-}
-
-template <class Type>
-int KeyList<Type>::count() const
-{
-  int c=0;
-  KeyListItem<Type> *temp;
-  for (temp=head; temp; temp = temp->next)
-    c++;
-  return c;
-}
-
-template <class Type>
-KYL_BOOL KeyList<Type>::destroy()
-{
-  KeyListItem<Type> *temp, *next;
-  
-  for (temp=head; temp; temp = next) {
-    next = temp->next;
-    delete (temp);
-  } 
-  head = 0;
-  return KYL_TRUE;
-}
-
-template <class Type>
-KeyList<Type> &KeyList<Type>::operator = (const KeyList<Type> &from)
-{
-  KeyListItem<Type> *temp;
-
-  if (this == &from)
-    return (*this);
-
-  destroy();
-  
-  for (temp=from.head; temp; temp = temp->next)
-    prepend(temp->data, temp->key);
-  reverse();
-  return (*this);
-}
-
-
-template <class Type>
-KeyList<Type> &KeyList<Type>::operator +=(const KeyList<Type> &mergee)
-{
-  KeyListItem<Type> *curr;
-
-  if (this == &mergee)
-    return (*this);
-
-  for (curr=mergee.head; curr; curr=curr->next) {
-    append(curr->data, curr->key);
-  }
-  return (*this);
-}
-
-template <class Type>
-void KeyList<Type>::map (void (*map_function)(const Type &item)) const
-{
-  const KeyListItem<Type> *temp = 0;
-
-  if (!map_function) return;
-  for (temp = head; temp; temp = temp->next)
-    map_function (temp->data);
-}
-
-template <class Type>
-void KeyList<Type>::modify (Type (*mod_f)(Type &item))
-{
-  KeyListItem<Type> *temp = 0;
-
-  if (!mod_f) return;
-  for (temp = head; temp; temp = temp->next) 
-    temp->data = mod_f(temp->data);
-}
-
-template <class Type>
-KYL_BOOL KeyList<Type>::prependUnique (const Type &comp_me, const void *key)
-{
-  KeyListItem<Type> *temp = 0;
-
-  for (temp = head; temp; temp = temp->next)
-    if (temp->key == key) {
-      temp->data = comp_me; 
-      return KYL_TRUE;
-    }
-  // not found on list, so add it
-  return (prepend(comp_me, key));
-}
-
-template <class Type>
-KYL_BOOL KeyList<Type>::appendUnique (const Type &comp_me, const void *key)
-{
-  KeyListItem<Type> *temp = 0;
-
-  for (temp = head; temp; temp = temp->next)
-    if (temp->key == key) {
-      temp->data = comp_me; 
-      return KYL_TRUE;
-    }
-  // not found on list, so add it
-  return (append(comp_me, key));
-}
-
-template <class Type>
-KYL_BOOL KeyList<Type>::prepend (const Type &data, const void *key) 
-{ 
-  KeyListItem<Type> *ni;
-
-  ni = new KeyListItem<Type>(data, key);
-  if (!ni)
-    return KYL_FALSE;
-
-  ni->next = head;
-  head = ni;
-  return KYL_TRUE;
-}
-
-
-template <class Type>
-KYL_BOOL KeyList<Type>::append(const Type &data, const void *key) 
-{ 
-  KeyListItem<Type> *ni;
-  KeyListItem<Type> *tl;
-
-  ni = new KeyListItem<Type>(data, key);
-  if (!ni)
-    return KYL_FALSE;
-
-  tl = last();
-  if (tl) {
-    tl->next = ni;
-  } else {
-    ni->next = head;
-    head = ni;
-  }
-  return KYL_TRUE;
-}
-
-template <class Type>
-KYL_BOOL KeyList<Type>::inList (const void *key)
-{
-  KeyListItem<Type> *curr;
-  for (curr=head; curr; curr=curr->next) {
-    if (curr->key == key)
-      return KYL_TRUE;
-  }
-  return KYL_FALSE;
-}
-
-template <class Type>
-Type KeyList<Type>::find(const void *key, KYL_BOOL &found, const int removeMe)
-{
-  KeyListItem<Type> *lag, *curr;
-  Type ret;
-
-  for (curr=head, lag = (KeyListItem<Type>*) 0; curr; curr=curr->next) {
-    if (curr->key == key)
-      break;
-    lag = curr;
-  }
-
-  if (curr) {
-    found = KYL_TRUE;
-    ret = curr->data;
-    if (removeMe) {
-      if (lag)
-	lag->next = curr->next;
-      else
-	head = curr->next;
-      delete(curr);
-    }
-  }
-  // this may not be data from a found element
-  return ret;
-}
-
-template <class Type>
-Type KeyList<Type>::car(KYL_BOOL &valid)
-{
-  KeyListItem<Type> *nx;
-  Type ret;
-
-  if (head) {
-    nx = head;
-    ret = nx->data;
-    head = head->next;
-    delete nx;
-    valid = KYL_TRUE;
-    return ret;
-  } else {
-    valid = KYL_FALSE;
-    return ret;
-  }
-}
-
-
-template <class Type>
-KeyList<Type> KeyList<Type>::cdr()
-{
-  KeyList<Type> ret;
-  int val;
-
-  ret = *this;
-  ret.car(val);
-  return ret;
-}
-
-
-// Hash table using KLists
-template <class Type> class KHTable {
-public:
-  // placing function def here makes gcc happy 
-#ifdef KYL_PRINT
-friend ostream &operator<<(ostream &os, KHTable<Type> &data) {
-  int i;
-  for (i=0; i < data.tableSize; i++) {
-    if (data.tablei) {
-      os << " list # " << i << endl;
-      os << *data.tablei;
-    }
-  }
-  return os;
-}
-#endif
-
-  KHTable(const int size=97) {
-    int s;
-    tableSize = size;
-    if (tableSize <= 0) tableSize = 97;
-    table = new KeyList<Type>*tableSize;
-    for (s=0; s<size; ++s)
-      tables = 0;
-  }
-
-  KHTable(const KHTable<Type> &data) {
-    int j;
-    tableSize = data.tableSize;
-    table = new KeyList<Type>*tableSize;
-    for (j=0; j < tableSize; ++j)
-      tablej = data.tablej;
-  }
-
-  ~KHTable() {delete  table;}
-  KYL_BOOL destroy();
-
-  Type find(const void *key, int &valid, const int removeMe=0);
-  KYL_BOOL add(const Type &data, const void *key);
-  KYL_BOOL addUnique(const Type &data, const void *key);
-
-  KYL_BOOL remove(const void *key) {
-    int val;
-    find(key, val, 1);
-    return(val);
-  }
-
-  KHTable<Type> & operator =(const KHTable<Type> & arg);
-  KYL_BOOL operator == (const KHTable<Type> & arg);
-
-  KYL_BOOL inTable(const void *key);
-  int count() const;
-
-private:
-  KeyList<Type> **table;
-  int tableSize;
-};
-
-
-template <class Type>
-KYL_BOOL KHTable<Type>::destroy()
-{
-  int j;
-  for (j=0; j<tableSize; ++j) 
-    if (tablej) {
-      delete (tablej);
-      tablej = 0;
-    }
-  return KYL_TRUE;
-}
-
-template <class Type>
-Type KHTable<Type>::find(const void *key, int &valid, const int removeMe)
-{
-  int hid;
-  Type ret;
-
-  hid = ListHash(key, tableSize);
-  if ((hid < 0) ||
-      (hid > tableSize)) {
-    valid = KYL_FALSE;
-    return ret;
-  } else if (!tablehid) {
-    valid = KYL_FALSE;
-    return ret;
-  } else {
-    return(tablehid->find(key, valid, removeMe));
-  }
-}
-
-template <class Type>
-KYL_BOOL KHTable<Type>::add(const Type &data, const void *key)
-{
-  int hid;
-
-  hid = ListHash(key, tableSize);
-  if (hid <0 || hid > tableSize) 
-    return KYL_FALSE;
-
-  if (!tablehid)
-    tablehid = new(KeyList<Type>);
-
-  return (tablehid->prepend(data, key));
-}
-
-template <class Type>
-KHTable<Type> & KHTable<Type>::operator = (const KHTable<Type> &arg)
-{
-  int j;
-
-  if (this == &arg)
-    return (*this);
-
-  destroy();
-  tableSize = arg.tableSize;
-  table = new KeyList<Type>*tableSize;
-  for (j=0; j < arg.tableSize; ++j)
-    tablej = arg.tablej;
-  return(*this);
-}
-
-template <class Type>
-KYL_BOOL KHTable<Type>::operator == (const KHTable<Type> &arg)
-{
-  int i;
-  if (tableSize != arg.tableSize)
-    return KYL_FALSE;
-  else {
-    for (i=0; i<tableSize; ++i) {
-      if (!(tablei == arg.tablei))
-	return KYL_FALSE;
-    }
-  }
-  return KYL_TRUE;
-}
-
-template <class Type> 
-KYL_BOOL KHTable<Type>::addUnique(const Type &data, const void *key)
-{
-  if (inTable(key))
-    return KYL_FALSE;
-  else
-    return (add(data, key));
-}
-
-template <class Type>
-int KHTable<Type>::count() const {
-  int i, total=0;
-  for (i=0; i < tableSize; i++) {
-    if (tablei) {
-      total += tablei->count();
-    }
-  }
-  return(total);
-}
-
-template <class Type>
-KYL_BOOL KHTable<Type>::inTable(const void *key)
-{
-  int hid;
-
-  hid = ListHash(key, tableSize);
-  if ((hid < 0) ||
-      (hid > tableSize))
-    return KYL_FALSE;
-  else if (!tablehid)
-    return KYL_FALSE;
-  else
-    return(tablehid->inList(key));
-}
-
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/klist.h Deleted

@@ -1,417 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#ifndef _KLIST_H
-#define _KLIST_H
-
-/*
- * klist.h - list ADT - with a destructor and copy constructor
- *           implements copy semantics
- *           uses == for comparison
- *           this class has been purified
- *           
- * See the tests subdirectory for examples of its use.
- *
- * To use this class: 
- *       1) put 'pragma implementation "klist.h" ' in 
- *           a the file where you want the code generated
- *       2) put '#include "<prefix>/klist.h" after line 1
- *           in the same file
- *       3) this class is instantiated with class Type
- *          if class Type is not a basic Type (int, char)
- *          then you need to implement the following for
- *          class Type if copy semantics are to be upheld
- *          if this is not done, purify will complain and
- *          the class behavior will be incorrect
- *            a) a copy constructor --> Type::Type(Type &c)
- *            b) the = operator --> Type & Type::operator =(Type&)
- *            c) the == operator --> int Type::operator== (Type&)
- *
- *
- * $Log: klist.h,v $
- * Revision 1.1  1994/08/17 18:23:49  markc
- * Added new classes: Cstring KeyList, KList
- * Added new function: RPCgetArg
- * Changed typedefs in machineType.h to #defines
- *
- */
-
-#define KL_TRUE 1
-#define KL_FALSE 0
-typedef int KL_BOOL;
-
-#ifdef KL_PRINT
-#include <iostream.h>
-#endif
-
-#pragma interface
-
-
-template <class Type> class KList;
-
-template <class Type>
-class KListItem {
-friend class KList<Type>;
-public:
-  KListItem(const Type &d) {
-    data =d;
-    next = (KListItem<Type>*) 0;
-  }
-  KListItem(const KListItem<Type> &it) {
-    data = it.data;
-    next = (KListItem<Type>*) 0;
-  }
-  ~KListItem() {;}
-  KListItem<Type> & operator = (const KListItem<Type> &it) {
-    if (this == &it)
-      return (*this);
-    else {
-      data = it.data;
-      return (*this);
-    }
-  }
-private:
-  Type data;
-  KListItem<Type> *next;
-};
-
-template <class Type>
-class KList {
-public:
-  KList() { head = (KListItem<Type>*) 0; }
-  KList(const KList<Type> &from);
-  ~KList() { destroy(); }
-
-  KL_BOOL destroy();
-  KL_BOOL remove(const Type &it) {
-    int f;
-    find(it, f, 1);
-    return f;
-  }
-
-  int empty() const { return (head == (KListItem<Type>*) 0);}
-  int count() const;
-
-  void reverse();
-
-  KL_BOOL append(const Type &data);
-  KL_BOOL prepend(const Type &data);
-  KL_BOOL appendUnique (const Type &i3);
-  KL_BOOL prependUnique (const Type &i3);
-
-  KList<Type> & operator += (const KList<Type> &mergee);
-  KList<Type> & operator = (const KList<Type> &from);
-
-  KList<Type> pure_map(Type (*map_f)(const Type &it)) const;
-  void map (void (*map_function)(const Type &item)) const;
-
-  // iterates until map_func(i1, i2) != 0
-  void mapUntil (const Type &item, int (*map_func)(const Type &i1,
-						   const Type &i2)) const;
-
-  Type car(KL_BOOL &valid);
-  KList<Type> cdr();
-
-  // modifies the list elements in place
-  void modify(Type (*mod_func)(Type &input));
-
-  // gcc doesn't compile this when only the declaration is here
-  // removeMe == 0 --> the matched element is removed
-  // found --> signifies results of match
-  // you provide the cmp function, or the class uses == 
-  Type find(const Type &inE, KL_BOOL &found, int removeMe=0,
-	    int (*cmp_f)(const Type &a, const Type &b)= 0)
-    {
-      KListItem<Type> *lag, *curr;
-      Type ret;
-
-      for (curr=head, lag = (KListItem<Type>*) 0; curr; curr=curr->next) {
-	if (cmp_f) {
-	  if (cmp_f(curr->data, inE))
-	    break;
-	} else if (curr->data == inE)
-	  break;
-	lag = curr;
-      }
-
-      if (curr) {
-	found = KL_TRUE;
-	ret = curr->data;
-	if (removeMe) {
-	  if (lag)
-	    lag->next = curr->next;
-	  else
-	    head = curr->next;
-	  delete(curr);
-	}
-      }
-      // this may not be data from a found element
-      return ret;
-    }
-
-
-#ifdef KL_PRINT
-  friend ostream &operator << (ostream& os, const KList<Type>& S) {
-    KListItem<Type> *temp;
-    for (temp=S.head; temp; temp=temp->next)
-      os << " : " << temp->data << " : ";
-    return os;
-  }
-#endif
-
-protected:
-  KListItem<Type> *last() {
-    KListItem<Type> *tmp, *lag;
-    for (tmp=head, lag=0; tmp; lag=tmp, tmp=tmp->next)
-      ;
-    return lag;
-  }
-  KListItem<Type>	*head;
-};
-
-
-template <class Type>
-KList<Type>::KList (const KList<Type> &from) {
-  KListItem<Type> *temp;
-  head = 0;
-  for (temp=from.head; temp; temp = temp-> next) {
-    prepend(temp->data);
-  }
-  reverse();
-}
-
-template <class Type>
-int KList<Type>::count() const
-{
-  int c=0;
-  KListItem<Type> *temp;
-  for (temp=head; temp; temp = temp->next)
-    c++;
-  return c;
-}
-
-template <class Type>
-KL_BOOL KList<Type>::destroy()
-{
-  KListItem<Type> *temp, *next;
-  
-  for (temp=head; temp; temp = next) {
-    next = temp->next;
-    delete (temp);
-  } 
-  head = 0;
-  return KL_TRUE; 
-}
-
-template <class Type>
-KList<Type> &KList<Type>::operator = (const KList<Type> &from)
-{
-  KListItem<Type> *temp;
-
-  if (this == &from)
-    return (*this);
-
-  destroy();
-  
-  for (temp=from.head; temp; temp = temp->next)
-    prepend(temp->data);
-
-  reverse();
-  return (*this);
-}
-
-
-template <class Type>
-KList<Type> &KList<Type>::operator +=(const KList<Type> &mergee)
-{
-  KListItem<Type> *curr;
-
-  if (this == &mergee)
-    return (*this);
-
-  for (curr=mergee.head; curr; curr=curr->next) {
-    append(curr->data);
-  }
-  return (*this);
-}
-
-template <class Type>
-KList<Type> 
-KList<Type>::pure_map(Type (*map_f)(const Type &it)) const
-{
-  KListItem<Type> *temp;
-  KList<Type> Ret;
-  for (temp=head; temp; temp=temp->next) {
-    Ret.append(map_f(temp->data));
-  }
-  return Ret;
-}
-
-template <class Type>
-void KList<Type>::map (void (*map_function)(const Type &item)) const
-{
-  const KListItem<Type> *temp = 0;
-
-  if (!map_function) return;
-  for (temp = head; temp; temp = temp->next)
-    map_function (temp->data);
-}
-
-template <class Type>
-void KList<Type>::modify (Type (*mod_f)(Type &item))
-{
-  KListItem<Type> *temp = 0;
-
-  if (!mod_f) return;
-  for (temp = head; temp; temp = temp->next) 
-    temp->data = mod_f(temp->data);
-}
-
-template <class Type>
-void KList<Type>::mapUntil (const Type &item,
-			    int (*map_func)(const Type &i1,
-					    const Type &i2)) const
-{
-  const KListItem<Type> *temp = 0;
-
-  if (!map_func) return;
-  for (temp = head; temp; temp = temp->next)
-    if (map_func (temp->data, item))
-      return;
-}
-
-template <class Type>
-KL_BOOL KList<Type>::prependUnique (const Type &comp_me)
-{
-  KListItem<Type> *temp = 0;
-
-  for (temp = head; temp; temp = temp->next)
-    if (temp->data == comp_me) {
-      temp->data = comp_me; 
-      return KL_TRUE;
-    }
-  // not found on list, so add it
-  return (prepend(comp_me));
-}
-
-template <class Type>
-KL_BOOL KList<Type>::appendUnique (const Type &comp_me)
-{
-  KListItem<Type> *temp = 0;
-
-  for (temp = head; temp; temp = temp->next)
-    if (temp->data == comp_me) {
-      temp->data = comp_me; 
-      return KL_TRUE;
-    }
-  // not found on list, so add it
-  return (append(comp_me));
-}
-
-template <class Type>
-KL_BOOL KList<Type>::prepend (const Type &data) 
-{ 
-  KListItem<Type> *ni;
-
-  ni = new KListItem<Type>(data);
-  if (!ni)
-    return KL_FALSE;
-
-  ni->next = head;
-  head = ni;
-  return KL_TRUE;
-}
-
-
-template <class Type>
-KL_BOOL KList<Type>::append(const Type &data) 
-{ 
-  KListItem<Type> *ni;
-  KListItem<Type> *tl;
-
-  ni = new KListItem<Type>(data);
-  if (!ni)
-    return KL_FALSE;
-
-  tl = last();
-  if (tl) {
-    tl->next = ni;
-  } else {
-    ni->next = head;
-    head = ni;
-  }
-  return KL_TRUE;
-}
-
-template <class Type>
-Type KList<Type>::car(KL_BOOL &valid)
-{
-  KListItem<Type> *nx;
-  Type ret;
-
-  if (head) {
-    nx = head;
-    ret = nx->data;
-    head = head->next;
-    delete nx;
-    valid = KL_TRUE;
-    return ret;
-  } else {
-    valid = KL_FALSE;
-    return ret;
-  }
-}
-
-
-template <class Type>
-KList<Type> KList<Type>::cdr()
-{
-  KList<Type> ret;
-  int val;
-
-  ret = *this;
-  ret.car(val);
-  return ret;
-}
-
-template <class Type>
-void KList<Type>::reverse()
-{
-  KListItem<Type> *curr, *lag=0, *ahead;
-
-  for (curr=head; curr; curr=ahead) {
-    ahead = curr->next;
-    curr->next = lag;
-    lag = curr;
-  }
-  head = lag;
-}
-
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/language.h Deleted

@@ -1,60 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-
-
-// $Id: language.h,v
-
-// Put C++ language specific code in here
-
-#ifndef __LANGUAGE__
-#define __LANGUAGE__
-
-#if ! defined( TYPENAME )
-
-#if defined( __GNUC__ )
-#  define TYPENAME typename
-#elif defined(__SUNPRO_CC)
-#  define TYPENAME typename
-#elif defined (__XLC__) || defined(__xlC__)
-#define TYPENAME typename
-#elif defined(_MSC_VER) && (_MSC_VER >= 1310)
-    // Visual Studio .NET or greater
-#  define TYPENAME typename
-#else  // other compilers may not support the typename keyword yet
-#define TYPENAME
-#endif
-
-#endif
-
-
-
-#endif
-

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/matherr.h Deleted

@@ -1,47 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-#ifndef matherr_H
-#define matherr_H
-#include <math.h>
-
-//
-// matherr is a user defined exception handler for the math library.
-// if it returns 0, the matherr library do something about the arithmetic
-// exception. If it returns 1, it does not. We use this function here
-// to avoid the error messages produced by sqrt(-3). It is only turned on
-// just before the call to sqrt(-3), and it is inmediately turned off
-// afterwards.
-// NOTE: The file "matherr.h" should be included before "main", otherwise
-// the customized matherr would not get called.
-//
-extern bool matherr_flag;
-extern int matherr(struct exception *x);
-
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/mmtimer.c Deleted

@@ -1,106 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
- 
-#include <sn/mmtimer.h> /* MMTIMER_* */
-
-/* getpid() */
-#include <sys/types.h>
-#include <unistd.h>              
-
-#include <stdio.h> /* fprintf() */
-#include <sys/ioctl.h> /* for ioctl() */
-#include <sys/mman.h> /* for mmap() */
-
-/* The mmtimer, once initialized by a call to isMMTimerAvail(),
-   is always (mmdev_clicks_per_tick * (*mmdev_timer_addr)). */
-static unsigned long mmdev_clicks_per_tick = 0;
-static volatile unsigned long * mmdev_timer_addr = NULL;
-
-/* The defined interface in common/h/timing.h is too clumsy, so duplicate code. */
-double getLocalCyclesPerSecond() {
-	FILE * cpuinfo = fopen( "/proc/cpuinfo", "r" );
-	if( cpuinfo == NULL ) { return 0; }
-	
-	double MHz = 0.0;
-	/* Scan /proc/cpuinfo until we find something; assume all CPUs the same. */
-	while( ! feof( cpuinfo ) ) {
-		char buffer 256 ;
-		char * result = fgets( buffer, 255, cpuinfo );
-		if( result != NULL ) {
-			int status = sscanf( result, "cpu MHz : %lf", & MHz );
-			if( status == 1 ) { 
-				fclose( cpuinfo );
-				return ( MHz * 1000000.0 );
-				}
-			}
-		} /* end scanning loop */
-		
-	fclose( cpuinfo );
-	return 0;
-	} /* end getLocalCyclesPerSecond() */
-
-int isMMTimerAvail() {
-	int fd = 0;
-	unsigned long femtosecondsPerTick = 0;
-	int mmTimerOffset = 0;
-	
-	/* Don't do anything twice. */
-	if( mmdev_clicks_per_tick != 0 || mmdev_timer_addr != 0 ) { return 1; }
-	
-	/* Attempt to setup the mmtimer. */
-	if( ( fd = open( MMTIMER_FULLNAME, O_RDONLY ) ) == -1 ) {
-		return 0;
-		}
-	if( ( mmTimerOffset = ioctl( fd, MMTIMER_GETOFFSET, 0 ) ) == -ENOSYS ) {
-		close( fd );
-		return 0;
-		}
-	 if( ( mmdev_timer_addr = (volatile unsigned long int *)mmap( 0, getpagesize(), PROT_READ, MAP_SHARED, fd, 0 ) ) == NULL ) {
-	 	close( fd );
-	 	return 0;
-		}
-
-	mmdev_timer_addr += mmTimerOffset;
-	ioctl( fd, MMTIMER_GETRES, & femtosecondsPerTick );
-	mmdev_clicks_per_tick = (unsigned long)((getLocalCyclesPerSecond() * 1.0e-15) * femtosecondsPerTick);
-	 
-	assert( mmdev_clicks_per_tick != 0 );
-	
-	///* DEBUG */ fprintf( stderr,	"%d: %lf MHz, "
-	//								"microseconds/tick = %lf, "
-	//								"clicks_per_tick = %lu\n",
-	//								getpid(),
-	//								getLocalCyclesPerSecond() / 1.0e6,
-	//								femtosecondsPerTick / 1.0e9,
-	//								mmdev_clicks_per_tick );
-
-    close( fd );
-    return 1;
-	} /* end isMMtimerAvail() */

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/refCounter.h Deleted

@@ -1,130 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-
-// $Id: refCounter.h,v 1.7 2007/05/30 19:20:03 legendre Exp $
-// refCounter.h
-// Ariel Tamches
-
-#ifndef _REF_COUNTER_H_
-#define _REF_COUNTER_H_
-
-#ifdef external_templates
-#pragma interface
-#endif
-
-#include <assert.h>
-
-template <class T>
-class refCounter {
- private:
-   class actualData {
-    private:
-      mutable unsigned refCount;
-      T data;
-    public:
-      actualData(const T &src) : data(src) {refCount=0;}
-     ~actualData() {}
-      void reference() const {refCount++;}
-      bool dereference() const {
-	 assert(refCount > 0);
-	 return (--refCount == 0);
-      }
-      T &getData() {return data;}
-      const T &getData() const {return data;}
-   };
-   actualData *theData;
-      // allocated with new, but not necessarily by us.  _Never_ NULL.
-
- private:
-   void reference() const {
-      assert(theData);
-      theData->reference();
-   }
-   void dereference() const {
-      assert(theData);
-      if (theData->dereference())
-         delete theData;
-   }
-
-   // explicitly disallowed
-   // (Visual C++ still requires a body, however)
-   refCounter() {}
-
- public:
-   refCounter(const T &src) {
-      // examples:
-      // T y; (y is initialized somehow...)
-      // refCounter<T> x = y; or
-      // refCounter<T> x(y);
-      theData = new actualData(src);
-      assert(theData);
-      reference();
-   }
-   refCounter(const refCounter &src) {
-      // This constructor is what this whole class revolves around.  It's fast.
-      // examples:
-      // refCounter<T> y; (y is initialized somehow...)
-      // refCounter<T> x = y; or
-      // refCounter<T> x(y);
-      src.reference(); // just bumps up a ref count --> fast
-      theData = src.theData;  // just a ptr assignment --> fast
-   }
-  ~refCounter() {
-      dereference();
-   }
-   refCounter &operator=(const refCounter &src) {
-      if (this == &src)
-         return *this; // protect against x=x
-
-      dereference();
-
-      // ...and attach to the new stuff efficiently
-      theData = src.theData; // just a ptr assignment --> fast
-      reference();           // just bumps a ref cnt  --> fast
-      return *this;
-   }
-   refCounter &operator=(const T &src) {
-      dereference();
-      theData = new actualData(src);
-      reference();
-      return *this;
-   }
-   T &getData() {
-      assert(theData);
-      return theData->getData();
-   }
-   const T &getData() const {
-      assert(theData);
-      return theData->getData();
-   }
-};
-
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/string-regex.C Deleted

@@ -1,112 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-
-// $Id: String.C,v 1.39 2008/07/01 19:26:47 legendre Exp $
-
-#include "common/src/headers.h"
-#include <assert.h>
-#if !defined (os_windows)
-#include <sys/types.h>
-#include <regex.h>
-#endif
-
-
-// Use POSIX regular expression pattern matching to check if string s matches
-// the pattern in this string
-bool regexEquiv(const char *str_,  const char *s, bool checkCase ) 
-{
-// Would this work under NT?  I don't know.
-#if !defined(os_windows)
-	regex_t r;
-	int err;
-	bool match = false;
-	int cflags = REG_NOSUB;
-	if ( !checkCase )
-		cflags |= REG_ICASE;
-
-	// Regular expressions must be compiled first, see 'man regexec'
-	err = regcomp( &r, str_, cflags );
-
-	if ( err == 0 ) 
-   {
-		// Now we can check for a match
-		err = regexec( &r, s, 0, NULL, 0 );
-		if( err == 0 )
-			match = true;
-	}
-
-	// Deal with errors
-	if ( err != 0 && err != REG_NOMATCH ) 
-   {
-		char errbuf80 = "";
-		regerror( err, &r, errbuf, 80 );
-		//cerr << "string_ll::regexEquiv -- " << errbuf << endl;
-	}
-
-	// Free the pattern buffer
-	regfree( &r );
-	return match;
-#else
-	return false;
-#endif
-}
-
-bool prefixed_by(std::string &haystack, std::string &prefix)
-{
-   if (haystack.empty())
-      return false;
-
-   if(haystack.find(prefix) == 0) return true;
-
-   return false;
-}
-
-bool prefixed_by(std::string &haystack, const char *prefix)
-{
-   std::string pref_str(prefix);
-   return prefixed_by(haystack, pref_str);
-}
-
-
-bool suffixed_by(std::string &haystack, std::string &suffix)
-{
-   if (haystack.empty())
-      return false;
-   if(haystack.rfind(suffix) == haystack.length() - suffix.length()) return true;
-   return false;
-}
-
-bool suffixed_by(std::string &haystack, const char *suffix)
-{
-   std::string suff_str(suffix);
-   return suffixed_by(haystack, suff_str);
-}
-

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/string-regex.h Deleted

@@ -1,47 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-/************************************************************************
- * String.h: a simple character string class.
- * $Id: String.h,v 1.35 2008/06/11 22:48:15 legendre Exp $
-************************************************************************/
-
-#if !defined(_String_h_)
-#define _String_h_
-
-bool regexEquiv(const char *str_,  const char *s, bool checkCase );
-
-#include <string>
-const std::string nullString("");
-bool prefixed_by(std::string &haystack, std::string &prefix);
-bool prefixed_by(std::string &haystack, const char *prefix);
-bool suffixed_by(std::string &haystack, std::string &suffix);
-bool suffixed_by(std::string &haystack, const char *suffix);
-#endif /* !defined(_String_h_) */

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/timing-freebsd.C Deleted

@@ -1,61 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#include <sys/types.h>
-#include <sys/sysctl.h>
-#include "common/src/timing.h"
-
-static const char *PROC_FREQ_MIB = "dev.cpu.0.freq";
-
-/*
- * On multi(core|processor) machines, this function assumes that all processors
- * have the same frequency and uses the frequency of the first processor to
- * determine the number of cycles per second
- */
-double calcCyclesPerSecond_sys() {
-    uint32_t data;
-    size_t dataSize = sizeof(uint32_t);
-
-    if( sysctlbyname(PROC_FREQ_MIB, &data, &dataSize, NULL, 0) == -1 ) {
-        return cpsMethodNotAvailable;
-    }
-
-    return data*1e6;
-}
-
-double calcCyclesPerSecondOS()
-{
-  double cps;
-  cps = calcCyclesPerSecond_sys();
-  if(cps == cpsMethodNotAvailable) {
-     return 0.0;
-  }
-  return cps;
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/timing-linux.C Deleted

@@ -1,67 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-// $Id: timing-linux.C,v 1.7 2007/05/30 19:20:32 legendre Exp $
-#include <stdio.h>
-#include "common/src/timing.h"
-
-
-// TODO: replace body with (better) platform-specific code
-
-double calcCyclesPerSecond_sys() {
-  FILE *cpuinfo_f = fopen( "/proc/cpuinfo", "r" );
-  if(cpuinfo_f == NULL)  return cpsMethodNotAvailable;
-
-  while(!feof(cpuinfo_f)) {
-    char strbuf150;
-    char *res = fgets(strbuf, 148, cpuinfo_f);
-    double cpumhz = 0.0;
-    if(res != NULL) {
-      int totassigned = sscanf(res, "cpu MHz : %lf",&cpumhz);
-      if(totassigned == 1) {
-         fclose(cpuinfo_f);
-         return cpumhz*1000000.0;
-      }
-    }
-  }
-  fclose(cpuinfo_f);
-  return cpsMethodNotAvailable;
-}
-
-double calcCyclesPerSecondOS()
-{
-  double cps;
-  cps = calcCyclesPerSecond_sys();
-  if(cps == cpsMethodNotAvailable) {
-     return 0.0;
-  }
-  return cps;
-}
-

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/timing-nt.C Deleted

@@ -1,114 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-
-// $Id: timing-nt.C,v 1.8 2007/05/30 19:20:33 legendre Exp $
-#include "common/src/ntHeaders.h"   // for LARGE_INTEGERS
-#include <assert.h>
-#include <sys/types.h>
-#include <sys/timeb.h>
-#include <shlwapi.h>
-#include "common/src/timing.h"
-
-#include "common/src/int64iostream.h"
-
-// returns us since 1970 at ms granularity
-int64_t getRawTime1970() {
-  struct _timeb timebuffer;
-  int64_t us1970;
-  _ftime(&timebuffer);
-  us1970 = timebuffer.time;
-  us1970 *= 1000000;
-  us1970 += timebuffer.millitm*1000;
-  return us1970;
-}
-
-double calcCyclesPerSecond_sys() {
-  HKEY hKey;
-#define REGLOC "HARDWARE\\DESCRIPTION\\System\\CentralProcessor"
-  LONG result = RegOpenKeyEx(HKEY_LOCAL_MACHINE,TEXT(REGLOC),0,KEY_READ,&hKey);
-  if(result != ERROR_SUCCESS) {
-    return cpsMethodNotAvailable;
-  }
-
-#define INITIALBUFSIZE 50
-  TCHAR subKeyBufINITIALBUFSIZE, initialCPUINITIALBUFSIZE;
-  FILETIME ft;
-  DWORD mhz = 0;
-  for(DWORD curIndex = 0; ; curIndex++) {
-    DWORD size = INITIALBUFSIZE;
-    result = RegEnumKeyEx(hKey, curIndex, subKeyBuf, &size, NULL, NULL,
-			  NULL, &ft);
-    if(result == ERROR_NO_MORE_ITEMS) {
-      break;
-    } else if (result != ERROR_SUCCESS) {
-      return cpsMethodNotAvailable;
-    }
-
-    DWORD valType, value, bufLen = sizeof(DWORD);
-    HKEY subKey;
-    result = RegOpenKeyEx(hKey, subKeyBuf, NULL, KEY_READ, &subKey);
-    if(result != ERROR_SUCCESS) {
-      return cpsMethodNotAvailable;
-    }
-    
-    result = RegQueryValueEx(subKey, TEXT("~MHz"), NULL, &valType, 
-			     reinterpret_cast<LPBYTE>(&value), &bufLen);
-    if(result != ERROR_SUCCESS) {
-      return cpsMethodNotAvailable;
-    }
-
-    if(mhz == 0)  {
-      mhz = value;
-      strcpy(initialCPU, subKeyBuf);
-    }
-    else if(value != mhz) {
-      cerr << "Warning: processor " << subKeyBuf << " has cycle rate of "
-	   << value << " while processor " << initialCPU
-	   << "\n         has cycle rate of " << mhz 
-	   << ".  Using cycle rate of " << mhz << ".\n";
-    }
-  }
-  RegCloseKey(hKey);
-  return mhz * 1000000.0;
-}
-
-double calcCyclesPerSecondOS()
-{
-  double cps;
-  cps = calcCyclesPerSecond_sys();
-  if(cps == cpsMethodNotAvailable) {
-     return 0.0;
-  }
-  return cps;
-}
-
-
-

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/timing.C Deleted

@@ -1,103 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-// $Id: timing.C,v 1.26 2007/05/30 19:20:36 legendre Exp $
-
-#include "common/src/Timer.h"
-#include "common/src/timing.h"
-#include "common/src/Time.h"
-
-/* time retrieval function definitions */
-
-timeStamp getCurrentTime() {
-  return timeStamp(getRawTime1970(), timeUnit::us(), timeBase::b1970());
-}
-
-#if !defined(os_windows)
-
-// returns us since 1970
-int64_t getRawTime1970() {
-  struct timeval tv;
-  if (-1 == gettimeofday(&tv, NULL)) {
-    perror("getCurrentTime gettimeofday()");
-    return 0;
-  }
-  int64_t result = tv.tv_sec;
-  result *= 1000000;
-  result += tv.tv_usec;
-  return result;
-}
-#endif
-
-
-// Shows the time until the auxillary fraction conversion algorithm
-// will be used in order to get around internal rollover 
-// (see util/src/Time.C).  Auxiliary algorithm requires an additional
-// 64bit integer div, mult, modulas, addition.  Conversion efficiency
-// to this degree most likely isn't relevant.
-//
-//         Timing statistics for a 1999 MHz machine
-// fract numer    MHz precision     time until aux alg   time err/year
-//    1000        1 MHz             7.6 weeks            2.2 hrs
-//   10000        100,000 Hz        5.3 days             13 minutes
-//  100000         10,000 Hz        12 hrs               1.3 minutes   *
-// 1000000          1,000 Hz        1.2 hrs              8 seconds
-//
-//         Timing statistics for a  199 MHz machine
-// fract numer    MHz precision     time until aux alg   time err/year
-//    1000        1 MHz             7.6 weeks            22 hrs
-//   10000        100,000 Hz        5.3 days             2.2 hrs
-//  100000         10,000 Hz        12 hrs               13 minutes    *
-// 1000000          1,000 Hz        1.2 hrs              1.3 minutes
-//
-// * currently using
-// 10,000 Hz precision, 12 hrs time until aux alg, seems like a good compromise
-
-// access only through getCyclesPerSecond()
-timeUnit *pCyclesPerSecond = NULL;
-
-void initCyclesPerSecond() {
-  double cpsHz = calcCyclesPerSecondOS();
-  double cpsTTHz = cpsHz / 10000.0;
-  // round it
-  cpsTTHz = cpsTTHz + .5;
-  int64_t tenThousHz = static_cast<int64_t>(cpsTTHz);
-  // in case of multiple calls
-  if(pCyclesPerSecond != NULL) delete pCyclesPerSecond;
-  pCyclesPerSecond = new timeUnit(fraction(100000, tenThousHz));
-}
-
-timeUnit getCyclesPerSecond() {
-  if(pCyclesPerSecond == NULL) { 
-    cerr << "getCyclesPerSecond(): cycles per second hasn't been initialized\n";
-    assert(0);
-  }
-  return (*pCyclesPerSecond);
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/timing.h Deleted

@@ -1,68 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#ifndef __TIMING_H
-#define __TIMING_H
-
-#include "common/src/Types.h"  // for getCurrentTimeRaw()
-#include "common/src/Time.h"   // for getCurrentTime(), ...
-
-
-/* Function for general time retrieval.  Use in dyninst, front-end; don't use
-   in daemon when desire high res timer level if exists instead (see
-   getWallTime in init.h) */
-COMMON_EXPORT timeStamp getCurrentTime();
-
-/* returns primitive wall time in microsecond units since 1970, 
-   (eg. gettimeofday) used by getCurrentTime() */
-COMMON_EXPORT int64_t getRawTime1970();
-
-/* Calculates the cpu cycle rate value.  Needs to be called once,
-   before any getCyclesPerSecond() call */
-COMMON_EXPORT void initCyclesPerSecond();
-
-/* Returns the cpu cycle rate.  Timeunits represented as units
-   (ie. cycles) per nanosecond */
-COMMON_EXPORT timeUnit getCyclesPerSecond();
-
-/* Platform dependent, used by initCyclesPerSecond(). */
-COMMON_EXPORT double calcCyclesPerSecondOS();
-
-enum { cpsMethodNotAvailable = -1 };
-
-/* A default stab at getting the cycle rate.  Used by calcCyclesPerSecondOS
-   if a method which gets a more precise value isn't available. */
-COMMON_EXPORT double calcCyclesPerSecond_default();
-
-
-#endif
-
-
-

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/triple.h Deleted

@@ -1,56 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-
-// triple.h
-
-#ifndef _TRIPLE_H_
-#define _TRIPLE_H_
-
-template <class T1, class T2, class T3>
-struct triple {
-   T1 first;
-   T2 second;
-   T3 third;
-   
-   triple(const T1 &ifirst, const T2 &isecond, const T3 &ithird) :
-      first(ifirst), second(isecond), third(ithird) {
-   }
-   triple() : first(T1()), second(T2()), third(T3()) {
-   }
-};
-
-template <class T1, class T2, class T3>
-triple<T1, T2, T3>
-make_triple(const T1 &ifirst, const T2 &isecond, const T3 &ithird) {
-   return triple<T1, T2, T3>(ifirst, isecond, ithird);
-}
-
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/tunableConst.h Deleted

@@ -1,216 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-/*
- * tunableConstant - a constant that might be changed during execution.
- *
- * $Log: tunableConst.h,v $
- * Revision 1.10  1994/12/21 07:10:06  tamches
- * Made the "allConstants" variable protected and added a few member
- * functions to let outside code access it (safely) in a manner useful
- * for doing iterations through all tunable-constants.
- *
- * Revision 1.9  1994/12/21  00:31:44  tamches
- * Greatly cleaned up the interface; no data members are public any more.
- * Also some minor changes, such as using g++'s built-in "bool" instead
- * of "Boolean".
- *
- * Revision 1.8  1994/11/04  15:52:51  tamches
- * setValue() for boolean tc's now correctly invokes its callback function, if any.
- *
- * Revision 1.7  1994/11/01  16:07:35  markc
- * Added Object classes that provide os independent symbol tables.
- * Added stl-like container classes with iterators.
- *
- * Revision 1.6  1994/10/26  22:32:50  tamches
- * Defaulted min&max to 0 for floats with no min/max in constructor.
- * Wrote min() and max() functions.
- * Wrote use() function
- * other minor changes to get to work with new tclTunable code
- *
- * Revision 1.5  1994/09/22  03:15:59  markc
- * changed char* to const char *
- *
- * Revision 1.4  1994/08/05  16:01:55  hollings
- * More consistant use of stringHandle vs. char *.
- *
- * Revision 1.3  1994/08/03  18:37:30  hollings
- * split tunable constant into Boolean and Float sub-classes.
- *
- * Revision 1.2  1994/02/28  23:58:28  hollings
- * Changed global list to be a pointer to a list because I couldn't rely on
- * the order of global constructors.
- *
- * Revision 1.1  1994/02/25  00:25:58  hollings
- * added tunable constants.
- *
- *
- */
-#ifndef TUNABLE_CONST_H
-#define TUNABLE_CONST_H
-
-#include <assert.h>
-#include "util/h/stringPool.h"
-#include "util/h/list.h"
-
-typedef enum tunableUse { developerConstant, userConstant };
-typedef enum tunableType { tunableBoolean, tunableFloat };
-
-//
-// Note: this is an abstract class, and can NOT be directly created.
-//
-class tunableConstant {
- protected:
-   char *desc;
-   char *name;
-   tunableType typeName;
-   tunableUse use;
-
-   static stringPool *pool; // made protected
-
-   static List<tunableConstant*> *allConstants; // NEEDS TO BE MADE PROTECTED
-
- public:
-   tunableConstant() {}
-   virtual ~tunableConstant() {}
-
-   const char *getDesc() const {
-      return desc;
-   }
-   const char *getName() const {
-      return name;
-   }
-   tunableUse getUse() const {
-      return use;
-   }
-   tunableType getType() const {
-      return typeName;
-   }
-
-   static tunableConstant *findTunableConstant(const char *name);
-      // returns NULL if not found
-
-   static List<tunableConstant *> beginIteration() {
-      assert(allConstants);
-
-      List <tunableConstant *> iterList = *allConstants;
-         // make a copy of the list for iteration purposes
-         // (actually, it just copies the head element, which itself
-         // is merely a pointer)
-
-      return iterList;
-   }
-
-   static int numTunables() {
-      assert(allConstants);
-      return allConstants->count();
-   }
-
-   virtual void print() = NULL;
-};
-
-
-// Shouldn't the string pools be made part of the base class?
-
-typedef bool (*isValidFunc)(float newVal);
-typedef void (*booleanChangeValCallBackFunc)(bool value);
-typedef void (*floatChangeValCallBackFunc)(float value);
-
-class tunableBooleanConstant : public tunableConstant {
- private:
-   bool value;
-   booleanChangeValCallBackFunc newValueCallBack;
-
- public:
-
-   tunableBooleanConstant(bool initialValue, 
-			  booleanChangeValCallBackFunc cb,
-			  tunableUse type,
-			  const char *name,
-			  const char *desc);
-   bool getValue() { return value; }
-   bool setValue(bool newVal) {
-      value = newVal;
-      if (newValueCallBack)
-         newValueCallBack(newVal);
-      return true;
-   }
-
-   virtual void print();
-};
-
-class tunableFloatConstant : public tunableConstant {
- private:
-   float value;
-   float min, max;
-   isValidFunc isValidValue;
-
-   floatChangeValCallBackFunc newValueCallBack;
-   bool simpleRangeCheck(float val);
-
- public:
-
-   tunableFloatConstant(float initialValue, 
-			float min, 
-			float max, 
-			floatChangeValCallBackFunc cb,
-		        tunableUse type,
-			const char *name,
-			const char *desc);
-   tunableFloatConstant(float initialValue, 
-			isValidFunc, 
-			floatChangeValCallBackFunc cb,
-		        tunableUse type,
-			const char *name,
-			const char *desc);
-   float getValue() { return value; }
-   bool setValue(float newVal) {
-      if (isValidValue && isValidValue(newVal)) {
-	 value = newVal;
-	 if (newValueCallBack)
-            newValueCallBack(newVal);
-	 return true;
-      }
-      else if (simpleRangeCheck(newVal)) {
-         value = newVal;
-	 if (newValueCallBack)
-            newValueCallBack(newVal);
-	 return true;
-      }
-      else
-         return false;
-   }
-
-   float getMin() {return min;}
-   float getMax() {return max;}
-
-   virtual void print();
-};
-
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/rose/x86InstructionSemantics-notemplate.h Deleted

@@ -1,2433 +0,0 @@
-#ifndef ROSE_X86INSTRUCTIONSEMANTICS_H
-#define ROSE_X86INSTRUCTIONSEMANTICS_H
-
-//#include "rose.h"
-#include "semanticsModule.h"
-#include <cassert>
-#include <cstdio>
-#include <iostream>
-#include "rose.h"
-
-#include "integerOps.h"
-
-
-#include "SgAsmx86Instruction.h"
-#include "SgAsmExpression.h"
-#include "conversions.h"
-
-/* Returns the segment register corresponding to the specified register reference address expression. */
-static inline X86SegmentRegister getSegregFromMemoryReference(SgAsmMemoryReferenceExpression* mr) {
-    X86SegmentRegister segreg = x86_segreg_none;
-    SgAsmx86RegisterReferenceExpression* seg = isSgAsmx86RegisterReferenceExpression(mr->get_segment());
-    if (seg) {
-        ROSE_ASSERT(seg->get_register_class() == x86_regclass_segment);
-        segreg = (X86SegmentRegister)(seg->get_register_number());
-    } else {
-        ROSE_ASSERT(!"Bad segment expr");
-    }
-    if (segreg == x86_segreg_none) segreg = x86_segreg_ds;
-    return segreg;
-}
-
-
-// I'm modifying this to automatically wrap whatever we were
-// given in a shared_ptr (via boost)
-
-template <typename Policy, typename Word>
-    class X86InstructionSemantics {
- public:
-
-    Policy& policy;
-    
-    X86InstructionSemantics(Policy& policy)
-        : policy(policy) {};
-    
-    virtual ~X86InstructionSemantics() {}
-    
-    /* If the counter (cx register) is non-zero then decrement it. The return value is a flag indicating whether cx was
-     * originally non-zero. */
-    Word stringop_setup_loop() {
-        Word ecxNotZero = policy.invert(policy.equalToZero(policy.readGPR(x86_gpr_cx)));
-        policy.writeGPR(x86_gpr_cx,
-                        policy.add(policy.readGPR(x86_gpr_cx),
-                                   policy.ite(ecxNotZero, number(-1), number(0))));
-        return ecxNotZero;
-    }
-    
-    /* Instruction semantics for rep_stosN where N is 1(b), 2(w), or 4(d).
-     * This method handles semantics for one iteration of stosN.
-     * See https://siyobik.info/index.php?module=x86&id=279 */
-    void rep_stos_semantics(SgAsmx86Instruction *insn, size_t N) {
-        Word ecxNotZero = policy.invert(policy.equalToZero(policy.readGPR(x86_gpr_cx)));
-
-        /* Fill memory pointed to by ES:DI with contents of AX register if counter was not zero. */
-        policy.writeMemory(x86_segreg_es,
-                           policy.readGPR(x86_gpr_di),
-                           extract(policy.readGPR(x86_gpr_ax), 0, 8*N),
-                           ecxNotZero);
-
-        /* Update DI by incrementing or decrementing by number of bytes copied (only if counter is nonzero) */
-        policy.writeGPR(x86_gpr_di,
-                        policy.add(policy.readGPR(x86_gpr_di),
-                                   policy.ite(ecxNotZero,
-                                              policy.ite(policy.readFlag(x86_flag_df), number(-N), number(N)),
-                                              number(0))));
-
-        /* Decrement the counter if not already zero. */
-        policy.writeGPR(x86_gpr_cx,
-                        policy.add(policy.readGPR(x86_gpr_cx),
-                                   policy.ite(ecxNotZero, number(-1), number(0))));
-
-        /* If counter is now nonzero then repeat this instruction, otherwise go to the next one. */
-        ecxNotZero = policy.invert(policy.equalToZero(policy.readGPR(x86_gpr_cx)));
-        policy.writeIP(policy.ite(ecxNotZero, number((uint32_t)(insn->get_address())), policy.readIP()));
-    }
-
-    /* Instruction semantics for stosN where N is 1(b), 2(w), or 4(d) */
-    void stos_semantics(SgAsmx86Instruction *insn, size_t N) {
-        const SgAsmExpressionPtrList& operands = insn->get_operandList()->get_operands();
-        ROSE_ASSERT(operands.size() == 0);
-        ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32);
-
-        /* Fill memory pointed to by ES:DI with contents of AX. */
-        policy.writeMemory(x86_segreg_es,
-                           policy.readGPR(x86_gpr_di),
-                           extract((policy.readGPR(x86_gpr_ax)), 0, 8*N),
-                           policy.true_());
-        
-        /* Update DI */ /*FIXME: Is this correct? */
-        policy.writeGPR(x86_gpr_di,
-                        policy.add(policy.readGPR(x86_gpr_di),
-                                   policy.ite(policy.readFlag(x86_flag_df), number(-N), number(N))));
-    }
-    
-    Word invertMaybe(const Word& w, bool inv) {
-        if (inv) {
-            return policy.invert(w);
-        } else {
-            return w;
-        }
-    }
-
-    Word number(uintmax_t v, size_t Len = 32) {
-        return policy.number(v, Len);
-    }
-
-    Word extract(Word w, size_t From, size_t To) {
-        return policy.extract(w, From, To);
-    }
-
-    Word signExtend(Word w, size_t From, size_t To) {
-        return policy.template signExtend(w, From, To);
-    }
-
-    Word greaterOrEqualToTen(Word w, size_t Len) {
-        Word carries = number(0, Len);
-        policy.addWithCarries(w, number(6, Len), policy.false_(), carries, Len);
-        return extract(carries, Len-1, Len);
-    }
-
-    Word readEflags() {
-        return policy.concat(readFlags(), number(0x0000, 16));
-    }
-
-    Word readFlags() {
-        return policy.concat(policy.readFlag((X86Flag)0 ),
-                             policy.concat(policy.readFlag((X86Flag)1 ),
-                             policy.concat(policy.readFlag((X86Flag)2 ),
-                             policy.concat(policy.readFlag((X86Flag)3 ),
-                             policy.concat(policy.readFlag((X86Flag)4 ),
-                             policy.concat(policy.readFlag((X86Flag)5 ),
-                             policy.concat(policy.readFlag((X86Flag)6 ),
-                             policy.concat(policy.readFlag((X86Flag)7 ),
-                             policy.concat(policy.readFlag((X86Flag)8 ),
-                             policy.concat(policy.readFlag((X86Flag)9 ),
-                             policy.concat(policy.readFlag((X86Flag)10),
-                             policy.concat(policy.readFlag((X86Flag)11),
-                             policy.concat(policy.readFlag((X86Flag)12),
-                             policy.concat(policy.readFlag((X86Flag)13),
-                             policy.concat(policy.readFlag((X86Flag)14),
-                                           policy.readFlag((X86Flag)15))))))))))))))));
-    }
-
-    Word readMemory(X86SegmentRegister segreg, const Word& addr, Word cond, size_t Len) {
-        return policy.readMemory(segreg, addr, cond, Len);
-    }
-
-    Word readEffectiveAddress(SgAsmExpression* expr) {
-        assert (isSgAsmMemoryReferenceExpression(expr));
-        return read32(isSgAsmMemoryReferenceExpression(expr)->get_address());
-    }
-
-    /* Returns an eight-bit value desribed by an instruction operand. */
-    Word read8(SgAsmExpression* e) {
-        switch (e->variantT()) {
-        case V_SgAsmx86RegisterReferenceExpression: {
-            SgAsmx86RegisterReferenceExpression* rre = isSgAsmx86RegisterReferenceExpression(e);
-            switch (rre->get_register_class()) {
-            case x86_regclass_gpr: {
-                X86GeneralPurposeRegister reg = (X86GeneralPurposeRegister)(rre->get_register_number());
-                Word rawValue = policy.readGPR(reg);
-                switch (rre->get_position_in_register()) {
-                case x86_regpos_low_byte: 
-                    return extract(rawValue, 0, 8);
-                case x86_regpos_high_byte: 
-                    return extract(rawValue, 8, 16);
-                default: ROSE_ASSERT(!"Bad position in register");
-                }
-            }
-            default: {
-                fprintf(stderr, "Bad register class %s\n", regclassToString(rre->get_register_class()));
-                abort();
-            }
-            }
-            break;
-        }
-        case V_SgAsmBinaryAdd: {
-            return policy.add(read8(isSgAsmBinaryAdd(e)->get_lhs()), read8(isSgAsmBinaryAdd(e)->get_rhs()));
-        }
-        case V_SgAsmBinaryMultiply: {
-            SgAsmByteValueExpression* rhs = isSgAsmByteValueExpression(isSgAsmBinaryMultiply(e)->get_rhs());
-            ROSE_ASSERT(rhs);
-            SgAsmExpression* lhs = isSgAsmBinaryMultiply(e)->get_lhs();
-            return extract(policy.unsignedMultiply(read8(lhs), read8(rhs)), 0, 8);
-        }
-        case V_SgAsmMemoryReferenceExpression: {
-            return readMemory(getSegregFromMemoryReference(isSgAsmMemoryReferenceExpression(e)),
-                              readEffectiveAddress(e), policy.true_(), 8);
-        }
-        case V_SgAsmByteValueExpression:
-        case V_SgAsmWordValueExpression:
-        case V_SgAsmDoubleWordValueExpression:
-        case V_SgAsmQuadWordValueExpression: {
-            uint64_t val = getAsmSignedConstant(isSgAsmValueExpression(e));
-            return number(val & 0xFFU, 8);
-        }
-        default: {
-            fprintf(stderr, "Bad variant %s in read8\n", e->class_name().c_str());
-            abort();
-        }
-        }
-    }
-
-    /* Returns a 16-bit value described by an instruction operand. */
-    Word read16(SgAsmExpression* e) {
-        switch (e->variantT()) {
-        case V_SgAsmx86RegisterReferenceExpression: {
-            SgAsmx86RegisterReferenceExpression* rre = isSgAsmx86RegisterReferenceExpression(e);
-            ROSE_ASSERT(rre->get_position_in_register() == x86_regpos_word);
-            switch (rre->get_register_class()) {
-            case x86_regclass_gpr: {
-                X86GeneralPurposeRegister reg = (X86GeneralPurposeRegister)(rre->get_register_number());
-                Word rawValue = policy.readGPR(reg);
-                return extract(rawValue, 0, 16);
-            }
-            case x86_regclass_segment: {
-                X86SegmentRegister sr = (X86SegmentRegister)(rre->get_register_number());
-                Word value = policy.readSegreg(sr);
-                return value;
-            }
-            default: {
-                fprintf(stderr, "Bad register class %s\n", regclassToString(rre->get_register_class()));
-                abort();
-            }
-            }
-            break;
-        }
-        case V_SgAsmBinaryAdd: {
-            return policy.add(read16(isSgAsmBinaryAdd(e)->get_lhs()), read16(isSgAsmBinaryAdd(e)->get_rhs()));
-        }
-        case V_SgAsmBinaryMultiply: {
-            SgAsmByteValueExpression* rhs = isSgAsmByteValueExpression(isSgAsmBinaryMultiply(e)->get_rhs());
-            ROSE_ASSERT(rhs);
-            SgAsmExpression* lhs = isSgAsmBinaryMultiply(e)->get_lhs();
-            return extract(policy.unsignedMultiply(read16(lhs), read8(rhs)), 0, 16);
-        }
-        case V_SgAsmMemoryReferenceExpression: {
-            return readMemory(getSegregFromMemoryReference(isSgAsmMemoryReferenceExpression(e)),
-                              readEffectiveAddress(e), policy.true_(), 16);
-        }
-        case V_SgAsmByteValueExpression:
-        case V_SgAsmWordValueExpression:
-        case V_SgAsmDoubleWordValueExpression:
-        case V_SgAsmQuadWordValueExpression: {
-            uint64_t val = getAsmSignedConstant(isSgAsmValueExpression(e));
-            return number(val & 0xFFFFU, 16);
-        }
-        default: {
-            fprintf(stderr, "Bad variant %s in read16\n", e->class_name().c_str());
-            abort();
-        }
-        }
-    }
-
-    /* Returns a 32-bit value described by an instruction operand. */
-    Word read32(SgAsmExpression* e) {
-        switch (e->variantT()) {
-        case V_SgAsmx86RegisterReferenceExpression: {
-            SgAsmx86RegisterReferenceExpression* rre = isSgAsmx86RegisterReferenceExpression(e);
-            switch (rre->get_register_class()) {
-            case x86_regclass_gpr: {
-                X86GeneralPurposeRegister reg = (X86GeneralPurposeRegister)(rre->get_register_number());
-                Word rawValue = policy.readGPR(reg);
-                switch (rre->get_position_in_register()) {
-                case x86_regpos_dword:
-                case x86_regpos_all:
-                    return rawValue;
-                case x86_regpos_word:
-                    return policy.concat(extract(rawValue,0,16), number(0,16));
-                default:
-                    ROSE_ASSERT(!"bad position in register");
-                }
-            }
-            case x86_regclass_segment: {
-                ROSE_ASSERT(rre->get_position_in_register() == x86_regpos_dword ||
-                            rre->get_position_in_register() == x86_regpos_all);
-                X86SegmentRegister sr = (X86SegmentRegister)(rre->get_register_number());
-                Word value = policy.readSegreg(sr);
-                return policy.concat(value, number(0,16));
-            }
-            default: {
-                fprintf(stderr, "Bad register class %s\n", regclassToString(rre->get_register_class()));
-                abort();
-            }
-            }
-            break;
-        }
-        case V_SgAsmBinaryAdd: {
-            return policy.add(read32(isSgAsmBinaryAdd(e)->get_lhs()), read32(isSgAsmBinaryAdd(e)->get_rhs()));
-        }
-        case V_SgAsmBinaryMultiply: {
-            SgAsmByteValueExpression* rhs = isSgAsmByteValueExpression(isSgAsmBinaryMultiply(e)->get_rhs());
-            ROSE_ASSERT(rhs);
-            SgAsmExpression* lhs = isSgAsmBinaryMultiply(e)->get_lhs();
-            return extract(policy.unsignedMultiply(read32(lhs), read8(rhs)), 0, 32);
-        }
-        case V_SgAsmMemoryReferenceExpression: {
-            return readMemory(getSegregFromMemoryReference(isSgAsmMemoryReferenceExpression(e)),
-                              readEffectiveAddress(e), policy.true_(), 32);
-        }
-        case V_SgAsmByteValueExpression:
-        case V_SgAsmWordValueExpression:
-        case V_SgAsmDoubleWordValueExpression:
-        case V_SgAsmQuadWordValueExpression: {
-            uint64_t val = getAsmSignedConstant(isSgAsmValueExpression(e));
-            return number(val & 0xFFFFFFFFU);
-        }
-        default: {
-            fprintf(stderr, "Bad variant %s in read32\n", e->class_name().c_str());
-            abort();
-        }
-        }
-    }
-
-    /* Replaces the least significant byte of a general purpose register with a new value. */
-    void updateGPRLowByte(X86GeneralPurposeRegister reg, const Word& value) {
-        Word oldValue = policy.readGPR(reg);
-        policy.writeGPR(reg, policy.concat(value, extract(oldValue,8,32)));
-    }
-
-    /* Replaces bits 8 through 15 of a 32-bit register with the specified 8-bit value. */
-    void updateGPRHighByte(X86GeneralPurposeRegister reg, const Word& value) {
-        Word oldValue = policy.readGPR(reg);
-        policy.writeGPR(reg, policy.concat(extract(oldValue,0,8),
-                                           policy.concat(value, extract(oldValue,16,32))));
-    }
-
-    /* Replaces the least significant 16 bits of a general purpose register with a new value. */
-    void updateGPRLowWord(X86GeneralPurposeRegister reg, const Word& value) {
-        Word oldValue = policy.readGPR(reg);
-        policy.writeGPR(reg, policy.concat(value, extract(oldValue,16,32)));
-    }
-
-    /* Writes the specified eight-bit value to the location specified by an instruction operand. */
-    void write8(SgAsmExpression* e, const Word& value) {
-        switch (e->variantT()) {
-        case V_SgAsmx86RegisterReferenceExpression: {
-            SgAsmx86RegisterReferenceExpression* rre = isSgAsmx86RegisterReferenceExpression(e);
-            switch (rre->get_register_class()) {
-            case x86_regclass_gpr: {
-                X86GeneralPurposeRegister reg = (X86GeneralPurposeRegister)(rre->get_register_number());
-                switch (rre->get_position_in_register()) {
-                case x86_regpos_low_byte: updateGPRLowByte(reg, value); break;
-                case x86_regpos_high_byte: updateGPRHighByte(reg, value); break;
-                default: ROSE_ASSERT(!"Bad position in register");
-                }
-                break;
-            }
-            default: {
-                fprintf(stderr, "Bad register class %s\n", regclassToString(rre->get_register_class()));
-                abort();
-            }
-            }
-            break;
-        }
-        case V_SgAsmMemoryReferenceExpression: {
-            policy.writeMemory(getSegregFromMemoryReference(isSgAsmMemoryReferenceExpression(e)),
-                               readEffectiveAddress(e), value, policy.true_());
-            break;
-        }
-        default: {
-            fprintf(stderr, "Bad variant %s in write8\n", e->class_name().c_str());
-            abort();
-        }
-        }
-    }
-
-    /* Writes the specified 16-bit value to the location specified by an instruction operand. */
-    void write16(SgAsmExpression* e, const Word& value) {
-        switch (e->variantT()) {
-        case V_SgAsmx86RegisterReferenceExpression: {
-            SgAsmx86RegisterReferenceExpression* rre = isSgAsmx86RegisterReferenceExpression(e);
-            switch (rre->get_register_class()) {
-            case x86_regclass_gpr: {
-                X86GeneralPurposeRegister reg = (X86GeneralPurposeRegister)(rre->get_register_number());
-                switch (rre->get_position_in_register()) {
-                case x86_regpos_word: updateGPRLowWord(reg, value); break;
-                default: ROSE_ASSERT(!"Bad position in register");
-                }
-                break;
-            }
-            case x86_regclass_segment: {
-                X86SegmentRegister sr = (X86SegmentRegister)(rre->get_register_number());
-                policy.writeSegreg(sr, value);
-                break;
-            }
-            default: {
-                fprintf(stderr, "Bad register class %s\n", regclassToString(rre->get_register_class()));
-                abort();
-            }
-            }
-            break;
-        }
-        case V_SgAsmMemoryReferenceExpression: {
-            policy.writeMemory(getSegregFromMemoryReference(isSgAsmMemoryReferenceExpression(e)),
-                               readEffectiveAddress(e), value, policy.true_());
-            break;
-        }
-        default: {
-            fprintf(stderr, "Bad variant %s in write16\n", e->class_name().c_str());
-            abort();
-        }
-        }
-    }
-
-    /* Writes the specified 32-bit value to the location specified by an instruction operand. */
-    void write32(SgAsmExpression* e, const Word& value) {
-        switch (e->variantT()) {
-        case V_SgAsmx86RegisterReferenceExpression: {
-            SgAsmx86RegisterReferenceExpression* rre = isSgAsmx86RegisterReferenceExpression(e);
-            switch (rre->get_register_class()) {
-            case x86_regclass_gpr: {
-                X86GeneralPurposeRegister reg = (X86GeneralPurposeRegister)(rre->get_register_number());
-                switch (rre->get_position_in_register()) {
-                case x86_regpos_dword:
-                case x86_regpos_all: {
-                    break;
-                }
-                default: ROSE_ASSERT(!"Bad position in register");
-                }
-                policy.writeGPR(reg, value);
-                break;
-            }
-            case x86_regclass_segment: { // Used for pop of segment registers
-                X86SegmentRegister sr = (X86SegmentRegister)(rre->get_register_number());
-                policy.writeSegreg(sr, extract(value,0,16));
-                break;
-            }
-            default: {
-                fprintf(stderr, "Bad register class %s\n", regclassToString(rre->get_register_class()));
-                abort();
-            }
-            }
-            break;
-        }
-        case V_SgAsmMemoryReferenceExpression: {
-            policy.writeMemory(getSegregFromMemoryReference(isSgAsmMemoryReferenceExpression(e)),
-                               readEffectiveAddress(e), value, policy.true_());
-            break;
-        }
-        default: {
-            fprintf(stderr, "Bad variant %s in write32\n", e->class_name().c_str());
-            abort();
-        }
-        }
-    }
-
-    /* Returns true if W has an even number of bits set; false for an odd number */
-    Word parity(Word w) {
-        Word p01 = policy.xor_(extract(w,0,1), extract(w,1,2));
-        Word p23 = policy.xor_(extract(w,2,3), extract(w,3,4));
-        Word p45 = policy.xor_(extract(w,4,5), extract(w,5,6));
-        Word p67 = policy.xor_(extract(w,6,7), extract(w,7,8));
-        Word p0123 = policy.xor_(p01, p23);
-        Word p4567 = policy.xor_(p45, p67);
-        return policy.invert(policy.xor_(p0123, p4567));
-    }
-
-    /* Sets flags: parity, sign, and zero */
-    void setFlagsForResult(const Word& result, size_t Len) {
-        policy.writeFlag(x86_flag_pf, parity(extract(result,0,8)));
-        policy.writeFlag(x86_flag_sf, extract(result,Len-1,Len));
-        policy.writeFlag(x86_flag_zf, policy.equalToZero(result));
-    }
-
-    /* Sets flags conditionally. Sets parity, sign, and zero flags if COND is true. */
-    void setFlagsForResult(const Word& result, Word cond, size_t Len) {
-        policy.writeFlag(x86_flag_pf, policy.ite(cond, parity(extract(result,0,8)), policy.readFlag(x86_flag_pf)));
-        policy.writeFlag(x86_flag_sf, policy.ite(cond, extract(result,Len-1,Len), policy.readFlag(x86_flag_sf)));
-        policy.writeFlag(x86_flag_zf, policy.ite(cond, policy.equalToZero(result), policy.readFlag(x86_flag_zf)));
-    }
-
-    /* Adds A and B and adjusts condition flags. Can be used for subtraction if B is two's complement and invertCarries is set. */
-    Word doAddOperation(const Word& a, const Word& b, bool invertCarries, Word carryIn,size_t Len) {
-        Word carries = number(0,Len);
-        Word result = policy.addWithCarries(a, b, invertMaybe(carryIn, invertCarries), carries/*out*/, Len);
-        setFlagsForResult(result,Len);
-        policy.writeFlag(x86_flag_af, invertMaybe(extract(carries,3,4), invertCarries));
-        policy.writeFlag(x86_flag_cf, invertMaybe(extract(carries,Len-1,Len), invertCarries));
-        policy.writeFlag(x86_flag_of, policy.xor_(extract(carries,Len-1,Len), extract(carries,Len-2,Len-1)));
-        return result;
-    }
-
-    /* Conditionally adds A and B and adjusts condition flags. Can be used for subtraction if B is two's complement and
-     * invertCarries is set. Does nothing if COND is false. */ 
-    Word doAddOperation(const Word& a, const Word& b, bool invertCarries, Word carryIn, Word cond, size_t Len) {
-        Word carries = number(0, Len);
-        Word result = policy.addWithCarries(a, b, invertMaybe(carryIn, invertCarries), carries/*out*/, Len);
-        setFlagsForResult(result, cond, Len);
-        policy.writeFlag(x86_flag_af,
-                         policy.ite(cond,
-                                    invertMaybe(extract(carries,3,4), invertCarries),
-                                    policy.readFlag(x86_flag_af)));
-        policy.writeFlag(x86_flag_cf,
-                         policy.ite(cond,
-                                    invertMaybe(extract(carries,Len-1,Len), invertCarries),
-                                    policy.readFlag(x86_flag_cf)));
-        policy.writeFlag(x86_flag_of,
-                         policy.ite(cond,
-                                    policy.xor_(extract(carries,Len-1,Len), 
-                                                extract(carries,Len-2,Len-1)),
-                                    policy.readFlag(x86_flag_of)));
-        return result;
-    }
-
-    /* Does increment (decrement with DEC set), and adjusts condition flags. */
-    Word doIncOperation(const Word& a, bool dec, bool setCarry, size_t Len) {
-        Word carries = number(0,Len);
-        Word result = policy.addWithCarries(a, number(dec ? -1 : 1,Len), policy.false_(), carries/*out*/, Len);
-        setFlagsForResult(result, Len);
-        policy.writeFlag(x86_flag_af, invertMaybe(extract(carries,3,4), dec));
-        policy.writeFlag(x86_flag_of, policy.xor_(extract(carries,Len-1,Len), extract(carries,Len-2,Len-1)));
-        if (setCarry)
-            policy.writeFlag(x86_flag_cf, invertMaybe(extract(carries,Len-1,Len), dec));
-        return result;
-    }
-
-    /* Virtual so that we can subclass X86InstructionSemantics and have an opportunity to override the translation of any
-     * instruction. */
-    virtual void translate(SgAsmx86Instruction* insn) {
-        policy.writeIP(number((unsigned int)(insn->get_address() + insn->get_raw_bytes().size())));
-        X86InstructionKind kind = insn->get_kind();
-        const SgAsmExpressionPtrList& operands = insn->get_operandList()->get_operands();
-        switch (kind) {
-            
-        case x86_mov: {
-            ROSE_ASSERT(operands.size() == 2);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: write8(operands0, read8(operands1)); break;
-            case 2: write16(operands0, read16(operands1)); break;
-            case 4: write32(operands0, read32(operands1)); break;
-            default: ROSE_ASSERT("Bad size"); break;
-            }
-            break;
-        }
-
-        case x86_xchg: {
-            ROSE_ASSERT(operands.size() == 2);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word temp = read8(operands1);
-                write8(operands1, read8(operands0));
-                write8(operands0, temp);
-                break;
-            }
-            case 2: {
-                Word temp = read16(operands1);
-                write16(operands1, read16(operands0));
-                write16(operands0, temp);
-                break;
-            }
-            case 4: {
-                Word temp = read32(operands1);
-                write32(operands1, read32(operands0));
-                write32(operands0, temp);
-                break;
-            }
-            default:
-                ROSE_ASSERT("Bad size");
-                break;
-            }
-            break;
-        }
-
-        case x86_movzx: {
-            ROSE_ASSERT(operands.size() == 2);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 2: {
-                write16(operands0, policy.concat(read8(operands1), number(0,8)));
-                break;
-            }
-            case 4: {
-                switch (numBytesInAsmType(operands1->get_type())) {
-                case 1: write32(operands0, policy.concat(read8(operands1), number(0,24))); break;
-                case 2: write32(operands0, policy.concat(read16(operands1), number(0,16))); break;
-                default: ROSE_ASSERT("Bad size");
-                }
-                break;
-            }
-            default:
-                ROSE_ASSERT("Bad size");
-                break;
-            }
-            break;
-        }
-
-        case x86_movsx: {
-            ROSE_ASSERT(operands.size() == 2);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 2: {
-                Word op1 = read8(operands1);
-                Word result = signExtend(op1,8,16);
-                write16(operands0, result);
-                break;
-            }
-            case 4: {
-                switch (numBytesInAsmType(operands1->get_type())) {
-                case 1: {
-                    Word op1 = read8(operands1);
-                    Word result = signExtend(op1,8,32);
-                    write32(operands0, result);
-                    break;
-                }
-                case 2: {
-                    Word op1 = read16(operands1);
-                    Word result = signExtend(op1,16,32);
-                    write32(operands0, result);
-                    break;
-                }
-                default:
-                    ROSE_ASSERT("Bad size");
-                }
-                break;
-            }
-            default:
-                ROSE_ASSERT("Bad size");
-                break;
-            }
-            break;
-        }
-
-        case x86_cbw: {
-            ROSE_ASSERT(operands.size() == 0);
-            updateGPRLowWord(x86_gpr_ax, signExtend(extract(policy.readGPR(x86_gpr_ax),0,8),8,16));
-            break;
-        }
-
-        case x86_cwde: {
-            ROSE_ASSERT(operands.size() == 0);
-            policy.writeGPR(x86_gpr_ax, signExtend(extract(policy.readGPR(x86_gpr_ax),0,16),16,32));
-            break;
-        }
-
-        case x86_cwd: {
-            ROSE_ASSERT(operands.size() == 0);
-            updateGPRLowWord(x86_gpr_dx, extract(signExtend(extract(policy.readGPR(x86_gpr_ax),0,16),16,32),16,32));
-            break;
-        }
-
-        case x86_cdq: {
-            ROSE_ASSERT(operands.size() == 0);
-            policy.writeGPR(x86_gpr_dx, extract(signExtend(policy.readGPR(x86_gpr_ax),32,64),32,64));
-            break;
-        }
-
-        case x86_lea: {
-            ROSE_ASSERT(operands.size() == 2);
-            write32(operands0, readEffectiveAddress(operands1));
-            break;
-        }
-
-        case x86_and: {
-            ROSE_ASSERT(operands.size() == 2);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word result = policy.and_(read8(operands0), read8(operands1));
-                setFlagsForResult(result,8);
-                write8(operands0, result);
-                break;
-            }
-            case 2: {
-                Word result = policy.and_(read16(operands0), read16(operands1));
-                setFlagsForResult(result,16);
-                write16(operands0, result);
-                break;
-            }
-            case 4: {
-                Word result = policy.and_(read32(operands0), read32(operands1));
-                setFlagsForResult(result,32);
-                write32(operands0, result);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-                break;
-            }
-            policy.writeFlag(x86_flag_of, policy.false_());
-            policy.writeFlag(x86_flag_af, policy.undefined_());
-            policy.writeFlag(x86_flag_cf, policy.false_());
-            break;
-        }
-
-        case x86_or: {
-            ROSE_ASSERT(operands.size() == 2);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word result = policy.or_(read8(operands0), read8(operands1));
-                setFlagsForResult(result,8);
-                write8(operands0, result);
-                break;
-            }
-            case 2: {
-                Word result = policy.or_(read16(operands0), read16(operands1));
-                setFlagsForResult(result,16);
-                write16(operands0, result);
-                break;
-            }
-            case 4: {
-                Word result = policy.or_(read32(operands0), read32(operands1));
-                setFlagsForResult(result,32);
-                write32(operands0, result);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-                break;
-            }
-            policy.writeFlag(x86_flag_of, policy.false_());
-            policy.writeFlag(x86_flag_af, policy.undefined_());
-            policy.writeFlag(x86_flag_cf, policy.false_());
-            break;
-        }
-
-        case x86_test: {
-            ROSE_ASSERT(operands.size() == 2);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word result = policy.and_(read8(operands0), read8(operands1));
-                setFlagsForResult(result,8);
-                break;
-            }
-            case 2: {
-                Word result = policy.and_(read16(operands0), read16(operands1));
-                setFlagsForResult(result,16);
-                break;
-            }
-            case 4: {
-                Word result = policy.and_(read32(operands0), read32(operands1));
-                setFlagsForResult(result,32);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-                break;
-            }
-            policy.writeFlag(x86_flag_of, policy.false_());
-            policy.writeFlag(x86_flag_af, policy.undefined_());
-            policy.writeFlag(x86_flag_cf, policy.false_());
-            break;
-        }
-
-        case x86_xor: {
-            ROSE_ASSERT(operands.size() == 2);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word result = policy.xor_(read8(operands0), read8(operands1));
-                setFlagsForResult(result,8);
-                write8(operands0, result);
-                break;
-            }
-            case 2: {
-                Word result = policy.xor_(read16(operands0), read16(operands1));
-                setFlagsForResult(result,16);
-                write16(operands0, result);
-                break;
-            }
-            case 4: {
-                Word result = policy.xor_(read32(operands0), read32(operands1));
-                setFlagsForResult(result,32);
-                write32(operands0, result);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-                break;
-            }
-            policy.writeFlag(x86_flag_of, policy.false_());
-            policy.writeFlag(x86_flag_af, policy.undefined_());
-            policy.writeFlag(x86_flag_cf, policy.false_());
-            break;
-        }
-
-        case x86_not: {
-            ROSE_ASSERT(operands.size() == 1);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word result = policy.invert(read8(operands0));
-                write8(operands0, result);
-                break;
-            }
-            case 2: {
-                Word result = policy.invert(read16(operands0));
-                write16(operands0, result);
-                break;
-            }
-            case 4: {
-                Word result = policy.invert(read32(operands0));
-                write32(operands0, result);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-                break;
-            }
-            break;
-        }
-
-        case x86_add: {
-            ROSE_ASSERT(operands.size() == 2);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word result = doAddOperation(read8(operands0), read8(operands1), false, policy.false_(), 8);
-                write8(operands0, result);
-                break;
-            }
-            case 2: {
-                Word result = doAddOperation(read16(operands0), read16(operands1), false, policy.false_(), 16);
-                write16(operands0, result);
-                break;
-            }
-            case 4: {
-                Word result = doAddOperation(read32(operands0), read32(operands1), false, policy.false_(), 32);
-                write32(operands0, result);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-                break;
-            }
-            break;
-        }
-
-        case x86_adc: {
-            ROSE_ASSERT(operands.size() == 2);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word result = doAddOperation(read8(operands0), read8(operands1), false,
-                                                policy.readFlag(x86_flag_cf), 8);
-                write8(operands0, result);
-                break;
-            }
-            case 2: {
-                Word result = doAddOperation(read16(operands0), read16(operands1), false,
-                                                 policy.readFlag(x86_flag_cf), 16);
-                write16(operands0, result);
-                break;
-            }
-            case 4: {
-                Word result = doAddOperation(read32(operands0), read32(operands1), false,
-                                                 policy.readFlag(x86_flag_cf), 32);
-                write32(operands0, result);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-                break;
-            }
-            break;
-        }
-
-        case x86_sub: {
-            ROSE_ASSERT(operands.size() == 2);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word result = doAddOperation(read8(operands0), policy.invert(read8(operands1)), true,
-                                                policy.false_(), 8);
-                write8(operands0, result);
-                break;
-            }
-            case 2: {
-                Word result = doAddOperation(read16(operands0), policy.invert(read16(operands1)), true,
-                                                 policy.false_(), 16);
-                write16(operands0, result);
-                break;
-            }
-            case 4: {
-                Word result = doAddOperation(read32(operands0), policy.invert(read32(operands1)), true,
-                                                 policy.false_(), 32);
-                write32(operands0, result);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-                break;
-            }
-            break;
-        }
-
-        case x86_sbb: {
-            ROSE_ASSERT(operands.size() == 2);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word result = doAddOperation(read8(operands0), policy.invert(read8(operands1)), true,
-                                                policy.readFlag(x86_flag_cf), 8);
-                write8(operands0, result);
-                break;
-            }
-            case 2: {
-                Word result = doAddOperation(read16(operands0), policy.invert(read16(operands1)), true,
-                                                 policy.readFlag(x86_flag_cf), 16);
-                write16(operands0, result);
-                break;
-            }
-            case 4: {
-                Word result = doAddOperation(read32(operands0), policy.invert(read32(operands1)), true,
-                                                 policy.readFlag(x86_flag_cf), 32);
-                write32(operands0, result);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-                break;
-            }
-            break;
-        }
-
-        case x86_cmp: {
-            ROSE_ASSERT(operands.size() == 2);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                doAddOperation(read8(operands0), policy.invert(read8(operands1)), true, policy.false_(), 8);
-                break;
-            }
-            case 2: {
-                doAddOperation(read16(operands0), policy.invert(read16(operands1)), true, policy.false_(), 16);
-                break;
-            }
-            case 4: {
-                doAddOperation(read32(operands0), policy.invert(read32(operands1)), true, policy.false_(), 32);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-                break;
-            }
-            break;
-        }
-
-        case x86_neg: {
-            ROSE_ASSERT(operands.size() == 1);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word result = doAddOperation(number(0,8), policy.invert(read8(operands0)), true,
-                                                policy.false_(), 8);
-                write8(operands0, result);
-                break;
-            }
-            case 2: {
-                Word result = doAddOperation(number(0,16), policy.invert(read16(operands0)), true,
-                                                 policy.false_(), 16);
-                write16(operands0, result);
-                break;
-            }
-            case 4: {
-                Word result = doAddOperation(number(0,32), policy.invert(read32(operands0)), true,
-                                                 policy.false_(), 32);
-                write32(operands0, result);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-                break;
-            }
-            break;
-        }
-
-        case x86_inc: {
-            ROSE_ASSERT(operands.size() == 1);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word result = doIncOperation(read8(operands0), false, false, 8);
-                write8(operands0, result);
-                break;
-            }
-            case 2: {
-                Word result = doIncOperation(read16(operands0), false, false, 16);
-                write16(operands0, result);
-                break;
-            }
-            case 4: {
-                Word result = doIncOperation(read32(operands0), false, false, 32);
-                write32(operands0, result);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-                break;
-            }
-            break;
-        }
-
-        case x86_dec: {
-            ROSE_ASSERT(operands.size() == 1);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word result = doIncOperation(read8(operands0), true, false, 8);
-                write8(operands0, result);
-                break;
-            }
-            case 2: {
-                Word result = doIncOperation(read16(operands0), true, false, 16);
-                write16(operands0, result);
-                break;
-            }
-            case 4: {
-                Word result = doIncOperation(read32(operands0), true, false, 32);
-                write32(operands0, result);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-                break;
-            }
-            break;
-        }
-
-        case x86_cmpxchg: {
-            ROSE_ASSERT(operands.size() == 2);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word op0 = read8(operands0);
-                Word oldAx = extract(policy.readGPR(x86_gpr_ax), 0, 8);
-                doAddOperation(oldAx, policy.invert(op0), true, policy.false_(), 8);
-                write8(operands0, policy.ite(policy.readFlag(x86_flag_zf), read8(operands1), op0));
-                updateGPRLowByte(x86_gpr_ax, policy.ite(policy.readFlag(x86_flag_zf), oldAx, op0));
-                break;
-            }
-            case 2: {
-                Word op0 = read16(operands0);
-                Word oldAx = extract(policy.readGPR(x86_gpr_ax), 0, 16);
-                doAddOperation(oldAx, policy.invert(op0), true, policy.false_(), 16);
-                write16(operands0, policy.ite(policy.readFlag(x86_flag_zf), read16(operands1), op0));
-                updateGPRLowWord(x86_gpr_ax, policy.ite(policy.readFlag(x86_flag_zf), oldAx, op0));
-                break;
-            }
-            case 4: {
-                Word op0 = read32(operands0);
-                Word oldAx = policy.readGPR(x86_gpr_ax);
-                doAddOperation(oldAx, policy.invert(op0), true, policy.false_(), 32);
-                write32(operands0, policy.ite(policy.readFlag(x86_flag_zf), read32(operands1), op0));
-                policy.writeGPR(x86_gpr_ax, policy.ite(policy.readFlag(x86_flag_zf), oldAx, op0));
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-                break;
-            }
-            break;
-        }
-
-        case x86_shl: {
-            Word shiftCount = extract(read8(operands1), 0, 5);
-            Word shiftCountZero = policy.equalToZero(shiftCount);
-            policy.writeFlag(x86_flag_af, policy.ite(shiftCountZero, policy.readFlag(x86_flag_af), policy.undefined_()));
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word op = read8(operands0);
-                Word output = policy.shiftLeft(op, shiftCount);
-                Word newCf = policy.ite(shiftCountZero,
-                                           policy.readFlag(x86_flag_cf),
-                                           extract(policy.shiftLeft(op, policy.add(shiftCount, number(7,5))),7,8));
-                policy.writeFlag(x86_flag_cf, newCf);
-                policy.writeFlag(x86_flag_of, policy.ite(shiftCountZero,
-                                                         policy.readFlag(x86_flag_of),
-                                                         policy.xor_(extract(output,7,8), newCf)));
-                write8(operands0, output);
-                setFlagsForResult(output, policy.invert(shiftCountZero), 8);
-                break;
-            }
-            case 2: {
-                Word op = read16(operands0);
-                Word output = policy.shiftLeft(op, shiftCount);
-                Word newCf = policy.ite(shiftCountZero,
-                                           policy.readFlag(x86_flag_cf),
-                                           extract(policy.shiftLeft(op, policy.add(shiftCount, number(15, 5))),15,16));
-                policy.writeFlag(x86_flag_cf, newCf);
-                policy.writeFlag(x86_flag_of, policy.ite(shiftCountZero,
-                                                         policy.readFlag(x86_flag_of),
-                                                         policy.xor_(extract(output,15,16), newCf)));
-                write16(operands0, output);
-                setFlagsForResult(output, policy.invert(shiftCountZero), 16);
-                break;
-            }
-            case 4: {
-                Word op = read32(operands0);
-                Word output = policy.shiftLeft(op, shiftCount);
-                Word newCf = policy.ite(shiftCountZero,
-                                        policy.readFlag(x86_flag_cf),
-                                        extract(policy.shiftLeft(op, policy.add(shiftCount, number(31,5))),31,32));
-                policy.writeFlag(x86_flag_cf, newCf);
-                policy.writeFlag(x86_flag_of, policy.ite(shiftCountZero,
-                                                         policy.readFlag(x86_flag_of),
-                                                         policy.xor_(extract(output,31,32), newCf)));
-                write32(operands0, output);
-                setFlagsForResult(output, policy.invert(shiftCountZero), 32);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-            }
-            break;
-        }
-
-        case x86_shr: {
-            Word shiftCount = extract(read8(operands1),0,5);
-            Word shiftCountZero = policy.equalToZero(shiftCount);
-            policy.writeFlag(x86_flag_af, policy.ite(shiftCountZero, policy.readFlag(x86_flag_af), policy.undefined_()));
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word op = read8(operands0);
-                Word output = policy.shiftRight(op, shiftCount);
-                Word newCf = policy.ite(shiftCountZero,
-                                           policy.readFlag(x86_flag_cf),
-                                           extract(policy.shiftRight(op, policy.add(shiftCount, number(7,5))),0,1));
-                policy.writeFlag(x86_flag_cf, newCf);
-                policy.writeFlag(x86_flag_of, policy.ite(shiftCountZero, policy.readFlag(x86_flag_of), extract(op,7,8)));
-                write8(operands0, output);
-                setFlagsForResult(output, policy.invert(shiftCountZero), 8);
-                break;
-            }
-            case 2: {
-                Word op = read16(operands0);
-                Word output = policy.shiftRight(op, shiftCount);
-                Word newCf = policy.ite(shiftCountZero,
-                                           policy.readFlag(x86_flag_cf),
-                                           extract(policy.shiftRight(op, policy.add(shiftCount, number(15,5))),0,1));
-                policy.writeFlag(x86_flag_cf, newCf);
-                policy.writeFlag(x86_flag_of,
-                                 policy.ite(shiftCountZero, policy.readFlag(x86_flag_of), extract(op,15,16)));
-                write16(operands0, output);
-                setFlagsForResult(output, policy.invert(shiftCountZero), 16);
-                break;
-            }
-            case 4: {
-                Word op = read32(operands0);
-                Word output = policy.shiftRight(op, shiftCount);
-                Word newCf = policy.ite(shiftCountZero,
-                                           policy.readFlag(x86_flag_cf),
-                                           extract(policy.shiftRight(op, policy.add(shiftCount, number(31,5))),0,1));
-                policy.writeFlag(x86_flag_cf, newCf);
-                policy.writeFlag(x86_flag_of, policy.ite(shiftCountZero,
-                                                         policy.readFlag(x86_flag_of),
-                                                         extract(op,31,32)));
-                write32(operands0, output);
-                setFlagsForResult(output, policy.invert(shiftCountZero), 32);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-            }
-            break;
-        }
-
-        case x86_sar: {
-            Word shiftCount = extract(read8(operands1),0,5);
-            Word shiftCountZero = policy.equalToZero(shiftCount);
-            Word shiftCountNotZero = policy.invert(shiftCountZero);
-            policy.writeFlag(x86_flag_af, policy.ite(shiftCountZero, policy.readFlag(x86_flag_af), policy.undefined_()));
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word op = read8(operands0);
-                Word output = policy.shiftRightArithmetic(op, shiftCount);
-                Word newCf = policy.ite(shiftCountZero,
-                                           policy.readFlag(x86_flag_cf),
-                                           extract(policy.shiftRight(op, policy.add(shiftCount, number(7,5))),0,1));
-                policy.writeFlag(x86_flag_cf, newCf);
-                /* No change with sc = 0, clear when sc = 1, undefined otherwise */
-                policy.writeFlag(x86_flag_of, policy.ite(shiftCountZero,
-                                                         policy.readFlag(x86_flag_of),
-                                                         policy.false_()));
-                write8(operands0, output);
-                setFlagsForResult(output, shiftCountNotZero, 8);
-                break;
-            }
-            case 2: {
-                Word op = read16(operands0);
-                Word output = policy.shiftRightArithmetic(op, shiftCount);
-                Word newCf = policy.ite(shiftCountZero,
-                                           policy.readFlag(x86_flag_cf),
-                                           extract(policy.shiftRight(op, policy.add(shiftCount, number(15,5))),0,1));
-                policy.writeFlag(x86_flag_cf, newCf);
-                /* No change with sc = 0, clear when sc = 1, undefined otherwise */
-                policy.writeFlag(x86_flag_of, policy.ite(shiftCountZero,
-                                                         policy.readFlag(x86_flag_of),
-                                                         policy.false_()));
-                write16(operands0, output);
-                setFlagsForResult(output, shiftCountNotZero, 16);
-                break;
-            }
-            case 4: {
-                Word op = read32(operands0);
-                Word output = policy.shiftRightArithmetic(op, shiftCount);
-                Word newCf = policy.ite(shiftCountZero,
-                                           policy.readFlag(x86_flag_cf),
-                                           extract(policy.shiftRight(op, policy.add(shiftCount, number(31,5))),0,1));
-                policy.writeFlag(x86_flag_cf, newCf);
-                /* No change with sc = 0, clear when sc = 1, undefined otherwise */
-                policy.writeFlag(x86_flag_of, policy.ite(shiftCountZero,
-                                                         policy.readFlag(x86_flag_of),
-                                                         policy.false_()));
-                write32(operands0, output);
-                setFlagsForResult(output, shiftCountNotZero, 32);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-            }
-            break;
-        }
-
-        case x86_rol: {
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word op = read8(operands0);
-                Word shiftCount = extract(read8(operands1),0,5);
-                Word output = policy.rotateLeft(op, shiftCount);
-                policy.writeFlag(x86_flag_cf, policy.ite(policy.equalToZero(shiftCount),
-                                                         policy.readFlag(x86_flag_cf),
-                                                         extract(output,0,1)));
-                policy.writeFlag(x86_flag_of, policy.ite(policy.equalToZero(shiftCount),
-                                                         policy.readFlag(x86_flag_of),
-                                                         policy.xor_(extract(output,0,1), extract(output,7,8))));
-                write8(operands0, output);
-                break;
-            }
-            case 2: {
-                Word op = read16(operands0);
-                Word shiftCount = extract(read8(operands1),0,5);
-                Word output = policy.rotateLeft(op, shiftCount);
-                policy.writeFlag(x86_flag_cf, policy.ite(policy.equalToZero(shiftCount),
-                                                         policy.readFlag(x86_flag_cf),
-                                                         extract(output,0,1)));
-                policy.writeFlag(x86_flag_of, policy.ite(policy.equalToZero(shiftCount),
-                                                         policy.readFlag(x86_flag_of),
-                                                         policy.xor_(extract(output,0,1), extract(output,15,16))));
-                write16(operands0, output);
-                break;
-            }
-            case 4: {
-                Word op = read32(operands0);
-                Word shiftCount = extract(read8(operands1),0,5);
-                Word output = policy.rotateLeft(op, shiftCount);
-                policy.writeFlag(x86_flag_cf, policy.ite(policy.equalToZero(shiftCount),
-                                                         policy.readFlag(x86_flag_cf),
-                                                         extract(output,0,1)));
-                policy.writeFlag(x86_flag_of, policy.ite(policy.equalToZero(shiftCount),
-                                                         policy.readFlag(x86_flag_of),
-                                                         policy.xor_(extract(output,0,1), extract(output,31,32))));
-                write32(operands0, output);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-            }
-            break;
-        }
-
-        case x86_ror: {
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word op = read8(operands0);
-                Word shiftCount = extract(read8(operands1),0,5);
-                Word output = policy.rotateRight(op, shiftCount);
-                policy.writeFlag(x86_flag_cf, policy.ite(policy.equalToZero(shiftCount),
-                                                         policy.readFlag(x86_flag_cf),
-                                                         extract(output,7,8)));
-                policy.writeFlag(x86_flag_of, policy.ite(policy.equalToZero(shiftCount),
-                                                         policy.readFlag(x86_flag_of),
-                                                         policy.xor_(extract(output,6,7), extract(output,7,8))));
-                write8(operands0, output);
-                break;
-            }
-            case 2: {
-                Word op = read16(operands0);
-                Word shiftCount = extract(read8(operands1),0,5);
-                Word output = policy.rotateRight(op, shiftCount);
-                policy.writeFlag(x86_flag_cf, policy.ite(policy.equalToZero(shiftCount),
-                                                         policy.readFlag(x86_flag_cf),
-                                                         extract(output,15,16)));
-                policy.writeFlag(x86_flag_of, policy.ite(policy.equalToZero(shiftCount),
-                                                         policy.readFlag(x86_flag_of),
-                                                         policy.xor_(extract(output,14,15), extract(output,15,16))));
-                write16(operands0, output);
-                break;
-            }
-            case 4: {
-                Word op = read32(operands0);
-                Word shiftCount = extract(read8(operands1),0,5);
-                Word output = policy.rotateRight(op, shiftCount);
-                policy.writeFlag(x86_flag_cf, policy.ite(policy.equalToZero(shiftCount),
-                                                         policy.readFlag(x86_flag_cf),
-                                                         extract(output,31,32)));
-                policy.writeFlag(x86_flag_of, policy.ite(policy.equalToZero(shiftCount),
-                                                         policy.readFlag(x86_flag_of),
-                                                         policy.xor_(extract(output,30,31), extract(output,31,32))));
-                write32(operands0, output);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-            }
-            break;
-        }
-
-        case x86_shld: {
-            Word shiftCount = extract(read8(operands2),0,5);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 2: {
-                Word op1 = read16(operands0);
-                Word op2 = read16(operands1);
-                Word output1 = policy.shiftLeft(op1, shiftCount);
-                Word output2 = policy.ite(policy.equalToZero(shiftCount),
-                                              number(0,16),
-                                              policy.shiftRight(op2, policy.negate(shiftCount)));
-                Word output = policy.or_(output1, output2);
-                Word newCf = policy.ite(policy.equalToZero(shiftCount),
-                                           policy.readFlag(x86_flag_cf),
-                                           extract(policy.shiftLeft(op1, policy.add(shiftCount, number(15,5))),15,16));
-                policy.writeFlag(x86_flag_cf, newCf);
-                Word newOf = policy.ite(policy.equalToZero(shiftCount),
-                                           policy.readFlag(x86_flag_of), 
-                                           policy.xor_(extract(output,15,16), newCf));
-                policy.writeFlag(x86_flag_of, newOf);
-                write16(operands0, output);
-                setFlagsForResult(output, 16);
-                policy.writeFlag(x86_flag_af, policy.ite(policy.equalToZero(shiftCount),
-                                                         policy.readFlag(x86_flag_af),
-                                                         policy.undefined_()));
-                break;
-            }
-            case 4: {
-                Word op1 = read32(operands0);
-                Word op2 = read32(operands1);
-                Word shiftCount = extract(read8(operands2),0,5);
-                Word output1 = policy.shiftLeft(op1, shiftCount);
-                Word output2 = policy.ite(policy.equalToZero(shiftCount),
-                                              number(0,32),
-                                              policy.shiftRight(op2, policy.negate(shiftCount)));
-                Word output = policy.or_(output1, output2);
-                Word newCf = policy.ite(policy.equalToZero(shiftCount),
-                                           policy.readFlag(x86_flag_cf),
-                                           extract(policy.shiftLeft(op1, policy.add(shiftCount, number(31,5))),31,32));
-                policy.writeFlag(x86_flag_cf, newCf);
-                Word newOf = policy.ite(policy.equalToZero(shiftCount),
-                                           policy.readFlag(x86_flag_of), 
-                                           policy.xor_(extract(output,31,32), newCf));
-                policy.writeFlag(x86_flag_of, newOf);
-                write32(operands0, output);
-                setFlagsForResult(output, 32);
-                policy.writeFlag(x86_flag_af, policy.ite(policy.equalToZero(shiftCount),
-                                                         policy.readFlag(x86_flag_af),
-                                                         policy.undefined_()));
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-            }
-            break;
-        }
-
-        case x86_shrd: {
-            Word shiftCount = extract(read8(operands2),0,5);
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 2: {
-                Word op1 = read16(operands0);
-                Word op2 = read16(operands1);
-                Word output1 = policy.shiftRight(op1, shiftCount);
-                Word output2 = policy.ite(policy.equalToZero(shiftCount),
-                                              number(0,16),
-                                              policy.shiftLeft(op2, policy.negate(shiftCount)));
-                Word output = policy.or_(output1, output2);
-                Word newCf = policy.ite(policy.equalToZero(shiftCount),
-                                           policy.readFlag(x86_flag_cf),
-                                           extract(policy.shiftRight(op1, policy.add(shiftCount, number(15,5))),0,1));
-                policy.writeFlag(x86_flag_cf, newCf);
-                Word newOf = policy.ite(policy.equalToZero(shiftCount),
-                                           policy.readFlag(x86_flag_of), 
-                                           policy.xor_(extract(output,15,16),
-                                                       extract(op1,15,16)));
-                policy.writeFlag(x86_flag_of, newOf);
-                write16(operands0, output);
-                setFlagsForResult(output, 16);
-                policy.writeFlag(x86_flag_af, policy.ite(policy.equalToZero(shiftCount),
-                                                         policy.readFlag(x86_flag_af),
-                                                         policy.undefined_()));
-                break;
-            }
-            case 4: {
-                Word op1 = read32(operands0);
-                Word op2 = read32(operands1);
-                Word output1 = policy.shiftRight(op1, shiftCount);
-                Word output2 = policy.ite(policy.equalToZero(shiftCount),
-                                              number(0,32),
-                                              policy.shiftLeft(op2, policy.negate(shiftCount)));
-                Word output = policy.or_(output1, output2);
-                Word newCf = policy.ite(policy.equalToZero(shiftCount),
-                                           policy.readFlag(x86_flag_cf),
-                                           extract(policy.shiftRight(op1, policy.add(shiftCount, number(31,5))),0,1));
-                policy.writeFlag(x86_flag_cf, newCf);
-                Word newOf = policy.ite(policy.equalToZero(shiftCount),
-                                           policy.readFlag(x86_flag_of), 
-                                           policy.xor_(extract(output,31,32),
-                                                       extract(op1,31,32)));
-                policy.writeFlag(x86_flag_of, newOf);
-                write32(operands0, output);
-                setFlagsForResult(output, 32);
-                policy.writeFlag(x86_flag_af, policy.ite(policy.equalToZero(shiftCount),
-                                                         policy.readFlag(x86_flag_af),
-                                                         policy.undefined_()));
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-            }
-            break;
-        }
-
-        case x86_bsf: {
-            policy.writeFlag(x86_flag_of, policy.undefined_());
-            policy.writeFlag(x86_flag_sf, policy.undefined_());
-            policy.writeFlag(x86_flag_af, policy.undefined_());
-            policy.writeFlag(x86_flag_pf, policy.undefined_());
-            policy.writeFlag(x86_flag_cf, policy.undefined_());
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 2: {
-                Word op = read16(operands1);
-                policy.writeFlag(x86_flag_zf, policy.equalToZero(op));
-                Word result = policy.ite(policy.readFlag(x86_flag_zf),
-                                             read16(operands0),
-                                             policy.leastSignificantSetBit(op));
-                write16(operands0, result);
-                break;
-            }
-            case 4: {
-                Word op = read32(operands1);
-                policy.writeFlag(x86_flag_zf, policy.equalToZero(op));
-                Word result = policy.ite(policy.readFlag(x86_flag_zf),
-                                             read32(operands0),
-                                             policy.leastSignificantSetBit(op));
-                write32(operands0, result);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-            }
-            break;
-        }
-
-        case x86_bsr: {
-            policy.writeFlag(x86_flag_of, policy.undefined_());
-            policy.writeFlag(x86_flag_sf, policy.undefined_());
-            policy.writeFlag(x86_flag_af, policy.undefined_());
-            policy.writeFlag(x86_flag_pf, policy.undefined_());
-            policy.writeFlag(x86_flag_cf, policy.undefined_());
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 2: {
-                Word op = read16(operands1);
-                policy.writeFlag(x86_flag_zf, policy.equalToZero(op));
-                Word result = policy.ite(policy.readFlag(x86_flag_zf),
-                                             read16(operands0),
-                                             policy.mostSignificantSetBit(op));
-                write16(operands0, result);
-                break;
-            }
-            case 4: {
-                Word op = read32(operands1);
-                policy.writeFlag(x86_flag_zf, policy.equalToZero(op));
-                Word result = policy.ite(policy.readFlag(x86_flag_zf),
-                                             read32(operands0),
-                                             policy.mostSignificantSetBit(op));
-                write32(operands0, result);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-            }
-            break;
-        }
-
-        case x86_bts: {
-            ROSE_ASSERT(operands.size() == 2);
-            /* All flags except CF are undefined */
-            policy.writeFlag(x86_flag_of, policy.undefined_());
-            policy.writeFlag(x86_flag_sf, policy.undefined_());
-            policy.writeFlag(x86_flag_zf, policy.undefined_());
-            policy.writeFlag(x86_flag_af, policy.undefined_());
-            policy.writeFlag(x86_flag_pf, policy.undefined_());
-            if (isSgAsmMemoryReferenceExpression(operands0) && isSgAsmx86RegisterReferenceExpression(operands1)) {
-                /* Special case allowing multi-word offsets into memory */
-                Word addr = readEffectiveAddress(operands0);
-                int numBytes = numBytesInAsmType(operands1->get_type());
-                Word bitnum = numBytes == 2 ? signExtend(read16(operands1),16,32) : read32(operands1);
-                Word adjustedAddr = policy.add(addr, signExtend(extract(bitnum,3,32),29,32));
-                Word val = readMemory(getSegregFromMemoryReference(isSgAsmMemoryReferenceExpression(operands0)),
-                                         adjustedAddr, policy.true_(),8);
-                Word bitval = extract(policy.rotateRight(val, extract(bitnum, 0, 3)), 0, 1);
-                Word result = policy.or_(val, policy.rotateLeft(number(1,8), extract(bitnum,0,3)));
-                policy.writeFlag(x86_flag_cf, bitval);
-                policy.writeMemory(getSegregFromMemoryReference(isSgAsmMemoryReferenceExpression(operands0)),
-                                   adjustedAddr, result, policy.true_());
-            } else {
-                /* Simple case */
-                switch (numBytesInAsmType(operands0->get_type())) {
-                case 2: {
-                    Word op0 = read16(operands0);
-                    Word bitnum = extract(read16(operands1), 0, 4);
-                    Word bitval = extract(policy.rotateRight(op0, bitnum), 0, 1);
-                    Word result = policy.or_(op0, policy.rotateLeft(number(1,16), bitnum));
-                    policy.writeFlag(x86_flag_cf, bitval);
-                    write16(operands0, result);
-                    break;
-                }
-                case 4: {
-                    Word op0 = read32(operands0);
-                    Word bitnum = extract(read32(operands1), 0, 5);
-                    Word bitval = extract(policy.rotateRight(op0, bitnum), 0, 1);
-                    Word result = policy.or_(op0, policy.rotateLeft(number(1,32), bitnum));
-                    policy.writeFlag(x86_flag_cf, bitval);
-                    write32(operands0, result);
-                    break;
-                }
-                default:
-                    ROSE_ASSERT(!"Bad size");
-                }
-            }
-            break;
-        }
-
-        case x86_imul: {
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word op0 = extract(policy.readGPR(x86_gpr_ax), 0, 8);
-                Word op1 = read8(operands0);
-                Word mulResult = policy.signedMultiply(op0, op1);
-                updateGPRLowWord(x86_gpr_ax, mulResult);
-                Word carry = policy.invert(policy.or_(policy.equalToZero(policy.invert(extract(mulResult, 7, 16))),
-                                                         policy.equalToZero(extract(mulResult, 7, 16))));
-                policy.writeFlag(x86_flag_cf, carry);
-                policy.writeFlag(x86_flag_of, carry);
-                break;
-            }
-            case 2: {
-                Word op0 = operands.size() == 1 ?
-                    extract(policy.readGPR(x86_gpr_ax), 0, 16) :
-                    read16(operandsoperands.size() - 2);
-                Word op1 = read16(operandsoperands.size() - 1);
-                Word mulResult = policy.signedMultiply(op0, op1);
-                if (operands.size() == 1) {
-                    updateGPRLowWord(x86_gpr_ax, extract(mulResult, 0, 16));
-                    updateGPRLowWord(x86_gpr_dx, extract(mulResult, 16, 32));
-                } else {
-                    write16(operands0, extract(mulResult, 0, 16));
-                }
-                Word carry = policy.invert(policy.or_(policy.equalToZero(policy.invert(extract(mulResult,7,32))),
-                                                         policy.equalToZero(extract(mulResult,7,32))));
-                policy.writeFlag(x86_flag_cf, carry);
-                policy.writeFlag(x86_flag_of, carry);
-                break;
-            }
-            case 4: {
-                Word op0 = operands.size() == 1 ? policy.readGPR(x86_gpr_ax) : read32(operandsoperands.size() - 2);
-                Word op1 = read32(operandsoperands.size() - 1);
-                Word mulResult = policy.signedMultiply(op0, op1);
-                if (operands.size() == 1) {
-                    policy.writeGPR(x86_gpr_ax, extract(mulResult,0,32));
-                    policy.writeGPR(x86_gpr_dx, extract(mulResult,32,64));
-                } else {
-                    write32(operands0, extract(mulResult,0,32));
-                }
-                Word carry = policy.invert(policy.or_(policy.equalToZero(policy.invert(extract(mulResult,7,64))),
-                                                         policy.equalToZero(extract(mulResult,7,64))));
-                policy.writeFlag(x86_flag_cf, carry);
-                policy.writeFlag(x86_flag_of, carry);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-            }
-            policy.writeFlag(x86_flag_sf, policy.undefined_());
-            policy.writeFlag(x86_flag_zf, policy.undefined_());
-            policy.writeFlag(x86_flag_af, policy.undefined_());
-            policy.writeFlag(x86_flag_pf, policy.undefined_());
-            break;
-        }
-
-        case x86_mul: {
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word op0 = extract(policy.readGPR(x86_gpr_ax),0,8);
-                Word op1 = read8(operands0);
-                Word mulResult = policy.unsignedMultiply(op0, op1);
-                updateGPRLowWord(x86_gpr_ax, mulResult);
-                Word carry = policy.invert(policy.equalToZero(extract(mulResult,8,16)));
-                policy.writeFlag(x86_flag_cf, carry);
-                policy.writeFlag(x86_flag_of, carry);
-                break;
-            }
-            case 2: {
-                Word op0 = extract(policy.readGPR(x86_gpr_ax),0,16);
-                Word op1 = read16(operands0);
-                Word mulResult = policy.unsignedMultiply(op0, op1);
-                updateGPRLowWord(x86_gpr_ax, extract(mulResult,0,16));
-                updateGPRLowWord(x86_gpr_dx, extract(mulResult,16,32));
-                Word carry = policy.invert(policy.equalToZero(extract(mulResult,16,32)));
-                policy.writeFlag(x86_flag_cf, carry);
-                policy.writeFlag(x86_flag_of, carry);
-                break;
-            }
-            case 4: {
-                Word op0 = policy.readGPR(x86_gpr_ax);
-                Word op1 = read32(operands0);
-                Word mulResult = policy.unsignedMultiply(op0, op1);
-                policy.writeGPR(x86_gpr_ax, extract(mulResult,0,32));
-                policy.writeGPR(x86_gpr_dx, extract(mulResult,32,64));
-                Word carry = policy.invert(policy.equalToZero(extract(mulResult,32,64)));
-                policy.writeFlag(x86_flag_cf, carry);
-                policy.writeFlag(x86_flag_of, carry);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-            }
-            policy.writeFlag(x86_flag_sf, policy.undefined_());
-            policy.writeFlag(x86_flag_zf, policy.undefined_());
-            policy.writeFlag(x86_flag_af, policy.undefined_());
-            policy.writeFlag(x86_flag_pf, policy.undefined_());
-            break;
-        }
-
-        case x86_idiv: {
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word op0 = extract(policy.readGPR(x86_gpr_ax),0,16);
-                Word op1 = read8(operands0);
-                /* if op1 == 0, we should trap */
-                Word divResult = policy.signedDivide(op0, op1);
-                Word modResult = policy.signedModulo(op0, op1);
-                /* if result overflows, we should trap */
-                updateGPRLowWord(x86_gpr_ax, policy.concat(extract(divResult,0,8), modResult));
-                break;
-            }
-            case 2: {
-                Word op0 = policy.concat(extract(policy.readGPR(x86_gpr_ax),0,16),
-                                             extract(policy.readGPR(x86_gpr_dx),0,16));
-                Word op1 = read16(operands0);
-                /* if op1 == 0, we should trap */
-                Word divResult = policy.signedDivide(op0, op1);
-                Word modResult = policy.signedModulo(op0, op1);
-                /* if result overflows, we should trap */
-                updateGPRLowWord(x86_gpr_ax, extract(divResult,0,16));
-                updateGPRLowWord(x86_gpr_dx, modResult);
-                break;
-            }
-            case 4: {
-                Word op0 = policy.concat(policy.readGPR(x86_gpr_ax), policy.readGPR(x86_gpr_dx));
-                Word op1 = read32(operands0);
-                /* if op1 == 0, we should trap */
-                Word divResult = policy.signedDivide(op0, op1);
-                Word modResult = policy.signedModulo(op0, op1);
-                /* if result overflows, we should trap */
-                policy.writeGPR(x86_gpr_ax, extract(divResult,0,32));
-                policy.writeGPR(x86_gpr_dx, modResult);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-            }
-            policy.writeFlag(x86_flag_sf, policy.undefined_());
-            policy.writeFlag(x86_flag_zf, policy.undefined_());
-            policy.writeFlag(x86_flag_af, policy.undefined_());
-            policy.writeFlag(x86_flag_pf, policy.undefined_());
-            policy.writeFlag(x86_flag_cf, policy.undefined_());
-            policy.writeFlag(x86_flag_of, policy.undefined_());
-            break;
-        }
-
-        case x86_div: {
-            switch (numBytesInAsmType(operands0->get_type())) {
-            case 1: {
-                Word op0 = extract(policy.readGPR(x86_gpr_ax),0,16);
-                Word op1 = read8(operands0);
-                /* if op1 == 0, we should trap */
-                Word divResult = policy.unsignedDivide(op0, op1);
-                Word modResult = policy.unsignedModulo(op0, op1);
-                /* if extract<8, 16> of divResult is non-zero (overflow), we should trap */
-                updateGPRLowWord(x86_gpr_ax, policy.concat(extract(divResult,0,8), modResult));
-                break;
-            }
-            case 2: {
-                Word op0 = policy.concat(extract(policy.readGPR(x86_gpr_ax),0,16),
-                                             extract(policy.readGPR(x86_gpr_dx),0,16));
-                Word op1 = read16(operands0);
-                /* if op1 == 0, we should trap */
-                Word divResult = policy.unsignedDivide(op0, op1);
-                Word modResult = policy.unsignedModulo(op0, op1);
-                /* if extract<16, 32> of divResult is non-zero (overflow), we should trap */
-                updateGPRLowWord(x86_gpr_ax, extract(divResult,0,16));
-                updateGPRLowWord(x86_gpr_dx, modResult);
-                break;
-            }
-            case 4: {
-                Word op0 = policy.concat(policy.readGPR(x86_gpr_ax), policy.readGPR(x86_gpr_dx));
-                Word op1 = read32(operands0);
-                /* if op1 == 0, we should trap */
-                Word divResult = policy.unsignedDivide(op0, op1);
-                Word modResult = policy.unsignedModulo(op0, op1);
-                /* if extract<32, 64> of divResult is non-zero (overflow), we should trap */
-                policy.writeGPR(x86_gpr_ax, extract(divResult,0,32));
-                policy.writeGPR(x86_gpr_dx, modResult);
-                break;
-            }
-            default:
-                ROSE_ASSERT(!"Bad size");
-            }
-            policy.writeFlag(x86_flag_sf, policy.undefined_());
-            policy.writeFlag(x86_flag_zf, policy.undefined_());
-            policy.writeFlag(x86_flag_af, policy.undefined_());
-            policy.writeFlag(x86_flag_pf, policy.undefined_());
-            policy.writeFlag(x86_flag_cf, policy.undefined_());
-            policy.writeFlag(x86_flag_of, policy.undefined_());
-            break;
-        }
-
-        case x86_aaa: {
-            ROSE_ASSERT(operands.size() == 0);
-            Word incAh = policy.or_(policy.readFlag(x86_flag_af),
-                                    greaterOrEqualToTen(extract(policy.readGPR(x86_gpr_ax),0,4),4));
-            updateGPRLowWord(x86_gpr_ax,
-                             policy.concat(policy.add(policy.ite(incAh, number(6,4), number(0,4)),
-                                                      extract(policy.readGPR(x86_gpr_ax),0,4)),
-                                           policy.concat(number(0,4),
-                                                         policy.add(policy.ite(incAh, number(1,8), number(0,1)),
-                                                                    extract(policy.readGPR(x86_gpr_ax),8,16)))));
-            policy.writeFlag(x86_flag_of, policy.undefined_());
-            policy.writeFlag(x86_flag_sf, policy.undefined_());
-            policy.writeFlag(x86_flag_zf, policy.undefined_());
-            policy.writeFlag(x86_flag_pf, policy.undefined_());
-            policy.writeFlag(x86_flag_af, incAh);
-            policy.writeFlag(x86_flag_cf, incAh);
-            break;
-        }
-
-        case x86_aas: {
-            ROSE_ASSERT(operands.size() == 0);
-            Word decAh = policy.or_(policy.readFlag(x86_flag_af),
-                                    greaterOrEqualToTen(extract(policy.readGPR(x86_gpr_ax),0,4),4));
-            updateGPRLowWord(x86_gpr_ax,
-                             policy.concat(policy.add(policy.ite(decAh, number(-6,4), number(0,4)),
-                                                      extract(policy.readGPR(x86_gpr_ax),0,4)),
-                                           policy.concat(number(0,4),
-                                                         policy.add(policy.ite(decAh, number(-1,8), number(0,8)),
-                                                                    extract(policy.readGPR(x86_gpr_ax),8,16)))));
-            policy.writeFlag(x86_flag_of, policy.undefined_());
-            policy.writeFlag(x86_flag_sf, policy.undefined_());
-            policy.writeFlag(x86_flag_zf, policy.undefined_());
-            policy.writeFlag(x86_flag_pf, policy.undefined_());
-            policy.writeFlag(x86_flag_af, decAh);
-            policy.writeFlag(x86_flag_cf, decAh);
-            break;
-        }
-
-        case x86_aam: {
-            ROSE_ASSERT(operands.size() == 1);
-            Word al = extract(policy.readGPR(x86_gpr_ax),0,8);
-            Word divisor = read8(operands0);
-            Word newAh = policy.unsignedDivide(al, divisor);
-            Word newAl = policy.unsignedModulo(al, divisor);
-            updateGPRLowWord(x86_gpr_ax, policy.concat(newAl, newAh));
-            policy.writeFlag(x86_flag_of, policy.undefined_());
-            policy.writeFlag(x86_flag_af, policy.undefined_());
-            policy.writeFlag(x86_flag_cf, policy.undefined_());
-            setFlagsForResult(newAl, 8);
-            break;
-        }
-
-        case x86_aad: {
-            ROSE_ASSERT(operands.size() == 1);
-            Word al = extract(policy.readGPR(x86_gpr_ax),0,8);
-            Word ah = extract(policy.readGPR(x86_gpr_ax),8,16);
-            Word divisor = read8(operands0);
-            Word newAl = policy.add(al, extract(policy.unsignedMultiply(ah, divisor),0,8));
-            updateGPRLowWord(x86_gpr_ax, policy.concat(newAl, number(0,8)));
-            policy.writeFlag(x86_flag_of, policy.undefined_());
-            policy.writeFlag(x86_flag_af, policy.undefined_());
-            policy.writeFlag(x86_flag_cf, policy.undefined_());
-            setFlagsForResult(newAl, 8);
-            break;
-        }
-
-        case x86_bswap: {
-            ROSE_ASSERT(operands.size() == 1);
-            Word oldVal = read32(operands0);
-            Word newVal = policy.concat(extract(oldVal,24,32),
-                                            policy.concat(extract(oldVal,16,24),
-                                                          policy.concat(extract(oldVal,8,16),
-                                                                        extract(oldVal,0,8))));
-            write32(operands0, newVal);
-            break;
-        }
-
-        case x86_push: {
-            ROSE_ASSERT(operands.size() == 1);
-            ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32);
-            ROSE_ASSERT(insn->get_operandSize() == x86_insnsize_32);
-            Word oldSp = policy.readGPR(x86_gpr_sp);
-            Word newSp = policy.add(oldSp, number(-4,32));
-            policy.writeMemory(x86_segreg_ss, newSp, read32(operands0), policy.true_());
-            policy.writeGPR(x86_gpr_sp, newSp);
-            break;
-        }
-
-        case x86_pushad: {
-            ROSE_ASSERT(operands.size() == 0);
-            ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32);
-            Word oldSp = policy.readGPR(x86_gpr_sp);
-            Word newSp = policy.add(oldSp, number(-32));
-            policy.writeMemory(x86_segreg_ss, newSp, policy.readGPR(x86_gpr_di), policy.true_());
-            policy.writeMemory(x86_segreg_ss, policy.add(newSp, number(4)), policy.readGPR(x86_gpr_si), policy.true_());
-            policy.writeMemory(x86_segreg_ss, policy.add(newSp, number(8)), policy.readGPR(x86_gpr_bp), policy.true_());
-            policy.writeMemory(x86_segreg_ss, policy.add(newSp, number(12)), oldSp, policy.true_());
-            policy.writeMemory(x86_segreg_ss, policy.add(newSp, number(16)), policy.readGPR(x86_gpr_bx), policy.true_());
-            policy.writeMemory(x86_segreg_ss, policy.add(newSp, number(20)), policy.readGPR(x86_gpr_dx), policy.true_());
-            policy.writeMemory(x86_segreg_ss, policy.add(newSp, number(24)), policy.readGPR(x86_gpr_cx), policy.true_());
-            policy.writeMemory(x86_segreg_ss, policy.add(newSp, number(28)), policy.readGPR(x86_gpr_ax), policy.true_());
-            policy.writeGPR(x86_gpr_sp, newSp);
-            break;
-        }
-
-        case x86_pushfd: {
-            ROSE_ASSERT(operands.size() == 0);
-            ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32);
-            Word oldSp = policy.readGPR(x86_gpr_sp);
-            Word newSp = policy.add(oldSp, number(-4));
-            policy.writeMemory(x86_segreg_ss, newSp, readEflags(), policy.true_());
-            policy.writeGPR(x86_gpr_sp, newSp);
-            break;
-        }
-
-        case x86_pop: {
-            ROSE_ASSERT(operands.size() == 1);
-            ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32);
-            ROSE_ASSERT(insn->get_operandSize() == x86_insnsize_32);
-            Word oldSp = policy.readGPR(x86_gpr_sp);
-            Word newSp = policy.add(oldSp, number(4));
-            write32(operands0, readMemory(x86_segreg_ss, oldSp, policy.true_(),32));
-            policy.writeGPR(x86_gpr_sp, newSp);
-            break;
-        }
-
-        case x86_popad: {
-            ROSE_ASSERT(operands.size() == 0);
-            ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32);
-            Word oldSp = policy.readGPR(x86_gpr_sp);
-            Word newSp = policy.add(oldSp, number(32));
-            policy.writeGPR(x86_gpr_di, readMemory(x86_segreg_ss, oldSp, policy.true_(), 32));
-            policy.writeGPR(x86_gpr_si, readMemory(x86_segreg_ss, policy.add(oldSp, number(4)), policy.true_(), 32));
-            policy.writeGPR(x86_gpr_bp, readMemory(x86_segreg_ss, policy.add(oldSp, number(8)), policy.true_(), 32));
-            policy.writeGPR(x86_gpr_bx, readMemory(x86_segreg_ss, policy.add(oldSp, number(16)), policy.true_(), 32));
-            policy.writeGPR(x86_gpr_dx, readMemory(x86_segreg_ss, policy.add(oldSp, number(20)), policy.true_(), 32));
-            policy.writeGPR(x86_gpr_cx, readMemory(x86_segreg_ss, policy.add(oldSp, number(24)), policy.true_(), 32));
-            policy.writeGPR(x86_gpr_ax, readMemory(x86_segreg_ss, policy.add(oldSp, number(28)), policy.true_(), 32));
-            readMemory(x86_segreg_ss, policy.add(oldSp, number(12)), policy.true_(), 32);
-            policy.writeGPR(x86_gpr_sp, newSp);
-            break;
-        }
-
-        case x86_leave: {
-            ROSE_ASSERT(operands.size() == 0);
-            policy.writeGPR(x86_gpr_sp, policy.readGPR(x86_gpr_bp));
-            ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32);
-            ROSE_ASSERT(insn->get_operandSize() == x86_insnsize_32);
-            Word oldSp = policy.readGPR(x86_gpr_sp);
-            Word newSp = policy.add(oldSp, number(4));
-            policy.writeGPR(x86_gpr_bp, readMemory(x86_segreg_ss, oldSp, policy.true_(), 32));
-            policy.writeGPR(x86_gpr_sp, newSp);
-            break;
-        }
-
-        case x86_call: {
-            ROSE_ASSERT(operands.size() == 1);
-            ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32);
-            ROSE_ASSERT(insn->get_operandSize() == x86_insnsize_32);
-            Word oldSp = policy.readGPR(x86_gpr_sp);
-            Word newSp = policy.add(oldSp, number(-4));
-            policy.writeMemory(x86_segreg_ss, newSp, policy.readIP(), policy.true_());
-            policy.writeIP(policy.filterCallTarget(read32(operands0)));
-            policy.writeGPR(x86_gpr_sp, newSp);
-            break;
-        }
-
-        case x86_ret: {
-            ROSE_ASSERT(operands.size() <= 1);
-            ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32);
-            ROSE_ASSERT(insn->get_operandSize() == x86_insnsize_32);
-            Word extraBytes = (operands.size() == 1 ? read32(operands0) : number(0));
-            Word oldSp = policy.readGPR(x86_gpr_sp);
-            Word newSp = policy.add(oldSp, policy.add(number(4), extraBytes));
-            policy.writeIP(policy.filterReturnTarget(readMemory(x86_segreg_ss, oldSp, policy.true_(), 32)));
-            policy.writeGPR(x86_gpr_sp, newSp);
-            break;
-        }
-
-        case x86_loop: {
-            ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32);
-            ROSE_ASSERT(insn->get_operandSize() == x86_insnsize_32);
-            ROSE_ASSERT(operands.size() == 1);
-            Word oldCx = policy.readGPR(x86_gpr_cx);
-            Word newCx = policy.add(number(-1), oldCx);
-            policy.writeGPR(x86_gpr_cx, newCx);
-            Word doLoop = policy.invert(policy.equalToZero(newCx));
-            policy.writeIP(policy.ite(doLoop, read32(operands0), policy.readIP()));
-            break;
-        }
-        case x86_loopz: {
-            ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32);
-            ROSE_ASSERT(insn->get_operandSize() == x86_insnsize_32);
-            ROSE_ASSERT(operands.size() == 1);
-            Word oldCx = policy.readGPR(x86_gpr_cx);
-            Word newCx = policy.add(number(-1), oldCx);
-            policy.writeGPR(x86_gpr_cx, newCx);
-            Word doLoop = policy.and_(policy.invert(policy.equalToZero(newCx)), policy.readFlag(x86_flag_zf));
-            policy.writeIP(policy.ite(doLoop, read32(operands0), policy.readIP()));
-            break;
-        }
-        case x86_loopnz: {
-            ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32);
-            ROSE_ASSERT(insn->get_operandSize() == x86_insnsize_32);
-            ROSE_ASSERT(operands.size() == 1);
-            Word oldCx = policy.readGPR(x86_gpr_cx);
-            Word newCx = policy.add(number(-1), oldCx);
-            policy.writeGPR(x86_gpr_cx, newCx);
-            Word doLoop = policy.and_(policy.invert(policy.equalToZero(newCx)),
-                                         policy.invert(policy.readFlag(x86_flag_zf)));
-            policy.writeIP(policy.ite(doLoop, read32(operands0), policy.readIP()));
-            break;
-        }
-
-        case x86_jmp: {
-            ROSE_ASSERT(operands.size() == 1);
-            policy.writeIP(policy.filterIndirectJumpTarget(read32(operands0)));
-            break;
-        }
-
-
-            /* Flag expressions that must be true for a conditional jump to occur. */
-#           define FLAGCOMBO_ne    policy.invert(policy.readFlag(x86_flag_zf))
-#           define FLAGCOMBO_e     policy.readFlag(x86_flag_zf)
-#           define FLAGCOMBO_no    policy.invert(policy.readFlag(x86_flag_of))
-#           define FLAGCOMBO_o     policy.readFlag(x86_flag_of)
-#           define FLAGCOMBO_ns    policy.invert(policy.readFlag(x86_flag_sf))
-#           define FLAGCOMBO_s     policy.readFlag(x86_flag_sf)
-#           define FLAGCOMBO_po    policy.invert(policy.readFlag(x86_flag_pf))
-#           define FLAGCOMBO_pe    policy.readFlag(x86_flag_pf)
-#           define FLAGCOMBO_ae    policy.invert(policy.readFlag(x86_flag_cf))
-#           define FLAGCOMBO_b     policy.readFlag(x86_flag_cf)
-#           define FLAGCOMBO_be    policy.or_(FLAGCOMBO_b, FLAGCOMBO_e)
-#           define FLAGCOMBO_a     policy.and_(FLAGCOMBO_ae, FLAGCOMBO_ne)
-#           define FLAGCOMBO_l     policy.xor_(policy.readFlag(x86_flag_sf), policy.readFlag(x86_flag_of))
-#           define FLAGCOMBO_ge    policy.invert(policy.xor_(policy.readFlag(x86_flag_sf), policy.readFlag(x86_flag_of)))
-#           define FLAGCOMBO_le    policy.or_(FLAGCOMBO_e, FLAGCOMBO_l)
-#           define FLAGCOMBO_g     policy.and_(FLAGCOMBO_ge, FLAGCOMBO_ne)
-#           define FLAGCOMBO_cxz   policy.equalToZero(extract(policy.readGPR(x86_gpr_cx), 0, 16))
-#           define FLAGCOMBO_ecxz  policy.equalToZero(policy.readGPR(x86_gpr_cx))
-
-#           define JUMP(tag) {                                  \
-                ROSE_ASSERT(operands.size() == 1);              \
-                policy.writeIP(policy.ite(FLAGCOMBO_##tag,      \
-                                          read32(operands0),  \
-                                          policy.readIP()));    \
-            }
-        case x86_jne:   JUMP(ne);   break;
-        case x86_je:    JUMP(e);    break;
-        case x86_jno:   JUMP(no);   break;
-        case x86_jo:    JUMP(o);    break;
-        case x86_jpo:   JUMP(po);   break;
-        case x86_jpe:   JUMP(pe);   break;
-        case x86_jns:   JUMP(ns);   break;
-        case x86_js:    JUMP(s);    break;
-        case x86_jae:   JUMP(ae);   break;
-        case x86_jb:    JUMP(b);    break;
-        case x86_jbe:   JUMP(be);   break;
-        case x86_ja:    JUMP(a);    break;
-        case x86_jle:   JUMP(le);   break;
-        case x86_jg:    JUMP(g);    break;
-        case x86_jge:   JUMP(ge);   break;
-        case x86_jl:    JUMP(l);    break;
-        case x86_jcxz:  JUMP(cxz);  break;
-        case x86_jecxz: JUMP(ecxz); break;
-#           undef JUMP
-
-#           define SET(tag) {                                           \
-                ROSE_ASSERT(operands.size() == 1);                      \
-                write8(operands0, policy.concat(FLAGCOMBO_##tag, number(0,7))); \
-            }
-        case x86_setne: SET(ne); break;
-        case x86_sete:  SET(e);  break;
-        case x86_setno: SET(no); break;
-        case x86_seto:  SET(o);  break;
-        case x86_setpo: SET(po); break;
-        case x86_setpe: SET(pe); break;
-        case x86_setns: SET(ns); break;
-        case x86_sets:  SET(s);  break;
-        case x86_setae: SET(ae); break;
-        case x86_setb:  SET(b);  break;
-        case x86_setbe: SET(be); break;
-        case x86_seta:  SET(a);  break;
-        case x86_setle: SET(le); break;
-        case x86_setg:  SET(g);  break;
-        case x86_setge: SET(ge); break;
-        case x86_setl:  SET(l);  break;
-#           undef SET
-                
-#           define CMOV(tag) {                                          \
-                ROSE_ASSERT(operands.size() == 2);                      \
-                switch (numBytesInAsmType(operands0->get_type())) {   \
-                case 2: write16(operands0, policy.ite(FLAGCOMBO_##tag, read16(operands1), read16(operands0))); break; \
-                case 4: write32(operands0, policy.ite(FLAGCOMBO_##tag, read32(operands1), read32(operands0))); break; \
-                default: ROSE_ASSERT("Bad size"); break;                \
-                }                                                       \
-            }
-        case x86_cmovne:    CMOV(ne);       break;
-        case x86_cmove:     CMOV(e);        break;
-        case x86_cmovno:    CMOV(no);       break;
-        case x86_cmovo:     CMOV(o);        break;
-        case x86_cmovpo:    CMOV(po);       break;
-        case x86_cmovpe:    CMOV(pe);       break;
-        case x86_cmovns:    CMOV(ns);       break;
-        case x86_cmovs:     CMOV(s);        break;
-        case x86_cmovae:    CMOV(ae);       break;
-        case x86_cmovb:     CMOV(b);        break;
-        case x86_cmovbe:    CMOV(be);       break;
-        case x86_cmova:     CMOV(a);        break;
-        case x86_cmovle:    CMOV(le);       break;
-        case x86_cmovg:     CMOV(g);        break;
-        case x86_cmovge:    CMOV(ge);       break;
-        case x86_cmovl:     CMOV(l);        break;
-#           undef CMOV
-
-            /* The flag expressions are no longer needed */
-#           undef FLAGCOMBO_ne
-#           undef FLAGCOMBO_e
-#           undef FLAGCOMBO_ns
-#           undef FLAGCOMBO_s
-#           undef FLAGCOMBO_ae
-#           undef FLAGCOMBO_b
-#           undef FLAGCOMBO_be
-#           undef FLAGCOMBO_a
-#           undef FLAGCOMBO_l
-#           undef FLAGCOMBO_ge
-#           undef FLAGCOMBO_le
-#           undef FLAGCOMBO_g
-#           undef FLAGCOMBO_cxz
-#           undef FLAGCOMBO_ecxz
-
-        case x86_cld: {
-            ROSE_ASSERT(operands.size() == 0);
-            policy.writeFlag(x86_flag_df, policy.false_());
-            break;
-        }
-
-        case x86_std: {
-            ROSE_ASSERT(operands.size() == 0);
-            policy.writeFlag(x86_flag_df, policy.true_());
-            break;
-        }
-
-        case x86_clc: {
-            ROSE_ASSERT(operands.size() == 0);
-            policy.writeFlag(x86_flag_cf, policy.false_());
-            break;
-        }
-
-        case x86_stc: {
-            ROSE_ASSERT(operands.size() == 0);
-            policy.writeFlag(x86_flag_cf, policy.true_());
-            break;
-        }
-
-        case x86_cmc: {
-            ROSE_ASSERT(operands.size() == 0);
-            policy.writeFlag(x86_flag_cf, policy.invert(policy.readFlag(x86_flag_cf)));
-            break;
-        }
-
-        case x86_nop:
-            break;
-
-#           define STRINGOP_LOAD_SI(len, cond)                          \
-            readMemory((insn->get_segmentOverride() == x86_segreg_none ? \
-                        x86_segreg_ds :                    \
-                        insn->get_segmentOverride()),      \
-                       policy.readGPR(x86_gpr_si),         \
-                       (cond),8*len)
-            
-#           define STRINGOP_LOAD_DI(len, cond)                          \
-            readMemory(x86_segreg_es, policy.readGPR(x86_gpr_di), (cond), 8*len)
-
-            /* If true, repeat this instruction, otherwise go to the next one */
-#           define STRINGOP_LOOP_E                                      \
-            policy.writeIP(policy.ite(policy.and_(ecxNotZero, policy.readFlag(x86_flag_zf)), \
-                                      number((uint32_t)(insn->get_address())), \
-                                      policy.readIP()))
-
-            /* If true, repeat this instruction, otherwise go to the next one */
-#           define STRINGOP_LOOP_NE                                     \
-            policy.writeIP(policy.ite(policy.and_(ecxNotZero, policy.invert(policy.readFlag(x86_flag_zf))), \
-                                      number((uint32_t)(insn->get_address())), \
-                                      policy.readIP()))
-
-#           define REP_SCAS(suffix, len, repsuffix, loopmacro) {        \
-                ROSE_ASSERT(operands.size() == 0);                      \
-                ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32); \
-                Word ecxNotZero = stringop_setup_loop();             \
-                doAddOperation(extract(policy.readGPR(x86_gpr_ax),0,len*8), \
-                                          policy.invert(STRINGOP_LOAD_DI(len, ecxNotZero)), \
-                                          true,                         \
-                                          policy.false_(),              \
-                                          ecxNotZero,len*8);                 \
-                policy.writeGPR(x86_gpr_di,                             \
-                                policy.add(policy.readGPR(x86_gpr_di),  \
-                                           policy.ite(policy.readFlag(x86_flag_df), number(-(len)), number(len)))); \
-                loopmacro;                                              \
-            }
-        case x86_repne_scasb: REP_SCAS(b, 1, ne, STRINGOP_LOOP_NE); break;
-        case x86_repne_scasw: REP_SCAS(w, 2, ne, STRINGOP_LOOP_NE); break;
-        case x86_repne_scasd: REP_SCAS(d, 4, ne, STRINGOP_LOOP_NE); break;
-        case x86_repe_scasb:  REP_SCAS(b, 1, e,  STRINGOP_LOOP_E);  break;
-        case x86_repe_scasw:  REP_SCAS(w, 2, e,  STRINGOP_LOOP_E);  break;
-        case x86_repe_scasd:  REP_SCAS(d, 4, e,  STRINGOP_LOOP_E);  break;
-#           undef REP_SCAS
-
-#           define SCAS(suffix, len) {                                  \
-                ROSE_ASSERT(operands.size() == 0);                      \
-                ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32); \
-                doAddOperation(extract(policy.readGPR(x86_gpr_ax), 0, len*8), \
-                                       policy.invert(STRINGOP_LOAD_DI(len, policy.true_())), \
-                                       true,                         \
-                                       policy.false_(),              \
-                                       policy.true_(), len*8);             \
-                policy.writeGPR(x86_gpr_di,                             \
-                                policy.add(policy.readGPR(x86_gpr_di),  \
-                                           policy.ite(policy.readFlag(x86_flag_df), number(-(len)), number(len)))); \
-            }
-        case x86_scasb: SCAS(b, 1); break;
-        case x86_scasw: SCAS(w, 2); break;
-        case x86_scasd: SCAS(d, 4); break;
-#           undef SCAS
-
-#           define REP_CMPS(suffix, len, repsuffix, loopmacro) {        \
-                ROSE_ASSERT(operands.size() == 0);                      \
-                ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32); \
-                Word ecxNotZero = stringop_setup_loop();             \
-                doAddOperation(STRINGOP_LOAD_SI(len, ecxNotZero), \
-                                          policy.invert(STRINGOP_LOAD_DI(len, ecxNotZero)), \
-                                          true,                         \
-                                          policy.false_(),              \
-                                          ecxNotZero, len*8);                 \
-                policy.writeGPR(x86_gpr_si,                             \
-                                policy.add(policy.readGPR(x86_gpr_si),  \
-                                           policy.ite(ecxNotZero,       \
-                                                      policy.ite(policy.readFlag(x86_flag_df), \
-                                                                 number(-(len)), \
-                                                                 number(len)), \
-                                                      number(0)))); \
-                policy.writeGPR(x86_gpr_di,                             \
-                                policy.add(policy.readGPR(x86_gpr_di),  \
-                                           policy.ite(ecxNotZero,       \
-                                                      policy.ite(policy.readFlag(x86_flag_df), \
-                                                                 number(-(len)), \
-                                                                 number(len)), \
-                                                      number(0)))); \
-                loopmacro;                                              \
-            }
-        case x86_repne_cmpsb: REP_CMPS(b, 1, ne, STRINGOP_LOOP_NE); break;
-        case x86_repne_cmpsw: REP_CMPS(w, 2, ne, STRINGOP_LOOP_NE); break;
-        case x86_repne_cmpsd: REP_CMPS(d, 4, ne, STRINGOP_LOOP_NE); break;
-        case x86_repe_cmpsb:  REP_CMPS(b, 1, e,  STRINGOP_LOOP_E);  break;
-        case x86_repe_cmpsw:  REP_CMPS(w, 2, e,  STRINGOP_LOOP_E);  break;
-        case x86_repe_cmpsd:  REP_CMPS(d, 4, e,  STRINGOP_LOOP_E);  break;
-#           undef REP_CMPS
-
-#           define CMPS(suffix, len) {                                  \
-                ROSE_ASSERT(operands.size() == 0);                      \
-                ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32); \
-                doAddOperation(STRINGOP_LOAD_SI(len, policy.true_()), \
-                                          policy.invert(STRINGOP_LOAD_DI(len, policy.true_())), \
-                                          true,                         \
-                                          policy.false_(),              \
-                                          policy.true_(), len*8);             \
-                policy.writeGPR(x86_gpr_si,                             \
-                                policy.add(policy.readGPR(x86_gpr_si),  \
-                                           policy.ite(policy.readFlag(x86_flag_df), number(-(len)), number(len)))); \
-                policy.writeGPR(x86_gpr_di,                             \
-                                policy.add(policy.readGPR(x86_gpr_di),  \
-                                           policy.ite(policy.readFlag(x86_flag_df), number(-(len)), number(len)))); \
-            }
-        case x86_cmpsb: CMPS(b, 1); break;
-        case x86_cmpsw: CMPS(w, 2); break;
-        case x86_cmpsd: CMPS(d, 4); break;
-#           undef CMPS
-
-#           define MOVS(suffix, len) {                                  \
-                ROSE_ASSERT(operands.size() == 0);                      \
-                ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32); \
-                policy.writeMemory(x86_segreg_es,                       \
-                                   policy.readGPR(x86_gpr_di),          \
-                                   STRINGOP_LOAD_SI(len, policy.true_()), \
-                                   policy.true_());                     \
-                policy.writeGPR(x86_gpr_si,                             \
-                                policy.add(policy.readGPR(x86_gpr_si),  \
-                                           policy.ite(policy.readFlag(x86_flag_df), number(-(len)), number(len)))); \
-                policy.writeGPR(x86_gpr_di,                             \
-                                policy.add(policy.readGPR(x86_gpr_di),  \
-                                           policy.ite(policy.readFlag(x86_flag_df), number(-(len)), number(len)))); \
-            }
-        case x86_movsb: MOVS(b, 1); break;
-        case x86_movsw: MOVS(w, 2); break;
-        case x86_movsd: MOVS(d, 4); break;
-#           undef MOVS
-
-#           define REP_MOVS(suffix, len) {                              \
-                ROSE_ASSERT(operands.size() == 0);                      \
-                ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32); \
-                Word ecxNotZero = stringop_setup_loop();             \
-                policy.writeMemory(x86_segreg_es, policy.readGPR(x86_gpr_di), STRINGOP_LOAD_SI(len, ecxNotZero), ecxNotZero); \
-                policy.writeGPR(x86_gpr_si,                             \
-                                policy.add(policy.readGPR(x86_gpr_si),  \
-                                           policy.ite(ecxNotZero,       \
-                                                      policy.ite(policy.readFlag(x86_flag_df), \
-                                                                 number(-(len)), \
-                                                                 number(len)), \
-                                                      number(0)))); \
-                policy.writeGPR(x86_gpr_di,                             \
-                                policy.add(policy.readGPR(x86_gpr_di),  \
-                                           policy.ite(ecxNotZero,       \
-                                                      policy.ite(policy.readFlag(x86_flag_df), \
-                                                                 number(-(len)), \
-                                                                 number(len)), \
-                                                      number(0)))); \
-                policy.writeIP(policy.ite(ecxNotZero, /* If true, repeat this instruction, otherwise go to the next one */ \
-                                          number((uint32_t)(insn->get_address())), \
-                                          policy.readIP()));            \
-            }
-        case x86_rep_movsb: REP_MOVS(b, 1); break;
-        case x86_rep_movsw: REP_MOVS(w, 2); break;
-        case x86_rep_movsd: REP_MOVS(d, 4); break;
-#           undef MOVS
-
-        case x86_stosb: {
-            stos_semantics(insn, 1);
-            break;
-        }
-
-        case x86_rep_stosb: {
-            rep_stos_semantics(insn, 1);
-            break;
-        }
-
-        case x86_stosw: {
-            stos_semantics(insn, 2);
-            break;
-        }
-
-        case x86_rep_stosw: {
-            rep_stos_semantics(insn, 2);
-            break;
-        }
-
-        case x86_stosd: {
-            stos_semantics(insn, 4);
-            break;
-        }
-
-        case x86_rep_stosd: {
-            rep_stos_semantics(insn, 4);
-            break;
-        }
-
-#           define LODS(suffix, len, regupdate) {                       \
-                ROSE_ASSERT(operands.size() == 0);                      \
-                ROSE_ASSERT(insn->get_addressSize() == x86_insnsize_32); \
-                regupdate(x86_gpr_ax, STRINGOP_LOAD_SI(len, policy.true_())); \
-                policy.writeGPR(x86_gpr_si,                             \
-                                policy.add(policy.readGPR(x86_gpr_si),  \
-                                           policy.ite(policy.readFlag(x86_flag_df), number(-(len)), number(len)))); \
-            }
-        case x86_lodsb: LODS(b, 1, updateGPRLowByte); break;
-        case x86_lodsw: LODS(w, 2, updateGPRLowWord); break;
-        case x86_lodsd: LODS(d, 4, policy.writeGPR);  break;
-#           undef LODS
-
-#undef STRINGOP_LOAD_SI
-#undef STRINGOP_LOAD_DI
-#undef STRINGOP_UPDATE_CX
-#undef STRINGOP_LOOP_E
-#undef STRINGOP_LOOP_NE
-
-        case x86_hlt: {
-            ROSE_ASSERT(operands.size() == 0);
-            policy.hlt();
-            policy.writeIP(number((uint32_t)(insn->get_address())));
-            break;
-        }
-
-        case x86_rdtsc: {
-            ROSE_ASSERT(operands.size() == 0);
-            Word tsc = policy.rdtsc();
-            policy.writeGPR(x86_gpr_ax, extract(tsc, 0, 32));
-            policy.writeGPR(x86_gpr_dx, extract(tsc, 32, 64));
-            break;
-        }
-
-        case x86_int: {
-            ROSE_ASSERT(operands.size() == 1);
-            SgAsmByteValueExpression* bv = isSgAsmByteValueExpression(operands0);
-            ROSE_ASSERT(bv);
-            policy.interrupt(bv->get_value());
-            break;
-        }
-
-            /* This is a dummy version that should be replaced later FIXME */
-        case x86_fnstcw: {
-            ROSE_ASSERT(operands.size() == 1);
-            write16(operands0, number(0x37f,16));
-            break;
-        }
-
-        case x86_fldcw: {
-            ROSE_ASSERT(operands.size() == 1);
-            read16(operands0); /* To catch access control violations */
-            break;
-        }
-
-        default: {
-            std::cerr <<"Bad instruction 0x" <<std::hex <<insn->get_address() <<": " << insn->get_mnemonic() <<""
-                      <<" (skipping semantic analysis)\n";
-            break;
-        }
-        }
-    }
-
-    void processInstruction(SgAsmx86Instruction* insn) {
-        ROSE_ASSERT(insn);
-        policy.startInstruction(insn);
-        translate(insn);
-        policy.finishInstruction(insn);
-    }
-
-#if 0
-    void processBlock(const SgAsmStatementPtrList& stmts, size_t begin, size_t end) {
-        if (begin == end) return;
-        policy.startBlock(stmtsbegin->get_address());
-        for (size_t i = begin; i < end; ++i) {
-            processInstruction(isSgAsmx86Instruction(stmtsi));
-        }
-        policy.finishBlock(stmtsbegin->get_address());
-    }
-#endif
-
-    static bool isRepeatedStringOp(SgAsmx86Instruction* insn) {
-        if (!insn) return false;
-        switch (insn->get_kind()) {
-        case x86_repe_cmpsb: return true;
-        case x86_repe_cmpsd: return true;
-        case x86_repe_cmpsq: return true;
-        case x86_repe_cmpsw: return true;
-        case x86_repe_scasb: return true;
-        case x86_repe_scasd: return true;
-        case x86_repe_scasq: return true;
-        case x86_repe_scasw: return true;
-        case x86_rep_insb: return true;
-        case x86_rep_insd: return true;
-        case x86_rep_insw: return true;
-        case x86_rep_lodsb: return true;
-        case x86_rep_lodsd: return true;
-        case x86_rep_lodsq: return true;
-        case x86_rep_lodsw: return true;
-        case x86_rep_movsb: return true;
-        case x86_rep_movsd: return true;
-        case x86_rep_movsq: return true;
-        case x86_rep_movsw: return true;
-        case x86_repne_cmpsb: return true;
-        case x86_repne_cmpsd: return true;
-        case x86_repne_cmpsq: return true;
-        case x86_repne_cmpsw: return true;
-        case x86_repne_scasb: return true;
-        case x86_repne_scasd: return true;
-        case x86_repne_scasq: return true;
-        case x86_repne_scasw: return true;
-        case x86_rep_outsb: return true;
-        case x86_rep_outsd: return true;
-        case x86_rep_outsw: return true;
-        case x86_rep_stosb: return true;
-        case x86_rep_stosd: return true;
-        case x86_rep_stosq: return true;
-        case x86_rep_stosw: return true;
-        default: return false;
-        }
-    }
-
-    static bool isHltOrInt(SgAsmx86Instruction* insn) {
-        if (!insn) return false;
-        switch (insn->get_kind()) {
-        case x86_hlt: return true;
-        case x86_int: return true;
-        default: return false;
-        }
-    }
-
-#if 0
-    void processBlock(SgAsmBlock* b) {
-        const SgAsmStatementPtrList& stmts = b->get_statementList();
-        if (stmts.empty()) return;
-        if (!isSgAsmInstruction(stmts0)) return; /* A block containing functions or something */
-        size_t i = 0;
-        while (i < stmts.size()) {
-            size_t oldI = i;
-            /* Advance until either i points to a repeated string op or it is just after a hlt or int */
-            while (i < stmts.size() && !isRepeatedStringOp(stmtsi) && (i == oldI || !isHltOrInt(stmtsi - 1))) ++i;
-            processBlock(stmts, oldI, i);
-            if (i >= stmts.size()) break;
-            if (isRepeatedStringOp(stmtsi)) {
-                processBlock(stmts, i, i + 1);
-                ++i;
-            }
-            ROSE_ASSERT(i != oldI);
-        }
-    }
-#endif
-
-
-};
-
-#endif // ROSE_X86INSTRUCTIONSEMANTICS_H

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/src/Operations.h Deleted

@@ -1,69 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#if !defined(OPERATION_H)
-#define OPERATION_H
-
-#include "Absloc.h"
-
-namespace Dyninst {
-
-using namespace InstructionAPI;
-
-// NOTE: this is NOT the instructionAPI operation. This is a
-// single-definition component of an instruction.
-
-class Operation {
- public:
-    typedef boost::shared_ptr<Operation> Ptr;
-    typedef std::set<Operation::Ptr> OperationSet;
-
-    DATAFLOW_EXPORT static decompose(Instruction::Ptr insn,
-                     Address addr,
-                     OperationSet &ops);
-
-    DATAFLOW_EXPORT std::string format() const;
-    DATAFLOW_EXPORT Address addr() const { return addr_; }
-    DATAFLOW_EXPORT Instruction::Ptr insn() const { return insn_; }
-    DATAFLOW_EXPORT Absloc::Ptr absloc() const { return absloc_; }
-
-    DATAFLOW_EXPORT Operation(Instruction::Ptr insn,
-              Address addr,
-              Absloc::Ptr absloc) :
-        insn_(insn), addr_(addr), absloc_(absloc) {};
-
- private:
-    Instruction::Ptr insn_;
-    Address addr_;
-    Absloc::Ptr absloc_;
-};
-};
-
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/make.test.module.tmpl Deleted

@@ -1,39 +0,0 @@
-# 
-# Common makefile template for dyninst Tests.  This file is not intended to
-# be a useful Makefile in isolation; instead, it should be included
-# from within an architecture-specific Makefile.
-#
-# $Id: make.module.tmpl,v 1.26 2008/02/20 08:31:02 jaw Exp $
-#
-
-SUITE_NAME	= DynC
-RELEASE_NUM	= 5.00
-#BUILD_MARK should be (re-)defined in core/make.config.local rather than here!
-
-SRCS	     += ../$(TARGET).C
-
-IFLAGS	     += -I$(TO_CORE)/dyninstAPI/h
-IFLAGS	     += -I$(TO_CORE)/dyninstAPI/src 
-IFLAGS      += -I$(TO_CORE)/symtabAPI/h 
-IFLAGS      += -I$(TO_CORE)/dynutil/h
-IFLAGS      += -I$(TO_CORE)/commandAPI/h
-IFLAGS      += -I$(TO_CORE)/commandAPI/src
-IFLAGS	     += -I$(TO_CORE)/instructionAPI/h 
-
-CXXFLAGS     += $(BASICWARNINGS)
-CFLAGS       += $(BASICWARNINGS)
-
-# GCC has a new mangled name squisher (-fsquangle) which can be 
-# set to "on" by default. This causes linker problems, so we
-# default to "off".
-
-ifdef GCC_2_95
-CFLAGS		+= -fno-squangle
-CXXFLAGS	+= -fno-squangle
-endif
-
-LIBS         += -ldyninstAPI -lsymtabAPI -lcommon -L$(TO_CORE)/dynCAPI/$(PLATFORM) -ldynCAPI
-
-SYSLIBS      += -liberty -L$(TCLTK_LIB_DIR) $(TCL_LIB) 
-
-all: $(TARGET)

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/i386-unknown-linux2.4 Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/i386-unknown-linux2.4/Makefile Deleted

@@ -1,36 +0,0 @@
-BASE            = 
-DYNINST_ROOT    = ../../../..
-CXX             = g++
-CXXFLAGS        = -g -Wall -Dos_linux=24 -Wall -fno-inline
-INCLUDE         =
-LDFLAGS         =
-
-PLATFORM        = i386-unknown-linux2.4
-DYNLDFLAGS      = -L/p/paradyn/packages/libelf/lib\
-                  -L/p/paradyn/packages/libdwarf/lib\
-                  -L$(DYNINST_ROOT)/$(PLATFORM)/lib\
-                  -lelf -ldwarf -lcommon -linstructionAPI -lsymtabAPI\
-                  -lparseAPI -ldyninstAPI -ldynC_API
-DYNINCLUDE      = -I$(DYNINST_ROOT)/dyninst/dyninstAPI/h -I$(DYNINST_ROOT)/include 
-
-#DYNCXXFLAGS     += -Dos_linux=24 -Wall -o -Darch_x86_64
-
-TARG            = myMutatee myMutator
-#V               = @  #Verbose (comment to make verbose)
-
-all: $(TARG)
-
-%.o:../%.cpp
-	@echo + cc $<
-	$(V)$(CXX) -c $(CXXFLAGS) $(INCLUDE) $(DYNINCLUDE) -o $@ $<
-
-myMutatee: testMutatee.o
-	@echo + ld $@
-	$(V)$(CXX) $(CXXFLAGS) $(LDFLAGS) -o $@ $^
-
-myMutator: testMutator.o
-	@echo + ld $@
-	$(V)$(CXX) $(CXXFLAGS) $(LDFLAGS) $(DYNLDFLAGS) -o $@ $^
-
-clean:
-	rm -f *.o core.* $(TARG)

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/i386-unknown-nt4.0 Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/i386-unknown-nt4.0/Makefile Deleted

@@ -1,36 +0,0 @@
-BASE            = 
-DYNINST_ROOT    = ../../../..
-CXX             = g++
-CXXFLAGS        = -g -Wall -Dos_linux=24 -Wall -Darch_x86_64 -fno-inline
-INCLUDE         =
-LDFLAGS         =
-
-PLATFORM        = i386-unknown-nt4.0
-DYNLDFLAGS      = -L/p/paradyn/packages/libelf/lib\
-                  -L/p/paradyn/packages/libdwarf/lib\
-                  -L$(DYNINST_ROOT)/$(PLATFORM)/lib\
-                  -lelf -ldwarf -lcommon -linstructionAPI -lsymtabAPI\
-                  -lparseAPI -ldyninstAPI -ldynC_API
-DYNINCLUDE      = -I$(DYNINST_ROOT)/dyninst/dyninstAPI/h -I$(DYNINST_ROOT)/include 
-
-#DYNCXXFLAGS     += -Dos_linux=24 -Wall -o -Darch_x86_64
-
-TARG            = myMutatee myMutator
-#V               = @  #Verbose (comment to make verbose)
-
-all: $(TARG)
-
-%.o:../%.cpp
-	@echo + cc $<
-	$(V)$(CXX) -c $(CXXFLAGS) $(INCLUDE) $(DYNINCLUDE) -o $@ $<
-
-myMutatee: testMutatee.o
-	@echo + ld $@
-	$(V)$(CXX) $(CXXFLAGS) $(LDFLAGS) -o $@ $^
-
-myMutator: testMutator.o
-	@echo + ld $@
-	$(V)$(CXX) $(CXXFLAGS) $(LDFLAGS) $(DYNLDFLAGS) -o $@ $^
-
-clean:
-	rm -f *.o core.* $(TARG)

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/i386-unknown-winXP Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/i386-unknown-winXP/Makefile Deleted

@@ -1,36 +0,0 @@
-BASE            = 
-DYNINST_ROOT    = ../../../..
-CXX             = g++
-CXXFLAGS        = -g -Wall -Dos_linux=24 -Wall -Darch_x86_64 -fno-inline
-INCLUDE         =
-LDFLAGS         =
-
-PLATFORM        = i386-unknown-winXP
-DYNLDFLAGS      = -L/p/paradyn/packages/libelf/lib\
-                  -L/p/paradyn/packages/libdwarf/lib\
-                  -L$(DYNINST_ROOT)/$(PLATFORM)/lib\
-                  -lelf -ldwarf -lcommon -linstructionAPI -lsymtabAPI\
-                  -lparseAPI -ldyninstAPI -ldynC_API
-DYNINCLUDE      = -I$(DYNINST_ROOT)/dyninst/dyninstAPI/h -I$(DYNINST_ROOT)/include 
-
-#DYNCXXFLAGS     += -Dos_linux=24 -Wall -o -Darch_x86_64
-
-TARG            = myMutatee myMutator
-#V               = @  #Verbose (comment to make verbose)
-
-all: $(TARG)
-
-%.o:../%.cpp
-	@echo + cc $<
-	$(V)$(CXX) -c $(CXXFLAGS) $(INCLUDE) $(DYNINCLUDE) -o $@ $<
-
-myMutatee: testMutatee.o
-	@echo + ld $@
-	$(V)$(CXX) $(CXXFLAGS) $(LDFLAGS) -o $@ $^
-
-myMutator: testMutator.o
-	@echo + ld $@
-	$(V)$(CXX) $(CXXFLAGS) $(LDFLAGS) $(DYNLDFLAGS) -o $@ $^
-
-clean:
-	rm -f *.o core.* $(TARG)

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/ppc32_linux Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/ppc32_linux/Makefile Deleted

@@ -1,36 +0,0 @@
-BASE            = 
-DYNINST_ROOT    = ../../../..
-CXX             = g++
-CXXFLAGS        = -g -Wall -Dos_linux=24 -Wall -Darch_x86_64 -fno-inline
-INCLUDE         =
-LDFLAGS         =
-
-PLATFORM        = ppc32_linux
-DYNLDFLAGS      = -L/p/paradyn/packages/libelf/lib\
-                  -L/p/paradyn/packages/libdwarf/lib\
-                  -L$(DYNINST_ROOT)/$(PLATFORM)/lib\
-                  -lelf -ldwarf -lcommon -linstructionAPI -lsymtabAPI\
-                  -lparseAPI -ldyninstAPI -ldynC_API
-DYNINCLUDE      = -I$(DYNINST_ROOT)/dyninst/dyninstAPI/h -I$(DYNINST_ROOT)/include 
-
-#DYNCXXFLAGS     += -Dos_linux=24 -Wall -o -Darch_x86_64
-
-TARG            = myMutatee myMutator
-#V               = @  #Verbose (comment to make verbose)
-
-all: $(TARG)
-
-%.o:../%.cpp
-	@echo + cc $<
-	$(V)$(CXX) -c $(CXXFLAGS) $(INCLUDE) $(DYNINCLUDE) -o $@ $<
-
-myMutatee: testMutatee.o
-	@echo + ld $@
-	$(V)$(CXX) $(CXXFLAGS) $(LDFLAGS) -o $@ $^
-
-myMutator: testMutator.o
-	@echo + ld $@
-	$(V)$(CXX) $(CXXFLAGS) $(LDFLAGS) $(DYNLDFLAGS) -o $@ $^
-
-clean:
-	rm -f *.o core.* $(TARG)

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/ppc64_linux Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/ppc64_linux/Makefile Deleted

@@ -1,36 +0,0 @@
-BASE            = 
-DYNINST_ROOT    = ../../../..
-CXX             = g++
-CXXFLAGS        = -g -Wall -Dos_linux=24 -Wall -Darch_x86_64 -fno-inline
-INCLUDE         =
-LDFLAGS         =
-
-PLATFORM        = ppc64_linux
-DYNLDFLAGS      = -L/p/paradyn/packages/libelf/lib\
-                  -L/p/paradyn/packages/libdwarf/lib\
-                  -L$(DYNINST_ROOT)/$(PLATFORM)/lib\
-                  -lelf -ldwarf -lcommon -linstructionAPI -lsymtabAPI\
-                  -lparseAPI -ldyninstAPI -ldynC_API
-DYNINCLUDE      = -I$(DYNINST_ROOT)/dyninst/dyninstAPI/h -I$(DYNINST_ROOT)/include 
-
-#DYNCXXFLAGS     += -Dos_linux=24 -Wall -o -Darch_x86_64
-
-TARG            = myMutatee myMutator
-#V               = @  #Verbose (comment to make verbose)
-
-all: $(TARG)
-
-%.o:../%.cpp
-	@echo + cc $<
-	$(V)$(CXX) -c $(CXXFLAGS) $(INCLUDE) $(DYNINCLUDE) -o $@ $<
-
-myMutatee: testMutatee.o
-	@echo + ld $@
-	$(V)$(CXX) $(CXXFLAGS) $(LDFLAGS) -o $@ $^
-
-myMutator: testMutator.o
-	@echo + ld $@
-	$(V)$(CXX) $(CXXFLAGS) $(LDFLAGS) $(DYNLDFLAGS) -o $@ $^
-
-clean:
-	rm -f *.o core.* $(TARG)

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/testMutatee.cpp Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/testMutator.cpp Deleted

@@ -1,135 +0,0 @@
-//tester.C
-#include <iostream>
-#include <fstream>
-#include <string>
-
-#include "dynC.h"
-#include "BPatch.h"
-#include "BPatch_process.h"
-#include "BPatch_snippet.h"
-#include "BPatch_function.h"
-
-#define STATEMENT_PATH "../testStatements"
-#define STATEMENT_PATH_2 "../testStatements2"
-const char *MUTATEE_PATH = "myMutatee";
-const char *MUTATEE_ARGS3;
-const char *MODULE_NAME = "testMutatee.cpp";
-
-
-BPatch bpatch;
-
-int main(){
-
-   using std::string;
-   using std::ifstream;
-   using std::cout;
-   using std::endl;
-   using std::getline;
-
-   ifstream myfile(STATEMENT_PATH);
-   ifstream myfile2(STATEMENT_PATH_2);
-
-   FILE *myCFILE = fopen(STATEMENT_PATH, "r");
-
-//  cout << "Starting binary " << MUTATEE_PATH  << "... ";
-  BPatch_addressSpace * appProc;
-  bool rewrite = false;
-  if(rewrite){
-     appProc = bpatch.openBinary(MUTATEE_PATH, true);
-  }else{
-     appProc = bpatch.processCreate(MUTATEE_PATH, MUTATEE_ARGS);
-  }
-//  cout << "complete" << endl;
-  if (!appProc) return -1;
-
-  BPatch_image *appImage = appProc->getImage();
-  BPatch_module *mutatee = appImage->findModule(MODULE_NAME);
-
-  if (mutatee == NULL){cout << "Bad Mutatee!" << endl;}
-
-  const std::vector<BPatch_function *> * functions = mutatee->getProcedures();  
-      
-  
-  appProc->malloc(*appImage->findType("long"), std::string("globalVar"));
-  
-  
-  std::vector<BPatch_point *> * entry_points = (*functions)0->findPoint(BPatch_entry);
-  std::vector<BPatch_point *> * exit_points = (*functions)0->findPoint(BPatch_exit);;
-  
-  for(unsigned int n = 1; n < functions->size(); n++){
-     entry_points->push_back((*(*functions)n->findPoint(BPatch_entry))0);
-     exit_points->push_back((*(*functions)n->findPoint(BPatch_exit))0);
-  }
-
-  
-/////////////////////////////////////////////////////////
-  std::map<BPatch_point *, BPatch_snippet *> *entry_snippets, exit_snippets;
-  entry_snippets = dynC_API::createSnippet(myCFILE,  *entry_points);
-//  BPatch_snippet *testSn = dynC_API::createSnippet(fileString,  *(*entry_points)0);
-  if(entry_snippets == NULL){
-     fprintf(stderr, "entry_snippets is null.\n");
-     exit(-1);
-  }
-  std::map<BPatch_point *, BPatch_snippet *>::iterator it;
-  for(it = entry_snippets->begin(); it != entry_snippets->end(); ++it){
-     if((*it).first == NULL){
-        fprintf(stderr, "point is null.\n");
-        exit(-1);
-     }
-     if((*it).second == NULL){
-        fprintf(stderr, "snippet is null.\n");
-     } else{
-        printf("Snippet inserted\n");
-        char funcName512;
-        printf("Point's function is %s.\n",((*it).first)->getFunction()->getName(funcName, 512));
-        BPatchSnippetHandle *handle = appProc->insertSnippet(*(*it).second, *(*it).first);     
-        printf("Handle is %s.\n", handle == NULL ? "null": "not null");
-     }
-  }
-
-/*
-  for(unsigned int i = 0; i < entry_points->size(); ++i){
-     if((*entry_points)i == NULL){
-        printf("entry point %d is null \n", i);
-     }
-     BPatch_snippet *entrySnippet = dynC_API::createSnippet(fileString, *(*entry_points)i);
-     if (entrySnippet != NULL){
-        appProc->insertSnippet(*entrySnippet, *(*entry_points)i);       
-     }
-     BPatch_snippet *exitSnippet= dynC_API::createSnippet(fileString2.c_str(), *(*exit_points)i, "exitSnippet");
-     if (exitSnippet != NULL){
-        appProc->insertSnippet(*exitSnippet, *(*exit_points)i);       
-     }
-
-//     BPatch_snippet *auxSnippet = dynC_API::createSnippet(&myfile2, "AuxSnippet");
-   }
-*/       
-/////////////////////////////////////////////////////////
-
-
-//  appProc->insertSnippet(*auxSnippet, *exit_points);
-
-
-  printf("Snippet's inserted!\n");
-  if(!rewrite){
-     BPatch_process *aProc = static_cast<BPatch_process *>(appProc);
-     aProc->continueExecution();
-
-  while (!aProc->isTerminated()){
-     bpatch.waitForStatusChange();
-  }
-
-  if (aProc->terminationStatus() == ExitedNormally) {
-     printf("Application exited with code %d\n", aProc->getExitCode());
-  } else if (aProc->terminationStatus() == ExitedViaSignal)  {
-     printf("!!! Application exited with signal %d\n", aProc->getExitSignal());
-  } else {
-     printf("Unknown application exit\n");
-  }
-  }else{
-     BPatch_binaryEdit *aProc = static_cast<BPatch_binaryEdit *>(appProc);
-     aProc->writeFile("myMutatee.out");
-  }
-
-   return 0;
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/testStatements Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/testStatements2 Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/testStatements3 Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/x86_64-unknown-linux2.4 Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/x86_64-unknown-linux2.4/Makefile Deleted

@@ -1,36 +0,0 @@
-BASE            = 
-DYNINST_ROOT    = ../../../..
-CXX             = g++
-CXXFLAGS        = -g -Wall -Dos_linux=24 -Wall -Darch_x86_64 -fno-inline
-INCLUDE         =
-LDFLAGS         =
-
-PLATFORM        = x86_64-unknown-linux2.4
-DYNLDFLAGS      = -L/p/paradyn/packages/libelf/lib\
-                  -L/p/paradyn/packages/libdwarf/lib\
-                  -L$(DYNINST_ROOT)/$(PLATFORM)/lib\
-                  -lelf -ldwarf -lcommon -linstructionAPI -lsymtabAPI\
-                  -lparseAPI -ldyninstAPI -ldynC_API
-DYNINCLUDE      = -I$(DYNINST_ROOT)/dyninst/dyninstAPI/h -I$(DYNINST_ROOT)/include 
-
-#DYNCXXFLAGS     += -Dos_linux=24 -Wall -o -Darch_x86_64
-
-TARG            = myMutatee myMutator
-#V               = @  #Verbose (comment to make verbose)
-
-all: $(TARG)
-
-%.o:../%.cpp
-	@echo + cc $<
-	$(V)$(CXX) -c $(CXXFLAGS) $(INCLUDE) $(DYNINCLUDE) -o $@ $<
-
-myMutatee: testMutatee.o
-	@echo + ld $@
-	$(V)$(CXX) $(CXXFLAGS) $(LDFLAGS) -o $@ $^
-
-myMutator: testMutator.o
-	@echo + ld $@
-	$(V)$(CXX) $(CXXFLAGS) $(LDFLAGS) $(DYNLDFLAGS) -o $@ $^
-
-clean:
-	rm -f *.o core.* $(TARG)

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/tests/x86_64-unknown-linux2.4/foo.txt Deleted

@@ -1,254 +0,0 @@
-Starting binary myMutatee... complete
-Entry to parseStabTypes for ld-linux-x86-64.so.2
-	 Parsing 0 stab entries
-Entry to parseStabTypes for myMutatee
-	 Parsing 0 stab entries
-Type lookup for dynC_internal_0 returned (nil)
- bpatch type is <no type>
-findOrCreateVar(dynC_internal_0) returned 0x1c46e8f0
-Entry to parseStabTypes for libc.so.6
-	 Parsing 0 stab entries
-Type lookup for array returned 0x1c46f4d0 
- bpatch type is 
-findOrCreateVar(array) returned 0x1c459660
-findOrCreateVar(array) returned 0x1c459660
-Type lookup for hi returned 0x1bf6c160 int
- bpatch type is int
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-Type lookup for dynC_mangled_i_TestSnippet_int3_local returned (nil)
- bpatch type is <no type>
-findOrCreateVar(dynC_mangled_i_TestSnippet_int3_local) returned 0x1c463480
-findOrCreateVar(dynC_internal_0) returned 0x1c46e8f0
-findOrCreateVar(dynC_internal_0) returned 0x1c46e8f0
-findOrCreateVar(dynC_mangled_i_TestSnippet_int3_local) returned 0x1c463480
-findOrCreateVar(array) returned 0x1c459660
-findOrCreateVar(array) returned 0x1c459660
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(dynC_mangled_i_TestSnippet_int3_local) returned 0x1c463480
-findOrCreateVar(dynC_internal_0) returned 0x1c46e8f0
-findOrCreateVar(dynC_internal_0) returned 0x1c46e8f0
-findOrCreateVar(dynC_mangled_i_TestSnippet_int3_local) returned 0x1c463480
-findOrCreateVar(array) returned 0x1c459660
-findOrCreateVar(array) returned 0x1c459660
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(dynC_mangled_i_TestSnippet_int3_local) returned 0x1c463480
-findOrCreateVar(dynC_internal_0) returned 0x1c46e8f0
-findOrCreateVar(dynC_internal_0) returned 0x1c46e8f0
-findOrCreateVar(dynC_mangled_i_TestSnippet_int3_local) returned 0x1c463480
-findOrCreateVar(array) returned 0x1c459660
-findOrCreateVar(array) returned 0x1c459660
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(dynC_mangled_i_TestSnippet_int3_local) returned 0x1c463480
-findOrCreateVar(dynC_internal_0) returned 0x1c46e8f0
-findOrCreateVar(dynC_internal_0) returned 0x1c46e8f0
-findOrCreateVar(dynC_mangled_i_TestSnippet_int3_local) returned 0x1c463480
-findOrCreateVar(array) returned 0x1c459660
-findOrCreateVar(array) returned 0x1c459660
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(dynC_mangled_i_TestSnippet_int3_local) returned 0x1c463480
-findOrCreateVar(dynC_internal_0) returned 0x1c46e8f0
-findOrCreateVar(dynC_internal_0) returned 0x1c46e8f0
-findOrCreateVar(dynC_mangled_i_TestSnippet_int3_local) returned 0x1c463480
-findOrCreateVar(array) returned 0x1c459660
-findOrCreateVar(array) returned 0x1c459660
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(dynC_mangled_i_TestSnippet_int3_local) returned 0x1c463480
-findOrCreateVar(dynC_internal_0) returned 0x1c46e8f0
-findOrCreateVar(dynC_internal_0) returned 0x1c46e8f0
-findOrCreateVar(dynC_mangled_i_TestSnippet_int3_local) returned 0x1c463480
-findOrCreateVar(array) returned 0x1c459660
-findOrCreateVar(array) returned 0x1c459660
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(dynC_mangled_i_TestSnippet_int3_local) returned 0x1c463480
-findOrCreateVar(dynC_internal_0) returned 0x1c46e8f0
-findOrCreateVar(dynC_internal_0) returned 0x1c46e8f0
-findOrCreateVar(dynC_mangled_i_TestSnippet_int3_local) returned 0x1c463480
-findOrCreateVar(array) returned 0x1c459660
-findOrCreateVar(array) returned 0x1c459660
-mangled = dynC_mangled_i_TestSnippet_int3_local
-Array name = int
-BPatch_DyninstAllocateArray: arrayName = dynC_mangled_i_TestSnippet_int3_local. typeName = int. size = 3. arrayTypeName = int3.
-BPatch_variableExpr is null? no
-BPatch_DyninstAllocateArray: Var type: int3
-*** array (0x1c459660) (0x1c459660):
-*** array (varExpr)
-*** array (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: 
-BPatch_DyninstArrayRef: has replaceNode? false
-BPatch_DyninstArrayRef: Arg0 type:typeArray
-*** hi (0x1c45e6b0) (0x1c45e6b0):
-*** hi (varExpr)
-*** hi (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: int
-*** hi (0x1c45e6b0) (0x1c45e6b0):
-*** hi (varExpr)
-*** hi (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: int
-*** array (0x1c459660) (0x1c459660):
-*** array (varExpr)
-*** array (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: 
-BPatch_DyninstArrayRef: has replaceNode? false
-BPatch_DyninstArrayRef: Arg0 type:typeArray
-*** hi (0x1c45e6b0) (0x1c45e6b0):
-*** hi (varExpr)
-*** hi (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: int
-*** hi (0x1c45e6b0) (0x1c45e6b0):
-*** hi (varExpr)
-*** hi (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: int
-*** array (0x1c459660) (0x1c459660):
-*** array (varExpr)
-*** array (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: 
-BPatch_DyninstArrayRef: has replaceNode? false
-BPatch_DyninstArrayRef: Arg0 type:typeArray
-*** hi (0x1c45e6b0) (0x1c45e6b0):
-*** hi (varExpr)
-*** hi (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: int
-*** hi (0x1c45e6b0) (0x1c45e6b0):
-*** hi (varExpr)
-*** hi (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: int
-*** array (0x1c459660) (0x1c459660):
-*** array (varExpr)
-*** array (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: 
-BPatch_DyninstArrayRef: has replaceNode? false
-BPatch_DyninstArrayRef: Arg0 type:typeArray
-*** hi (0x1c45e6b0) (0x1c45e6b0):
-*** hi (varExpr)
-*** hi (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: int
-*** hi (0x1c45e6b0) (0x1c45e6b0):
-*** hi (varExpr)
-*** hi (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: int
-*** array (0x1c459660) (0x1c459660):
-*** array (varExpr)
-*** array (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: 
-BPatch_DyninstArrayRef: has replaceNode? false
-BPatch_DyninstArrayRef: Arg0 type:typeArray
-*** hi (0x1c45e6b0) (0x1c45e6b0):
-*** hi (varExpr)
-*** hi (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: int
-*** hi (0x1c45e6b0) (0x1c45e6b0):
-*** hi (varExpr)
-*** hi (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: int
-*** array (0x1c459660) (0x1c459660):
-*** array (varExpr)
-*** array (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: 
-BPatch_DyninstArrayRef: has replaceNode? false
-BPatch_DyninstArrayRef: Arg0 type:typeArray
-*** hi (0x1c45e6b0) (0x1c45e6b0):
-*** hi (varExpr)
-*** hi (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: int
-*** hi (0x1c45e6b0) (0x1c45e6b0):
-*** hi (varExpr)
-*** hi (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: int
-*** array (0x1c459660) (0x1c459660):
-*** array (varExpr)
-*** array (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: 
-BPatch_DyninstArrayRef: has replaceNode? false
-BPatch_DyninstArrayRef: Arg0 type:typeArray
-*** hi (0x1c45e6b0) (0x1c45e6b0):
-*** hi (varExpr)
-*** hi (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: int
-*** hi (0x1c45e6b0) (0x1c45e6b0):
-*** hi (varExpr)
-*** hi (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: int
-*** array (0x1c459660) (0x1c459660):
-*** array (varExpr)
-*** array (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: 
-BPatch_DyninstArrayRef: has replaceNode? false
-BPatch_DyninstAfindOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(hi) returned 0x1c45e6b0
-findOrCreateVar(dynC_mangled_i_TestSnippet_int3_local) returned 0x1c463480
-Welcome to testMutatee.cpp!
-4
-4
-4
-4
-4
-4
-4
-4
-4
-4
-4
-4
-4
-4
-4
-4
-4
-rrayRef: Arg0 type:typeArray
-*** hi (0x1c45e6b0) (0x1c45e6b0):
-*** hi (varExpr)
-*** hi (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: int
-*** hi (0x1c45e6b0) (0x1c45e6b0):
-*** hi (varExpr)
-*** hi (varExprGbl)
-BPatch_variableExpr is null? no
-BPatch_AppVar: varExpr type is: int
-Snippet's inserted!
-Application exited with code 0

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_dependenceGraphEdge.h Deleted

@@ -1,59 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#ifndef _BPatch_dependenceGraphEdge_h_
-#define _BPatch_dependenceGraphEdge_h_
-
-//#include "BPatch_dependenceGraphNode.h"
-#include "BPatch_eventLock.h"
-
-
-class BPatch_dependenceGraphNode;
-
-#ifdef DYNINST_CLASS_NAME
-#undef DYNINST_CLASS_NAME
-#endif
-#define DYNINST_CLASS_NAME BPatch_dependenceGraphEdge
-
-class BPATCH_DLL_EXPORT BPatch_dependenceGraphEdge: public BPatch_eventLock {
- public:
-  BPatch_dependenceGraphNode* source;
-  BPatch_dependenceGraphNode* target;
-
-  API_EXPORT_CTOR(Int,(src,trgt),
-  BPatch_dependenceGraphEdge,(BPatch_dependenceGraphNode* src, BPatch_dependenceGraphNode* trgt));
-
-  API_EXPORT(Int,(),
-  BPatch_dependenceGraphNode*,getSource,());
-
-  API_EXPORT(Int,(),
-  BPatch_dependenceGraphNode*,getTarget,());
-};
-#endif // _BPatch_dependenceGraphEdge_h_

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_dependenceGraphNode.h Deleted

@@ -1,86 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#ifndef _BPatch_dependenceGraphNode_h_
-#define _BPatch_dependenceGraphNode_h_
-
-#include "BPatch_instruction.h"
-#include "BPatch_Vector.h"
-#include "BPatch_eventLock.h"
-//#include "BPatch_dependenceGraphEdge.h"
-
-class BPatch_dependenceGraphEdge;
-
-#ifdef DYNINST_CLASS_NAME
-#undef DYNINST_CLASS_NAME
-#endif
-#define DYNINST_CLASS_NAME BPatch_dependenceGraphNode
-
-class BPATCH_DLL_EXPORT BPatch_dependenceGraphNode: public BPatch_eventLock {
-
-
-  BPatch_instruction* bpinst;
-  BPatch_Vector<BPatch_dependenceGraphEdge*>* incoming;
-  BPatch_Vector<BPatch_dependenceGraphEdge*>* outgoing;
-
- public:
-  BPatch_Vector<BPatch_dependenceGraphEdge*>* inter;
-
-  // BPatch_dependenceGraphNode::BPatch_dependenceGraphNode
-  //
-  // constructor
-
-  API_EXPORT_CTOR(Int,(inst),
-  BPatch_dependenceGraphNode,(BPatch_instruction* inst));
-
-  API_EXPORT_CTOR(Int,(inst,incList,outList),
-  BPatch_dependenceGraphNode,(BPatch_instruction* inst,BPatch_Vector<BPatch_dependenceGraphEdge*>* incList,BPatch_Vector<BPatch_dependenceGraphEdge*>* outList));
-
-  API_EXPORT_V(Int,(out),
-  void, getOutgoingEdges,(BPatch_Vector<BPatch_dependenceGraphEdge*>& out))
-  
-  API_EXPORT_V(Int,(inc),
-  void, getIncomingEdges,(BPatch_Vector<BPatch_dependenceGraphEdge*>& inc))
-
-  API_EXPORT(Int,(other_node),
-  bool,isImmediateSuccessor,(BPatch_instruction * other_node));
-
-  API_EXPORT(Int,(other_node),
-  bool,isImmediatePredecessor,(BPatch_instruction * other_node));
-
-  API_EXPORT(Int,(),
-  BPatch_instruction*,getBPInstruction,());
-
-  bool addToIncoming(BPatch_dependenceGraphNode* other_instruction);
-
-  bool addToOutgoing(BPatch_dependenceGraphNode* other_instruction);
-};
-#endif // _BPatch_dependenceGraphNode_h_
-

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_dependenceGraphEdge.C Deleted

@@ -1,44 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#include "BPatch_dependenceGraphEdge.h"
-
-void BPatch_dependenceGraphEdge::BPatch_dependenceGraphEdgeInt(BPatch_dependenceGraphNode* src, BPatch_dependenceGraphNode* trgt) {
-  source = src;
-  target = trgt;
-}
-
-BPatch_dependenceGraphNode* BPatch_dependenceGraphEdge::getSourceInt() {
-  return source;
-}
-
-BPatch_dependenceGraphNode* BPatch_dependenceGraphEdge::getTargetInt() {
-  return target;
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_dependenceGraphNode.C Deleted

@@ -1,107 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#include "BPatch_dependenceGraphNode.h"
-#include "BPatch_dependenceGraphEdge.h"
-
-void BPatch_dependenceGraphNode::BPatch_dependenceGraphNodeInt(BPatch_instruction* inst) {
-  BPatch_dependenceGraphNodeInt(inst,new BPatch_Vector<BPatch_dependenceGraphEdge*>(),new BPatch_Vector<BPatch_dependenceGraphEdge*>());
-  /*
-    bpinst=inst;
-  incoming=
-  outgoing=new BPatch_Vector<BPatch_dependenceGraphEdge*>();
-  */
-}
-
-void BPatch_dependenceGraphNode::BPatch_dependenceGraphNodeInt(BPatch_instruction* inst,BPatch_Vector<BPatch_dependenceGraphEdge*>* inc,BPatch_Vector<BPatch_dependenceGraphEdge*>* out) {
-  bpinst=inst;
-  incoming=inc;
-  outgoing = out;
-  
-  inter = new BPatch_Vector<BPatch_dependenceGraphEdge*>();
-}
-
-BPatch_instruction* BPatch_dependenceGraphNode::getBPInstructionInt() {
-  return bpinst;
-}
-
-void BPatch_dependenceGraphNode::getOutgoingEdgesInt(BPatch_Vector <BPatch_dependenceGraphEdge *>& out) {
-  unsigned i;
-  for(i=0; i<outgoing->size(); i++)
-    out.push_back((*outgoing)i);
-}
-
-void BPatch_dependenceGraphNode::getIncomingEdgesInt(BPatch_Vector <BPatch_dependenceGraphEdge *>& inc) {
-  unsigned i;  
-  for(i=0; i<incoming->size(); i++)
-    inc.push_back((*incoming)i);
-}
-
-bool BPatch_dependenceGraphNode::isImmediateSuccessorInt(BPatch_instruction* other_instruction) {
-  unsigned int i;
-  unsigned int size=outgoing->size();
-  void* address = other_instruction->getAddress();
-  for(i=0; i<size; i++) {
-    if(bpinst != NULL && address == (*outgoing)i->getTarget()->bpinst->getAddress())
-      return true;
-  }
-  return false;
-}
-
-bool BPatch_dependenceGraphNode::isImmediatePredecessorInt(BPatch_instruction* other_instruction) {
-  unsigned int i;
-  unsigned int size=incoming->size();
-  void* address = other_instruction->getAddress();
-  for(i=0; i<size; i++) {
-    if(bpinst != NULL && address == (*incoming)i->getSource()->bpinst->getAddress())
-      return true;
-  }
-  return false;
-}
-
-bool BPatch_dependenceGraphNode::addToOutgoing(BPatch_dependenceGraphNode* other_node) {
-  BPatch_instruction* bp = other_node->getBPInstruction();
-  if(bp!=NULL && isImmediateSuccessor(bp))
-    return false;
-  else {
-    outgoing->push_back(new BPatch_dependenceGraphEdge(this,other_node));
-    return true;
-  }
-}
-
-bool BPatch_dependenceGraphNode::addToIncoming(BPatch_dependenceGraphNode* other_node) {
-  BPatch_instruction* bp = other_node->getBPInstruction();
-  if(bp != NULL && isImmediatePredecessor(bp))
-    return false;
-  else {
-    incoming->push_back(new BPatch_dependenceGraphEdge(other_node,this));
-    return true;
-  }
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_templates.C Deleted

@@ -1,129 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-// $Id: BPatch_templates.C,v 1.42 2008/02/23 02:09:04 jaw Exp $
-
-#include <sys/types.h>
-
-#define BPATCH_FILE
-
-#include "BPatch_Vector.h"
-
-#if !defined(i386_unknown_nt4_0)
-#pragma implementation "BPatch_Set.h"
-#endif
-#include "BPatch_Set.h"
-
-#if !defined(i386_unknown_nt4_0)
-#pragma implementation "refCounter.h"
-#endif
-#include <string>
-#include "common/src/refCounter.h"
-#include "common/src/Types.h"
-#include "common/src/Pair.h"
-#include "function.h"
-
-// VG(09/19/01): I don't think one can forward a typedefed enum (BPatch_opCode)
-//               so this must be included...
-#include <BPatch_point.h>
-
-#include "BPatch_basicBlock.h"
-
-//class BPatch_point;
-class BPatch_field;
-class BPatch_thread;
-class BPatch_module;
-class BPatch_snippet;
-class BPatchSnippetHandle;
-class BPatch_function;
-class BPatch_type;
-class BPatch_variableExpr;
-class BPatch_localVar;
-class BPatch_sourceObj;
-class BPatch_loopTreeNode;
-class func_instance;
-class instPoint;
-class BPatch_basicBlock;
-
-/* only define the ones not defined with a vector inside  */
-template class BPatch_Vector<BPatch_point *>;
-template class BPatch_Vector<BPatch_thread *>;
-template class BPatch_Vector<BPatch_process *>;
-template class BPatch_Vector<BPatch_snippet *>;
-template class BPatch_Vector<BPatchSnippetHandle *>;
-template class BPatch_Vector<BPatch_function *>;
-template class BPatch_Vector<BPatch_variableExpr *>;
-template class BPatch_Vector<BPatch_type *>;
-template class BPatch_Vector<BPatch_module *>;
-template class BPatch_Vector<char *>;
-template class BPatch_Vector<BPatch_sourceObj *>;
-template class BPatch_Vector<BPatch_loopTreeNode *>;
-template class BPatch_Vector<func_instance *>;
-template class BPatch_Vector<const char *>;
-
-
-template class BPatch_Vector<BPatch_localVar *>;
-template class BPatch_Vector<BPatch_field *>;
-template class BPatch_Vector<int>;
-template class BPatch_Vector<unsigned long>;
-
-template class BPatch_Vector<unsigned short>;
-template class BPatch_Vector<BPatch_opCode>;
-
-class BPatch_basicBlock;
-class BPatch_basicBlockLoop;
-
-template class BPatch_Vector<BPatch_basicBlock*>;
-template class BPatch_Vector<BPatch_basicBlockLoop*>;
-
-class BPatch_cblock;
-
-template class BPatch_Vector<BPatch_cblock*>;
-
-
-class BPatch_sourceBlock;
-
-template class BPatch_Vector<BPatch_sourceBlock*>;
-
-class BPatch_instruction;
-template class BPatch_Vector<BPatch_instruction*>;
-
-template struct pdpair<unsigned short, unsigned short>;
-
-template pdpair<unsigned short, unsigned short> min_max_pdpair<unsigned short>(const BPatch_Vector<unsigned short>&);
-
-
-class BPatch_edge;
-template class BPatch_Vector<BPatch_edge*>;
-
-struct batchInsertionRecord;
-template class BPatch_Vector<batchInsertionRecord *>;
-
-

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_typePrivate.h Deleted

@@ -1,305 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#ifndef _BPatch_typePrivate_h_
-#define _BPatch_typePrivate_h_
-
-#include "BPatch_dll.h"
-#include "BPatch_Vector.h"
-#include <string.h>	
-#include "BPatch_type.h"
-
-class BPatch_function;
-
-// Interfaces to be implemented by intermediate subtypes
-// We have to do this thanks to reference types and C++'s lovely 
-// multiple inheritance
-
-class BPATCH_DLL_EXPORT BPatch_fieldListInterface {
- public:
-   virtual ~BPatch_fieldListInterface() {};
-   virtual BPatch_Vector<BPatch_field *> * getComponents() const = 0;
-};
-
-class BPATCH_DLL_EXPORT BPatch_rangedInterface {
- public:
-   virtual ~BPatch_rangedInterface() {};
-   virtual const char *getLow() const = 0;
-   virtual const char *getHigh() const  = 0;
-};  
-
-// Intermediate types (interfaces + BPatch_type)
-
-class BPATCH_DLL_EXPORT BPatch_fieldListType : public BPatch_type, public BPatch_fieldListInterface {
- private:
-   void fixupComponents();
- protected:
-   BPatch_Vector<BPatch_field *> fieldList;
-   BPatch_Vector<BPatch_field *> *derivedFieldList;
-   BPatch_fieldListType(const char *name, int _ID, BPatch_dataClass type);
-   /* Each subclass may need to update its size after adding a field */
-   virtual void postFieldInsert(int offset, int nsize) = 0;
- public:
-   //void fixupUnknown(BPatch_module *m);
-   ~BPatch_fieldListType();
-   bool operator==(const BPatch_type &) const;
-   BPatch_Vector<BPatch_field *> * getComponents() const;
-   /* Add field for Enum */
-   void addField(const char *_fieldname, int value);
-   /* Add field for C++(has visibility) Enum */
-   void addField(const char * _fieldname,  BPatch_dataClass _typeDes, int value,
-                 BPatch_visibility _vis);
-   /* Add field for C++ struct or union */
-   void addField(const char * _fieldname,  BPatch_dataClass _typeDes, 
-                 BPatch_type *_type, int _offset, int _size);
-   /* Add field for C++(has visibility) struct or union */
-   void addField(const char * _fieldname,  BPatch_dataClass _typeDes, 
-                 BPatch_type *_type, int _offset, int _size, BPatch_visibility _vis);
-   /* Add field for Function parameter */
-   void addField(BPatch_type *_type);
-};
-
-class BPATCH_DLL_EXPORT BPatch_rangedType : public BPatch_type, public BPatch_rangedInterface {
- protected:
-   char *low;
-   char *hi;
- protected:
-   BPatch_rangedType(const char *_name, int _ID, BPatch_dataClass _class, int _size, const char *_low, const char *_hi); 
-   BPatch_rangedType(const char *_name, int _ID, BPatch_dataClass _class, int _size, int _low, int _hi);
- public:
-   ~BPatch_rangedType();
-   bool operator==(const BPatch_type &) const;
-   const char *getLow() const { return low; }
-   const char *getHigh() const { return hi; }
-};
-
-// Derived classes from BPatch_type
-
-#ifdef DYNINST_CLASS_NAME
-#undef DYNINST_CLASS_NAME
-#endif
-#define DYNINST_CLASS_NAME BPatch_typeEnum
-
-class BPATCH_DLL_EXPORT BPatch_typeEnum : public BPatch_fieldListType {
- protected:
-   void postFieldInsert(int,int) {}
- public:
-   BPatch_typeEnum(int _ID, const char *_name = NULL);
-   BPatch_typeEnum(const char *_name);
-   API_EXPORT(Int, (otype),
-   bool,isCompatible,(BPatch_type *otype));
-};
-
-#ifdef DYNINST_CLASS_NAME
-#undef DYNINST_CLASS_NAME
-#endif
-#define DYNINST_CLASS_NAME BPatch_typePointer
-class BPATCH_DLL_EXPORT BPatch_typePointer : public BPatch_type {
- private:
-   BPatch_type *ptr; /* Type that we point to */
- public:
-   BPatch_typePointer(int _ID, BPatch_type *_ptr, const char *_name = NULL);
-   BPatch_typePointer(BPatch_type *_ptr, const char *_name);
-   ~BPatch_typePointer() { ptr->decrRefCount(); }
-   BPatch_type *getConstituentType() const { return ptr; }
-   API_EXPORT(Int, (otype),
-   bool,isCompatible,(BPatch_type *otype));
-   void fixupUnknowns(BPatch_module *);
-   void setPtr(BPatch_type *_ptr);
-};
-
-#ifdef DYNINST_CLASS_NAME
-#undef DYNINST_CLASS_NAME
-#endif
-#define DYNINST_CLASS_NAME BPatch_typeFunction
-class BPATCH_DLL_EXPORT BPatch_typeFunction : public BPatch_fieldListType {
- protected:
-   void postFieldInsert(int, int) {}
- private:
-   BPatch_type *retType; /* Return type of the function */
- public:
-   BPatch_typeFunction(int _ID, BPatch_type *_retType, const char *_name = NULL);
-   ~BPatch_typeFunction() { retType->decrRefCount(); }
-   BPatch_type *getConstituentType() const { return retType; }
-   API_EXPORT(Int, (otype),
-   bool,isCompatible,(BPatch_type *otype));
-   void fixupUnknowns(BPatch_module *);
-   void setRetType(BPatch_type *rtype);
-   void setName(const char *name);
-};
-
-#ifdef DYNINST_CLASS_NAME
-#undef DYNINST_CLASS_NAME
-#endif
-#define DYNINST_CLASS_NAME BPatch_typeRange
-class BPATCH_DLL_EXPORT BPatch_typeRange : public BPatch_rangedType {
- public:
-   BPatch_typeRange(int _ID, int _size, const char *_low, const char *_hi, const char *_name);
-   API_EXPORT(Int, (otype),
-   bool,isCompatible,(BPatch_type *otype));
-};
-
-#ifdef DYNINST_CLASS_NAME
-#undef DYNINST_CLASS_NAME
-#endif
-#define DYNINST_CLASS_NAME BPatch_typeArray
-class BPATCH_DLL_EXPORT BPatch_typeArray : public BPatch_rangedType {
- private:
-   BPatch_type *arrayElem;
-   unsigned int sizeHint;
- protected:
-   void updateSize();
- public:
-   bool operator==(const BPatch_type &otype) const;
-   void merge(BPatch_type *other);
-   BPatch_typeArray(int _ID, BPatch_type *_base, int _low, int _hi, const char *_name, unsigned int sizeHint = 0);
-   BPatch_typeArray(BPatch_type *_base, int _low, int _hi, const char *_name);
-   ~BPatch_typeArray() { arrayElem->decrRefCount(); }
-   BPatch_type *getConstituentType() const { return arrayElem; }
-   API_EXPORT(Int, (otype),
-   bool,isCompatible,(BPatch_type *otype));
-   void fixupUnknowns(BPatch_module *);
-};
-
-#ifdef DYNINST_CLASS_NAME
-#undef DYNINST_CLASS_NAME
-#endif
-#define DYNINST_CLASS_NAME BPatch_typeStruct
-class BPATCH_DLL_EXPORT BPatch_typeStruct : public BPatch_fieldListType {
- protected:
-   void updateSize();
-   void postFieldInsert(int, int nsize) { size += nsize; }
- public:
-   void merge(BPatch_type *other);
-   BPatch_typeStruct(int _ID, const char *_name = NULL);
-   BPatch_typeStruct(const char *_name);
-   API_EXPORT(Int, (otype),
-   bool,isCompatible,(BPatch_type *otype));
-   void fixupUnknowns(BPatch_module *);
-};
-
-#ifdef DYNINST_CLASS_NAME
-#undef DYNINST_CLASS_NAME
-#endif
-#define DYNINST_CLASS_NAME BPatch_typeUnion
-class BPATCH_DLL_EXPORT BPatch_typeUnion : public BPatch_fieldListType {
- private:
-   BPatch_Vector<BPatch_field *> fieldList;
- protected:
-   void updateSize();
-   void postFieldInsert(int, int nsize) { if ((unsigned int) nsize > size) size = nsize; }
- public:
-   void merge(BPatch_type *other);
-   BPatch_typeUnion(int _ID, const char *_name = NULL);
-   BPatch_typeUnion(const char *name);
-   API_EXPORT(Int, (otype),
-   bool,isCompatible,(BPatch_type *otype));
-   void fixupUnknowns(BPatch_module *);
-};
-
-#ifdef DYNINST_CLASS_NAME
-#undef DYNINST_CLASS_NAME
-#endif
-#define DYNINST_CLASS_NAME BPatch_typeScalar
-class BPATCH_DLL_EXPORT BPatch_typeScalar : public BPatch_type {
- public:
-   BPatch_typeScalar(int _ID, unsigned int _size, const char *_name = NULL);
-   BPatch_typeScalar(unsigned int _size, const char *_name);
-   API_EXPORT(Int, (otype),
-   bool,isCompatible,(BPatch_type *otype));
-};
-
-#ifdef DYNINST_CLASS_NAME
-#undef DYNINST_CLASS_NAME
-#endif
-#define DYNINST_CLASS_NAME BPatch_typeCommon
-class BPATCH_DLL_EXPORT BPatch_typeCommon : public BPatch_fieldListType {
- private:
-   BPatch_Vector<BPatch_cblock *> cblocks;
- protected:
-   void postFieldInsert(int offset, int nsize) { if ((unsigned int) (offset + nsize) > size) size = offset + nsize; }
- public:
-   BPatch_typeCommon(int _ID, const char *_name = NULL);
-   BPatch_typeCommon(const char *_name);
-   BPatch_Vector<BPatch_cblock *> *getCblocks() const { return const_cast<BPatch_Vector<BPatch_cblock*>*>(&cblocks); }
-   void beginCommonBlock();
-   void endCommonBlock(BPatch_function *, void *baseAddr);
-   void fixupUnknowns(BPatch_module *);
-};
-
-// Typedefs and eferences are special, because we have to treat 
-// them as a union of BPatch_type, BPatch_fieldListType, and BPatch_rangedType
-
-#ifdef DYNINST_CLASS_NAME
-#undef DYNINST_CLASS_NAME
-#endif
-#define DYNINST_CLASS_NAME BPatch_typeTypedef
-class BPATCH_DLL_EXPORT BPatch_typeTypedef : public BPatch_type, public BPatch_fieldListInterface, public BPatch_rangedInterface {
- private:
-   BPatch_type *base; /* The type that we refer to */
-   unsigned int sizeHint;
- protected:
-   void updateSize();
- public:
-   BPatch_typeTypedef(int _ID, BPatch_type *_base, const char *_name = NULL, unsigned int _sizeHint = 0);
-   BPatch_typeTypedef(BPatch_type *_base, const char *_name);
-   ~BPatch_typeTypedef() { base->decrRefCount(); }
-   bool operator==(const BPatch_type &otype) const;
-   bool isCompatible(BPatch_type *otype) { return base->isCompatible(otype); }
-   BPatch_type *getConstituentType() const { return base; }
-   // Overriding the interfaces to use the underlying object
-   BPatch_Vector<BPatch_field *> * getComponents() const;
-   const char *getLow() const;
-   const char *getHigh() const;
-   void fixupUnknowns(BPatch_module *);
-};
-
-#ifdef DYNINST_CLASS_NAME
-#undef DYNINST_CLASS_NAME
-#endif
-#define DYNINST_CLASS_NAME BPatch_typeRef
-class BPATCH_DLL_EXPORT BPatch_typeRef : public BPatch_type, public BPatch_fieldListInterface, public BPatch_rangedInterface {
- private:
-   BPatch_type *refType; /* Type that we refer to */
- public:
-   BPatch_typeRef(int _ID, BPatch_type *_refType, const char *_name = NULL);
-   ~BPatch_typeRef() { refType->decrRefCount(); }
-   bool operator==(const BPatch_type &otype) const;
-   API_EXPORT(Int, (otype),
-   bool,isCompatible,(BPatch_type *otype));
-   BPatch_type *getConstituentType() const { return refType; }
-   // Overriding the interfaces to use the underlying object
-   BPatch_Vector<BPatch_field *> * getComponents() const;
-   const char *getLow() const;
-   const char *getHigh() const;
-   void fixupUnknowns(BPatch_module *);
-};
-
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/InstructionCache.C Deleted

@@ -1,53 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#include "InstructionCache.h"
-using namespace Dyninst;
-
-bool InstructionCache::getLivenessInfo(Address addr, parse_func* func, ReadWriteInfo& rw)
-{
-  if(func == currentFunction && cache.find(addr) != cache.end())
-  {
-    rw = cacheaddr;
-    return true;
-  }
-  return false;
-}
-
-void InstructionCache::insertInstructionInfo(Address addr, ReadWriteInfo rw, parse_func* func)
-{
-  if(func != currentFunction)
-  {
-    currentFunction = func;
-    cache.clear();
-  }
-  cacheaddr = rw;
-}
-

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/MemoryEmulator Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/MemoryEmulator/memEmulator.C Deleted

@@ -1,544 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#include "parseAPI/h/CodeObject.h"
-#include "dyninstAPI/src/addressSpace.h"
-#include "memEmulator.h"
-#include "dyninstAPI/src/mapped_object.h"
-#include "dyninstAPI/src/image.h"
-#include "symtabAPI/h/Symtab.h"
-#include "symtabAPI/h/Region.h"
-#include "dyninstAPI/src/dynProcess.h"
-#include "dyninstAPI/src/function.h"
-#include "dyninstAPI/src/debug.h"
-
-using namespace Dyninst;
-using namespace SymtabAPI;
-
-bool MemoryEmulator::findMutateeTable() {
-   if (mutateeBase_ != 0) return true;
-
-   std::vector<int_variable *> memoryMapperTable;
-   if (!aS_->findVarsByAll("RTmemoryMapper", memoryMapperTable)) {
-      return false;
-   }
-
-   if (memoryMapperTable.size() > 1) {
-      // ???
-      return false;
-   }
-   mutateeBase_ = memoryMapperTable0->getAddress();
-   return true;
-}
-
-void MemoryEmulator::update() {
-   if (!findMutateeTable()) return;
-
-   // 1) Create shadow copies for any MappedObject we
-   // have modified.
-   // 2) Update the runtime's MemoryMapper structure
-   // to correspond to this.
-
-   // First step: nonblocking synchro.
-   int guardValue;
-   aS_->readDataSpace((void *)mutateeBase_,
-                      sizeof(int),
-                      &guardValue,
-                      false);
-   guardValue++;
-   aS_->writeDataSpace((void *)mutateeBase_,
-                       sizeof(int),
-                       &guardValue);
-   
-   sensitivity_cerr << "UpdateMemEmulator: writing guard value " << guardValue << endl;
-      // 64->32 bit is annoying...
-   if (addrWidth() == 4) {
-      struct MemoryMapper32 newMapper;
-      
-      aS_->readDataSpace((void *)mutateeBase_,
-                         sizeof(newMapper),
-                         &newMapper,
-                         false);
-      
-      // First step: 
-      newMapper.guard1 = guardValue;
-      newMapper.guard2 = guardValue;
-      newMapper.size = memoryMap_.size();
-      sensitivity_cerr << "\t new values: " << newMapper.guard1 << "/" << newMapper.guard2 << "/" << newMapper.size << endl;
-      std::vector<MemoryMapTree::Entry> elements;
-      memoryMap_.elements(elements);
-      for (unsigned i = 0; i < elements.size(); ++i) {
-          Address base = elementsi.first.first;
-
-          newMapper.elementsi.lo = base;
-          newMapper.elementsi.hi = elementsi.first.second;
-          assert(newMapper.elementsi.hi > newMapper.elementsi.lo);
-          newMapper.elementsi.shift = elementsi.second;
-      }
-      aS_->writeDataSpace((void *)mutateeBase_,
-                          sizeof(newMapper),
-                          &newMapper);
-   
-   }
-   else {
-      // TODO copy
-      //assert(0);
-   }
-}
-
-void MemoryEmulator::addAllocatedRegion(Address start, unsigned size) {
-   addRegion(start, size, -1);
-}
-
-void MemoryEmulator::addRegion(mapped_object *obj) {
-    if (aS_->runtime_lib.find(obj) != aS_->runtime_lib.end())
-    {
-        // Runtime library, skip
-        return;
-    }
-   // Add each code region
-    std::vector<Region *> codeRegions;
-    obj->parse_img()->getObject()->getCodeRegions(codeRegions);
-
-    for (unsigned i = 0; i < codeRegions.size(); ++i) {
-        Region *reg = codeRegionsi;
-
-      addRegion(reg, obj->codeBase(), 0, 0);
-    }
-}
-
-void MemoryEmulator::removeRegion(mapped_object *obj) {
-	sensitivity_cerr << "Removing region " << obj->fileName() << endl;
-	sensitivity_cerr << "\t Before: " << endl;
-	debug();
-	// Remove each code region
-	std::vector<Region *> codeRegions;
-	obj->parse_img()->getObject()->getCodeRegions(codeRegions);
-
-	for (unsigned i = 0; i < codeRegions.size(); ++i) {
-		Region *reg = codeRegionsi;
-
-		removeRegion(reg, obj->codeBase());
-	}
-	sensitivity_cerr << "\t After: " << endl;
-	debug();
-}
-
-void MemoryEmulator::addRegion(Region *reg, Address base, Address, Address) {
-
-   if (addedRegions_.find(reg) != addedRegions_.end()) return;
-      
-   PCProcess *proc = dynamic_cast<PCProcess *>(aS_);
-   char *buffer = (char *)malloc(reg->getMemSize());
-   if (proc) {
-       if (!proc->readDataSpace((void*)(base + reg->getMemOffset()), 
-                               reg->getMemSize(), buffer, false)) {
-           assert(0);
-       }
-   } else {
-       memset(buffer, 0, reg->getMemSize());
-       memcpy(buffer, reg->getPtrToRawData(), reg->getDiskSize());
-   }
-
-   unsigned long allocSize = reg->getMemSize();
-   allocSize += 0x1000;
-
-   Address mutateeBase = aS_->inferiorMalloc(allocSize);
-   assert(mutateeBase);
-
-   // "Upcast" it to align with a page boundary - Kevin's request
-   if (proc) {         
-       mutateeBase += proc->getMemoryPageSize();
-       mutateeBase -= mutateeBase % proc->getMemoryPageSize();
-   }
-
-   aS_->writeDataSpace((void *)mutateeBase,
-       reg->getMemSize(),
-       (void *)buffer);
-   if (aS_->proc() && BPatch_defensiveMode == aS_->proc()->getHybridMode()) {
-       using namespace SymtabAPI;
-	   PCProcess::PCMemPerm memPerm_;
-       Region::perm_t reg_rights = reg->getRegionPermissions();
-       switch (reg_rights) {
-       case Region::RP_R:
-           memPerm_.setR();  // PAGE_READONLY;
-           break;
-       case Region::RP_RW: 
-           memPerm_.setR().setW();  // PAGE_READWRITE;
-           break;
-       case Region::RP_RX:
-           memPerm_.setR().setX();  // PAGE_EXECUTE_READ;
-           break;
-       case Region::RP_RWX:
-           memPerm_.setR().setW().setX();  // PAGE_EXECUTE_READWRITE;
-           break;
-       default:
-           assert(0);
-       }
-
-	   PCProcess *proc = aS_->proc();
-       assert(proc);
-	   proc->stopProcess();
-       proc->changeMemoryProtections(mutateeBase, reg->getMemSize(), memPerm_, false);
-   }
-   
-    Address regionBase = base + reg->getMemOffset();
-
-   addRegion(regionBase,
-             reg->getMemSize(),
-             mutateeBase - regionBase);
-   
-
-   addedRegions_reg = std::make_pair(base + reg->getMemOffset(), mutateeBase);
-   free(buffer);
-}
-
-void MemoryEmulator::removeRegion(Region *reg, Address base) {
-   
-   //cerr << "\t\t Region " << i << ": " << hex
-   //<< codeRegionsi->getMemOffset() + obj->codeBase() << " -> " 
-   //<< codeRegionsi->getMemOffset() + codeRegionsi->getMemSize() + obj->codeBase() << endl;
-   
-	RegionMap::iterator iter = addedRegions_.find(reg);
-	if (iter == addedRegions_.end()) return;
-
-	// First, nuke our track of the springboards
-    springboards_.erase(reg);
-
-    // Second, nuke it from the list of regions to copy on a sync
-    addedRegions_.erase(reg);
-
-   // Deallocate the shadow pages in the mutatee
-   //  -- this is TODO; we mangle the allocation base and therefore can't
-   //     really call inferiorfree on it. 
-
-   // Remove the region from the translation map
-   removeRegion(base + reg->getMemOffset(), reg->getMemSize());
-}
-
-void MemoryEmulator::addRegion(Address start, unsigned size, Address shift) {
-    if (size == 0) return;
-   //debug();
-   //cerr << endl;
-   Address end = start + size;
-   assert(end > start);
-
-   // Okay. For efficiency, we want to merge this if possible with an existing
-   // range. We do this because our allocation tends to be contiguous.
-   // Two options: we're immediately above an existing range or we're immediately
-   // below. Check both. 
-
-
-   Address lb, ub;
-   unsigned long val;
-   if (memoryMap_.find(start, lb, ub, val)) {
-      // This is possibly very bad. 
-      if (start != ub) {
-         if ((start == lb) &&
-             (end == ub) &&
-             (val == shift)) {
-            return;
-         }
-         // Yeah, data inconsistency == bad
-         assert(0);
-      }
-      if (val == shift) {
-         // Accumulate
-         memoryMap_.remove(lb);
-         memoryMap_.insert(lb, end, shift);
-         return;
-      }
-      else {
-         memoryMap_.insert(start, end, shift);
-      }
-   }
-   else if (memoryMap_.find(end, lb, ub, val)) {
-      // See the above
-      if (end != ub) {
-         fprintf(stderr, "ERROR: adding range 0x%lx -> 0x%lx (0x%lx), found range 0x%lx -> 0x%lx (0x%lx)\n",
-                 start, end, shift, lb, ub, val);
-
-         assert(0);
-      }
-      if (val == shift) {
-         memoryMap_.remove(lb);
-         memoryMap_.insert(start, ub, shift);
-      }
-      else {
-         memoryMap_.insert(start, end, shift);
-      }
-   }
-   else {
-      memoryMap_.insert(start, end, shift);
-   }
-
-   if (shift != (unsigned long) -1) {
-      reverseMemoryMap_.insert(start + shift, end + shift, shift);
-   }
-   //debug();
-   return;   
-}
-
-void MemoryEmulator::removeRegion(Address addr, unsigned size) {
-	Address lb = 0, ub = 0;
-	unsigned long shiftVal;
-
-	cerr << "MemoryEmulator: removing region " << hex << addr << " : " << size << dec << endl;
-
-   //debug();
-   //cerr << endl;
-
-	Address lowLB = 0, lowUB = 0, hiLB = 0, hiUB = 0;
-
-	// We are guaranteed to be either our own allocated range or
-	// coalesced with another range. 
-	if (!memoryMap_.find(addr, lb, ub, shiftVal)) {
-		return;
-	}
-
-	if ((lb != 0) && (lb < addr)) {
-		lowLB = lb;
-		lowUB = addr;
-	}
-	if ((ub != 0) && (ub > (addr + size))) {
-		hiLB = (addr + size);
-		hiUB = ub;
-	}
-	memoryMap_.remove(lb);
-	if (lowLB || lowUB) {
-		memoryMap_.insert(lowLB, lowUB, shiftVal);
-	}
-	if (hiLB || hiUB) {
-		memoryMap_.insert(hiLB, hiUB, shiftVal);
-	}
-	
-	reverseMemoryMap_.remove(addr + shiftVal);
-	//debug();
-}
-
-unsigned MemoryEmulator::addrWidth() {
-   return aS_->getAddressWidth();
-}
-
-std::pair<bool, Address> MemoryEmulator::translate(Address orig) {
-   // Mimic the translation performed in the RT library
-   Address lb, ub;
-   unsigned long val;
-   if (!memoryMap_.find(orig, lb, ub, val)) {
-      return std::make_pair(false, 0);
-   }
-   if (val == (unsigned long) -1) {
-      return std::make_pair(true, orig);
-   }
-   return std::make_pair(true, orig + val);
-}
-
-std::pair<bool, Address> MemoryEmulator::translateBackwards(Address addr) {
-   // Mimic the translation performed in the RT library
-   Address lb, ub;
-   unsigned long val;
-   if (!reverseMemoryMap_.find(addr, lb, ub, val)) {
-      return std::make_pair(false, 0);
-   }
-   if (val == (unsigned long) -1) {
-      return std::make_pair(true, addr);
-   }
-   return std::make_pair(true, addr - val);
-}
-
-void MemoryEmulator::synchShadowOrig(bool toOrig) 
-{
-
-    if (toOrig) {
-        malware_cerr << "Syncing shadow to orig" << endl;
-    }
-    else {
-        malware_cerr << "Syncing orig to shadow" << endl;
-    }
-
-    using namespace SymtabAPI;
-
-    for (RegionMap::iterator iter = addedRegions_.begin();
-        iter != addedRegions_.end(); ++iter) {
-        Region * reg = iter->first;
-
-        // We copy "source" (where we're copying from) and "target" (where we're
-        // copying to). We then select snippets of target (where springboards reside)
-        // and copy them into source, and then write source into target.
-
-        unsigned char *source = (unsigned char*) malloc(reg->getMemSize());
-        unsigned char *target = (unsigned char *) malloc(reg->getMemSize());
-
-        Address from = 0;
-        Address to = 0;
-        if (toOrig) {
-            from = iter->second.second;
-            to = iter->second.first;
-        } else {
-            from = iter->second.first;
-            to = iter->second.second;
-        }
-
-        if (!aS_->readDataSpace((void *)from,
-                                reg->getMemSize(),
-                                source,
-                                false)) 
-        {
-            assert(0);
-        }
-        if (!aS_->readDataSpace((void *)to,
-            reg->getMemSize(),
-            target,
-            false)) 
-        {
-            assert(0);
-        }
-
-        std::map<Address,int>::const_iterator sit = springboards_reg.begin();
-        for (; sit != springboards_reg.end(); sit++) {
-
-            Address fromLB = (Address) target + sit->first;
-            Address toLB = (Address) source + sit->first;
-            memcpy((void *)toLB, (void *)fromLB, sit->second);
-        }
-
-        if (!aS_->writeDataSpace((void *)to,
-            reg->getMemSize(),
-            source))
-        {
-            assert(0);
-        }
-        free(source);
-        free(target);
-
-    }
-
-}
-
-
-void MemoryEmulator::addSpringboard(Region *reg, Address offset, int size) 
-{
-    // Look up whether there is a previous springboard that overlaps with us; 
-    // clearly, it's getting removed. 
-
-    std::map<SymtabAPI::Region *, std::map<Address, int> >::iterator s_iter = springboards_.find(reg);
-    if (s_iter == springboards_.end()) {
-        springboards_regoffset = size;
-        return;
-    }
-    std::map<Address, int> &smap = s_iter->second;
-
-    springboard_cerr << "Inserting SB " << hex << offset << "," << offset + size << "" << dec << endl;
-
-    std::map<Address, int>::iterator iter = smap.find(offset);
-    if (iter == smap.end()) {
-        smapoffset = size;
-    }
-    else if (size > iter->second) {
-        smapoffset = size;
-    }
-    // Otherwise keep the current value
-    springboard_cerr << "\t New value: " << hex << offset << " -> " << smapoffset + offset << dec << endl;
-}
-
-void MemoryEmulator::removeSpringboards(func_instance * func) 
-{
-   malware_cerr << "untracking springboards from deadfunc " << hex << func->addr() << dec << endl;
-
-   const PatchFunction::Blockset & blocks = func->blocks();
-   PatchFunction::Blockset::const_iterator bit = blocks.begin();
-   for (; bit != blocks.end(); bit++) {
-      removeSpringboards(SCAST_BI(*bit));
-   }
-}
-
-void MemoryEmulator::removeSpringboards(const block_instance *bbi) 
-{
-    malware_cerr << "  untracking springboards from deadblock " << hex 
-         << bbi->start() << " " << bbi->end() << ")" << dec <<endl;
-    SymtabAPI::Region * reg = 
-       ((ParseAPI::SymtabCodeRegion*)bbi->llb()->region())->symRegion();
-    springboards_reg.erase(bbi->llb()->start() - reg->getMemOffset());
-    if (springboards_reg.empty()) springboards_.erase(reg);
-}
-
-void  MemoryEmulator::debug() const {
-   if (!dyn_debug_sensitivity) {
-      return;
-   }
-	std::vector<MemoryMapTree::Entry> elements;
-	memoryMap_.elements(elements);
-	cerr << "\t Forward map: " << endl;
-	for (std::vector<MemoryMapTree::Entry>::iterator iter = elements.begin(); iter != elements.end(); ++iter)
-	{
-		cerr << "\t\t " << hex << "" << iter->first.first << "," << iter->first.second << ": " << iter->second << dec << endl;
-#if 0 // debug output
-      if (iter->first.first == 0x40d000) {
-         Address val;
-         Address addr = (iter->second + 0x40d84b);
-         assert(sizeof(Address) == aS_->getAddressWidth());
-         Address width = aS_->getAddressWidth();
-         for (Address idx=0; idx < 0x40; idx+=width) {
-            aS_->readDataSpace((void*)(addr+idx), width, &val, true);
-            cerr << hex << " " << 0x40d84b + idx << "" << addr+idx << ":  ";
-            fprintf(stderr,"%2x",((unsigned char*)&val)3);
-            fprintf(stderr,"%2x",((unsigned char*)&val)2);
-            fprintf(stderr,"%2x",((unsigned char*)&val)1);
-            fprintf(stderr,"%2x\n",((unsigned char*)&val)0);
-         }
-      }
-#endif
-	}
-	elements.clear();
-	cerr << "\t Backwards map: " << endl;
-	reverseMemoryMap_.elements(elements);
-	for (std::vector<MemoryMapTree::Entry>::iterator iter = elements.begin(); iter != elements.end(); ++iter)
-	{
-		cerr << "\t\t " << hex << "" << iter->first.first << "," << iter->first.second << ": " << iter->second << dec << endl;
-	}
-	elements.clear();
-
-}
-
-void MemoryEmulator::addPOPAD(Address addr)
-{
-    emulatedPOPADs_.insert(addr);
-}
-
-bool MemoryEmulator::isEmulPOPAD(Address addr)
-{
-    Address orig = -1;
-    std::vector<func_instance*> dontcare1;
-    baseTramp *dontcare2;
-    if (!aS_->getAddrInfo(addr, orig, dontcare1, dontcare2)) {
-        assert(0);
-    }
-    return emulatedPOPADs_.end() != emulatedPOPADs_.find(orig);
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/MemoryEmulator/memEmulator.h Deleted

@@ -1,116 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#if !defined(cap_mem_emulation)
-#include "memEmulatorStub.h"
-#else 
-
-
-
-#if !defined(_MEMORY_EMULATOR_H_)
-#define _MEMORY_EMULATOR_H_
-
-#include "common/src/IntervalTree.h"
-#include "dyninstAPI/src/MemoryEmulator/memEmulatorTransformer.h"
-#include "dyninstAPI/src/MemoryEmulator/memEmulatorWidget.h"
-
-class AddressSpace;
-class mapped_object;
-class int_variable;
-
-namespace Dyninst {
-   namespace SymtabAPI {
-      class Region;
-   };
-
-class MemoryEmulator {
-  public:
-   MemoryEmulator(AddressSpace *addrSpace)
-      : aS_(addrSpace), mutateeBase_(0) {};
-   ~MemoryEmulator() {};
-
-   void addAllocatedRegion(Address start, unsigned size);
-   void addRegion(mapped_object *obj);
-   void addRegion(SymtabAPI::Region *reg, Address base, Address bufferStart, Address bufferEnd);
-   void update();
-
-   void removeRegion(mapped_object *obj);
-   void removeRegion(SymtabAPI::Region *reg, Address base);
-   void removeRegion(Address start, unsigned size);
-
-   void reprocess(mapped_object *obj);
-
-   std::pair<bool, Address> translate(Address addr);
-   std::pair<bool, Address> translateBackwards(Address addr);
-   
-    const std::map<Address,int> & getSpringboards(SymtabAPI::Region*) const;
-    void removeSpringboards(func_instance* deadfunc);
-    void removeSpringboards(const block_instance* deadBBI);
-    void addSpringboard(SymtabAPI::Region*, 
-        Address offset,/*from start of region*/    
-        int size);
-    void synchShadowOrig(bool toOrig);
-
-    void addPOPAD(Address addr);
-    bool isEmulPOPAD(Address addr);
-
-    static const int STACK_SHIFT_VAL=256;
-
-	void debug() const;
-
-  private:
-   void addRegion(Address start, unsigned size, Address newBase);
-
-
-   bool findMutateeTable();
-   unsigned addrWidth();
-
-   AddressSpace *aS_;
-
-   // Track what the address space looks like for defensive mode. 
-   typedef IntervalTree<Address, unsigned long> MemoryMapTree;
-   MemoryMapTree memoryMap_;
-   MemoryMapTree reverseMemoryMap_;
-
-   Address mutateeBase_;
-
-   std::map<SymtabAPI::Region*, std::map<Address,int> > springboards_;
-
-   // First address: original base in memory. Second address: shadow base.
-   typedef std::map<SymtabAPI::Region *, std::pair< Address, Address> > RegionMap;
-   RegionMap addedRegions_;
-
-   std::map<SymtabAPI::Region *, unsigned char *> saved;
-   std::set<Address> emulatedPOPADs_;
-};
-};
-
-#endif
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/MemoryEmulator/memEmulatorStub.h Deleted

@@ -1,60 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-#if !defined(MEM_EMULATOR_STUB)
-#define MEM_EMULATOR_STUB
-
-#if defined(cap_mem_emulation)
-#error
-#endif
-
-class mapped_object;
-
-namespace Dyninst {
-class MemoryEmulator {
- public:
-  MemoryEmulator(AddressSpace *) {};
-  void addSpringboard(SymtabAPI::Region *, Address, int) {};
-  void removeSpringboards(func_instance*) {};
-  void removeSpringboards(const block_instance*) {};
-  void addAllocatedRegion(Address, unsigned) {};
-  void addRegion(mapped_object *) {};
-  void removeRegion(Address, unsigned) {};
-  void removeRegion(mapped_object *) {};
-  void update() {};
-  void synchShadowOrig(bool) {};
-  std::pair<bool, Address> translate(Address) { return std::make_pair(false, 0);  }
-  std::pair<bool, Address> translateBackwards(Address) { return std::make_pair(false, 0); }
-  static const int STACK_SHIFT_VAL = 0;
-  void debug() {};
-
-};
-};
-
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/MemoryEmulator/memEmulatorTransformer.C Deleted

@@ -1,214 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-
-
-#include "dyninstAPI/src/Relocation/Transformers/Transformer.h"
-#include "memEmulatorTransformer.h"
-#include "dyninstAPI/src/debug.h"
-#include "dyninstAPI/src/Relocation/Widgets/Widget.h"
-#include "dyninstAPI/src/Relocation/Widgets/InsnWidget.h"
-#include "memEmulatorWidget.h"
-#include "dyninstAPI/src/instPoint.h" // Memory insn modelling requirement.
-#include "dyninstAPI/src/mapped_object.h"
-#include "dyninstAPI/h/BPatch_enums.h"
-#include <iomanip>
-#include "dyninstAPI/src/Relocation/CFG/RelocBlock.h"
-
-using namespace std;
-using namespace Dyninst;
-using namespace Relocation;
-using namespace InstructionAPI;
-
-
-// Replace all memory accesses to a non-statically-determinable
-// location with an emulation sequence
-bool MemEmulatorTransformer::process(RelocBlock *rblock, RelocGraph *rgraph)
-{
-  if (!(rblock->block())) return true;
-  
-  // AssignmentConverter is written in terms of parse_func,
-  // so translate
-  func_instance *func = rblock->func();
-
-  WidgetList &elements = rblock->elements();
-  
-  for (WidgetList::iterator e_iter = elements.begin();
-       e_iter != elements.end(); ++e_iter) {
-    // If we're not an instruction then skip...
-     InsnWidget::Ptr reloc = boost::dynamic_pointer_cast<Relocation::InsnWidget>(*e_iter);
-     if (!reloc) continue;
-
-    relocation_cerr << "Memory emulation considering addr " << hex << reloc->addr() << dec << endl;
-
-    if (BPatch_defensiveMode != func->obj()->hybridMode() || !isSensitive(reloc, func, rblock->block())) {
-        relocation_cerr << "\t Not sensitive, skipping" << endl;
-        continue;
-    }
-
-    if (!canRewriteMemInsn(reloc, func)) {
-       malware_cerr << "\tUnable to rewrite memory access at "<< hex << reloc->addr() <<": " << reloc->format() << dec << endl;
-       continue;
-    }
-
-    Widget::Ptr replacement = createReplacement(reloc, func, rblock->block());
-    if (!replacement) return false;
-    
-    (*e_iter).swap(replacement);
-  }
-  return true;
-}
-
-bool MemEmulatorTransformer::canRewriteMemInsn(InsnWidget::Ptr reloc,
-					       func_instance *func) {
-  // Let's see if this is an instruction we can rewrite;
-  // otherwise complain but let it through (for testing purposes)
-   if (override(reloc))
-      return true;
-  
-  codeGen tmpGen(1024);
-  tmpGen.setAddrSpace(func->proc()); // needed by insn::generateMem
-  
-  instruction ugly_insn(reloc->insn()->ptr());
-  if (!insnCodeGen::generateMem(tmpGen,
-				ugly_insn,
-				0, 
-				0,
-				0,
-				Null_Register)) {
-    return false;
-  }
-  return true;
-}
-
-bool MemEmulatorTransformer::override(InsnWidget::Ptr reloc) {
-    unsigned char *buf = (unsigned char *)reloc->insn()->ptr();
-    if ((unsigned char) 0xa0 <= buf0 && 
-        buf0 <= (unsigned char) 0xa3) { 
-        // Read/write with addr specified in an operand
-        return true;
-    }
-   const InstructionAPI::Instruction::Ptr &insn = reloc->insn();
-
-   const InstructionAPI::Operation &op = insn->getOperation();
-
-   switch(op.getID()) {
-      case e_scasb:
-      case e_scasd:
-      case e_scasw:
-      case e_lodsb:
-      case e_lodsd:
-      case e_lodsw:
-      case e_movsb:
-      case e_movsd:
-      case e_movsw:
-      case e_stosb:
-      case e_stosd:
-      case e_stosw:
-      case e_cmpsb:
-      case e_cmpsd:
-      case e_cmpsw:
-      case e_insb:
-      case e_insd:
-      case e_insw:
-      case e_outsb:
-      case e_outsd:
-      case e_outsw:
-      case e_popad:
-         return true;
-      default:
-         break;
-   }
-   return false;
-}
-
-Widget::Ptr MemEmulatorTransformer::createReplacement(InsnWidget::Ptr reloc,
-                                                    func_instance *func, 
-                                                    block_instance *block) {
-  // MemEmulators want instPoints. How unreasonable.
-   instPoint *point = instPoint::preInsn(func, block, reloc->addr(), reloc->insn(), true);
-   if (!point) return Widget::Ptr();
-   
-   // Replace this instruction with a MemEmulator
-   Widget::Ptr memE = MemEmulator::create(reloc->insn(),
-                                        reloc->addr(),
-                                        point);
-   
-   return memE;
-}
-
-bool MemEmulatorTransformer::isSensitive(InsnWidget::Ptr reloc, 
-                                         func_instance *func, 
-                                         block_instance *block) {
-
-   parse_func *ifunc = func->ifunc();  
-  Address image_addr = func->addrToOffset(reloc->addr());
-
-  std::vector<Assignment::Ptr> assignments;
-  aConverter.convert(reloc->insn(),
-		     image_addr,
-		     ifunc,
-			 block->llb(),
-		     assignments);
-  
-  for (std::vector<Assignment::Ptr>::const_iterator a_iter = assignments.begin();
-       a_iter != assignments.end(); ++a_iter) {
-    
-    const std::vector<AbsRegion> &ins = (*a_iter)->inputs();
-    for (std::vector<AbsRegion>::const_iterator i = ins.begin();
-	 i != ins.end(); ++i) {
-      //relocation_cerr << "\t\t Input: " << i->format() << endl;
-      if (i->contains(Absloc::Heap)) {
-	    return true;
-      }
-      if (i->absloc().type() == Absloc::Heap) {
-          return true;
-      }
-    }
-    // Writes too
-    //relocation_cerr << "\t\t Output: " << (*a_iter)->out().format() << endl;      
-    if ((*a_iter)->out().contains(Absloc::Heap)) {
-	  return true;
-    }
-    if ((*a_iter)->out().absloc().type() == Absloc::Heap) {
-        return true;
-    }
-  }
-
-  return false;
-}
-
-#if 0
-void MemEmulatorTransformer::createTranslator(Register r) {
-   Widget::Ptr translator = MemEmulatorTranslator::create(r);
-   RelocBlock::Ptr newRelocBlock = RelocBlock::create(translator);
-   translators_r = newRelocBlock;
-};
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/MemoryEmulator/memEmulatorTransformer.h Deleted

@@ -1,87 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#if !defined(cap_mem_emulation)
-#error
-#endif
-
-#if !defined(_R_T_EMULATE_MEMORY_H_)
-#define _R_T_EMULATE_MEMORY_H_
-
-#include "dyninstAPI/src/Relocation/Transformers/Transformer.h"
-#include "dyninstAPI/src/Relocation/Transformers/Modification.h"
-#include "dataflowAPI/h/Absloc.h" // MemEmulator analysis
-#include "dataflowAPI/h/AbslocInterface.h" // And more of the same
-
-class func_instance;
-
-namespace Dyninst {
-namespace Relocation {
-
-class InsnWidget;
-
-class MemEmulatorTransformer : public Transformer {
-   typedef boost::shared_ptr<InsnWidget> InsnWidgetPtr;
-
- public:
-  typedef std::map<Register, Widget::RelocBlockPtr> TranslatorMap;
-
-  virtual bool process(RelocBlock *, RelocGraph *);
-
- MemEmulatorTransformer() :
-  aConverter(false, false) {};
-
-  virtual ~MemEmulatorTransformer() {};
-
- private:
-
-  WidgetPtr createReplacement(InsnWidgetPtr reloc,
-			       func_instance *func, block_instance *);
-
-  bool canRewriteMemInsn(InsnWidgetPtr reloc,
-			 func_instance *func);
-
-  bool isSensitive(InsnWidgetPtr reloc, 
-		   func_instance *func,
-		   block_instance *block);
-
-  void createTranslator(Register r);
-
-  bool override(InsnWidgetPtr reloc);
-
-  TranslatorMap translators_;
-
-  AssignmentConverter aConverter;
-
-};
-};
-};
-
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/MemoryEmulator/memEmulatorWidget.C Deleted

@@ -1,800 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-
-#include "dyninstAPI/src/Relocation/Widgets/Widget.h"
-#include "dyninstAPI/src/Relocation/CFG/RelocTarget.h"
-#include "dyninstAPI/src/Relocation/Widgets/CFWidget.h" // CFPatch
-
-// For our horribly horked memory effective address system
-// Which I'm not fixing here. 
-#include "dyninstAPI/h/BPatch_memoryAccess_NP.h"
-#include "dyninstAPI/h/BPatch_addressSpace.h" // bpatch_address... you get the picture
-#include "dyninstAPI/h/BPatch_point.h"
-// Memory hackitude
-#include "dyninstAPI/src/emit-x86.h"
-#include "dyninstAPI/src/inst-x86.h"
-
-#include "instructionAPI/h/Instruction.h"
-#include "dyninstAPI/src/addressSpace.h"
-#include "dyninstAPI/src/debug.h"
-#include "dyninstAPI/src/registerSpace.h"
-#include "dyninstAPI/src/mapped_object.h"
-#include "dyninstAPI/src/Relocation/CodeBuffer.h"
-#include "common/src/arch-x86.h"
-
-#include "memEmulatorWidget.h"
-
-#include "dyninstAPI/src/RegisterConversion.h"
-
-#include "boost/tuple/tuple.hpp"
-#include "memEmulator.h"
-
-
-using namespace Dyninst;
-using namespace Relocation;
-using namespace InstructionAPI;
-
-
-MemEmulator::Ptr MemEmulator::create(Instruction::Ptr insn,
-				     Address addr,
-				     instPoint *point) {
-  MemEmulator::Ptr ptr = MemEmulator::Ptr(new MemEmulator(insn, addr, point));
-  return ptr;
-}
-
-const int ESI_SHIFT_REG = REGNUM_EBP;
-const int EDI_SHIFT_REG = REGNUM_EBX;
-
-bool MemEmulator::initialize(const codeGen &templ, const RelocBlock *t) {
-	// Number chosen arbitrarily
-	scratch.allocate(128);
-	scratch.applyTemplate(templ);
-
-	block = t->block();
-
-	effAddr = Null_Register;
-	stackOffset = 0;
-	effAddrSaveOffset = 0;
-	usesESI = false;
-	usesEDI = false;
-	debug = false;
-
-	return true;
-}
-
-/* Block comment ho!
- * 
- *
- * We're trying to "emulate" the memory operation. That is, we want to redirect it
- * to (or from) a shadow of original memory. In general, this is simple, using the following
- * code fragment:
- * 
- * <determine safe register to use for effective address> -- EAX if it isn't read by the instruction; else ECX; else EDX. 
- * <shift stack down> -- so we don't stomp on any data the program stores under the stack.
- * <save caller-save registers> -- eax, ecx, edx; we save all three since we don't trust liveness.
- * <save flags> -- see the above comment
- * <calculate original effective address into EffAddr> -- LEA so we don't harm registers
- * <push translation arguments> -- EAX, and debugging arguments
- * <call translator> -- leaves new pointer in EAX
- * <move TransEffAddr to EffAddr> 
- * <restore flags>
- * <restore all registers except effaddr> 
- * <shift stack up>
- * <perform memory operation> 
- * <restore effaddr from under the stack> -- via a mov instruction
- * 
- * Now, that's the overview. But this is x86, and things get tricky. We handle the following special cases:
- * 1) Push/pop
- * 2) Write to (ESP)
- * 3) a1-a3 implicit use of EAX
- * 4) scas/ins/outs/cmps/stos/movs/lods implicit use of ESI/EDI
- * 
- * 1) Push/pop. I believe we can structure the common code to leave ESP untouched at the memory operation time, 
- *    which means this case is trivially solved. However, we need to be sure to restore effAddr from the right place.
- * 2) Write to (ESP). See case 1)
- * 3) a1-a3 implicit use of EAX. These are of the form mov eax, mem or mov mem, eax; thus, we _skip_ all of
- *    the above complexity and just statically translate mem.
- * 4) Implicit use of ESI/EDI (either or both). First, we need to keep two effective address registers, and we 
- *    need to call translate twice (possibly). Second, these operations modify ESI/EDI, and we want to emulate
- *    that modification as well. So we do the following:
- *    1) shiftESI := translate_shift(ESI) - return is the amount that esi needs to be _shifted_ to be translated.
- *    2) shiftEDI := translate_shift(EDI)
- *    3) ESI += shiftESI
- *    4) EDI += shiftEDI
- *    5) Emulate instruction
- *    6) ESI -= shiftESI (note: we can't use an LEA for this, thus we sub and have to save flags)
- *    7) EDI -= shiftEDI (see above) 
- */
-
-bool MemEmulator::generate(const codeGen &templ,
-                           const RelocBlock *t,
-                           CodeBuffer &buffer) 
-{
-	if (!initialize(templ, t)) return false;
-
-	if (generateViaOverride(buffer))
-		return true;
-	if (generateViaModRM(buffer))
-		return true;
-
-	cerr << "Error: failed to emulate memory operation @ " << hex << addr() << dec << ", " << insn()->format() << endl;
-	unsigned char *tmp = (unsigned char *)insn()->ptr();
-	cerr << hex << "\t raw: ";
-	for (unsigned i = 0; i < insn()->size(); ++i) {
-		cerr << tmpi;
-	}
-	cerr << dec << endl;
-	assert(0);
-	return false;
-}
-
-bool MemEmulator::generateViaOverride(CodeBuffer &buffer) 
-{
-    // Watch for a0/a1/a2/a3 moves 
-    unsigned char *buf = (unsigned char *)insn_->ptr();
-    if ((unsigned char) 0xa0 <= buf0 &&
-        buf0 <= (unsigned char) 0xa3) {
-			if (!generateEAXMove(buf0, buffer)) 
-				assert(0);
-			return true;
-    }
-                                          
-   const InstructionAPI::Operation &op = insn_->getOperation();
-   switch(op.getID()) {
-      case e_scasb:
-      case e_scasd:
-      case e_scasw:
-      case e_lodsb:
-      case e_lodsd:
-      case e_lodsw:
-      case e_stosb:
-      case e_stosd:
-      case e_stosw:
-      case e_movsb:
-      case e_movsd:
-      case e_movsw:
-      case e_cmpsb:
-      case e_cmpsd:
-      case e_cmpsw:
-      case e_insb:
-      case e_insd:
-      case e_insw:
-      case e_outsb:
-      case e_outsd:
-      case e_outsw:
-		  if (!generateESI_EDI(buffer)) {
-			 assert(0);
-		 }
-		 return true;
-         break;
-      case e_popad:
-        if (!generatePOPAD(buffer)) {
-            assert(0);
-        }
-        return true;
-        break;
-      default:
-         break;
-   }
-   return false;
-}
-
-bool MemEmulator::generateEAXMove(unsigned char opcode, 
-                                  CodeBuffer &buffer) 
-{
-    // mov offset, eax
-    // We hates them.
-
-    Address origTarget;
-    switch(opcode) {
-    case 0xa0:
-    case 0xa1: {
-        // read from memory
-        std::set<Expression::Ptr> reads;
-        insn_->getMemoryReadOperands(reads);
-        assert(reads.size() == 1);
-        Result res = (*(reads.begin()))->eval();
-        assert(res.defined);
-        origTarget = res.convert<Address>();
-        break;
-    }
-    case 0xa2:
-    case 0xa3: {
-        // write
-        std::set<Expression::Ptr> writes;
-        insn_->getMemoryWriteOperands(writes);
-        assert(writes.size() == 1);
-        Result res = (*(writes.begin()))->eval();
-        assert(res.defined);
-        origTarget = res.convert<Address>();
-        break;
-    }
-    default:
-        assert(0);
-        break;
-    }
-    // Map it to the new location
-    bool valid; Address target;
-    boost::tie(valid, target) = scratch.addrSpace()->getMemEm()->translate(origTarget);
-    if (!valid) target = origTarget;
-    //cerr << "Handling mov EAX, offset: opcode " << hex << opcode << ", orig dest " << origTarget << " and translated " << target << dec << endl;
-    // And emit the insn
-    assert(insn_->size() == 5);
-    GET_PTR(buf, scratch);
-    *buf = (char) opcode; buf++;
-    int *tmp = (int *)buf;
-    *tmp = target; tmp++;
-    buf = (codeBuf_t *)tmp;
-    SET_PTR(buf, scratch);
-    buffer.addPIC(scratch, tracker());
-    return true;
-}
-
-bool MemEmulator::generateViaModRM(CodeBuffer &buffer) {
-   // We need a BPatch_something to do the memory handling. If that's 
-   // not present, assume we don't need to emulate this piece of
-   // memory.
-   if (!scratch.addrSpace()->up_ptr()) {
-      buffer.addPIC(insn_->ptr(), insn_->size(), tracker());
-	  assert(0);
-      return true;
-   }
-
-   insertDebugMarker();
-
-   // Choose a register to hold the effective address
-   if (!generateModRMInitialize()) return false;
-   insertDebugMarker();
-   // Shift the stack, save registers, calculate original effective address
-   if (!generateTranslatorSetup()) return false;
-   copyScratchToCodeBuffer(buffer);
-
-   // Make the call to the translation function
-   if (!generateTranslatorCall(buffer)) return false;
-   // Teardown the call saves
-   insertDebugMarker();
-   if (!generateTranslatorTeardown()) return false;
-   insertDebugMarker();
-
-   copyScratchToCodeBuffer(buffer);
-
-   return true;
-}
-
-void MemEmulator::insertDebugMarker() {
-	if (debug || (dyn_debug_trap /*&& addr() > 0xab000 && addr() <0xad000*/)) 
-		scratch.fill(1, codeGen::cgTrap);
-}
-
-bool MemEmulator::generateModRMInitialize() {
-	// Placeholder for good code design...
-
-	return true;
-}
-
-bool MemEmulator::generateTranslatorSetup() {
-	// Our job:
-	// Shift the stack down
-	// Decide who will hold the effective address
-	// Save caller-save registers
-	// Calculate the original effective address
-	// Save flags 
-
-	if (!shiftStack()) return false;
-	if (!determineEffAddr()) return false;
-	if (!saveRegisters()) return false;
-	if (!calculateEffAddr()) return false;
-	if (!saveFlags()) return false;
-
-	return true;
-}
-
-bool MemEmulator::generateTranslatorCall(CodeBuffer &buffer) {
-
-	// This is easy. We don't know where we are, 
-	// so we have to use the patch mechanic, but that's
-	// not too bad. 
-	// We also set up the arguments in the patch code so that we
-	// have access to the current address (for debugging purposes)
-
-	Address target = getTranslatorAddr(false);
-	if (!target) return false;
-	buffer.addPatch(new MemEmulatorPatch(effAddr, effAddr, addr_, target), tracker());
-	return true;
-}
-
-bool MemEmulator::generateTranslatorTeardown() {
-	// Restore flags
-	// Restore registers (except effAddr)
-	// Shift stack back up
-	// Emulate memory operation
-	// Restore effAddr
-	insertDebugMarker();
-	if (!restoreFlags()) return false;
-	insertDebugMarker();
-	if (!restoreRegisters()) return false;
-	insertDebugMarker();
-	if (!restoreStack()) return false;
-	insertDebugMarker();
-	if (!emulateOriginalInstruction()) return false;
-	if (!restoreEffectiveAddr()) return false;
-
-	return true;
-}
-
-bool MemEmulator::shiftStack() {
-    ::emitLEA(RealRegister(REGNUM_ESP), RealRegister(Null_Register), 0, -1*MemoryEmulator::STACK_SHIFT_VAL, RealRegister(REGNUM_ESP), scratch);
-	stackOffset -= MemoryEmulator::STACK_SHIFT_VAL;
-	return true;
-}
-
-bool MemEmulator::determineEffAddr() {
-	// We want to use whichever register isn't used by the instruction.
-	// Technically, _written_ by the instruction. As that would be silly.
-
-	// Theory: we can always use either ECX or EDX, as they're getting saved
-	// anyway. 
-
-	// We can use a register if it's only used for a memory operand. We cannot use
-	// it if it's directly used, either mov ptr, reg or mov reg, ptr.
-	// Technically, we could do mov reg, ptr so long as we don't restore reg. 
-	// I'm not too worried, though. 
-
-	static RegisterAST::Ptr ecx = RegisterAST::Ptr(new RegisterAST(x86::ecx));
-	static RegisterAST::Ptr edx = RegisterAST::Ptr(new RegisterAST(x86::edx));
-
-	bool useECX = true;
-	bool useEDX = true;
-	std::vector<InstructionAPI::Operand> operands;
-	insn_->getOperands(operands);
-	for (unsigned i = 0; i < operands.size(); ++i) {
-		if (operandsi.readsMemory()) continue;
-		if (operandsi.writesMemory()) continue;
-		if (operandsi.isRead(ecx) || operandsi.isWritten(ecx)) useECX = false;
-		if (operandsi.isRead(edx) || operandsi.isWritten(edx)) useEDX = false;
-	}
-
-	if (useECX) {
-		effAddr = REGNUM_ECX;
-	}
-	if (useEDX) {
-		effAddr = REGNUM_EDX;
-	}
-
-        block->obj()->addEmulInsn(addr(),effAddr);
-    
-    return (useECX || useEDX);
-}
-
-bool MemEmulator::saveRegisters() {
-	// Theoretically we could use liveness to determine
-	// whether to save a register or not. 
-	// We want to save the effAddr register _first_ to make
-	// our lives easier.
-	if (effAddr == REGNUM_ECX) {
-		push(REGNUM_ECX);
-		effAddrSaveOffset = stackOffset;
-		push(REGNUM_EDX);
-	}
-	else {
-		push(REGNUM_EDX);
-		effAddrSaveOffset = stackOffset;
-		push(REGNUM_ECX);
-	}
-	push(REGNUM_EAX);
-
-	return true;
-}
-
-
-bool MemEmulator::calculateEffAddr() {
-	// Luckily, we have code to do this already.
-	assert(scratch.addrSpace());
-	BPatch_addressSpace *bproc = (BPatch_addressSpace *)scratch.addrSpace()->up_ptr();
-	assert(bproc);
-
-	assert(point_);
-	BPatch_point *bpoint = bproc->findOrCreateBPPoint(NULL, point_, BPatch_locInstruction);
-	if (bpoint == NULL) {
-		fprintf(stderr, "ERROR: Unable to find BPatch point for internal point %p/0x%lx\n",
-			point_, addr_);
-		return false;
-	}
-	const BPatch_memoryAccess *ma = bpoint->getMemoryAccess();
-
-	const BPatch_addrSpec_NP *start = ma->getStartAddr(0); // Guessing on 0, here...
-
-	// Now that we've done all the background work, we can emit an LEA to grab the
-	// effective address.
-	// The stackOffset parameter is a magic "if you used ESP, be sure to take into
-	// account the fact we movled it". 
-	emitASload(start, effAddr, stackOffset, scratch, true);
-
-	return true;
-}
-
-bool MemEmulator::saveFlags() {
-	// nice thing is, eax is already saved at this point. So our live, it be easy.
-	emitSimpleInsn(0x9f, scratch);
-	emitSaveO(scratch);
-
-	push(REGNUM_EAX);
-	return true;
-}
-
-bool MemEmulator::restoreFlags() {
-	pop(REGNUM_EAX);
-
-	emitRestoreO(scratch);
-	emitSimpleInsn(0x9E, scratch);
-
-	return true;
-}
-
-bool MemEmulator::restoreRegisters() {
-	// Order needs to match that in saveRegisters
-	// Also, don't restore over effAddr. Yet. 
-	pop(REGNUM_EAX);
-	if (effAddr == REGNUM_ECX)
-		pop(REGNUM_EDX);
-	else 
-		pop(REGNUM_ECX);
-	return true;
-}
-
-bool MemEmulator::restoreStack() {
-	// We track stack depth in the stackOffset
-	// parameter...
-	::emitLEA(RealRegister(REGNUM_ESP), RealRegister(Null_Register), 0, -1*stackOffset, RealRegister(REGNUM_ESP), scratch);
-	stackOffset = 0;
-	return true;
-}
-
-using namespace NS_x86;
-
-bool MemEmulator::emulateOriginalInstruction() {
-   NS_x86::instruction ugly_insn(insn_->ptr());
-
-   if (!insnCodeGen::generateMem(scratch,
-                                 ugly_insn,
-                                 0, // ignored
-                                 0, // ignored
-                                 effAddr,
-                                 Null_Register))
-      return false;
-
-	// Do we mess with the stack pointer?
-	if (insn_->getOperation().getID() == e_push) {
-		stackOffset -= 4;
-	}
-	if (insn_->getOperation().getID() == e_pop) {
-		stackOffset += 4;
-	}
-
-	return true;
-}
-
-bool MemEmulator::restoreEffectiveAddr() {
-	// We want to pull it out of wherever it is on the stack
-	// We could LEA esp down, pop, and back up. But really. 
-	// Instead, use a mov. 
-	int restoreOffset = (effAddrSaveOffset - stackOffset);
-
-	::emitMovRMToReg(RealRegister(effAddr), RealRegister(REGNUM_ESP), restoreOffset, scratch);
-	return true;
-}
-
-bool MemEmulator::copyScratchToCodeBuffer(CodeBuffer &buffer) {
-	// Copy it in and re-initialize the scratch buffer to hold more
-	// goodies.
-	if (scratch.used() == 0) return true;
-
-	buffer.addPIC(scratch, tracker());
-
-	scratch.allocate(128);
-	return true;
-}
-
-TrackerElement *MemEmulator::tracker() const {
-   EmulatorTracker *e = new EmulatorTracker(addr_, block, point_->func());
-  return e;
-}
-
-bool MemEmulator::push(Register reg) {
-	::emitPush(RealRegister(reg), scratch);
-	stackOffset -= 4;
-	return true;
-}
-
-bool MemEmulator::pop(Register reg) {
-	::emitPop(RealRegister(reg), scratch);
-	stackOffset += 4;
-	return true;
-}
-
-// wrap whole thing in check that esp is outside of the stack segment? 
-bool MemEmulator::generatePOPAD(CodeBuffer &buffer) {
-   point_->func()->proc()->getMemEm()->addPOPAD(addr());
-	scratch.fill(1, codeGen::cgTrap);
-   buffer.addPIC(scratch, tracker());
-	return true;
-}
-
-/* Block quote redux!
- *
- * We need to:
- * 1) Determine if we use ESI, EDI, or both;
- * 2) Shift the stack
- * 3) Retain a register (ECX) for the "shift" involved in translating ESI
- *    (that is, tESI = ESI + ECX)
- * 4) Do the same for EDI/EDX
- * 5) Save caller-saved registers
- * 6) Save the flags
- * 7) If using ESI, ECX := shift(ESI)
- * 8) If using ESI, ESI += ECX
- * 9) If using EDI, EDX := shift(EDI)
- * 10) If using EDI, EDI += EDX
- * 11) Restore flags and EAX. The "EAX" is very important.
- * 12) Run the instruction
- * 13) Save EAX and flags (again)
- * 14) If using ESI, ESI -= ECX
- * 15) If using EDI, EDI -= EDX
- * 16) Restore EAX and flags
- * 17) Restore the stack.
- */
-
-bool MemEmulator::generateESI_EDI(CodeBuffer &buffer) {
-	if (!determineESI_EDIUse()) return false;
-
-	insertDebugMarker();
-
-	if (!shiftStack()) return false;
-
-	if (!saveRegistersESI_EDI()) return false;
-
-	if (!saveFlags()) return false;
-
-	copyScratchToCodeBuffer(buffer);
-
-	if (usesESI && !generateESIShift(buffer)) return false;
-	if (usesEDI && !generateEDIShift(buffer)) return false;
-
-	if (!saveShiftsAndRestoreRegs()) return false;
-
-	insertDebugMarker();
-	if (!emulateOriginalESI_EDI()) return false;
-	if (!emulateESI_EDIValues()) return false;
-	if (!restoreAllRegistersESI_EDI()) return false;
-	if (!restoreStack()) return false;
-	assert(stackOffset == 0);
-	insertDebugMarker();
-
-	copyScratchToCodeBuffer(buffer);
-	
-	return true;
-}
-
-
-bool MemEmulator::determineESI_EDIUse() {
-   const InstructionAPI::Operation &op = insn_->getOperation();
-
-   switch(op.getID()) {
-      case e_insb:
-      case e_insd:
-      case e_insw:
-		  usesEDI = true;
-		  break;
-      case e_movsb:
-      case e_movsd:
-      case e_movsw:
-		  usesESI = true;
-		  usesEDI = true;
-		  break;
-      case e_outsb:
-      case e_outsd:
-      case e_outsw:
-		  usesESI = true;
-		  break;
-      case e_lodsb:
-      case e_lodsd:
-      case e_lodsw:
-		  usesESI = true;
-		  break;
-      case e_stosb:
-      case e_stosd:
-      case e_stosw:
-		  usesEDI = true;
-		  break;
-      case e_cmpsb:
-      case e_cmpsw:
-      case e_cmpsd:
-		  usesESI = true;
-		  usesEDI = true;
-		  break;
-	  case e_scasb:
-      case e_scasd:
-      case e_scasw:
-		  usesEDI = true;
-		  break;
-      default:
-         assert(0);
-		 break;
-   }
-   return true;
-}
-
-bool MemEmulator::saveRegistersESI_EDI() {
-	// Always save EAX, but save it last
-	// so that it's easy to access.
-
-	// We use EBX/EBP to hold shift values so that we can restore EA/C/DX pre-instruction
-
-	push(REGNUM_EBX);
-	push(REGNUM_EBP);
-
-	push(REGNUM_EDX);
-	push(REGNUM_ECX);
-	push(REGNUM_EAX);
-	return true;
-}
-
-bool MemEmulator::generateESIShift(CodeBuffer &buffer) {
-	Address destination = getTranslatorAddr(true);
-	if (!destination) return false;
-	buffer.addPatch(new MemEmulatorPatch(REGNUM_ESI, ESI_SHIFT_REG, addr_, destination), tracker());
-
-	// Also, set up ESI to have the right value
-	::emitLEA(RealRegister(REGNUM_ESI), RealRegister(ESI_SHIFT_REG), 0, 0, RealRegister(REGNUM_ESI), scratch);
-	copyScratchToCodeBuffer(buffer);
-
-	return true;
-}
-
-bool MemEmulator::generateEDIShift(CodeBuffer &buffer) {
-	Address destination = getTranslatorAddr(true);
-	if (!destination) return false;
-	buffer.addPatch(new MemEmulatorPatch(REGNUM_EDI, EDI_SHIFT_REG, addr_, destination), tracker());
-
-	::emitLEA(RealRegister(REGNUM_EDI), RealRegister(EDI_SHIFT_REG), 0, 0, RealRegister(REGNUM_EDI), scratch);
-
-	copyScratchToCodeBuffer(buffer);
-
-	return true;
-}
-
-bool MemEmulator::saveShiftsAndRestoreRegs() {
-	// Several instructions implicitly use EAX, and the REP prefix can use ECX. 
-
-	// Currently the stack looks like this:
-	// <safety gap>
-	// EBX
-	// EBP
-	// EDX
-	// ECX
-	// EAX
-	// Flags
-
-	// We want it to look like this:
-	// <safety gap>
-	// EBX
-	// EBP
-
-	if (!restoreFlags()) return false;
-	pop(REGNUM_EAX);
-	pop(REGNUM_ECX);
-	pop(REGNUM_EDX);
-
-	return true;
-}
-
-bool MemEmulator::emulateOriginalESI_EDI() {
-	scratch.copy(insn_->ptr(), insn_->size());
-	return true;
-}
-
-bool MemEmulator::emulateESI_EDIValues() {
-	// We need to:
-	// EDI -= EDX
-	// ESI -= ECX
-	// And "subtract" means "save the flags"
-	// ... which in turn means "save eax, fool"
-	push(REGNUM_EAX);
-	saveFlags();
-
-	if (usesESI) ::emitSubRegReg(RealRegister(REGNUM_ESI), RealRegister(ESI_SHIFT_REG), scratch);
-	if (usesEDI) ::emitSubRegReg(RealRegister(REGNUM_EDI), RealRegister(EDI_SHIFT_REG), scratch);
-
-	restoreFlags();
-	pop(REGNUM_EAX);
-	return true;
-}
-
-bool MemEmulator::restoreAllRegistersESI_EDI() {
-
-	pop(REGNUM_EBP);
-	pop(REGNUM_EBX);
-	return true;
-}
-
-string MemEmulator::format() const {
-  stringstream ret;
-  ret << "MemE(" << insn_->format()
-      << "," << std::hex << addr_ << std::dec
-      << ")";
-
-  return ret.str();
-}
-
-Address MemEmulator::getTranslatorAddr(bool wantShift) {
-   if (wantShift) {
-      // Function lookup time
-      func_instance *func = scratch.addrSpace()->findOnlyOneFunction("RTtranslateMemoryShift");
-      // FIXME for static rewriting; this is a dynamic-only hack for proof of concept.
-      if (!func) return 0;
-      // assert(func);
-      return func->addr();
-   }
-   else {
-      // Function lookup time
-      func_instance *func = scratch.addrSpace()->findOnlyOneFunction("RTtranslateMemory");
-      // FIXME for static rewriting; this is a dynamic-only hack for proof of concept.
-      if (!func) return 0;
-      // assert(func);
-      return func->addr();
-   }
-}
-
-bool MemEmulatorPatch::apply(codeGen &gen,
-                             CodeBuffer *) {
-   relocation_cerr << "MemEmulatorPatch::apply @ " << hex << gen.currAddr() << dec << endl;
-   relocation_cerr << "\tSource reg " << source_ << endl;
-   assert(!gen.bt());
-
-   // Two debugging assists
-   ::emitPushImm(gen.currAddr(), gen);
-   ::emitPushImm(orig_, gen);
-	// And our argument
-   ::emitPush(RealRegister(source_), gen);
-
-   // Step 2: call the translator
-   Address src = gen.currAddr() + 5;
-   relocation_cerr << "\tCall " << hex << dest_ << ", offset " << dest_ - src << dec << endl;
-   assert(dest_);
-   emitCallRel32(dest_ - src, gen);
-   if (target_ != REGNUM_EAX) 
-   {
-	   ::emitMovRegToReg(RealRegister(target_), RealRegister(REGNUM_EAX), gen);
-   }
-   ::emitLEA(RealRegister(REGNUM_ESP), RealRegister(Null_Register), 0, 12, RealRegister(REGNUM_ESP), gen);
-
-   return true;
-}
-

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/MemoryEmulator/memEmulatorWidget.h Deleted

@@ -1,185 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#if !defined(cap_mem_emulation)
-#error
-#endif
-
-
-#if !defined (_R_E_MEM_EMULATOR_H_)
-#define _R_E_MEM_EMULATOR_H_
-
-#include "dyninstAPI/src/Relocation/Widgets/Widget.h"
-#include "dyninstAPI/src/codegen.h"
-#include <stack>
-class registerSlot;
-
-
-namespace Dyninst {
-namespace Relocation {
-
-class MemEmulatorTranslator;
-
-class MemEmulator : public Widget {
-  friend class MemEmulatorTranslator;
-  typedef std::map<Register, RelocBlockPtr> TranslatorMap;
- public:
-	 typedef boost::shared_ptr<MemEmulator> Ptr;
-   
-   static Ptr create(InstructionAPI::Instruction::Ptr insn,
-		     Address addr,
-		     instPoint *point);
-
-   virtual bool generate(const codeGen &, const RelocBlock *, CodeBuffer &);
-
-   virtual ~MemEmulator() {};
-   virtual std::string format() const;
-
-   virtual Address addr() const { return addr_; }
-   virtual unsigned size() const { return insn_->size(); }
-   virtual InstructionAPI::Instruction::Ptr insn() const { return insn_; }
-
- private:
-   MemEmulator(InstructionAPI::Instruction::Ptr insn,
-	   Address addr,
-	   instPoint *point)
-      : insn_(insn), 
-      addr_(addr),
-      point_(point)
-      {};
-
-   // Set up the codeGen structures we use to hold code. 
-   bool initialize(const codeGen &templ, const RelocBlock *);
-
-   // Handle a0-a3 implicit EAX uses, or ESI/EDI instructions
-   bool generateViaOverride(CodeBuffer &buffer);
-
-   // Handle generic MOD/RM using instructions
-   bool generateViaModRM(CodeBuffer &buffer);
-
-   // Handle a0-a3 implicit EAX moves
-   bool generateEAXMove(unsigned char opcode, CodeBuffer &buffer);
-
-   // Handle ESI/EDI instructions
-   bool generateESI_EDI(CodeBuffer &buffer);
-
-   // Handle POPAD instructions
-   bool generatePOPAD(CodeBuffer &buffer);
-
-   // Drop in a trap for later debugging assistance
-   void insertDebugMarker();
-
-   // Initialize mod/rm specific data
-   bool generateModRMInitialize();
-   // Create the pre-call handling for MOD/RM instructions
-   bool generateTranslatorSetup();
-   // Create the call to the translator function
-   bool generateTranslatorCall(CodeBuffer &buffer);
-   // Create the teardown code
-   bool generateTranslatorTeardown();
-
-   // Move the stack down by a known amount
-   bool shiftStack();
-   // Determine which register we can use for the effective address
-   bool determineEffAddr();
-   // Save eax/ecx/edx
-   bool saveRegisters();
-   // Run the effective address calculation before we modify anything (except the stack pointer, sigh)
-   bool calculateEffAddr();
-   // Save the flags
-   bool saveFlags();
-
-   // Restore flags after the call 
-   bool restoreFlags();
-   // Restore caller-saved registers (except effAddr)
-   bool restoreRegisters();
-   // Restore the stack
-   bool restoreStack();
-   // Emulate the original instruction using effAddr instead of the original expression
-   bool emulateOriginalInstruction();
-   // And restore the effective address register
-   bool restoreEffectiveAddr();
-
-   // ESI/EDI implicit shtuff
-   bool determineESI_EDIUse();
-   bool saveRegistersESI_EDI(); // Almost, but not quite the same as saveRegisters. Yuck. 
-   bool generateESIShift(CodeBuffer &buffer);
-   bool generateEDIShift(CodeBuffer &buffer);
-   bool saveShiftsAndRestoreRegs();
-   bool emulateOriginalESI_EDI();
-   bool emulateESI_EDIValues();
-   bool restoreAllRegistersESI_EDI();
-
-   // Copy code into the CodeBuffer (and reset the scratch codegen)
-   bool copyScratchToCodeBuffer(CodeBuffer &);
-   TrackerElement *tracker() const;
-   bool push(Register);
-   bool pop(Register);
-   Address getTranslatorAddr(bool wantShiftFunc);
-
-
-   /// Members
-   Register effAddr;
-   int stackOffset;
-   int effAddrSaveOffset;
-   block_instance *block;
-
-   bool usesESI;
-   bool usesEDI;
-
-   codeGen scratch;
-   bool debug;
-
-   InstructionAPI::Instruction::Ptr insn_;
-   Address addr_;
-   instPoint *point_;
-};
-
-struct MemEmulatorPatch : public Patch {
-   // Put in a call to the RTtranslateMemory
-   // function
-   MemEmulatorPatch(Register s,
-	                Register t,
-					Address o,
-                    Address d)
-		: source_(s), target_(t), orig_(o), dest_(d) {};
-   virtual bool apply(codeGen &gen, CodeBuffer *buf);
-   virtual unsigned estimate(codeGen &) { return 7; };
-   virtual ~MemEmulatorPatch() {};
-
-   Register source_;
-   Register target_;
-   Address orig_;
-   Address dest_;
-};
-
-};
-};
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/NTTypes.h Deleted

@@ -1,392 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#ifndef __NT_TYPES_H_
-#define __NT_TYPES_H_
-
-enum LeafIndex {
-	// Leaf indices for type records that can be referenced from symbols:
-	LF_MODIFIER 		= 0x1001,
-	LF_POINTER 		= 0x1002,
-	LF_ARRAY 		= 0x1003,
-	LF_CLASS 		= 0x1004,
-	LF_STRUCTURE 		= 0x1005,
-	LF_UNION 		= 0x1006,
-	LF_ENUM 		= 0x1007,
-	LF_PROCEDURE 		= 0x1008,
-	LF_MFUNCTION 		= 0x1009,
-	LF_VTSHAPE		= 0x000a,
-	LF_COBOL0		= 0x100a,
-	LF_COBOL1		= 0x000c,
-	LF_BARRAY		= 0x100b,
-	LF_LABEL		= 0x000e,
-	LF_NULL			= 0x000f,
-	LF_NOTTRAN		= 0x0010,
-	LF_DIMARRAY		= 0x100c,
-	LF_VFTPATH		= 0x100d,
-	LF_PRECOMP		= 0x100e,
-	LF_ENDPRECOMP		= 0x0014,
-	LF_OEM			= 0x100f,
-	LF_TYPESERVER		= 0x0016,
-
-	// Leaf indices for type records that can be referenced from 
-	// other type records:
-	LF_SKIP 		= 0x1200,
-	LF_ARGLIST 		= 0x1201,
-	LF_DEFARG 		= 0x1202,
-	LF_FIELDLIST 		= 0x1203,
-	LF_DERIVED 		= 0x1204,
-	LF_BITFIELD 		= 0x1205,
-	LF_METHODLIST 		= 0x1206,
-	LF_DIMCONU 		= 0x1207,
-	LF_DIMCONLU 		= 0x1208,
-	LF_DIMVARU 		= 0x1209,
-	LF_DIMVARLU 		= 0x120a,
-	LF_REFSYM 		= 0x020c,
-
-	// Leaf indices for fields of complex lists:
-	LF_BCLASS 		= 0x1400,
-	LF_VBCLASS 		= 0x1401,
-	LF_IVBCLASS 		= 0x1402,
-	LF_ENUMERATE 		= 0x0403,
-	LF_FRIENDFCN 		= 0x1403,
-	LF_INDEX 		= 0x1404,
-	LF_MEMBER 		= 0x1405,
-	LF_STMEMBER 		= 0x1406,
-	LF_METHOD 		= 0x1407,
-	LF_NESTTYPE 		= 0x1408,
-	LF_VFUNCTAB 		= 0x1409,
-	LF_FRIENDCLS 		= 0x140a,
-	LF_ONEMETHOD 		= 0x140b,
-	LF_VFUNCOFF 		= 0x140c,
-	LF_NESTTYPEEX 		= 0x140d,
-	LF_MEMBERMODIFY 	= 0x140e,
-			
-	// Leaf indices for numeric fields of symbols and type records:
-	LF_NUMERIC 		= 0x8000,
-	LF_CHAR 		= 0x8000,
-	LF_SHORT 		= 0x8001,
-	LF_USHORT 		= 0x8002,
-	LF_LONG 		= 0x8003,
-	LF_ULONG 		= 0x8004,
-	LF_REAL32 		= 0x8005,
-	LF_REAL64 		= 0x8006,
-	LF_REAL80 		= 0x8007,
-	LF_REAL128 		= 0x8008,
-	LF_QUADWORD 		= 0x8009,
-	LF_UQUADWORD 		= 0x800a,
-	LF_REAL48 		= 0x800b,
-	LF_COMPLEX32 		= 0x800c,
-	LF_COMPLEX64 		= 0x800d,
-	LF_COMPLEX80 		= 0x800e,
-	LF_COMPLEX128 		= 0x800f,
-	LF_VARSTRING 		= 0x8010,
-
-	// Alignment values
-	LF_PAD0			= 0xf0,
-	LF_PAD1			= 0xf1,
-	LF_PAD2			= 0xf2,
-	LF_PAD3			= 0xf3,
-	LF_PAD4			= 0xf4,
-	LF_PAD5			= 0xf5,
-	LF_PAD6			= 0xf60,
-	LF_PAD7			= 0xf7,
-	LF_PAD8			= 0xf8,
-	LF_PAD9			= 0xf9,
-	LF_PAD10		= 0xfa,
-	LF_PAD11		= 0xfb,
-	LF_PAD12		= 0xfc,
-	LF_PAD13		= 0xfc,
-	LF_PAD14		= 0xfe,
-	LF_PAD15		= 0xff
-};
-
-enum PrimitiveTypes
-{
-	T_NOTYPE 		= 0x0000, // Uncharacterized type (no type)
-	T_ABS 			= 0x0001, // Absolute symbol
-	T_SEGMENT 		= 0x0002, // Segment type
-	T_VOID 			= 0x0003, // Void
-	T_PVOID 		= 0x0103, // Near pointer to void
-	T_PFVOID 		= 0x0203, // Far pointer to void
-	T_PHVOID 		= 0x0303, // Huge pointer to void
-	T_32PVOID 		= 0x0403, // 32 bit near pointer to void
-	T_32PFVOID 		= 0x0503, // 32 bit far pointer to void
-	T_64PVOID 		= 0x0603, // 64 bit pointer to void
-	T_CURRENCY 		= 0x0004, // Basic 8 byte currency value
-	T_NBASICSTR 		= 0x0005, // Near Basic string
-	T_FBASICSTR 		= 0x0006, // Far Basic string
-	T_NOTTRANS 		= 0x0007, // Untranslated type record from CV 3.x format
-	T_BIT 			= 0x0060, // Bit
-	T_PASCHAR 		= 0x0061, // Pascal CHAR
-	
-	// Character types
-	T_CHAR 			= 0x0010, // 8-bit signed 
-	T_UCHAR 		= 0x0020, // 8-bit unsigned
-	T_PCHAR 		= 0x0110, // Near pointer to 8-bit signed
-	T_PUCHAR 		= 0x0120, // Near pointer to 8-bit unsigned
-	T_PFCHAR 		= 0x0210, // Far pointer to 8-bit signed
-	T_PFUCHAR 		= 0x0220, // Far pointer to 8-bit unsigned
-	T_PHCHAR 		= 0x0310, // Huge pointer to 8-bit signed
-	T_PHUCHAR 		= 0x0320, // Huge pointer to 8-bit unsigned
-	T_32PCHAR 		= 0x0410, // 16:32 near pointer to 8-bit signed
-	T_32PUCHAR 		= 0x0420, // 16:32 near pointer to 8-bit unsigned
-	T_32PFCHAR 		= 0x0510, // 16:32 far pointer to 8-bit signed
-	T_32PFUCHAR 		= 0x0520, // 16:32 far pointer to 8-bit unsigned
-	T_64PCHAR 		= 0x0610, // 64 bit pointer to 8 bit signed
-	T_64PUCHAR 		= 0x0620, // 64 bit pointer to 8 bit unsigned
-	
-	// Really a character types
-	T_RCHAR 		= 0x0070, // real char
-	T_PRCHAR 		= 0x0170, // near pointer to a real char
-	T_PFRCHAR 		= 0x0270, // far pointer to a real char
-	T_PHRCHAR 		= 0x0370, // huge pointer to a real char
-	T_32PRCHAR 		= 0x0470, // 16:32 near pointer to a real char
-	T_32PFRCHAR 		= 0x0570, // 16:32 far pointer to a real char
-	T_64PRCHAR 		= 0x0670, // 64 bit pointer to a real char
-	
-	// Wide character types
-	T_WCHAR 		= 0x0071, // wide char
-	T_PWCHAR 		= 0x0171, // near pointer to a wide char
-	T_PFWCHAR 		= 0x0271, // far pointer to a wide char
-	T_PHWCHAR 		= 0x0371, // huge pointer to a wide char
-	T_32PWCHAR 		= 0x0471, // 16:32 near pointer to a wide char
-	T_32PFWCHAR 		= 0x0571, // 16:32 far pointer to a wide char
-	T_64PWCHAR 		= 0x0671, // 64 bit pointer to a wide char
-	
-	// Really 16 bit integer types
-	T_INT2 			= 0x0072, // really 16 bit signed int
-	T_UINT2 		= 0x0073, // really 16 bit unsigned int
-	T_PINT2 		= 0x0172, // near pointer to 16 bit signed int
-	T_PUINT2 		= 0x0173, // near pointer to 16 bit unsigned int
-	T_PFINT2 		= 0x0272, // far pointer to 16 bit signed int
-	T_PFUINT2 		= 0x0273, // far pointer to 16 bit unsigned int
-	T_PHINT2 		= 0x0372, // huge pointer to 16 bit signed int
-	T_PHUINT2 		= 0x0373, // huge pointer to 16 bit unsigned int
-	T_32PINT2 		= 0x0472, // 16:32 near pointer to 16 bit signed int
-	T_32PUINT2 		= 0x0473, // 16:32 near pointer to 16 bit unsigned int
-	T_32PFINT2 		= 0x0572, // 16:32 far pointer to 16 bit signed int
-	T_32PFUINT2 		= 0x0573, // 16:32 far pointer to 16 bit unsigned int
-	T_64PINT2 		= 0x0672, // 64 bit pointer to 16 bit signed int
-	T_64PUINT2 		= 0x0673, // 64 bit pointer to 16 bit unsigned int
-	
-	// 16-bit short types
-	T_SHORT 		= 0x0011, // 16-bit signed 
-	T_USHORT 		= 0x0021, // 16-bit unsigned
-	T_PSHORT 		= 0x0111, // Near pointer to 16-bit signed
-	T_PUSHORT 		= 0x0121, // Near pointer to 16-bit unsigned
-	T_PFSHORT 		= 0x0211, // Far pointer to 16-bit signed
-	T_PFUSHORT 		= 0x0221, // Far pointer to 16-bit unsigned
-	T_PHSHORT 		= 0x0311, // Huge pointer to 16-bit signed
-	T_PHUSHORT 		= 0x0321, // Huge pointer to 16-bit unsigned
-	T_32PSHORT 		= 0x0411, // 16:32 near pointer to 16 bit signed
-	T_32PUSHORT 		= 0x0421, // 16:32 near pointer to 16 bit unsigned
-	T_32PFSHORT 		= 0x0511, // 16:32 far pointer to 16 bit signed
-	T_32PFUSHORT 		= 0x0521, // 16:32 far pointer to 16 bit unsigned
-	T_64PSHORT 		= 0x0611, // 64 bit pointer to 16 bit signed
-	T_64PUSHORT 		= 0x0621, // 64 bit pointer to 16 bit unsigned
-	
-	// Really 32 bit integer types
-	T_INT4 			= 0x0074, // really 32 bit signed int
-	T_UINT4 		= 0x0075, // really 32 bit unsigned int
-	T_PINT4 		= 0x0174, // near pointer to 32 bit signed int
-	T_PUINT4 		= 0x0175, // near pointer to 32 bit unsigned int
-	T_PFINT4 		= 0x0274, // far pointer to 32 bit signed int
-	T_PFUINT4 		= 0x0275, // far pointer to 32 bit unsigned int
-	T_PHINT4 		= 0x0374, // huge pointer to 32 bit signed int
-	T_PHUINT4 		= 0x0375, // huge pointer to 32 bit unsigned int
-	T_32PINT4 		= 0x0474, // 16:32 near pointer to 32 bit signed int
-	T_32PUINT4 		= 0x0475, // 16:32 near pointer to 32 bit unsigned int
-	T_32PFINT4 		= 0x0574, // 16:32 far pointer to 32 bit signed int
-	T_32PFUINT4 		= 0x0575, // 16:32 far pointer to 32 bit unsigned int
-	T_64PINT4 		= 0x0674, // 64 bit pointer to 32 bit signed int
-	T_64PUINT4 		= 0x0675, // 64 bit pointer to 32 bit unsigned int
-
-	// 32-bit long types
-	T_LONG 			= 0x0012, // 32-bit signed 
-	T_ULONG 		= 0x0022, // 32-bit unsigned
-	T_PLONG 		= 0x0112, // Near pointer to 32-bit signed
-	T_PULONG 		= 0x0122, // Near pointer to 32-bit unsigned
-	T_PFLONG 		= 0x0212, // Far pointer to 32-bit signed
-	T_PFULONG 		= 0x0222, // Far pointer to 32-bit unsigned
-	T_PHLONG 		= 0x0312, // Huge pointer to 32-bit signed
-	T_PHULONG 		= 0x0322, // Huge pointer to 32-bit unsigned
-	T_32PLONG 		= 0x0412, // 16:32 near pointer to 32 bit signed 
-	T_32PULONG 		= 0x0422, // 16:32 near pointer to 32 bit unsigned 
-	T_32PFLONG 		= 0x0512, // 16:32 far pointer to 32 bit signed 
-	T_32PFULONG 		= 0x0522, // 16:32 far pointer to 32 bit unsigned
-	T_64PLONG 		= 0x0612, // 64 bit pointer to 32 bit signed 
-	T_64PULONG 		= 0x0622, // 64 bit pointer to 32 bit unsigned
-	
-	// Really 64-bit integer types
-	T_INT8 			= 0x0076, // 64-bit signed int
-	T_UINT8 		= 0x0077, // 64-bit unsigned int
-	T_PINT8 		= 0x0176, // Near pointer to 64-bit signed int
-	T_PUINT8 		= 0x0177, // Near pointer to 64-bit unsigned int
-	T_PFINT8 		= 0x0276, // Far pointer to 64-bit signed int
-	T_PFUINT8 		= 0x0277, // Far pointer to 64-bit unsigned int
-	T_PHINT8 		= 0x0376, // Huge pointer to 64-bit signed int
-	T_PHUINT8 		= 0x0377, // Huge pointer to 64-bit unsigned int
-	T_32PINT8 		= 0x0476, // 16:32 near pointer to 64 bit signed int
-	T_32PUINT8 		= 0x0477, // 16:32 near pointer to 64 bit unsigned int
-	T_32PFINT8 		= 0x0576, // 16:32 far pointer to 64 bit signed int
-	T_32PFUINT8 		= 0x0577, // 16:32 far pointer to 64 bit unsigned int
-	T_64PINT8 		= 0x0676, // 64 bit pointer to 64 bit signed int
-	T_64PUINT8 		= 0x0677, // 64 bit pointer to 64 bit unsigned int
-	
-	// 64-bit integral types
-	T_QUAD 			= 0x0013, // 64-bit signed 
-	T_UQUAD 		= 0x0023, // 64-bit unsigned
-	T_PQUAD 		= 0x0113, // Near pointer to 64-bit signed
-	T_PUQUAD 		= 0x0123, // Near pointer to 64-bit unsigned
-	T_PFQUAD 		= 0x0213, // Far pointer to 64-bit signed
-	T_PFUQUAD 		= 0x0223, // Far pointer to 64-bit unsigned
-	T_PHQUAD 		= 0x0313, // Huge pointer to 64-bit signed
-	T_PHUQUAD 		= 0x0323, // Huge pointer to 64-bit unsigned
-	T_32PQUAD 		= 0x0413, // 16:32 near pointer to 64 bit signed 
-	T_32PUQUAD 		= 0x0423, // 16:32 near pointer to 64 bit unsigned 
-	T_32PFQUAD 		= 0x0513, // 16:32 far pointer to 64 bit signed 
-	T_32PFUQUAD 		= 0x0523, // 16:32 far pointer to 64 bit unsigned 
-	T_64PQUAD 		= 0x0613, // 64 bit pointer to 64 bit signed 
-	T_64PUQUAD 		= 0x0623, // 64 bit pointer to 64 bit unsigned 
-	
-	// 32-bit real types
-	T_REAL32 		= 0x0040, // 32-bit real 
-	T_PREAL32 		= 0x0140, // Near pointer to 32-bit real
-	T_PFREAL32 		= 0x0240, // Far pointer to 32-bit real
-	T_PHREAL32 		= 0x0340, // Huge pointer to 32-bit real
-	T_32PREAL32 		= 0x0440, // 16:32 near pointer to 32 bit real
-	T_32PFREAL32 		= 0x0540, // 16:32 far pointer to 32 bit real
-	T_64PREAL32 		= 0x0640, // 64 pointer to 32 bit real
-	
-	// 48-bit real types
-	T_REAL48 		= 0x0044, // 48-bit real 
-	T_PREAL48 		= 0x0144, // Near pointer to 48-bit real
-	T_PFREAL48 		= 0x0244, // Far pointer to 48-bit real
-	T_PHREAL48 		= 0x0344, // Huge pointer to 48-bit real
-	T_32PREAL48 		= 0x0444, // 16:32 near pointer to 48 bit real
-	T_32PFREAL48 		= 0x0544, // 16:32 far pointer to 48 bit real
-	T_64PREAL48 		= 0x0644, // 64 bit pointer to 48 bit real
-	
-	// 64-bit real types
-	T_REAL64 		= 0x0041, // 64-bit real 
-	T_PREAL64 		= 0x0141, // Near pointer to 64-bit real
-	T_PFREAL64 		= 0x0241, // Far pointer to 64-bit real
-	T_PHREAL64 		= 0x0341, // Huge pointer to 64-bit real
-	T_32PREAL64 		= 0x0441, // 16:32 near pointer to 64 bit real
-	T_32PFREAL64 		= 0x0541, // 16:32 far pointer to 64 bit real
-	T_64PREAL64 		= 0x0641, // 64 bit pointer to 64 bit real
-	
-	// 80-bit real types
-	T_REAL80 		= 0x0042, // 80-bit real 
-	T_PREAL80 		= 0x0142, // Near pointer to 80-bit real
-	T_PFREAL80 		= 0x0242, // Far pointer to 80-bit real
-	T_PHREAL80 		= 0x0342, // Huge pointer to 80-bit real
-	T_32PREAL80 		= 0x0442, // 16:32 near pointer to 80 bit real
-	T_32PFREAL80 		= 0x0542, // 16:32 far pointer to 80 bit real
-	T_64PREAL80 		= 0x0642, // 64 bit pointer to 80 bit real
-	
-	// 128-bit real types
-	T_REAL128 		= 0x0043, // 128-bit real 
-	T_PREAL128 		= 0x0143, // Near pointer to 128-bit real
-	T_PFREAL128 		= 0x0243, // Far pointer to 128-bit real
-	T_PHREAL128 		= 0x0343, // Huge pointer to 128-bit real
-	T_32PREAL128 		= 0x0443, // 16:32 near pointer to 128 bit real
-	T_32PFREAL128 		= 0x0543, // 16:32 far pointer to 128 bit real
-	T_64PREAL128 		= 0x0643, // 64 bit pointer to 128 bit real
-	
-	// 32-bit complex types
-	T_CPLX32 		= 0x0050, // 32-bit complex 
-	T_PCPLX32 		= 0x0150, // Near pointer to 32-bit complex
-	T_PFCPLX32 		= 0x0250, // Far pointer to 32-bit complex
-	T_PHCPLX32 		= 0x0350, // Huge pointer to 32-bit complex
-	T_32PCPLX32 		= 0x0450, // 16:32 near pointer to 32 bit complex
-	T_32PFCPLX32 		= 0x0550, // 16:32 far pointer to 32 bit complex
-	T_64PCPLX32 		= 0x0650, // 64 bit pointer to 32 bit complex
-	
-	// 64-bit complex types
-	T_CPLX64 		= 0x0051, // 64-bit complex 
-	T_PCPLX64 		= 0x0151, // Near pointer to 64-bit complex
-	T_PFCPLX64 		= 0x0251, // Far pointer to 64-bit complex
-	T_PHCPLX64 		= 0x0351, // Huge pointer to 64-bit complex
-	T_32PCPLX64 		= 0x0451, // 16:32 near pointer to 64 bit complex
-	T_32PFCPLX64 		= 0x0551, // 16:32 far pointer to 64 bit complex
-	T_64PCPLX64 		= 0x0651, // 64 bit pointer to 64 bit complex
-	
-	// 80-bit complex types
-	T_CPLX80 		= 0x0052, // 80-bit complex 
-	T_PCPLX80 		= 0x0152, // Near pointer to 80-bit complex
-	T_PFCPLX80 		= 0x0252, // Far pointer to 80-bit complex
-	T_PHCPLX80 		= 0x0352, // Huge pointer to 80-bit complex
-	T_32PCPLX80 		= 0x0452, // 16:32 near pointer to 80 bit complex
-	T_32PFCPLX80 		= 0x0552, // 16:32 far pointer to 80 bit complex
-	T_64PCPLX80 		= 0x0652, // 64 bit pointer to 80 bit complex
-	
-	// 128-bit complex types
-	T_CPLX128 		= 0x0053, // 128-bit complex 
-	T_PCPLX128 		= 0x0153, // Near pointer to 128-bit complex
-	T_PFCPLX128 		= 0x0253, // Far pointer to 128-bit complex
-	T_PHCPLX128 		= 0x0353, // Huge pointer to 128-bit real
-	T_32PCPLX128 		= 0x0453, // 16:32 near pointer to 128 bit complex
-	T_32PFCPLX128 		= 0x0553, // 16:32 far pointer to 128 bit complex
-	T_64PCPLX128 		= 0x0653, // 64 bit pointer to 128 bit complex
-	
-	// Boolean types
-	T_BOOL08 		= 0x0030, // 8-bit Boolean
-	T_BOOL16 		= 0x0031, // 16-bit Boolean
-	T_BOOL32 		= 0x0032, // 32-bit Boolean
-	T_BOOL64 		= 0x0033, // 64-bit Boolean
-	T_PBOOL08 		= 0x0130, // Near pointer to 8-bit Boolean
-	T_PBOOL16 		= 0x0131, // Near pointer to 16-bit Boolean
-	T_PBOOL32 		= 0x0132, // Near pointer to 32-bit Boolean
-	T_PBOOL64 		= 0x0133, // Near pointer to 64-bit Boolean
-	T_PFBOOL08 		= 0x0230, // Far pointer to 8-bit Boolean
-	T_PFBOOL16 		= 0x0231, // Far pointer to 16-bit Boolean
-	T_PFBOOL32 		= 0x0232, // Far pointer to 32-bit Boolean
-	T_PFBOOL64 		= 0x0233, // Far pointer to 64-bit Boolean
-	T_PHBOOL08 		= 0x0330, // Huge pointer to 8-bit Boolean
-	T_PHBOOL16 		= 0x0331, // Huge pointer to 16-bit Boolean
-	T_PHBOOL32 		= 0x0332, // Huge pointer to 32-bit Boolean
-	T_PHBOOL64 		= 0x0333, // Huge pointer to 64-bit Boolean
-	T_32PBOOL08 		= 0x0430, // 16:32 near pointer to 8 bit boolean
-	T_32PFBOOL08 		= 0x0530, // 16:32 far pointer to 8 bit boolean
-	T_32PBOOL16 		= 0x0431, // 16:32 near pointer to 16 bit boolean
-	T_32PFBOOL16 		= 0x0531, // 16:32 far pointer to 16 bit boolean
-	T_32PBOOL32 		= 0x0432, // 16:32 near pointer to 32 bit boolean
-	T_32PFBOOL32 		= 0x0532, // 16:32 far pointer to 32 bit boolean
-	T_32PBOOL64 		= 0x0433, // 16:32 near pointer to 64-bit Boolean
-	T_32PFBOOL64 		= 0x0533, // 16:32 far pointer to 64-bit Boolean
-	T_64PBOOL08 		= 0x0630, // 64 bit pointer to 8 bit boolean
-	T_64PBOOL16 		= 0x0631, // 64 bit pointer to 16 bit boolean
-	T_64PBOOL32 		= 0x0632, // 64 bit pointer to 32 bit boolean
-	T_64PBOOL64 		= 0x0633  // 64 bit pointer to 64-bit Boolean
-};
-
-#endif //__NT_TYPES_H_

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Widgets/CFPatch.C Deleted

@@ -1,184 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-// x86-specific methods for generating control flow
-
-#include "CFWidget.h"
-#include "Widget.h"
-#include "Target.h"
-
-#include "instructionAPI/h/Instruction.h"
-
-#include "../dyninstAPI/src/debug.h"
-
-#include "../CodeTracker.h"
-#include "../CodeBuffer.h"
-#include "dyninstAPI/src/addressSpace.h"
-#include "dyninstAPI/src/emit-x86.h"
-#include "dyninstAPI/src/registerSpace.h"
-
-using namespace Dyninst;
-using namespace Relocation;
-using namespace InstructionAPI;
-
-bool CFPatch::apply(codeGen &gen, CodeBuffer *buf) {
-   // Question 1: are we doing an inter-module static control transfer?
-   // If so, things get... complicated
-   if (isPLT(gen)) {
-      if (!applyPLT(gen, buf)) {
-         cerr << "Failed to apply patch (PLT req'd)" << endl;
-         return false;
-      }
-      return true;
-   }
-
-   // Otherwise this is a classic, and therefore easy.
-   int targetLabel = target->label(buf);
-
-   relocation_cerr << "\t\t CFPatch::apply(" 
-		   << hex << this << dec << "), type " << type << ", origAddr " << hex << origAddr_ 
-                   << ", and label " << dec << targetLabel << endl;
-   if (orig_insn) {
-      relocation_cerr << "\t\t\t Currently at " << hex << gen.currAddr() << " and targeting predicted " << buf->predictedAddr(targetLabel) << dec << endl;
-      switch(type) {
-         case CFPatch::Jump: {
-            relocation_cerr << "\t\t\t Generating CFPatch::Jump from " 
-                            << hex << gen.currAddr() << " to " << buf->predictedAddr(targetLabel) << dec << endl;
-            if (!insnCodeGen::modifyJump(buf->predictedAddr(targetLabel), *ugly_insn, gen)) {
-               cerr << "Failed to modify jump" << endl;
-               return false;
-            }
-            return true;
-         }
-         case CFPatch::JCC: {
-            relocation_cerr << "\t\t\t Generating CFPatch::JCC from " 
-                            << hex << gen.currAddr() << " to " << buf->predictedAddr(targetLabel) << dec << endl;            
-            if (!insnCodeGen::modifyJcc(buf->predictedAddr(targetLabel), *ugly_insn, gen)) {
-               cerr << "Failed to modify conditional jump" << endl;
-               return false;
-            }
-            return true;            
-         }
-         case CFPatch::Call: {
-            if (!insnCodeGen::modifyCall(buf->predictedAddr(targetLabel), *ugly_insn, gen)) {
-               cerr << "Failed to modify call" << endl;
-               return false;
-            }
-            return true;
-         }
-         case CFPatch::Data: {
-            if (!insnCodeGen::modifyData(buf->predictedAddr(targetLabel), *ugly_insn, gen)) {
-               cerr << "Failed to modify data" << endl;
-               return false;
-            }
-            return true;
-         }
-      }
-   }
-   else {
-      switch(type) {
-         case CFPatch::Jump:
-            insnCodeGen::generateBranch(gen, gen.currAddr(), buf->predictedAddr(targetLabel));
-            break;
-         case CFPatch::Call:
-            insnCodeGen::generateCall(gen, gen.currAddr(), buf->predictedAddr(targetLabel));
-            break;
-         default:
-            assert(0);
-      }
-   }
-   
-   return true;
-}
-
-bool CFPatch::isPLT(codeGen &gen) {
-   if (!gen.addrSpace()->edit()) return false;
-
-   // We need to PLT if we're in two different 
-   // AddressSpaces - the current codegen and
-   // the target.
-
-   // First check the target type.
-   if (target->type() != TargetInt::BlockTarget) {
-      // Either a RelocBlock (which _must_ be local)
-      // or an Address (which has to be local to be
-      // meaningful); neither reqs PLT
-      return false;
-   }
-
-   Target<block_instance *> *t = static_cast<Target<block_instance *> *>(target);
-   block_instance *tb = t->t();
-   if (tb->proc() != gen.addrSpace())
-      return true;
-   else
-      return false;
-}
-
-bool CFPatch::applyPLT(codeGen &gen, CodeBuffer *) {
-   // We should try and keep any prefixes that were on the instruction. 
-   // However... yeah, right. I'm not that good with x86. So instead
-   // I'm copying the code from emitCallInstruction...
-   
-   
-   if (target->type() != TargetInt::BlockTarget) {
-      cerr << "Target type is " << target->type() << ", not block target" << endl;
-      return false;
-   }
-   // And can only handle calls right now. That's a TODO...
-   if (type != Call &&
-       type != Jump) {
-      cerr << "Attempt to make PLT of type " << type << " and can only handle calls or jumps" << endl;
-      return false;
-   }
-
-   Target<block_instance *> *t = static_cast<Target<block_instance *> *>(target);
-   block_instance *tb = t->t();
-
-   // We can (for now) only jump to functions
-   func_instance *callee = tb->entryOfFunc();
-   if (!callee) {
-      cerr << "No callee, ret false" << endl;
-      return false;
-   }
-
-   // We need a registerSpace for this. For now, assume we're at
-   // a call boundary (as that's _really_ the only place we can
-   // be for now) and set it to the optimistic register space.
-   gen.setRegisterSpace(registerSpace::optimisticRegSpace(gen.addrSpace()));
-
-   if (type == Call) 
-      gen.codeEmitter()->emitPLTCall(callee, gen);
-   else if (type == Jump)
-      gen.codeEmitter()->emitPLTJump(callee, gen);
-   else
-      assert(0);
-
-   return true;
-}
-

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/asmExterns.h Deleted

@@ -1,83 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-
-/* 
- * $Id: asmExterns.h,v 1.3 2006/03/14 22:57:24 legendre Exp $
-*/
-
-//ccw 3 aug 2000 
-//this file holds the externs for the assembly code. this allows
-//the CE client easy access to it and the NT box as well.
-//it is included in baseTrampTemplate.h when appropriate.
-
-extern "C" void baseTramp();
-extern "C" void baseTramp_savePreInsn();
-extern "C" void baseTramp_skipPreInsn();
-extern "C" void baseTramp_globalPreBranch();
-extern "C" void baseTramp_localPreBranch();
-extern "C" void baseTramp_localPreReturn();
-extern "C" void baseTramp_updateCostInsn();
-extern "C" void baseTramp_restorePreInsn();
-extern "C" void baseTramp_emulateInsn();
-extern "C" void baseTramp_skipPostInsn();
-extern "C" void baseTramp_savePostInsn();
-extern "C" void baseTramp_globalPostBranch();
-extern "C" void baseTramp_localPostBranch();
-extern "C" void baseTramp_localPostReturn();
-extern "C" void baseTramp_restorePostInsn();
-extern "C" void baseTramp_returnInsn();
-extern "C" void baseTramp_endTramp();
-
-extern "C" void baseNonRecursiveTramp();
-extern "C" void baseNonRecursiveTramp_savePreInsn();
-extern "C" void baseNonRecursiveTramp_skipPreInsn();
-extern "C" void baseNonRecursiveTramp_guardOnPre_begin();
-extern "C" void baseNonRecursiveTramp_guardOnPre_end();
-extern "C" void baseNonRecursiveTramp_globalPreBranch();
-extern "C" void baseNonRecursiveTramp_localPreBranch();
-extern "C" void baseNonRecursiveTramp_localPreReturn();
-extern "C" void baseNonRecursiveTramp_guardOffPre_begin();
-extern "C" void baseNonRecursiveTramp_guardOffPre_end();
-extern "C" void baseNonRecursiveTramp_updateCostInsn();
-extern "C" void baseNonRecursiveTramp_restorePreInsn();
-extern "C" void baseNonRecursiveTramp_emulateInsn();
-extern "C" void baseNonRecursiveTramp_skipPostInsn();
-extern "C" void baseNonRecursiveTramp_savePostInsn();
-extern "C" void baseNonRecursiveTramp_guardOnPost_begin();
-extern "C" void baseNonRecursiveTramp_guardOnPost_end();
-extern "C" void baseNonRecursiveTramp_globalPostBranch();
-extern "C" void baseNonRecursiveTramp_localPostBranch();
-extern "C" void baseNonRecursiveTramp_localPostReturn();
-extern "C" void baseNonRecursiveTramp_guardOffPost_begin();
-extern "C" void baseNonRecursiveTramp_guardOffPost_end();
-extern "C" void baseNonRecursiveTramp_restorePostInsn();
-extern "C" void baseNonRecursiveTramp_returnInsn();
-extern "C" void baseNonRecursiveTramp_endTramp();

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/clock.h Deleted

@@ -1,38 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-// $Id: clock.h,v 1.4 2004/03/23 01:12:02 eli Exp $
-
-#ifndef CLOCK_HDR
-#define CLOCK_HDR
-
-extern float getCyclesPerSecond();
-
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/codebuffer.h Deleted

@@ -1,191 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-#if !defined(_codebuf_h_)
-#define _codebuf_h_
-
-#include <vector>
-
-#include "common/src/arch.h"
-#include "dyninstAPI/src/patch.h"
-
-// This class serves as a flexible buffer target for code generation.
-// We support two methods of writing: either copying data into the
-// buffer via codebuf methods or accessing a pointer and data copying externally.
-// The second is ugly but works well as a legacy method.
-
-// However, neither handles the problem of generating code that has variable size.
-// We want to be efficient in handling PIC code (which can just be moved), and an awful
-// lot of what we do is PIC. However, we need to handle patching mechanisms, both when
-// the size of the patch is known (e.g., easy) and unknown (e.g., hard). We do this by
-// creating a list of alternating PIC code buffers (possibly annotated with fixed-size
-// patches) and non-fixed code generating patches. 
-// 
-// Thus an index is actually a pair that identifies which internal code buffer to use
-// and where in that code buffer we want. 
-//
-// Finally, we have a huge pile of interface methods that completely hide this from our
-// users. We do have one big restriction: you cannot put in any references (e.g., branch
-// targets) across a variable-size patch. 
-
-class AstNode;
-
-class codeBuf {
-  friend class AstNode;
-
- public:
-  typedef struct {
-    unsigned index;
-    unsigned bufferID; } index_t;
-
-  struct intBuffer {
-    char *buffer;
-    unsigned size;
-    Patch *patch; 
-  intBuffer() :
-    buffer(NULL), size(0), patch(NULL) {};
-    ~intBuffer() {
-      if (buffer) delete buffer;
-      if (patch) delete patch;
-    };
-  };
-  
-
-  typedef unsigned char *ptr_t;
-
-  // Default constructor -- makes an empty generation area
-  codeBuf();
-  // Make a generation buffer with the given size
-  codeBuf(unsigned size);
-  // Use a preallocated buffer
-  codeBuf(ptr_t buf, int size);
-  ~codeBuf();
-  
-  // Copy constructor. Deep-copy -- allocates
-  // a new buffer
-  codeBuf(const codeBuf &);
-  
-  // We consider our pointer to either be the start
-  // of the buffer, or NULL if the buffer is empty
-  bool operator==(void *ptr) const;
-  bool operator!=(void *ptr) const;
-  
-  // Assignment....
-  codeBuf &operator=(const codeBuf &param);
-  
-  // Allocate a certain amount of space
-  void allocate(unsigned);
-  // And invalidate
-  void invalidate();
-  
-  // Finally, tighten down the memory usage. This frees the 
-  // buffer if it's bigger than necessary and copies everything
-  // to a new fixed buffer.
-  void finalize();
-  
-  // Copy a buffer into here and move the offset
-  void copy(const void *buf, const unsigned size);
-  void copy(const void *buf, const unsigned size, const index_t index);
-  
-  // Similar, but slurp from the start of the parameter
-  void copy(codeBuf &gen);
-
-  // How much space are we using?
-  unsigned used() const;
-  
-  unsigned size() const { return size_; }
-  unsigned max() const { return max_; }
-  
-  // Blind pointer to the start of the code area
-  void *start_ptr() const;
-  // With ptr() and used() you can copy into the mutatee.
-  
-  // Pointer to the current location...
-  void *cur_ptr() const;
-  
-  // And pointer to a given offset
-  void *get_ptr(unsigned offset) const;
-  
-  // For things that make a copy of the current pointer and
-  // play around with it. This recalculates the current offset
-  // based on a new pointer
-  void update(ptr_t *ptr);
-  
-  // Set the offset at a particular location.
-  void setIndex(index_t offset);
-  
-  index_t getIndex() const;
-  
-  // Move up or down a certain amount
-  void moveIndex(int disp);
-  
-  // To calculate a jump between the "from" and where we are
-  static int getDisplacement(index_t from, index_t to);
-  
-  // For code generation -- given the current state of 
-  // generation and a base address in the mutatee, 
-  // produce a "current" address.
-  Address currAddr() const;
-  Address currAddr(Address base) const;
-
-  // We have like three different patch mechanisms. Unfortunately, we 
-  // also need to support them all. 
-
-  // Complex patch mechanism - takes a GenState object and produces
-  // some code. 
-  void addPatch(Patch *);
-
-  // Simplified patch mechanism that has a known, fixed length. 
-  // This is a patch localized to a single point with a known size
-  //Add a new patch point
-  void addPatch(const relocPatch &p);
-  
-  //Create a patch into the codeRange
-  void addPatch(codeBufIndex_t index, patchTarget *source, 
-		unsigned size = sizeof(Address),
-		relocPatch::patch_type_t ptype = relocPatch::abs,
-		Dyninst::Offset off = 0);
-  
-  std::vector<relocPatch> &allPatches();
-  
-  //Apply all patches that have been added
-  void applyPatches();
-  
-  
-
- private:
-  void realloc(unsigned newSize); 
-
-  void inc();
-
-  std::vector<relocPatch> patches_;
-  vector<intBuffer> buffers_;
-};
-
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/dummy.C Deleted

@@ -1,77 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-/*
- * $Id: dummy.C,v 1.8 2005/01/21 23:44:17 bernat Exp $
- *
- * Miscellaneous functions and globals that are defined in paradynd modules
- * which aren't being included in the library.
- */
-
-#include <stdlib.h>
-#include <stdio.h>
-
-int traceSocket = 0;
-int traceSocket_fd = 0;
-
-void cleanUpAndExit(int status)
-{
-    exit(status);
-}
-
-extern "C" {
-
-void __uninitialized_copy_aux__H2ZPCt6vector2ZUiZt9allocator1ZUiZPt6vector2ZUiZt9allocator1ZUi_X01X01X11G12__false_type_X11() { abort(); }
-void __uninitialized_copy_aux__H2ZPC7FERNodeZP7FERNode_X01X01X11G12__false_type_X11() { abort(); }
-
-void fill_n__H3ZPP11func_instanceZUlZP11func_instance_X01X11RCX21_X01() {}
-void fill_n__H3ZPP11func_instanceZUiZP11func_instance_X01X11RCX21_X01() { }
-
-void fill_n__H3ZPP7AstNodeZUiZP7AstNode_X01X11RCX21_X01() { }
-
-void fill_n__H3ZPP19BPatch_variableExprZUiZP19BPatch_variableExpr_X01X11RCX21_X01() {abort(); }
-void fill__H2ZPP19BPatch_variableExprZP19BPatch_variableExpr_X01X01RCX11_v() {abort(); }
-
-void fill__H2ZPP19BPatch_variableExprZP19BPatch_variableExpr_X01T0RCX11_v() { abort(); }
-
-void fill_n__H3ZPP8pdmoduleZUiZP8pdmodule_X01X11RCX21_X01() { }
-
-#ifdef notdef
-void __uninitialized_copy_aux__H2ZPC6stringZP6string_X01X01X11G12__false_type_X11() { 
-    printf("call fill of string\n");
-}
-#endif
-
-void __uninitialized_copy_aux__H2ZPCt6vector2ZUlZt9allocator1ZUlZPt6vector2ZUlZt9allocator1ZUl_X01X01X11G12__false_type_X11() {}
-
-void fill_n__H3ZPP8pdmoduleZUlZP8pdmodule_X01X11RCX21_X01() {}
-
-void fill_n__H3ZPP19BPatch_variableExprZUlZP19BPatch_variableExpr_X01X11RCX21_X01() {}
-
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/ntDL.h Deleted

@@ -1,70 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#if !defined(nt_dl_hdr)
-#define nt_dl_hdr
-
-class process;
-class mapped_object;
-//
-// All platform specific dynamic linking info. is in this class
-// each version of this class must have the following funcitons:
-// getSharedObjects, isDynamic, handleIfDueToSharedObjectMapping
-//
-class dynamic_linking {
-
-public:
-
-    dynamic_linking(){ dynlinked = true; } 
-    ~dynamic_linking(){}
-    
-    // getSharedObjects: This routine is called before main() to get and
-    // process all shared objects that have been mapped into the process's
-    // address space
-    std::vector< mapped_object *> *getSharedObjects(process *){ return &sharedObjects;}
-
-    // handleIfDueToSharedObjectMapping: returns true if the trap was caused
-    // by a change to the link maps  
-    bool handleIfDueToSharedObjectMapping(process *, std::vector<mapped_object *> **,
-			       u_int &, bool &){ return false;}
-
-    // returns true if the executable is dynamically linked 
-    bool isDynamic(){ return(dynlinked);}
-
-   std::vector<mapped_object *> sharedObjects;
-
-private:
-
-   bool  dynlinked;
-};
-
-#endif
-
-

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTheap-svr4.c Deleted

@@ -1,79 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-/* $Id: RTheap-svr4.c,v 1.3 2006/05/03 00:31:25 jodom Exp $ */
-/* RTheap-svr4.c: heap management for SVR4 platforms */
-
-#include <stdio.h>
-#include <sys/stat.h>   /* open */
-#include <fcntl.h>      /* open */
-#include <sys/types.h>  /* getpid, open */
-#include <unistd.h>     /* getpid, ioctl */
-#include <stdlib.h>     /* malloc, free */
-#include "RTheap.h"     /* dyninstmm_t */
-
-int
-DYNINSTgetMemoryMap(unsigned *nump, dyninstmm_t **mapp)
-{
-     int fd;
-     char buf1024;
-     dyninstmm_t *ms;
-     unsigned num;
-
-     sprintf(buf, "/proc/%d", getpid());
-     fd = open(buf, O_RDONLY);
-     if (0 > fd) {
-	  perror("open /proc");
-	  return -1;
-     }
-     if (0 > ioctl(fd, PIOCNMAP, &num)) {
-	  perror("getMemoryMap (PIOCNMAP)");
-	  close(fd);
-	  return -1;
-     }
-     ms = (dyninstmm_t *) malloc((num+1) * sizeof(dyninstmm_t));
-     if (!ms) {
-	  fprintf(stderr, "DYNINSTgetMemoryMap: Out of memory\n");
-	  close(fd);
-	  return -1;
-     }
-     if (0 > ioctl(fd, PIOCMAP, ms)) {
-	  perror("getMemoryMap (PIOCMAP)");
-	  free(ms);
-	  close(fd);
-	  return -1;
-     }
-
-     /* success */
-     close(fd);
-     *nump = num;
-     *mapp = ms;
-     return 0;
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTmemEmulator.c Deleted

@@ -1,170 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#include "dyninstAPI_RT/h/dyninstAPI_RT.h"
-#include "dyninstAPI_RT/src/RTcommon.h"
-#include <assert.h>
-#include <stdio.h>
-#include <string.h>
-#include <errno.h>
-
-#if defined (__GNUC__)
-#include <unistd.h>
-#define FAST_CALL __attribute__((fastcall)) 
-#elif defined (os_windows)
-#define FAST_CALL __fastcall
-#endif
-
-/* Code to assist in remapping memory operations that were affected
- * by our instrumentation */
-
-extern void DYNINST_stopThread(void *, void *, void *, void *);
-
-#if _MSC_VER
-struct MemoryMapper RTmemoryMapper = {0, 0, 0, 0 };
-#else
-struct MemoryMapper RTmemoryMapper = {0, 0, 0, 0, {} };
-#endif
-extern FILE *stOut;
-
-//#define DEBUG_MEM_EM
-
-unsigned long RTtranslateMemory(unsigned long input, unsigned long origAddr, unsigned long currAddr) {
-   /* Standard nonblocking synchronization construct */
-   int index;
-   int min;
-   int max;
-   volatile int guard2;
-   (void)origAddr; /* unused parameter */
-   (void)currAddr; /* unused parameter */
-
-   do {
-      guard2 = RTmemoryMapper.guard2;
-      min = 0;
-      max = (RTmemoryMapper.size - 1);
-      do {
-         index = min + ((max - min) / 2);
-         if (input >= RTmemoryMapper.elementsindex.lo) {
-            /* Either correct or too low */
-            if (input < RTmemoryMapper.elementsindex.hi) {
-               break;
-            }
-            else {
-               min = index + 1;
-            }
-         }
-         else {
-            /* Too high */
-            max = index - 1;
-         }
-      } while (min <= max);
-   } while (guard2 != RTmemoryMapper.guard1);
-
-   if (min <= max) {
-      if (RTmemoryMapper.elementsindex.shift == -1) {
-         return 0;
-      }
-      else {
-        return input + RTmemoryMapper.elementsindex.shift;
-      }
-   }
-   else {
-      return input;
-   }
-   return 0;
-}
-
-unsigned long RTtranslateMemoryShift(unsigned long input, unsigned long origAddr, unsigned long currAddr) {
-   /* Standard nonblocking synchronization construct */
-	int index;
-   int min;
-   int max;
-   volatile int guard2;
-   (void)origAddr; /* unused parameter */
-   (void)currAddr; /* unused parameter */
-
-   do {
-      guard2 = RTmemoryMapper.guard2;
-      min = 0;
-      max = (RTmemoryMapper.size - 1);
-      do {
-         index = min + ((max - min) / 2);
-         if (input >= RTmemoryMapper.elementsindex.lo) {
-            /* Either correct or too low */
-            if (input < RTmemoryMapper.elementsindex.hi) {
-               break;
-            }
-            else {
-               min = index + 1;
-            }
-         }
-         else {
-            /* Too high */
-            max = index - 1;
-         }
-      } while (min <= max);
-   } while (guard2 != RTmemoryMapper.guard1);
-
-   if (min <= max) {
-      if (RTmemoryMapper.elementsindex.shift == -1) {
-         fflush(stOut);
-         return -1 * input;
-      }
-      else {
-       return RTmemoryMapper.elementsindex.shift;
-      }
-   }
-   else {
-      return 0;
-   }
-   return 0;
-}
-
-int RTuntranslatedEntryCounter;
-extern void DYNINST_stopThread (void * pointAddr, void *callBackID, void *flags, void *calculation);
-
-void RThandleShadow(void *direction, void *pointAddr, void *callbackID, void *flags, void *calculation) {
-   (void)calculation; /* unused parameter */
-   if ((int)((long) direction) == 1) {
-        if (RTuntranslatedEntryCounter == 0) {
-            // Entering a system call...
-            DYNINST_stopThread(pointAddr, callbackID, flags, (void *)1);
-        }
-        RTuntranslatedEntryCounter++;
-    }
-    else {
-        if (RTuntranslatedEntryCounter > 0) {
-            RTuntranslatedEntryCounter--;
-        }
-        if (RTuntranslatedEntryCounter == 0) {
-            DYNINST_stopThread(pointAddr, callbackID, flags, (void *)0);
-        }
-    }
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTmutatedBinary.c Deleted

@@ -1,53 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-/* $Id: RTmutatedBinary.c,v 1.10 2008/02/20 08:31:08 jaw Exp $ */
-
-/* this file contains the code to restore the necessary
-   data for a mutated binary 
- */
-
-
-#include <unistd.h>
-#include <stdlib.h>
-
-extern int isMutatedExec;
-char *buffer;
-
-/* checkMutatedFile() is defined in RTmutatedBinary_<fileformat>.c */
-
-extern int checkMutatedFile();
-
-/*
- * This function sets up pre-initialization
- * data structures for SaveTheWorld. Ensure
- * it is called _before_ DYNINSTinit
- */ 
-

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTmutatedBinary_ELF.c Deleted

@@ -1,748 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-/* $Id: RTmutatedBinary_ELF.c,v 1.29 2007/07/11 17:58:24 ssuen Exp $ */
-
-/* this file contains the code to restore the necessary
-   data for a mutated binary 
- */
-
-#include <stdlib.h>
-#include "dyninstAPI_RT/h/dyninstAPI_RT.h"
-#include <unistd.h>
-#include  <fcntl.h>
-#include <string.h>
-
-#include <libelf.h>
-
-
-
-#if defined(i386_unknown_linux2_0) \
- || (defined(arch_power) && defined(os_linux)) \
- || defined(x86_64_unknown_linux2_4) /* Blind duplication - Ray */
-#define __USE_GNU
-#endif
-
-#include <sys/mman.h>
-#include <dlfcn.h>
-#include <link.h> /* ccw 23 jan 2002 */
-#include <limits.h>
-
-#if defined(i386_unknown_linux2_0) \
-   || defined(x86_64_unknown_linux2_4) /* Blind duplication - Ray */
-extern ElfW(Dyn) _DYNAMIC;
-
-#endif
-
-/* Borrowed from Linux's link.h: Allows us to use functions from
-   libelf regardless of word size. */
-//#define ELF_FUNC(type)      _ELF_FUNC (elf, __ELF_NATIVE_CLASS, type)
-#define ELF_FUNC(type)      _ELF_FUNC (Elf, __ELF_NATIVE_CLASS, type)
-#define _ELF_FUNC(e,w,t)    _ELF_FUNC_1 (e, w, _##t)
-#define _ELF_FUNC_1(e,w,t)  e##w##t
-
-typedef struct {
-      ElfW(Sword) d_tag;
-      union {
-          ElfW(Sword) d_val;
-          ElfW(Addr) d_ptr;
-      } d_un;
-  } __Elf_Dyn;
-
-unsigned long checkAddr;
-/*extern int isMutatedExec;
-char *buffer;
-*/
-
-struct link_map* map=NULL;
-
-char *sharedLibraryInfo = NULL;
-unsigned int originalInsnBkpt;
-unsigned int addressBkpt;
-
-/* 	this is not misnamed.  In the future, this function will contain
-	code to patch the instrumentation of a shared library that has 
-	been loaded into a different place during a mutated binary run.
-
-	Now, it just exit()s, as you can see
-*/
-
-void fixInstrumentation(char* soName, unsigned long currAddr, unsigned long oldAddr){
-	printf(" %s loaded at wrong address: 0x%lx (expected at 0x%lx) \n", soName, currAddr, oldAddr);
-	printf(" This is an unrecoverable error, the instrumentation will not");
-	printf("\n run correctly if shared libraries are loaded at a different address\n");
-	printf("\n Exiting.....\n");
-	fflush(stdout);
-        //while(1);
-	//exit(9);
-}
-
-/* 	this function checks the shared library (soName) to see if it
-	is currently loaded (loadAddr) at the same place it was before (address).
-	If the shared library is not found in the list (sharedLibraryInfo) that
-	mean the shared library was *NOT* instrumented and can be loaded
-	anywhere
-*/
-unsigned long checkSOLoadAddr(char *soName, unsigned long loadAddr){
-	unsigned long result=0, found = 0;
-	unsigned long address;
-	char *ptr = sharedLibraryInfo;
-	while(ptr &&  *ptr && !found ){
-		/*fprintf(stderr," CHECKING FOR %s in %s\n", ptr, soName);*/
-
-        	if(strstr(soName, ptr) || strstr(ptr,soName)){
-                	found = 1;
-			ptr += (strlen(ptr) +1);
-			memcpy(&address, ptr, sizeof(unsigned long)); 
-			/* previous line is done b/c of alignment issues on sparc*/
-			if(loadAddr == address) {
-				result = 0;
-			}else{
-				result = address;
-			}	
-		}
-
-		ptr += (strlen(ptr) +1);
-		ptr += sizeof(unsigned long);
-		ptr += sizeof(unsigned long); /* for flag */
-
-
-	}
-	if(!found){
-		result = 0;
-		/*fprintf(stderr," NOT FOUND %s\n",soName);*/
-	}
-
-	/*fprintf(stderr," checkSOLoadAddr: %s %lx %lx\n", soName, loadAddr, result);*/
-	return result;
-}
-
-
-#if defined(i386_unknown_linux2_0) \
- || defined(x86_64_unknown_linux2_4) /* Blind duplication - Ray */
-unsigned long loadAddr;
-void (*dl_debug_state_func)(void);
-
-void dyninst_dl_debug_state(){
-	asm("nop");
-	if(_r_debug.r_state == 1){
-	do {
-			if(map->l_next){
-				map = map->l_next;
-			}
-			loadAddr = checkSOLoadAddr(map->l_name, (unsigned long)map->l_ld);/*l_addr*/
-			if(loadAddr){
-				fixInstrumentation(map->l_name, (unsigned long)map->l_ld, loadAddr);/*l_addr*/
-			}
-		}while(map->l_next);
-
-	}
-
-	/* the following call is used to call
-	 * _dl_debug_state to ensure correctness (if
-	 * someone relies on it being called it is
-	 * execuated after this function)
-	 * The value stored in dl_debug_state_func is
-	 * the address of the function _dl_debug_state
-	 * and is set in checkElfFile
-	 */
-	asm("nop");
-	asm("nop");
-	asm("nop");
-	(*dl_debug_state_func)();
-	asm("nop");
-
-}
-
-void hack_ld_linux_plt(unsigned long pltEntryAddr){ 
-/* this is ugly.
- * save the world needs to check each shared library
- * that is loaded to ensure that it is loaded at the
- * same base address it was loaded at when the mutator/mutatee
- * pair ran.  
- * So, we know dlopen calls _dl_debug_state per the r_debug
- * interface to let the process know a shared library has changed
- * state.
- * with this function we change the Procedure Linkage Table (.plt)
- * for ld-linux.so so that the entry that used to point to
- * _dl_debug_state points to dyninst_dl_debug_state.
- *
- * dyninst_dl_debug_state then calls _dl_debug_state before
- * exiting 
- *
- * dont try this at home
- */
-	unsigned long mprotectAddr = pltEntryAddr - (pltEntryAddr % getpagesize());	
-	unsigned long newTarget = (unsigned long) &dyninst_dl_debug_state ;
-	
-	mprotect( (void*) mprotectAddr, pltEntryAddr - mprotectAddr + sizeof(long), 
-				PROT_READ|PROT_WRITE|PROT_EXEC);
-
-	memcpy( (void*) dl_debug_state_func, (void*) pltEntryAddr, sizeof(long)); 
-
-	memcpy( (void*) pltEntryAddr, &newTarget, sizeof(long));
-}
-#endif
-
-unsigned (*Elf_version)(unsigned) = NULL;
-Elf *(*Elf_begin)(int fildes, Elf_Cmd cmd, Elf *ref) = NULL;
-Elf_Scn *(*Elf_getscn)(Elf *elf, size_t index) = NULL;
-Elf_Data *(*Elf_getdata)(Elf_Scn *scn, Elf_Data *data) = NULL;
-Elf_Scn *(*Elf_nextscn)(Elf *elf, Elf_Scn *scn) = NULL;
-Elf32_Shdr *(*Elf32_getshdr)(Elf_Scn *scn) = NULL;
-Elf32_Ehdr *(*Elf32_getehdr)(Elf *elf) = NULL;
-Elf64_Shdr *(*Elf64_getshdr)(Elf_Scn *scn) = NULL;
-Elf64_Ehdr *(*Elf64_getehdr)(Elf *elf) = NULL;
-const char *(*Elf_errmsg)(int err) = NULL;
-int (*Elf_errno)(void) = NULL;
-int (*Elf_end)(Elf *elf) = NULL;
-
-
-int checkSO(char* soName){
-	ElfW(Shdr) *shdr;
-	ElfW(Ehdr) *   ehdr;
-    	Elf *          elf;
-	int       fd;
-	Elf_Data *strData;
-	Elf_Scn *scn;
-	int result = 0;
-
- 	if((fd = (int) open(soName, O_RDONLY)) == -1){
-		RTprintf("cannot open : %s\n",soName);
-    		fflush(stdout); 
-		return result;
-	}
-	if((elf = Elf_begin(fd, ELF_C_READ, NULL)) ==NULL){
-		RTprintf("%s %s \n",soName, Elf_errmsg(Elf_errno()));
-		RTprintf("cannot elf_begin\n");
-		fflush(stdout);
-		close(fd);
-		return result;
-	}
-
-	ehdr = ELF_FUNC( getehdr(elf) );
-	scn = Elf_getscn(elf, ehdr->e_shstrndx);
-	strData = Elf_getdata(scn,NULL);
-   	for( scn = NULL; !result && (scn = Elf_nextscn(elf, scn)); ){
-		shdr = ELF_FUNC( getshdr(scn) );
-		if(!strcmp((char *)strData->d_buf + shdr->sh_name, ".dyninst_mutated")) {
-			result = 1;
-		}
-	}
-	Elf_end(elf);
-	close(fd);
-
-	return result;
-}
-
-int checkMutatedFile(){
-
-    /* Apparently a future section stomps on the tramp guard. Whoops. Instead,
-       we'll keep the address around and initialize the guard at the end. */
-    int *trampGuardBase_ = NULL;
-    int trampGuardSize_ = 0;
-
-	ElfW(Shdr) *shdr;
-	ElfW(Ehdr) *   ehdr;
-	Elf *          elf;
-	int       cnt,fd;
-	Elf_Data *elfData,*strData;
-	Elf_Scn *scn;
-	char *execStr;
-	int retVal = 0;
-	unsigned long mmapAddr;
-	int pageSize;
-	Address dataAddress;
-	int dataSize;
-	char* tmpPtr;
-	unsigned long updateAddress, updateSize, updateOffset;
-	unsigned long *dataPtr;
-	unsigned int numberUpdates,i ;
-	char* oldPageData;
-	Dl_info dlip;
-	int soError = 0; 
-
-     char * error_msg = NULL;
-     void * elfHandle = NULL;
-
-	//fprintf(stderr,"SBRK 0x%x\n",sbrk(1));;
-
-//     elfHandle = dlopen("/usr/lib/libelf.so.1", RTLD_NOW);
-
-     elfHandle = dlopen("libelf.so", RTLD_NOW);
-     if(! elfHandle){
-        error_msg = dlerror();
-        if (error_msg) {
-          //fprintf(stderr,"Could not open lib: %s- %s\n","libelf",error_msg);
-        }
-        else{
-          //fprintf(stderr, "failure\n");
-        }
-	return 0;
-     }
-
-     Elf_version = (unsigned (*)(unsigned)) dlsym(elfHandle, "elf_version");
-     Elf_begin = (Elf *(*)(int,Elf_Cmd,Elf *)) dlsym(elfHandle, "elf_begin");
-     Elf_getscn = (Elf_Scn *(*)(Elf *, size_t)) dlsym(elfHandle, "elf_getscn");
-     Elf_nextscn = (Elf_Scn *(*)(Elf *, Elf_Scn *)) dlsym(elfHandle, "elf_nextscn");
-     Elf_getdata = (Elf_Data *(*)(Elf_Scn *, Elf_Data *)) dlsym(elfHandle, "elf_getdata");
-     Elf32_getehdr = (Elf32_Ehdr *(*)(Elf *)) dlsym(elfHandle, "elf32_getehdr");
-     Elf32_getshdr = (Elf32_Shdr *(*)(Elf_Scn *)) dlsym(elfHandle, "elf32_getshdr");
-     Elf64_getehdr = (Elf64_Ehdr *(*)(Elf *)) dlsym(elfHandle, "elf64_getehdr");
-     Elf64_getshdr = (Elf64_Shdr *(*)(Elf_Scn *)) dlsym(elfHandle, "elf64_getshdr");
-     Elf_errmsg = (const char *(*)(int)) dlsym(elfHandle, "elf_errmsg");
-     Elf_errno = (int (*)(void)) dlsym(elfHandle, "elf_errno");
-     Elf_end = (int (*)(Elf *)) dlsym(elfHandle, "elf_end");
-
-	Elf_version(EV_CURRENT);
-
-	execStr = (char*) malloc(1024);
-	memset(execStr,'\0',1024);
-
-#if defined(i386_unknown_linux2_0) \
-   || defined(x86_64_unknown_linux2_4) /* Blind duplication - Ray */ \
-   || (defined(os_linux) && defined(arch_power))
-	sprintf(execStr,"/proc/%d/exe",getpid());
-#endif
-
-	if((fd = (int) open(execStr, O_RDONLY)) == -1){
-		printf("cannot open : %s\n",execStr);
-    		fflush(stdout); 
-		return retVal;
-	}
-	if((elf = Elf_begin(fd, ELF_C_READ, NULL)) ==NULL){
-		printf("%s %s \n",execStr, Elf_errmsg( Elf_errno()));
-		printf("cannot Elf_begin\n");
-		fflush(stdout);
-		close(fd);
-		return retVal;
-	}
-
-	ehdr = ELF_FUNC( getehdr(elf) );
-	scn = Elf_getscn(elf, ehdr->e_shstrndx);
-	strData = Elf_getdata(scn,NULL);
-	pageSize =  getpagesize();
-
-	/*fprintf(stderr,"IN MUTATED FILE\n");*/
-   	for(cnt = 0, scn = NULL; !soError &&  (scn = Elf_nextscn(elf, scn));cnt++){
-		shdr = ELF_FUNC( getshdr(scn) );
-		if(!strncmp((char *)strData->d_buf + shdr->sh_name, "dyninstAPItrampgu", 17)) {
-			dataAddress = shdr->sh_addr;
-			elfData = Elf_getdata(scn, NULL);
-			tmpPtr = elfData->d_buf;
-			//fprintf(stderr,"tramp guard addr %x, tmpPtr %p (%d)\n", dataAddress, tmpPtr, *tmpPtr);
-                        trampGuardBase_ = (int *)dataAddress;
-                        trampGuardSize_ = *(int *)tmpPtr;
-
-
-			/* 	we already own it. 
-	
-				because we have moved the start of the heap beyond this address
-			*/
-
-			/* set tramp guard to 1 */
-			for(i=0;i<*(int*)tmpPtr;i++){
-                            ((unsigned*) dataAddress)i=1;
-                        }
-                        /* This may get reverted, so we'll re-do the work below. */
-
-		}else if(!strncmp((char *)strData->d_buf + shdr->sh_name, "dyninstAPI_data", 15)) {
-			elfData = Elf_getdata(scn, NULL);
-			tmpPtr = elfData->d_buf;
-			dataAddress = -1;
-			while( dataAddress != 0 ) { 
-				/*tmpPtr may not be aligned on the correct boundry
-				so use memcpy to set dataSize
-				dataSize = *(int*) tmpPtr;*/
-				memcpy((char*) & dataSize, tmpPtr, sizeof(int));
-
-				tmpPtr+=sizeof(int);
-				memcpy( (char*) & dataAddress, tmpPtr, sizeof(Address));
-
-				tmpPtr += sizeof(Address);
-				if(dataAddress){
-					memcpy((char*) dataAddress, tmpPtr, dataSize);
-
-					tmpPtr += dataSize;
-				}
-			}
-
-		}else if(!strncmp((char *)strData->d_buf + shdr->sh_name, "dyninstAPI_",11)){ 
-			char *tmpStr = strchr((char *)strData->d_buf + shdr->sh_name, (int)'_'); ;
-
-			tmpStr ++;
-
-			if( *tmpStr>=0x30 && *tmpStr <= 0x39 ) {
-				/* we dont want to do this unless this is a dyninstAPI_### section
-					specifically, dont do this for dyninstAPI_SharedLibraries*/
-				retVal = 1; /* this is a restored run */
-
-				if( *tmpStr>=0x30 && *tmpStr <= 0x39 ) {
-					/* this is a heap tramp section */
-
-					/* 	the new starting address of the heap is immediately AFTER the last
-						dyninstAPI_### section, so we can ALWAYS memcpy the data into place
-						see the value of newHeapAddr in writeBackElf.C
-					*/
-					elfData = Elf_getdata(scn, NULL);
-					memcpy((void*)shdr->sh_addr, elfData->d_buf, shdr->sh_size);
-				}
-			}
-		}
-		if(!strcmp((char *)strData->d_buf + shdr->sh_name, "dyninstAPI_mutatedSO")){
-			/* make sure the mutated SOs are loaded, not the original ones */
-			char *soNames;
-			int mutatedFlag = 0;
-			int totallen=0;
-#if defined(i386_unknown_linux2_0) \
-   || (defined(arch_power) && defined(os_linux)) \
-   || defined(x86_64_unknown_linux2_4) /* Blind duplication - Ray */
-			struct link_map *lmap=0;
-#endif
-			char *loadedname, *dyninstname;
-
-			elfData = Elf_getdata(scn, NULL);
-
-			sharedLibraryInfo = (char*) malloc(elfData->d_size);
-			memcpy(sharedLibraryInfo, elfData->d_buf, elfData->d_size);
-			lmap = _r_debug.r_map;
-
-			for(soNames = (char*) elfData->d_buf ; totallen<elfData->d_size; 
-				soNames = &((char*) elfData->d_buf)strlen(soNames)+1+sizeof(unsigned int) +sizeof(unsigned int)){
-				/* added a +sizeof(unsigned int) above for flag */
-				totallen += strlen(soNames) + 1 + sizeof(unsigned int) +sizeof(unsigned int); /*for flag*/
-				memcpy(&mutatedFlag, &((char*) elfData->d_buf)totallen-sizeof(unsigned int), sizeof(unsigned int));
-				lmap = _r_debug.r_map;
-				while(lmap){
-					loadedname = strrchr(lmap->l_name,'/');
-					dyninstname =  strrchr((const char *)soNames,(int)'/');
-					if(loadedname == 0){
-						loadedname = lmap->l_name;
-					}
-					if(dyninstname == 0){
-						dyninstname = soNames;
-					}	
-					if(mutatedFlag && !strcmp(loadedname, dyninstname)) {
-						if(!checkSO(lmap->l_name)){
-			printf("ERROR: %s was mutated during saveworld and",lmap->l_name);
-			printf(" the currently loaded %s has not been mutated\n", lmap->l_name);
-			printf(" check your LD path to be sure the mutated %s is visible\n", soNames);
-							soError = 1;
-		
-						}
-
-		
-					}
-					lmap = lmap->l_next;
-				}
-			}
-		}
-		if(!strcmp((char *)strData->d_buf + shdr->sh_name, "rtlib_addr")){
-			unsigned int ptr;
-			int done = 0;
-
-
-			elfData = Elf_getdata(scn, NULL);
-
-			/*ptr = elfData->d_buf;*/
-			/* use memcpy because of alignment issues on sparc */	
-			memcpy(&ptr,elfData->d_buf,sizeof(unsigned int));
-
-	
-			map = _r_debug.r_map;
-
-			while(map && !done){
-				/*fprintf(stderr,"CHECKING %s 0x%x\n", map->l_name,map->l_addr);*/
-				if( * map->l_name  && strstr(map->l_name, "libdyninstAPI_RT")){
-					unsigned long loadaddr = (unsigned long)map->l_addr;
-
-					/* 	LINUX PROBLEM. in the link_map structure the map->l_addr field is NOT
-						the load address of the dynamic object, as the documentation says.  It is the
-						RELOCATED address of the object. If the object was not relocated then the
-						value is ZERO.
-
-						So, on LINUX we check the address of the dynamic section, map->l_ld, which is
-						correct.
-					*/
-#if defined(i386_unknown_linux2_0) || defined(x86_64_unknown_linux2_4)
-					loadaddr = (unsigned long)map->l_ld;
-#endif
-
-					/*fprintf(stderr," loadadd %x ptr %x\n", loadaddr, ptr);*/
-					if( loadaddr !=  (ptr)){
-						fixInstrumentation(map->l_name, loadaddr,  (ptr));
-					}
-				}
-				/* check every loaded SO but leave map such that map->l_next == NULL.
-					The next time a SO is loaded it will be placed at 
-					map->l_next, so keep a tail pointer such that we 
-					dont need to loop through the entire list again
-				*/
-				if(map->l_next){
-					map = map->l_next;
-				}else{
-					done = 1;
-				}
-			}
-		}
-		if(!strcmp((char *)strData->d_buf + shdr->sh_name, "dyninstAPI_SharedLibraries")){
-			unsigned long diffAddr;
-			unsigned long ld_linuxBaseAddr;
-			char *ptr;
-			int done = 0;
-
-
-			elfData = Elf_getdata(scn, NULL);
-
-			ptr = elfData->d_buf;
-		
-			map = _r_debug.r_map;
-
-			while(map && !done){
-				if( map->l_name && * map->l_name ){
-					unsigned int loadaddr = map->l_addr;
-
-					/* 	LINUX PROBLEM. in the link_map structure the map->l_addr field is NOT
-						the load address of the dynamic object, as the documentation says.  It is the
-						RELOCATED address of the object. If the object was not relocated then the
-						value is ZERO.
-
-						So, on LINUX we check the address of the dynamic section, map->l_ld, which is
-						correct.
-					*/
-#if defined(i386_unknown_linux2_0) || defined(x86_64_unknown_linux2_4)
-					loadaddr = (unsigned long)map->l_ld;
-#endif
-
-					/*fprintf(stderr," CHECKING: %s %x\n",map->l_name, map->l_addr);*/
-					diffAddr = checkSOLoadAddr(map->l_name, loadaddr);
-					if(diffAddr){
-						fixInstrumentation(map->l_name, loadaddr, diffAddr);
-					}
-#if defined(i386_unknown_linux2_0) \
- || defined(x86_64_unknown_linux2_4) /* Blind duplication - Ray */
-					/* ld-linux.so will never be hand relocated so l_addr should be correct. right? */
-					if(strstr(map->l_name, "ld-linux.so")){
-						ld_linuxBaseAddr = map->l_addr;
-					}	
-#endif
-				}
-				/* check every loaded SO but leave map such that map->l_next == NULL.
-					The next time a SO is loaded it will be placed at 
-					map->l_next, so keep a tail pointer such that we 
-					dont need to loop through the entire list again
-				*/
-				if(map->l_next){
-					map = map->l_next;
-				}else{
-					done = 1;
-				}
-			}
-			if( shdr->sh_addr != 0){
-				/* if the addr is zero, then there is 
-					no PLT entry for dlopen.  if there is
-					no entry for dlopen the mutatee must not
-					call it.  -- what about calling it from
-					a shared lib that is statically loaded?
-				*/
-
-			/* WHY IS THERE A POUND DEFINE HERE? 
-
-				well, we need to intercept the dlopen calls from the mutated binary
-				because our trampolines expect the shared libraries to be in
-				a particular location and if they are not where they are expected
-				our trampolines can jump off into nothingness, or even worse, some
-				random bit of executable code.  
-
-				So we must intercept the dlopen call and then check to be sure
-				the shared libraries are loaded in the same place as before.  If
-				they are not we exit with a message to the user saying this is
-				a fatal error.
-		
-				Note, only shared libraries that have been instrumented are checked
-				here.  
-			*/
-
-#if defined(i386_unknown_linux2_0) \
-   || defined(x86_64_unknown_linux2_4) /* Blind duplication - Ray */
-			/* install jump to catch call to _dl_debug_state */
-			/* see comment int hack_ld_linux_plt for explainations */
-			hack_ld_linux_plt(ld_linuxBaseAddr + shdr->sh_addr); 
-#endif
-		}/* shdr->sh_addr != 0 */ 
-		}
-		if( !strncmp((char *)strData->d_buf + shdr->sh_name, "dyninstAPIhighmem_",18)){
-			/*the layout of dyninstAPIhighmem_ is:
-			pageData
-			address of update
-			size of update
-			...	
-			address of update
-			size of update	
-			number of updates
-	
-			we must ONLY overwrite the updates, the other
-			areas of the page may be important (and different than
-			the saved data in the file.  we first copy out the
-			page, the apply the updates to it, and then
-			write it back.
-			*/
-
-			int oldPageDataSize;
-			int count =0;
-
-			retVal = 1; /* just to be sure */
-			elfData = Elf_getdata(scn, NULL);
-			numberUpdates = 0;
-			
-			/*this section may be padded out with zeros to align the next section
-			  so we need to look backwards until we find a nonzero value */
-			while(numberUpdates == 0){
-				count++;
-				numberUpdates = (unsigned int) ( ((unsigned int*) elfData->d_buf)
-					(elfData->d_size - (sizeof(unsigned int)*count))/ sizeof(unsigned int) );
-			}
-
-			/*fprintf(stderr," numberUpdates: %d :: (%d - 4) / 4  %x\n", numberUpdates, elfData->d_size, (unsigned int*) &elfData->d_buf );*/
-
-			oldPageDataSize = shdr->sh_size-(((2*numberUpdates)* sizeof(unsigned int)) +((sizeof(unsigned int)*count))) ;
-
-
-			oldPageData = (char*) malloc(oldPageDataSize+sizeof(unsigned long));
-			/*fprintf(stderr,"oldpagedatasize %d datasize %d \n",oldPageDataSize,elfData->d_size);
-			perror("malloc");*/
-			/*copy old page data */
-
-
-			/* probe memory to see if we own it */
-			checkAddr = dladdr((void*)shdr->sh_addr, &dlip);
-
-
-			updateSize  = shdr->sh_size-((2*numberUpdates)* (sizeof(unsigned int)) -(count* (sizeof(unsigned int))));
-			/*fprintf(stderr," updateSize : %d-((2 * %d + 1) * 4))",shdr->sh_size, numberUpdates);*/
-	
-			if(!checkAddr){ 
-				/* we dont own it,mmap it!*/
-
-                        	mmapAddr = shdr->sh_offset;
-                        	mmapAddr =(unsigned long) mmap((void*) shdr->sh_addr,oldPageDataSize,
-                                	PROT_READ|PROT_WRITE|PROT_EXEC,MAP_FIXED|MAP_PRIVATE,fd,mmapAddr);
-					/*fprintf(stderr,"MMAP %x %d %x size: %x\n",shdr->sh_addr, mmapAddr,shdr->sh_offset,oldPageDataSize);*/
-					
-
-			}else{
-				/*we own it, finish the memcpy */
-				mmapAddr = (unsigned long) memcpy((void*) oldPageData, 
-                                      (const void*) shdr->sh_addr, oldPageDataSize);
-				/*fprintf(stderr,"memcpy %x %d\n",shdr->sh_addr, updateSize);*/
-
-			}
-
-			dataPtr =(unsigned long *) &(((char*)  elfData->d_buf)oldPageDataSize);	
-			/*apply updates*/
-			for(i = 0; i< numberUpdates; i++){
-				updateAddress = *dataPtr; 
-				updateSize = *(++dataPtr);
-
-				updateOffset = updateAddress - shdr->sh_addr;
-				/*do update*/	
-				/*fprintf(stderr,"updateAddress %x : %x %x %d %d\n",updateAddress,&( oldPageDataupdateOffset), &(((char*)elfData->d_buf)updateOffset) , updateSize,updateOffset);*/
-				memcpy(&( oldPageDataupdateOffset),
-						&(((char*)elfData->d_buf)updateOffset) , updateSize);	
-
-				dataPtr ++;
-
-			
-			} 
-			if(!checkAddr){
-				mmapAddr = shdr->sh_offset ;
-
-				mmapAddr =(unsigned long) mmap((void*) shdr->sh_addr,oldPageDataSize, 
-					PROT_READ|PROT_WRITE|PROT_EXEC, MAP_FIXED| MAP_PRIVATE,fd,mmapAddr);
-
-					/*fprintf(stderr,"2MMAP %x %d\n",shdr->sh_addr, mmapAddr);*/
-
-
-			}else{
-
-				memcpy((void*) shdr->sh_addr, oldPageData,oldPageDataSize );
-				/*fprintf(stderr,"2memcpy %x %d\n",shdr->sh_addr, oldPageDataSize);*/
-
-			}
-		}
-		if(!strcmp((char *)strData->d_buf + shdr->sh_name, "dyninstAPI_loadLib")){
-			/* ccw 14 may 2002 */
-			/* this section loads shared libraries into the mutated binary
-				that were loaded by BPatch_thread::loadLibrary */
-			void * handle =NULL;
-			elfData = Elf_getdata(scn, NULL);
-			tmpPtr = elfData->d_buf;
-
-			while(*tmpPtr) { 
-				handle = dlopen(tmpPtr, RTLD_LAZY);
-				if(handle){
-
-				}else{
-
-					printf(" %s cannot be loaded at the correct address\n", tmpPtr );
-					printf(" This is an unrecoverable error, the instrumentation will not");
-					printf("\n run correctly if shared libraries are loaded at a different address\n");
-					printf("\n Exiting.....\n");
-
-					printf("\n%s\n",dlerror());
-					fflush(stdout);
-					exit(9);
-
-				}
-                                /* brk ptr not used for ELF */
-				tmpPtr += (strlen(tmpPtr) +1 + sizeof(void *));	
-
-			}
-
-		}
-	}
-
-
-        Elf_end(elf);
-        close(fd);
-
-	free(execStr);
-
-	if(soError){
-		exit(2);
-	}
-
-        for(i=0;i < trampGuardSize_; i++){
-            trampGuardBase_i=1;
-        }
-        
-	return retVal;
-}
-/* vim:set ts=5: */

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTstatic_ctors_dtors-ppc32.c Deleted

@@ -1,94 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#if defined(DYNINST_RT_STATIC_LIB)
-void (*DYNINSTctors_addr)(void);
-void (*DYNINSTdtors_addr)(void);
-
-#if defined(MUTATEE64)
-static const unsigned long long CTOR_LIST_TERM = 0x0000000000000000ULL;
-static const unsigned long long CTOR_LIST_START = 0xffffffffffffffffULL;
-static const unsigned long long DTOR_LIST_TERM = 0x0000000000000000ULL;
-static const unsigned long long DTOR_LIST_START = 0xffffffffffffffffULL;
-#else
-static const unsigned CTOR_LIST_TERM = 0x00000000;
-static const unsigned CTOR_LIST_START = 0xffffffff;
-static const unsigned DTOR_LIST_TERM = 0x00000000;
-static const unsigned DTOR_LIST_START = 0xffffffff;
-#endif
-
-extern void DYNINSTBaseInit();
-
-/*
- * When rewritting a static binary, .ctors and .dtors sections of
- * instrumentation code needs to be combined with the existing .ctors
- * and .dtors sections of the static binary.
- *
- * The following functions process the .ctors and .dtors sections
- * that have been rewritten. The rewriter will relocate the 
- * address of DYNINSTctors_addr and DYNINSTdtors_addr to point to
- * new .ctors and .dtors sections.
- */
-
-void DYNINSTglobal_ctors_handler() {
-    void (**ctors_array)(void) = &DYNINSTctors_addr;
-
-    // Find end of function pointer list
-    void (**tmp_ptr)(void) = ctors_array;
-    unsigned size = 0;
-    while( *tmp_ptr != ( (void(*)(void))CTOR_LIST_TERM ) ) {
-        size++;
-        tmp_ptr++;
-    }
-
-    // Constructors are called in the reverse order that they are listed
-    tmp_ptr = &ctors_arraysize-1; // skip list end
-    while( *tmp_ptr != ( (void(*)(void))CTOR_LIST_START ) ) {
-        (*tmp_ptr)();
-        tmp_ptr--;
-    }
-
-    // This ensures that instrumentation cannot execute until all global
-    // constructors have run
-    DYNINSTBaseInit();
-}
-
-void DYNINSTglobal_dtors_handler() {
-    void (**dtors_array)(void) = &DYNINSTdtors_addr;
-
-    // Destructors are called in the forward order that they are listed
-    void (**tmp_ptr)(void) = &dtors_array1; // skip list start
-    while( *tmp_ptr != ( (void(*)(void))DTOR_LIST_TERM ) ) {
-        (*tmp_ptr)();
-        tmp_ptr++;
-    }
-}
-
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTthread-power.c Deleted

@@ -1,57 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#include "dyninstAPI_RT/src/RTthread.h"
-
-extern int compare_and_swap2(tc_lock_t *, int, int);
-
-/**
- * compare_and_swap2 will do the following atomically:
- *    if (*val == 0) {
- *       *val = 1;
- *       return 1;
- *    }
- *    return 0;
- *
- **/
-
-int tc_lock_lock(tc_lock_t *t) {
-  dyntid_t me = dyn_pthread_self();
-  int ret = 1;
-  while (ret == 1) {
-    /* Try to acquire the lock */
-    ret = compare_and_swap2(&(t->mutex), 1, 0);
-    if (ret == 1) {
-      if (t->tid == me) return DYNINST_DEAD_LOCK;
-    }
-  }
-  t->tid = me;
-  return 0;
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/elf/src/SystemTap.C Deleted

@@ -1,590 +0,0 @@
-#include "elf/src/SystemTap.h"
-#include "elf/h/Elf_X.h"
-#include <boost/spirit/include/qi.hpp>
-#include <boost/spirit/include/qi_parse.hpp>
-#include <boost/spirit/include/phoenix_operator.hpp>
-#include <boost/spirit/include/phoenix_object.hpp>
-#include <boost/spirit/include/phoenix_bind.hpp>
-#include <boost/spirit/include/phoenix_statement.hpp>
-#include <boost/fusion/adapted/std_pair.hpp>
-#include <boost/tokenizer.hpp>
-
-#include <iostream>
-#include <string>
-#include <set>
-#include <vector>
-#include <map>
-
-#include <elf.h>
-
-using namespace std;
-
-namespace qi = boost::spirit::qi;
-namespace phoenix = boost::phoenix;
-namespace ascii = boost::spirit::ascii;
-
-namespace Dyninst {
-
-struct OperandParser {
-   typedef qi::rule<string::const_iterator, ArgTree::ptr(), ascii::space_type> ArgTreeRule;
-
-   std::map<std::string, Dyninst::MachRegister> register_names;
-   ArgTree::ptr getReg(std::string name);
-
-   ArgTree::ptr newConstant(const signed long &i);
-   ArgTree::ptr newDeref(ArgTree::ptr p);
-   ArgTree::ptr newSegment(ArgTree::ptr a, ArgTree::ptr b);
-   ArgTree::ptr identity(ArgTree::ptr p);
-   ArgTree::ptr newDerefAdd(ArgTree::ptr a, ArgTree::ptr b);
-   ArgTree::ptr newBaseIndexScale(ArgTree::ptr base, ArgTree::ptr index, int scale);
-   ArgTree::ptr newAdd(ArgTree::ptr a, ArgTree::ptr b);
-   ArgTree::ptr newRegister(const std::vector<char> &v);
-};
-
-struct x86OperandParser : public qi::grammar<std::string::const_iterator, ArgTree::ptr(), ascii::space_type>,
-                          public OperandParser
-{
-   ArgTreeRule operand, shex, reg, mem_modrm_nobase, mem_modrm, modrm;
-
-   void createRegisterNames(Dyninst::Architecture arch);
-   x86OperandParser(Dyninst::Architecture arch);
-};
-
-struct ppcOperandParser : public qi::grammar<std::string::const_iterator, ArgTree::ptr(), ascii::space_type>,
-                          public OperandParser
-{
-   ArgTreeRule operand, shex, num, reg;
-
-   void createRegisterNames(Dyninst::Architecture arch);
-   ppcOperandParser(Dyninst::Architecture arch);
-};
-
-struct aarch64OperandParser : public qi::grammar<std::string::const_iterator, ArgTree::ptr(), ascii::space_type>,
-                          public OperandParser
-{
-   ArgTreeRule operand, shex, num, reg;
-
-   void createRegisterNames(Dyninst::Architecture arch);
-   aarch64OperandParser(Dyninst::Architecture arch);
-};
-
-}
-
-using namespace Dyninst;
-
-map<Elf_X *, SystemTapEntries *> SystemTapEntries::all_entries;
-SystemTapEntries *SystemTapEntries::createSystemTapEntries(Elf_X *file_)
-{
-   map<Elf_X *, SystemTapEntries *>::iterator i = all_entries.find(file_);
-   if (i != all_entries.end())
-      return i->second;
-
-   SystemTapEntries *st = new SystemTapEntries(file_);
-   bool result = st->parse();
-   if (!result) {
-      delete st;
-      st = NULL;
-   }
-
-   all_entries.insert(make_pair(file_, st));
-   return st;
-}
-
-SystemTapEntries::SystemTapEntries(Elf_X *file_) :
-   file(file_)
-{
-}
-
-SystemTapEntries::~SystemTapEntries()
-{
-}
-
-bool SystemTapEntries::parse() {
-   switch (file->e_machine()) {
-      case EM_386:
-         arch = Arch_x86;
-         break;
-      case EM_X86_64:
-         arch = Arch_x86_64;
-         break;
-      case EM_PPC:
-         arch = Arch_ppc32;
-         break;
-      case EM_PPC64:
-         arch = Arch_ppc64;
-         break;
-   }
-   word_size = getArchAddressWidth(arch);
-
-   return parseAllNotes();
-}
-
-bool SystemTapEntries::parseAllNotes()
-{
-   for (unsigned short i = 0; i < file->e_shnum(); i++) {
-      Elf_X_Shdr &shdr = file->get_shdr(i);
-      if (!shdr.isValid())
-         continue;
-      if (shdr.sh_type() != SHT_NOTE)
-         continue;
-
-      bool result = parseNotes(shdr);
-      if (!result)
-         return false;
-   }
-
-   return true;
-}
-
-#if !defined(_SDT_NOTE_TYPE)
-#define SDT_NOTE_TYPE 3
-#endif
-#if !defined(_SDT_NOTE_NAME)
-#define SDT_NOTE_NAME "stapsdt"
-#endif
-
-bool SystemTapEntries::parseNotes(Elf_X_Shdr &shdr)
-{
-   bool parseError = false;
-
-   for (Elf_X_Nhdr note = shdr.get_note(); note.isValid(); note = note.next()) {
-      if (note.n_type() != SDT_NOTE_TYPE ||
-              strcmp(note.get_name(), SDT_NOTE_NAME) != 0)
-          continue;
-
-      Entry e;
-      unsigned i = 0;
-      size_t size = note.n_descsz();
-      const unsigned char *buffer = (const unsigned char *)note.get_desc();
-
-      //System tap structure format looks like:
-      // struct {
-      //   Address addr;
-      //   Address base_addr;
-      //   Address semaphore_addr;
-      //   char provider
-      //   char probe_name
-      //   char argument_string
-      // }
-      bool result = readAddr(buffer, size, i, e.addr);
-      if (!result) {
-         parseError = true;
-         break;
-      }
-      result = readAddr(buffer, size, i, e.base_addr);
-      if (!result) {
-         parseError = true;
-         break;
-      }
-      result = readAddr(buffer, size, i, e.semaphore_addr);
-      if (!result) {
-         parseError = true;
-         break;
-      }
-      result = readString(buffer, size, i, e.provider);
-      if (!result) {
-         parseError = true;
-         break;
-      }
-      std::string name;
-      result = readString(buffer, size, i, name);
-      if (!result) {
-         parseError = true;
-         break;
-      }
-      std::string args;
-      result = readString(buffer, size, i, args);
-      if (!result) {
-         parseError = true;
-         break;
-      }
-      while (i % 4 != 0) i++;
-
-      result = parseOperands(args, e);
-      if (!result) {
-         parseError = true;
-         break;
-      }
-
-      Entry *entry = new Entry(e);
-      name_to_entry.insert(make_pair(name, entry));
-   }
-
-   return !parseError;
-}
-
-bool SystemTapEntries::readAddr(const unsigned char *buffer, size_t bsize, unsigned &offset,
-                                Dyninst::Address &result, unsigned int read_size)
-{
-   if (!read_size) {
-      read_size = word_size;
-   }
-   if (offset + read_size > bsize)
-      return false;
-
-   if (read_size == 4)
-      result = *((const uint32_t *) (buffer + offset));
-   else if (read_size == 8)
-      result = *((const uint64_t *) (buffer + offset));
-   offset += read_size;
-
-   return true;
-}
-
-bool SystemTapEntries::readString(const unsigned char *buffer, size_t bsize, unsigned &offset,
-                                  std::string &result)
-{
-   unsigned int start = offset;
-   unsigned int end = start;
-
-   if (start >= bsize)
-      return false;
-
-   while (bufferend != '\0' && end < bsize) end++;
-   result = std::string(((const char *) buffer)+start, end-start);
-   offset = end+1;
-   return true;
-}
-
-bool SystemTapEntries::parseOperands(std::string ops, Entry &entry)
-{
-   if (ops.empty() || ops == string(":")) {
-      //Empty operand list
-      return true;
-   }
-
-   typedef boost::tokenizer<boost::char_separator<char> > tok_t;
-   boost::char_separator<char> sep(" ");
-   tok_t tokens(ops, sep);
-
-   for (tok_t::iterator i = tokens.begin(); i != tokens.end(); i++) {
-      Arg result;
-      string arg = *i;
-
-      string operand = arg;
-      result.arg_size = 0;
-      result.is_arg_signed = false;
-
-      //Extract the type info encoded in the <int> of the form <int>@<arg>
-      size_t at_pos = arg.find('@');
-      if (at_pos != string::npos) {
-         string type_info_str(operand, 0, at_pos);
-         if (!type_info_str.empty()) {
-            char *endptr = NULL;
-            signed long type_info = strtol(type_info_str.c_str(), &endptr, 10);
-            if (*endptr == '\0') {
-               //We have the type info in integer form;
-               result.arg_size = abs(type_info);
-               result.is_arg_signed = (type_info < 0);
-               operand = string(arg, at_pos+1);
-            }
-         }
-      }
-      bool bres = true;
-      if (arch == Arch_x86 || arch == Arch_x86_64)
-         bres = parseOperand_x86(operand, result);
-      else if (arch == Arch_ppc32 || arch == Arch_ppc64)
-         bres = parseOperand_ppc(operand, result);
-
-      if (!bres) {
-         return false;
-      }
-      entry.args.push_back(result);
-   }
-
-   return true;
-}
-
-x86OperandParser *SystemTapEntries::x86_parser = NULL;
-x86OperandParser *SystemTapEntries::x86_64_parser = NULL;
-ppcOperandParser *SystemTapEntries::ppc32_parser = NULL;
-ppcOperandParser *SystemTapEntries::ppc64_parser = NULL;
-
-bool SystemTapEntries::parseOperand_x86(std::string op, Arg &arg)
-{
-   x86OperandParser* &parser = (arch == Arch_x86) ? x86_parser : x86_64_parser;
-   if (!parser)
-      parser = new x86OperandParser(arch);
-
-   using boost::spirit::ascii::space;
-   std::string::const_iterator iter = op.begin();
-   std::string::const_iterator end = op.end();
-   bool result = phrase_parse(iter, end, *parser, space, arg.tree);
-   if (!result || iter != end) {
-      //Failed parse.
-      return false;
-   }
-   return true;
-}
-
-bool SystemTapEntries::parseOperand_ppc(std::string op, Arg &arg)
-{
-   ppcOperandParser* &parser = (arch == Arch_ppc32) ? ppc32_parser : ppc64_parser;
-   if (!parser)
-      parser = new ppcOperandParser(arch);
-
-   using boost::spirit::ascii::space;
-   std::string::const_iterator iter = op.begin();
-   std::string::const_iterator end = op.end();
-   bool result = phrase_parse(iter, end, *parser, space, arg.tree);
-   if (!result || iter != end) {
-      //Failed parse.
-      return false;
-   }
-   return true;
-}
-
-ArgTree::ptr OperandParser::getReg(std::string name) {
-   std::map<std::string, Dyninst::MachRegister>::iterator i = register_names.find(name);
-   if (i == register_names.end())
-      return ArgTree::createRegister(Dyninst::InvalidReg);
-   return ArgTree::createRegister(i->second);
-}
-
-//Wrappers to fix odd compiler errors from phoenix::bind
-ArgTree::ptr OperandParser::newConstant(const signed long &i) {
-   return ArgTree::createConstant(i);
-}
-
-ArgTree::ptr OperandParser::newDeref(ArgTree::ptr p) {
-   return ArgTree::createDeref(p);
-}
-
-ArgTree::ptr OperandParser::newSegment(ArgTree::ptr a, ArgTree::ptr b) {
-   return ArgTree::createSegment(a, b);
-}
-
-ArgTree::ptr OperandParser::identity(ArgTree::ptr p) {
-   return p;
-}
-
-ArgTree::ptr OperandParser::newDerefAdd(ArgTree::ptr a, ArgTree::ptr b) {
-   return ArgTree::createDeref(ArgTree::createAdd(a, b));
-}
-
-ArgTree::ptr OperandParser::newBaseIndexScale(ArgTree::ptr base, ArgTree::ptr index, int scale) {
-   return ArgTree::createAdd(base, ArgTree::createMultiply(index, ArgTree::createConstant(scale)));
-}
-
-ArgTree::ptr OperandParser::newAdd(ArgTree::ptr a, ArgTree::ptr b) {
-   return ArgTree::createAdd(a, b);
-}
-
-ArgTree::ptr OperandParser::newRegister(const std::vector<char> &v) {
-   std::string s;
-   for (std::vector<char>::const_iterator i = v.begin(); i != v.end(); i++) s += *i;
-   return getReg(s);
-}
-
-x86OperandParser::x86OperandParser(Dyninst::Architecture arch) :
-   x86OperandParser::base_type(operand)
-{
-   using namespace qi::labels;
-   using qi::uint_;
-   using qi::int_;
-   using qi::lit;
-   using qi::hex;
-   using qi::alnum;
-
-   using phoenix::construct;
-   using phoenix::val;
-   using boost::phoenix::ref;
-
-   createRegisterNames(arch);
-
-   shex =
-      lit("0x") >> hex        qi::_val = phoenix::bind(&OperandParser::newConstant, this, qi::_1)
-      | lit("-0x") >> hex     qi::_val = phoenix::bind(&OperandParser::newConstant, this, -1*qi::_1)
-      | int_                  qi::_val = phoenix::bind(&OperandParser::newConstant, this, qi::_1)
-      ;
-
-   reg = '%' >> (+alnum)      qi::_val = phoenix::bind(&OperandParser::newRegister, this, qi::_1);
-
-   mem_modrm_nobase =
-      ('(' >> reg >> ')')     qi::_val = phoenix::bind(&OperandParser::identity, this, qi::_1)
-      | ( '(' >> reg >> ',' >> reg >> ',' >> uint_ >> ')' )
-      qi::_val = phoenix::bind(&OperandParser::newBaseIndexScale, this, qi::_1, qi::_2, qi::_3)
-      ;
-
-   mem_modrm =
-      (shex >> mem_modrm_nobase)  qi::_val = phoenix::bind(&OperandParser::newDerefAdd, this, qi::_1, qi::_2)
-      | mem_modrm_nobase          qi::_val = phoenix::bind(&OperandParser::newDeref, this, qi::_1)
-      | shex                      qi::_val = phoenix::bind(&OperandParser::newDeref, this, qi::_1)
-
-      ;
-
-   modrm =
-      reg             qi::_val = phoenix::bind(&OperandParser::identity, this, qi::_1)
-      | mem_modrm     qi::_val = phoenix::bind(&OperandParser::identity, this, qi::_1)
-      | '$' >> shex   qi::_val = phoenix::bind(&OperandParser::identity, this, qi::_1)
-      ;
-
-   operand =
-      modrm                    qi::_val = phoenix::bind(&OperandParser::identity, this, qi::_1)
-      | (reg >> ':' >> modrm)  qi::_val = phoenix::bind(&OperandParser::newSegment, this, qi::_1, qi::_2)
-      ;
-}
-
-void x86OperandParser::createRegisterNames(Dyninst::Architecture arch) {
-   Dyninst::MachRegister::NameMap::iterator i = Dyninst::MachRegister::names()->begin();
-   for (; i != Dyninst::MachRegister::names()->end(); i++) {
-      Dyninst::MachRegister reg(i->first);
-
-      if (reg.getArchitecture() != arch) {
-         continue;
-      }
-      unsigned int gpr_code = (arch == Dyninst::Arch_x86 ? Dyninst::x86::GPR : Dyninst::x86_64::GPR);
-      unsigned int seg_code = (arch == Dyninst::Arch_x86 ? Dyninst::x86::SEG : Dyninst::x86_64::SEG);
-      if (reg.regClass() != gpr_code &&
-          reg.regClass() != seg_code &&
-          !reg.isPC()) {
-         continue;
-      }
-      std::string full_reg_name = reg.name();
-      size_t pos = full_reg_name.find("::");
-      std::string reg_name = std::string(full_reg_name, pos+2);
-      register_namesreg_name = reg;
-   }
-}
-
-
-ppcOperandParser::ppcOperandParser(Dyninst::Architecture arch) :
-   ppcOperandParser::base_type(operand)
-{
-   using namespace qi::labels;
-   using qi::uint_;
-   using qi::int_;
-   using qi::lit;
-   using qi::hex;
-   using qi::alnum;
-
-   using phoenix::construct;
-   using phoenix::val;
-   using boost::phoenix::ref;
-
-   createRegisterNames(arch);
-
-   shex =
-      lit("0x") >> hex        qi::_val = phoenix::bind(&OperandParser::newConstant, this, qi::_1)
-      | lit("-0x") >> hex     qi::_val = phoenix::bind(&OperandParser::newConstant, this, -1*qi::_1)
-      ;
-
-   num = int_                 qi::_val = phoenix::bind(&OperandParser::newConstant, this, qi::_1)
-      ;
-
-   reg = 'r' >> (+alnum)      qi::_val = phoenix::bind(&OperandParser::newRegister, this, qi::_1);
-      ;
-
-   operand =
-      reg                     qi::_val = phoenix::bind(&OperandParser::identity, this, qi::_1)
-      | (num >> lit("(") >> reg >> lit(")"))
-                              qi::_val = phoenix::bind(&OperandParser::newDerefAdd, this, qi::_1, qi::_2)
-      | shex                  qi::_val = phoenix::bind(&OperandParser::identity, this, qi::_1)
-      ;
-}
-
-void ppcOperandParser::createRegisterNames(Dyninst::Architecture arch)
-{
-   Dyninst::MachRegister::NameMap::iterator i = Dyninst::MachRegister::names()->begin();
-   for (; i != Dyninst::MachRegister::names()->end(); i++) {
-      Dyninst::MachRegister reg(i->first);
-
-      if (reg.getArchitecture() != arch) {
-         continue;
-      }
-      unsigned int gpr_code = (arch == Dyninst::Arch_ppc32 ? Dyninst::ppc32::GPR : Dyninst::ppc64::GPR);
-      if (reg.regClass() != gpr_code) {
-         continue;
-      }
-      std::string full_reg_name = reg.name();
-      size_t pos = full_reg_name.find("::r");
-      std::string reg_name = std::string(full_reg_name, pos+3);
-      register_namesreg_name = reg;
-   }
-}
-
-void ArgTree::print(FILE *f)
-{
-   switch (op_type) {
-      case Register:
-         fprintf(f, "%%%s", Dyninst::MachRegister(op_data.reg).name().c_str());
-         break;
-      case Constant:
-         fprintf(f, "%ld", op_data.val);
-         break;
-      case Add:
-         fprintf(f, "(");
-         lchild->print(f);
-         fprintf(f, " + ");
-         rchild->print(f);
-         fprintf(f, ")");
-         break;
-      case Multiply:
-         fprintf(f, "(");
-         lchild->print(f);
-         fprintf(f, " * ");
-         rchild->print(f);
-         fprintf(f, ")");
-         break;
-      case Dereference:
-         fprintf(f, "*(");
-         lchild->print(f);
-         fprintf(f, ")");
-         break;
-      case Segment:
-         lchild->print(f);
-         fprintf(f, ":");
-         rchild->print(f);
-         break;
-   }
-}
-
-ArgTree::ptr ArgTree::createConstant(const signed long &v) {
-   ArgTree::ptr ret = ArgTree::ptr(new ArgTree);
-   ret->op_type = Constant;
-   ret->op_data.val = v;
-   return ret;
-}
-
-ArgTree::ptr ArgTree::createRegister(Dyninst::MachRegister r) {
-   ArgTree::ptr ret = ArgTree::ptr(new ArgTree);
-   ret->op_type = Register;
-   ret->op_data.reg = r;
-   return ret;
-}
-
-ArgTree::ptr ArgTree::createDeref(ArgTree::ptr sub) {
-   ArgTree::ptr ret = ArgTree::ptr(new ArgTree);
-   ret->op_type = Dereference;
-   ret->op_data.val = 0;
-   ret->lchild = sub;
-   return ret;
-}
-
-ArgTree::ptr ArgTree::createSegment(ArgTree::ptr l, ArgTree::ptr r) {
-   ArgTree::ptr ret = ArgTree::ptr(new ArgTree);
-   ret->op_type = Segment;
-   ret->op_data.val = 0;
-   ret->lchild = l;
-   ret->rchild = r;
-   return ret;
-}
-
-ArgTree::ptr ArgTree::createAdd(ArgTree::ptr l, ArgTree::ptr r) {
-   ArgTree::ptr ret = ArgTree::ptr(new ArgTree);
-   ret->op_type = Add;
-   ret->op_data.val = 0;
-   ret->lchild = l;
-   ret->rchild = r;
-   return ret;
-}
-
-ArgTree::ptr ArgTree::createMultiply(ArgTree::ptr l, ArgTree::ptr r) {
-   ArgTree::ptr ret = ArgTree::ptr(new ArgTree);
-   ret->op_type = Multiply;
-   ret->op_data.val = 0;
-   ret->lchild = l;
-   ret->rchild = r;
-   return ret;
-}
-

_service:tar_scm:dyninst-11.0.1.tar.gz/elf/src/SystemTap.h Deleted

@@ -1,99 +0,0 @@
-#include "dyntypes.h"
-#include "dyn_regs.h"
-#include <vector>
-#include <boost/shared_ptr.hpp>
-
-#if !defined(SystemTap_h_)
-#define SystemTap_h_
-namespace Dyninst {
-
-class Elf_X;
-class Elf_X_Shdr;
-
-class ArgTree {
-private:
-   ArgTree() {}
-public:
-   typedef boost::shared_ptr<ArgTree> ptr;
-   enum op_type_t {
-      Register,
-      Constant,
-      Add,
-      Multiply,
-      Dereference,
-      Segment
-   };
-   union op_data_t{
-      signed int reg;
-      signed long val;
-   };
-   op_type_t op_type;
-   op_data_t op_data;
-   ArgTree::ptr lchild;
-   ArgTree::ptr rchild;
-
-   void print(FILE *f);
-   static ArgTree::ptr createConstant(const signed long &v);
-   static ArgTree::ptr createRegister(Dyninst::MachRegister r);
-   static ArgTree::ptr createDeref(ArgTree::ptr sub);
-   static ArgTree::ptr createSegment(ArgTree::ptr l, ArgTree::ptr r);
-   static ArgTree::ptr createAdd(ArgTree::ptr l, ArgTree::ptr r);
-   static ArgTree::ptr createMultiply(ArgTree::ptr l, ArgTree::ptr r);
-};
-
-class x86OperandParser;
-class ppcOperandParser;
-
-class SystemTapEntries {
-  public:
-   struct Arg {
-      unsigned arg_size;
-      bool is_arg_signed;
-      ArgTree::ptr tree;
-   };
-
-   struct Entry {
-      Dyninst::Address addr;
-      Dyninst::Address base_addr;
-      Dyninst::Address semaphore_addr;
-      std::string provider;
-      std::vector<Arg> args;
-   };
-
-   static SystemTapEntries *createSystemTapEntries(Elf_X *file_);
-
-   typedef std::map<std::string, const Entry *> entry_list_t;
-
-   const entry_list_t &entryList() { return name_to_entry; }
-  private:
-   SystemTapEntries(Elf_X *file_);
-   ~SystemTapEntries();
-
-
-   static x86OperandParser *x86_parser;
-   static x86OperandParser *x86_64_parser;
-   static ppcOperandParser *ppc32_parser;
-   static ppcOperandParser *ppc64_parser;
-   static std::map<Elf_X *, SystemTapEntries *> all_entries;
-   Elf_X *file;
-   Dyninst::Architecture arch;
-   unsigned int word_size;
-
-   bool readAddr(const unsigned char *buffer, size_t size, unsigned &offset,
-                 Dyninst::Address &result, unsigned int read_size = 0);
-   bool readString(const unsigned char *buffer, size_t bsize, unsigned &offset, 
-                   std::string &result);
-
-   bool parse();
-   bool parseAllNotes();
-   bool parseNotes(Elf_X_Shdr &shdr);
-   bool parseOperands(std::string ops, Entry &entry);
-   bool parseOperand_x86(std::string op, Arg &result);
-   bool parseOperand_ppc(std::string op, Arg &result);
-
-   entry_list_t name_to_entry;
-};
-
-}
-
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/external/inttypes-win.h Deleted

@@ -1,311 +0,0 @@
-// ISO C9x  compliant inttypes.h for Microsoft Visual Studio
-// Based on ISO/IEC 9899:TC2 Committee draft (May 6, 2005) WG14/N1124 
-// 
-//  Copyright (c) 2006 Alexander Chemeris
-// 
-// Redistribution and use in source and binary forms, with or without
-// modification, are permitted provided that the following conditions are met:
-// 
-//   1. Redistributions of source code must retain the above copyright notice,
-//      this list of conditions and the following disclaimer.
-// 
-//   2. Redistributions in binary form must reproduce the above copyright
-//      notice, this list of conditions and the following disclaimer in the
-//      documentation and/or other materials provided with the distribution.
-// 
-//   3. The name of the author may be used to endorse or promote products
-//      derived from this software without specific prior written permission.
-// 
-// THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR IMPLIED
-// WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
-// MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO
-// EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
-// SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
-// PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS;
-// OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, 
-// WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR
-// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
-// ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
-// 
-///////////////////////////////////////////////////////////////////////////////
-
-#ifndef _MSC_VER // 
-#error "Use this header only with Microsoft Visual C++ compilers!"
-#endif // _MSC_VER 
-
-// Modern Visual Studio has sane inttypes.h
-#if _MSC_VER >= 1900
-#include <inttypes.h>
-#define _MSC_INTTYPES_H_
-#endif
-
-#ifndef _MSC_INTTYPES_H_ // 
-#define _MSC_INTTYPES_H_
-
-#if _MSC_VER > 1000
-#pragma once
-#endif
-
-#include "stdint-win.h"
-
-// 7.8 Format conversion of integer types
-
-typedef struct {
-   intmax_t quot;
-   intmax_t rem;
-} imaxdiv_t;
-
-// 7.8.1 Macros for format specifiers
-
-#if !defined(__cplusplus) || defined(__STDC_FORMAT_MACROS) //    See footnote 185 at page 198
-
-// The fprintf macros for signed integers are:
-#define PRId8       "d"
-#define PRIi8       "i"
-#define PRIdLEAST8  "d"
-#define PRIiLEAST8  "i"
-#define PRIdFAST8   "d"
-#define PRIiFAST8   "i"
-
-#define PRId16       "hd"
-#define PRIi16       "hi"
-#define PRIdLEAST16  "hd"
-#define PRIiLEAST16  "hi"
-#define PRIdFAST16   "hd"
-#define PRIiFAST16   "hi"
-
-#define PRId32       "I32d"
-#define PRIi32       "I32i"
-#define PRIdLEAST32  "I32d"
-#define PRIiLEAST32  "I32i"
-#define PRIdFAST32   "I32d"
-#define PRIiFAST32   "I32i"
-
-#define PRId64       "I64d"
-#define PRIi64       "I64i"
-#define PRIdLEAST64  "I64d"
-#define PRIiLEAST64  "I64i"
-#define PRIdFAST64   "I64d"
-#define PRIiFAST64   "I64i"
-
-#define PRIdMAX     "I64d"
-#define PRIiMAX     "I64i"
-
-#define PRIdPTR     "Id"
-#define PRIiPTR     "Ii"
-
-// The fprintf macros for unsigned integers are:
-#define PRIo8       "o"
-#define PRIu8       "u"
-#define PRIx8       "x"
-#define PRIX8       "X"
-#define PRIoLEAST8  "o"
-#define PRIuLEAST8  "u"
-#define PRIxLEAST8  "x"
-#define PRIXLEAST8  "X"
-#define PRIoFAST8   "o"
-#define PRIuFAST8   "u"
-#define PRIxFAST8   "x"
-#define PRIXFAST8   "X"
-
-#define PRIo16       "ho"
-#define PRIu16       "hu"
-#define PRIx16       "hx"
-#define PRIX16       "hX"
-#define PRIoLEAST16  "ho"
-#define PRIuLEAST16  "hu"
-#define PRIxLEAST16  "hx"
-#define PRIXLEAST16  "hX"
-#define PRIoFAST16   "ho"
-#define PRIuFAST16   "hu"
-#define PRIxFAST16   "hx"
-#define PRIXFAST16   "hX"
-
-#define PRIo32       "I32o"
-#define PRIu32       "I32u"
-#define PRIx32       "I32x"
-#define PRIX32       "I32X"
-#define PRIoLEAST32  "I32o"
-#define PRIuLEAST32  "I32u"
-#define PRIxLEAST32  "I32x"
-#define PRIXLEAST32  "I32X"
-#define PRIoFAST32   "I32o"
-#define PRIuFAST32   "I32u"
-#define PRIxFAST32   "I32x"
-#define PRIXFAST32   "I32X"
-
-#define PRIo64       "I64o"
-#define PRIu64       "I64u"
-#define PRIx64       "I64x"
-#define PRIX64       "I64X"
-#define PRIoLEAST64  "I64o"
-#define PRIuLEAST64  "I64u"
-#define PRIxLEAST64  "I64x"
-#define PRIXLEAST64  "I64X"
-#define PRIoFAST64   "I64o"
-#define PRIuFAST64   "I64u"
-#define PRIxFAST64   "I64x"
-#define PRIXFAST64   "I64X"
-
-#define PRIoMAX     "I64o"
-#define PRIuMAX     "I64u"
-#define PRIxMAX     "I64x"
-#define PRIXMAX     "I64X"
-
-#define PRIoPTR     "Io"
-#define PRIuPTR     "Iu"
-#define PRIxPTR     "Ix"
-#define PRIXPTR     "IX"
-
-// The fscanf macros for signed integers are:
-#define SCNd8       "d"
-#define SCNi8       "i"
-#define SCNdLEAST8  "d"
-#define SCNiLEAST8  "i"
-#define SCNdFAST8   "d"
-#define SCNiFAST8   "i"
-
-#define SCNd16       "hd"
-#define SCNi16       "hi"
-#define SCNdLEAST16  "hd"
-#define SCNiLEAST16  "hi"
-#define SCNdFAST16   "hd"
-#define SCNiFAST16   "hi"
-
-#define SCNd32       "ld"
-#define SCNi32       "li"
-#define SCNdLEAST32  "ld"
-#define SCNiLEAST32  "li"
-#define SCNdFAST32   "ld"
-#define SCNiFAST32   "li"
-
-#define SCNd64       "I64d"
-#define SCNi64       "I64i"
-#define SCNdLEAST64  "I64d"
-#define SCNiLEAST64  "I64i"
-#define SCNdFAST64   "I64d"
-#define SCNiFAST64   "I64i"
-
-#define SCNdMAX     "I64d"
-#define SCNiMAX     "I64i"
-
-#ifdef _WIN64 // 
-#  define SCNdPTR     "I64d"
-#  define SCNiPTR     "I64i"
-#else  // _WIN64 
-#  define SCNdPTR     "ld"
-#  define SCNiPTR     "li"
-#endif  // _WIN64 
-
-// The fscanf macros for unsigned integers are:
-#define SCNo8       "o"
-#define SCNu8       "u"
-#define SCNx8       "x"
-#define SCNX8       "X"
-#define SCNoLEAST8  "o"
-#define SCNuLEAST8  "u"
-#define SCNxLEAST8  "x"
-#define SCNXLEAST8  "X"
-#define SCNoFAST8   "o"
-#define SCNuFAST8   "u"
-#define SCNxFAST8   "x"
-#define SCNXFAST8   "X"
-
-#define SCNo16       "ho"
-#define SCNu16       "hu"
-#define SCNx16       "hx"
-#define SCNX16       "hX"
-#define SCNoLEAST16  "ho"
-#define SCNuLEAST16  "hu"
-#define SCNxLEAST16  "hx"
-#define SCNXLEAST16  "hX"
-#define SCNoFAST16   "ho"
-#define SCNuFAST16   "hu"
-#define SCNxFAST16   "hx"
-#define SCNXFAST16   "hX"
-
-#define SCNo32       "lo"
-#define SCNu32       "lu"
-#define SCNx32       "lx"
-#define SCNX32       "lX"
-#define SCNoLEAST32  "lo"
-#define SCNuLEAST32  "lu"
-#define SCNxLEAST32  "lx"
-#define SCNXLEAST32  "lX"
-#define SCNoFAST32   "lo"
-#define SCNuFAST32   "lu"
-#define SCNxFAST32   "lx"
-#define SCNXFAST32   "lX"
-
-#define SCNo64       "I64o"
-#define SCNu64       "I64u"
-#define SCNx64       "I64x"
-#define SCNX64       "I64X"
-#define SCNoLEAST64  "I64o"
-#define SCNuLEAST64  "I64u"
-#define SCNxLEAST64  "I64x"
-#define SCNXLEAST64  "I64X"
-#define SCNoFAST64   "I64o"
-#define SCNuFAST64   "I64u"
-#define SCNxFAST64   "I64x"
-#define SCNXFAST64   "I64X"
-
-#define SCNoMAX     "I64o"
-#define SCNuMAX     "I64u"
-#define SCNxMAX     "I64x"
-#define SCNXMAX     "I64X"
-
-#ifdef _WIN64 // 
-#  define SCNoPTR     "I64o"
-#  define SCNuPTR     "I64u"
-#  define SCNxPTR     "I64x"
-#  define SCNXPTR     "I64X"
-#else  // _WIN64 
-#  define SCNoPTR     "lo"
-#  define SCNuPTR     "lu"
-#  define SCNxPTR     "lx"
-#  define SCNXPTR     "lX"
-#endif  // _WIN64 
-
-#endif // __STDC_FORMAT_MACROS 
-
-// 7.8.2 Functions for greatest-width integer types
-
-// 7.8.2.1 The imaxabs function
-#define imaxabs _abs64
-
-// 7.8.2.2 The imaxdiv function
-
-// This is modified version of div() function from Microsoft's div.c found
-// in %MSVC.NET%\crt\src\div.c
-#ifdef STATIC_IMAXDIV // 
-static
-#else // STATIC_IMAXDIV 
-_inline
-#endif // STATIC_IMAXDIV 
-imaxdiv_t __cdecl imaxdiv(intmax_t numer, intmax_t denom)
-{
-   imaxdiv_t result;
-
-   result.quot = numer / denom;
-   result.rem = numer % denom;
-
-   if (numer < 0 && result.rem > 0) {
-      // did division wrong; must fix up
-      ++result.quot;
-      result.rem -= denom;
-   }
-
-   return result;
-}
-
-// 7.8.2.3 The strtoimax and strtoumax functions
-#define strtoimax _strtoi64
-#define strtoumax _strtoui64
-
-// 7.8.2.4 The wcstoimax and wcstoumax functions
-#define wcstoimax _wcstoi64
-#define wcstoumax _wcstoui64
-
-
-#endif // _MSC_INTTYPES_H_

_service:tar_scm:dyninst-11.0.1.tar.gz/external/stdint-win.h Deleted

@@ -1,245 +0,0 @@
-// ISO C9x  compliant stdint.h for Microsoft Visual Studio
-// Based on ISO/IEC 9899:TC2 Committee draft (May 6, 2005) WG14/N1124 
-// 
-//  Copyright (c) 2006-2008 Alexander Chemeris
-// 
-// Redistribution and use in source and binary forms, with or without
-// modification, are permitted provided that the following conditions are met:
-// 
-//   1. Redistributions of source code must retain the above copyright notice,
-//      this list of conditions and the following disclaimer.
-// 
-//   2. Redistributions in binary form must reproduce the above copyright
-//      notice, this list of conditions and the following disclaimer in the
-//      documentation and/or other materials provided with the distribution.
-// 
-//   3. The name of the author may be used to endorse or promote products
-//      derived from this software without specific prior written permission.
-// 
-// THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR IMPLIED
-// WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
-// MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO
-// EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
-// SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
-// PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS;
-// OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, 
-// WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR
-// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
-// ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
-// 
-///////////////////////////////////////////////////////////////////////////////
-
-#ifndef _MSC_VER // 
-#error "Use this header only with Microsoft Visual C++ compilers!"
-#endif // _MSC_VER 
-
-// Modern Visual Studio has sane stdint.h
-#if _MSC_VER >= 1900
-#include <stdint.h>
-#define _MSC_STDINT_H_
-#endif
-
-#ifndef _MSC_STDINT_H_ // 
-#define _MSC_STDINT_H_
-
-#if _MSC_VER > 1000
-#pragma once
-#endif
-
-#include <limits.h>
-
-// For Visual Studio 6 in C++ mode and for many Visual Studio versions when
-// compiling for ARM we should wrap <wchar.h> include with 'extern "C++" {}'
-// or compiler give many errors like this:
-//   error C2733: second C linkage of overloaded function 'wmemchr' not allowed
-#ifdef __cplusplus
-extern "C" {
-#endif
-#  include <wchar.h>
-#ifdef __cplusplus
-}
-#endif
-
-// Define _W64 macros to mark types changing their size, like intptr_t.
-#ifndef _W64
-#  if !defined(__midl) && (defined(_X86_) || defined(_M_IX86)) && _MSC_VER >= 1300
-#     define _W64 __w64
-#  else
-#     define _W64
-#  endif
-#endif
-
-
-// 7.18.1 Integer types
-
-// 7.18.1.1 Exact-width integer types
-
-// Visual Studio 6 and Embedded Visual C++ 4 doesn't
-// realize that, e.g. char has the same size as __int8
-// so we give up on __intX for them.
-#if (_MSC_VER < 1300)
-   typedef signed char       int8_t;
-   typedef signed short      int16_t;
-   typedef signed int        int32_t;
-   typedef unsigned char     uint8_t;
-   typedef unsigned short    uint16_t;
-   typedef unsigned int      uint32_t;
-#else
-   typedef signed __int8     int8_t;
-   typedef signed __int16    int16_t;
-   typedef signed __int32    int32_t;
-   typedef unsigned __int8   uint8_t;
-   typedef unsigned __int16  uint16_t;
-   typedef unsigned __int32  uint32_t;
-#endif
-typedef signed __int64       int64_t;
-typedef unsigned __int64     uint64_t;
-
-
-// 7.18.1.2 Minimum-width integer types
-typedef int8_t    int_least8_t;
-typedef int16_t   int_least16_t;
-typedef int32_t   int_least32_t;
-typedef int64_t   int_least64_t;
-typedef uint8_t   uint_least8_t;
-typedef uint16_t  uint_least16_t;
-typedef uint32_t  uint_least32_t;
-typedef uint64_t  uint_least64_t;
-
-// 7.18.1.3 Fastest minimum-width integer types
-
-// 7.18.1.4 Integer types capable of holding object pointers
-#ifdef _WIN64 // 
-   typedef signed __int64    intptr_t;
-   typedef unsigned __int64  uintptr_t;
-#else // _WIN64 
-   typedef _W64 signed int   intptr_t;
-   typedef _W64 unsigned int uintptr_t;
-#endif // _WIN64 
-
-// 7.18.1.5 Greatest-width integer types
-typedef int64_t   intmax_t;
-typedef uint64_t  uintmax_t;
-
-
-// 7.18.2 Limits of specified-width integer types
-
-#if !defined(__cplusplus) || defined(__STDC_LIMIT_MACROS) //    See footnote 220 at page 257 and footnote 221 at page 259
-
-// 7.18.2.1 Limits of exact-width integer types
-#define INT8_MIN     ((int8_t)_I8_MIN)
-#define INT8_MAX     _I8_MAX
-#define INT16_MIN    ((int16_t)_I16_MIN)
-#define INT16_MAX    _I16_MAX
-#define INT32_MIN    ((int32_t)_I32_MIN)
-#define INT32_MAX    _I32_MAX
-#define INT64_MIN    ((int64_t)_I64_MIN)
-#define INT64_MAX    _I64_MAX
-#define UINT8_MAX    _UI8_MAX
-#define UINT16_MAX   _UI16_MAX
-#define UINT32_MAX   _UI32_MAX
-#define UINT64_MAX   _UI64_MAX
-
-// 7.18.2.2 Limits of minimum-width integer types
-#define INT_LEAST8_MIN    INT8_MIN
-#define INT_LEAST8_MAX    INT8_MAX
-#define INT_LEAST16_MIN   INT16_MIN
-#define INT_LEAST16_MAX   INT16_MAX
-#define INT_LEAST32_MIN   INT32_MIN
-#define INT_LEAST32_MAX   INT32_MAX
-#define INT_LEAST64_MIN   INT64_MIN
-#define INT_LEAST64_MAX   INT64_MAX
-#define UINT_LEAST8_MAX   UINT8_MAX
-#define UINT_LEAST16_MAX  UINT16_MAX
-#define UINT_LEAST32_MAX  UINT32_MAX
-#define UINT_LEAST64_MAX  UINT64_MAX
-
-// 7.18.2.3 Limits of fastest minimum-width integer types
-#define INT_FAST8_MIN    INT8_MIN
-#define INT_FAST8_MAX    INT8_MAX
-#define INT_FAST16_MIN   INT16_MIN
-#define INT_FAST16_MAX   INT16_MAX
-#define INT_FAST32_MIN   INT32_MIN
-#define INT_FAST32_MAX   INT32_MAX
-#define INT_FAST64_MIN   INT64_MIN
-#define INT_FAST64_MAX   INT64_MAX
-#define UINT_FAST8_MAX   UINT8_MAX
-#define UINT_FAST16_MAX  UINT16_MAX
-#define UINT_FAST32_MAX  UINT32_MAX
-#define UINT_FAST64_MAX  UINT64_MAX
-
-// 7.18.2.4 Limits of integer types capable of holding object pointers
-#ifdef _WIN64 // 
-#  define INTPTR_MIN   INT64_MIN
-#  define INTPTR_MAX   INT64_MAX
-#  define UINTPTR_MAX  UINT64_MAX
-#else // _WIN64 
-#  define INTPTR_MIN   INT32_MIN
-#  define INTPTR_MAX   INT32_MAX
-#  define UINTPTR_MAX  UINT32_MAX
-#endif // _WIN64 
-
-// 7.18.2.5 Limits of greatest-width integer types
-#define INTMAX_MIN   INT64_MIN
-#define INTMAX_MAX   INT64_MAX
-#define UINTMAX_MAX  UINT64_MAX
-
-// 7.18.3 Limits of other integer types
-
-#ifdef _WIN64 // 
-#  define PTRDIFF_MIN  _I64_MIN
-#  define PTRDIFF_MAX  _I64_MAX
-#else  // _WIN64 
-#  define PTRDIFF_MIN  _I32_MIN
-#  define PTRDIFF_MAX  _I32_MAX
-#endif  // _WIN64 
-
-#define SIG_ATOMIC_MIN  INT_MIN
-#define SIG_ATOMIC_MAX  INT_MAX
-
-#ifndef SIZE_MAX // 
-#  ifdef _WIN64 // 
-#     define SIZE_MAX  _UI64_MAX
-#  else // _WIN64 
-#     define SIZE_MAX  _UI32_MAX
-#  endif // _WIN64 
-#endif // SIZE_MAX 
-
-// WCHAR_MIN and WCHAR_MAX are also defined in <wchar.h>
-#ifndef WCHAR_MIN // 
-#  define WCHAR_MIN  0
-#endif  // WCHAR_MIN 
-#ifndef WCHAR_MAX // 
-#  define WCHAR_MAX  _UI16_MAX
-#endif  // WCHAR_MAX 
-
-#define WINT_MIN  0
-#define WINT_MAX  _UI16_MAX
-
-#endif // __STDC_LIMIT_MACROS 
-
-
-// 7.18.4 Limits of other integer types
-
-#if !defined(__cplusplus) || defined(__STDC_CONSTANT_MACROS) && (_MSC_VER < 1600) //    See footnote 224 at page 260
-
-// 7.18.4.1 Macros for minimum-width integer constants
-
-#define INT8_C(val)  val##i8
-#define INT16_C(val) val##i16
-#define INT32_C(val) val##i32
-#define INT64_C(val) val##i64
-
-#define UINT8_C(val)  val##ui8
-#define UINT16_C(val) val##ui16
-#define UINT32_C(val) val##ui32
-#define UINT64_C(val) val##ui64
-
-// 7.18.4.2 Macros for greatest-width integer constants
-#define INTMAX_C   INT64_C
-#define UINTMAX_C  UINT64_C
-
-#endif // __STDC_CONSTANT_MACROS 
-
-
-#endif // _MSC_STDINT_H_

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/InstructionDecoder-amdgpu-vega.C Deleted

@@ -1,755 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- *
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- *
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- *
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- *
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- *
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#include "Ternary.h"
-#include "InstructionDecoder-amdgpu-vega.h"
-
-namespace Dyninst {
-	namespace InstructionAPI {
-		typedef void (InstructionDecoder_amdgpu_vega::*operandFactory)();
-
-		typedef amdgpu_insn_entry amdgpu_insn_table;
-		typedef amdgpu_mask_entry amdgpu_decoder_table;
-
-		const std::array<std::string, 16> InstructionDecoder_amdgpu_vega::condNames = {
-			"eq", "ne", "cs", "cc", "mi", "pl", "vs", "vc", "hi", "ls", "ge",
-			"lt", "gt", "le", "al", "nv",
-		};
-
-		const char* InstructionDecoder_amdgpu_vega::bitfieldInsnAliasMap(entryID e) {
-			switch(e) {
-				default: assert(!"no alias for entryID");
-			};
-		}
-		const char* InstructionDecoder_amdgpu_vega::condInsnAliasMap(entryID e) {
-			switch(e) {
-				default: assert(!"no alias for entryID");
-			};
-		};
-
-#include "amdgpu_insn_entry.h"
-		struct amdgpu_mask_entry {
-			unsigned int mask;
-			std::size_t branchCnt;
-			const std::pair<unsigned int,unsigned int>* nodeBranches;
-			int insnTableIndex;
-
-			static const amdgpu_decoder_table main_decoder_table;
-			static const std::pair<unsigned int,unsigned int> branchTable;
-		};
-
-#include "amdgpu_opcode_tables.C"
-
-		InstructionDecoder_amdgpu_vega::InstructionDecoder_amdgpu_vega(Architecture a)
-			: InstructionDecoderImpl(a), 
-            insn_size(0), immLen(0) , num_elements(1) , isSMEM(false), isLoad(false), isStore(false),isBuffer(false),
-            isScratch(false) , isBranch(false), isConditional(false) ,isCall(false), isModifyPC(false)
-		{
-		}
-
-		InstructionDecoder_amdgpu_vega::~InstructionDecoder_amdgpu_vega() {
-		}
-
-
-		using namespace std;
-		void InstructionDecoder_amdgpu_vega::NOTHING() {
-		}
-
-		Result_Type InstructionDecoder_amdgpu_vega::makeSizeType(unsigned int) {
-			assert(0); //not implemented
-			return u32;
-		}
-
-		// ****************
-		// decoding opcodes
-		// ****************
-
-		MachRegister InstructionDecoder_amdgpu_vega::makeAmdgpuRegID(MachRegister base, unsigned int encoding , unsigned int len) {
-			MachRegister realBase = base;
-			if (base == amdgpu_vega::sgpr0){
-				switch(len){
-					case 2:
-						realBase = amdgpu_vega::sgpr_vec2_0;
-						break;
-					case 4:
-						realBase = amdgpu_vega::sgpr_vec4_0;
-						break;
-					case 8:
-						realBase = amdgpu_vega::sgpr_vec8_0;
-						break;
-					case 16:
-						realBase = amdgpu_vega::sgpr_vec16_0;
-						break;
-				}
-			}else if (base == amdgpu_vega::vgpr0){
-				switch(len){
-					case 2:
-						realBase = amdgpu_vega::vgpr_vec2_0;
-						break;
-					case 4:
-						realBase = amdgpu_vega::vgpr_vec4_0;
-						break;
-					case 8:
-						realBase = amdgpu_vega::vgpr_vec8_0;
-						break;
-					case 16:
-						realBase = amdgpu_vega::vgpr_vec16_0;
-						break;
-				}
-
-			}
-			return MachRegister(realBase.val() + encoding);
-
-		}
-
-		Expression::Ptr InstructionDecoder_amdgpu_vega::makePCExpr() {
-			MachRegister baseReg = amdgpu_vega::pc;
-
-			return makeRegisterExpression(baseReg);
-		}
-
-		void InstructionDecoder_amdgpu_vega::makeBranchTarget(bool branchIsCall, bool bIsConditional, int immVal,
-				int immLen = 16) {
-			Expression::Ptr lhs = makeAddExpression(makePCExpr(),Immediate::makeImmediate(Result(s48,4)),s48);
-			int64_t offset = sign_extend64(immLen, immVal * 4);
-
-			Expression::Ptr rhs = Immediate::makeImmediate(Result(s64, offset));
-
-			insn_in_progress->addSuccessor(makeAddExpression(lhs, rhs, s64), branchIsCall, false, bIsConditional,
-					false);
-			if (bIsConditional || branchIsCall) {
-				insn_in_progress->addSuccessor(makeFallThroughExpr(), false, false, false, true);
-			}
-
-		}
-
-		Expression::Ptr InstructionDecoder_amdgpu_vega::makeFallThroughExpr() {
-			// TODO: while s_call_B64 is always 4 bytes, it is not clear whether all instructions that has a fall through branch are 4 bytes long
-			return makeAddExpression(makePCExpr(), Immediate::makeImmediate(Result(u64, unsign_extend64(3, 4))), u64);
-		}
-
-
-		bool InstructionDecoder_amdgpu_vega::decodeOperands(const Instruction *) {
-			assert(0 && "decodeOperands deprecated for amdgpu");
-			return true;
-		}
-
-		Expression::Ptr InstructionDecoder_amdgpu_vega::decodeSGPRorM0(unsigned int offset){
-			if( offset <= 104)
-				return makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::sgpr0,offset));
-			if (offset == 124)
-				return makeRegisterExpression(amdgpu_vega::m0);
-            cerr << " unknown offset in sgpr or m0 " << offset << endl; 
-			assert(0 && "shouldn't reach here");
-		}
-
-
-		void InstructionDecoder_amdgpu_vega::finalizeFLATOperands(){
-			layout_flat & layout = insn_layout.flat;
-
-			Expression::Ptr addr_ast = 
-				makeTernaryExpression(
-						makeRegisterExpression(amdgpu_vega::address_mode_32), // TODO: type needs to be fixed
-						makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.addr)),
-						makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.addr,2)),
-						u64
-						);
-			switch(layout.seg){
-				case 1:
-					insn_in_progress->getOperation().mnemonic += "_scratch";
-					break;
-				case 2:
-					insn_in_progress->getOperation().mnemonic += "_global";
-					break;
-				default:
-					break;
-			}
-
-			insn_in_progress->appendOperand(addr_ast,false,true);
-
-		}
-		void InstructionDecoder_amdgpu_vega::finalizeMUBUFOperands(){
-			layout_mubuf & layout = insn_layout.mubuf;
-			MachRegister vsharp = makeAmdgpuRegID(amdgpu_vega::sgpr0,layout.srsrc<<2,4);
-			Expression::Ptr const_base_ast   = makeRegisterExpression(vsharp,0,47); 
-			Expression::Ptr const_stride_ast = makeRegisterExpression(vsharp,48,65); 
-			Expression::Ptr num_records = makeRegisterExpression(vsharp,66,97); 
-			Expression::Ptr add_tid_enable = makeRegisterExpression(vsharp,98,98); 
-			Expression::Ptr swizzle_enable = makeRegisterExpression(vsharp,99,99); 
-			Expression::Ptr element_size = makeRegisterExpression(vsharp,100,101); 
-			Expression::Ptr index_stride = makeRegisterExpression(vsharp,102,103); 
-
-			Expression::Ptr offset_expr = Immediate::makeImmediate(Result(u32,0)) ;
-			Expression::Ptr index_expr = Immediate::makeImmediate(Result(u32,0)) ;
-
-			if(layout.idxen){
-				if(layout.offen){
-					index_expr =  makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vaddr));
-					offset_expr =  makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vaddr+1));
-				}else{
-					index_expr =  makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vaddr));
-				}
-
-			}else{
-				if(layout.offen){
-					offset_expr =  makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vaddr));
-				}else{
-					// do nothing
-				}
-			}
-
-
-			Expression::Ptr index_ast = 
-				makeAddExpression(
-						index_expr
-						,
-						makeTernaryExpression(
-							add_tid_enable,
-							makeRegisterExpression(amdgpu_vega::tid),
-							Immediate::makeImmediate(Result(u32,0)),
-							u32
-							),
-						u32
-						);
-
-			Expression::Ptr offset_ast = 
-				makeAddExpression(
-						offset_expr,
-						Immediate::makeImmediate(Result(u32,layout.offset)),
-						u32
-						);
-
-			Expression::Ptr buffer_offset = makeAddExpression(
-					offset_ast,
-					makeMultiplyExpression(
-						const_stride_ast,
-						index_ast,
-						u64
-						),
-					u64         
-					);
-
-			Expression::Ptr sgpr_offset_ast = decodeSSRC(layout.soffset);
-			Expression::Ptr addr_ast = makeAddExpression(
-					makeAddExpression(
-						const_base_ast,
-						sgpr_offset_ast,
-						u64),
-					buffer_offset,
-					u64
-					);
-
-			Expression::Ptr vdata_ast = makeRegisterExpression(
-					makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vdata,
-						num_elements// TODO: This depends on number of elements, which is available from opcode
-						));
-
-			insn_in_progress->appendOperand(addr_ast,true,true);
-			insn_in_progress->appendOperand(vdata_ast,true,true);
-
-			if(layout.lds){
-				Expression::Ptr lds_offset_ast = makeRegisterExpression(amdgpu_vega::m0,0,15);
-				Expression::Ptr mem_offset_ast = makeRegisterExpression(
-						makeAmdgpuRegID(amdgpu_vega::sgpr0,layout.soffset));
-				Expression::Ptr inst_offset_ast = Immediate::makeImmediate(Result(u32,layout.offset));
-				Expression::Ptr lds_addr_ast =
-					makeAddExpression(
-							makeAddExpression(
-								makeAddExpression(
-									makeRegisterExpression(amdgpu_vega::lds_base),
-									lds_offset_ast,
-									u32
-									),
-								inst_offset_ast,
-								u32
-								),
-							makeMultiplyExpression(
-								makeRegisterExpression(amdgpu_vega::tid),
-								Immediate::makeImmediate(Result(u16,4)),
-								u32
-								),
-							u32
-							);
-				insn_in_progress->getOperation().mnemonic+="_lds";
-				insn_in_progress->appendOperand(lds_addr_ast,false,true);
-
-			}
-		}
-
-
-		void InstructionDecoder_amdgpu_vega::finalizeMTBUFOperands(){
-			layout_mtbuf & layout = insn_layout.mtbuf;
-			MachRegister vsharp = makeAmdgpuRegID(amdgpu_vega::sgpr0,layout.srsrc<<2,4);
-			Expression::Ptr const_base_ast   = makeRegisterExpression(vsharp,0,47); 
-			Expression::Ptr const_stride_ast = makeRegisterExpression(vsharp,48,65); 
-			Expression::Ptr num_records = makeRegisterExpression(vsharp,66,97); 
-			Expression::Ptr add_tid_enable = makeRegisterExpression(vsharp,98,98); 
-			Expression::Ptr swizzle_enable = makeRegisterExpression(vsharp,99,99); 
-			Expression::Ptr element_size = makeRegisterExpression(vsharp,100,101); 
-			Expression::Ptr index_stride = makeRegisterExpression(vsharp,102,103); 
-
-			Expression::Ptr offset_expr = Immediate::makeImmediate(Result(u32,0)) ;
-			Expression::Ptr index_expr = Immediate::makeImmediate(Result(u32,0)) ;
-
-			if(layout.idxen){
-				if(layout.offen){
-					index_expr =  makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vaddr));
-					offset_expr =  makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vaddr+1));
-				}else{
-					index_expr =  makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vaddr));
-				}
-
-			}else{
-				if(layout.offen){
-					offset_expr =  makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vaddr));
-				}else{
-					// do nothing
-				}
-			}
-
-
-			Expression::Ptr index_ast = 
-				makeAddExpression(
-						index_expr
-						,
-						makeTernaryExpression(
-							add_tid_enable,
-							makeRegisterExpression(amdgpu_vega::tid),
-							Immediate::makeImmediate(Result(u32,0)),
-							u32
-							),
-						u32
-						);
-
-			Expression::Ptr offset_ast = 
-				makeAddExpression(
-						offset_expr,
-						Immediate::makeImmediate(Result(u32,layout.offset)),
-						u32
-						);
-
-			Expression::Ptr buffer_offset = makeAddExpression(
-					offset_ast,
-					makeMultiplyExpression(
-						const_stride_ast,
-						index_ast,
-						u64
-						),
-					u64         
-					);
-
-			Expression::Ptr sgpr_offset_ast = decodeSGPRorM0(layout.soffset);
-			Expression::Ptr addr_ast = makeAddExpression(
-					makeAddExpression(
-						const_base_ast,
-						sgpr_offset_ast,
-						u64),
-					buffer_offset,
-					u64
-					);
-
-			Expression::Ptr vdata_ast = makeRegisterExpression(
-					makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vdata,
-						num_elements// TODO: This depends on number of elements, which is available from opcode
-						));
-
-			insn_in_progress->appendOperand(addr_ast,true,true);
-			insn_in_progress->appendOperand(vdata_ast,true,true);
-
-
-		}
-		void InstructionDecoder_amdgpu_vega::finalizeVOP1Operands(){
-
-			layout_vop1 & layout = insn_layout.vop1;
-			//cout << " finalizing vop1 operands , vdst = " << std::dec << layout.vdst << " src0 = " << layout.src0 <<endl;
-
-			insn_in_progress->appendOperand(decodeVDST(layout.vdst),false,true);
-			insn_in_progress->appendOperand(decodeSSRC(layout.src0),true,false);
-
-		}
-
-
-		void InstructionDecoder_amdgpu_vega::finalizeSOP1Operands(){
-
-			layout_sop1 & layout = insn_layout.sop1;
-
-			if(isBranch){
-				if(isModifyPC){
-					Expression::Ptr new_pc_ast;
-					new_pc_ast = makeRegisterExpression(
-							makeAmdgpuRegID(amdgpu_vega::sgpr0,layout.ssrc0,2)
-							);
-
-					// TODO : addSuccessors commented out to avoid jump table analysis aborts
-					if(insn_in_progress->getOperation().operationID == amdgpu_op_s_setpc_b64){
-                        
-                        //RegisterAST::Ptr tmpqq = boost::dynamic_pointer_cast<RegisterAST>(new_pc_ast);
-                        //std::cout << "setting pc to offset " << std::hex <<tmpqq->getID()<< std::endl; 
-                        // non fall through branches are added as Successor
-						//insn_in_progress->appendOperand(new_pc_ast,true,false);
-					    insn_in_progress->addSuccessor(new_pc_ast, false, false, false, false);
-					}else if(insn_in_progress->getOperation().operationID == amdgpu_op_s_swappc_b64){
-						Expression::Ptr store_pc_ast;
-    					store_pc_ast = makeRegisterExpression(
-							makeAmdgpuRegID(amdgpu_vega::sgpr0,layout.sdst,2)
-							);
-
-                    
-					    // for swap pc we assume it is a call, so we add the fall through expr	
-                        // iscall , is indirect, isconditional , isfall through
-                        insn_in_progress->addSuccessor(new_pc_ast, false, true, false, false);
-                        insn_in_progress->addSuccessor(makeFallThroughExpr(), false, false, false, true);
-						insn_in_progress->appendOperand(store_pc_ast,false,true);
-					}
-				}
-			}else{
-                if(insn_in_progress->getOperation().operationID == amdgpu_op_s_getpc_b64){
-
-					Expression::Ptr dst_sgpr_pair_ast;
-                    dst_sgpr_pair_ast  = makeRegisterExpression(
-							makeAmdgpuRegID(amdgpu_vega::sgpr0,layout.sdst,2)
-							);
-				    insn_in_progress->appendOperand(dst_sgpr_pair_ast,false,true);
-                }else{
-				    insn_in_progress->appendOperand(decodeSSRC(layout.sdst),false,true);
-				    insn_in_progress->appendOperand(decodeSSRC(layout.ssrc0),true,false);
-                }
-			}
-
-		}
-
-		void InstructionDecoder_amdgpu_vega::finalizeSOPPOperands(){
-
-			layout_sopp & layout = insn_layout.sopp;
-
-			if(isBranch){
-				if(!isModifyPC){	
-					//cout << "calling make branch target "<< endl;
-					makeBranchTarget(isCall,isConditional,layout.simm16);
-				}	
-
-			}
-
-		}
-
-		void InstructionDecoder_amdgpu_vega::finalizeSOPKOperands(){
-
-			layout_sopp & layout = insn_layout.sopp;
-
-			if(isBranch){
-				if(!isModifyPC){	
-					//cout << "calling make branch target "<< endl;
-
-					makeBranchTarget(isCall,isConditional,layout.simm16);
-				}	
-
-			}
-
-		}
-
-
-
-
-		void InstructionDecoder_amdgpu_vega::finalizeSOP2Operands(){
-
-			layout_sop2 & layout = insn_layout.sop2;
-		    auto opID = insn_in_progress->getOperation().operationID ;	
-
-            switch(opID){
-                case amdgpu_op_s_add_u32:
-                case amdgpu_op_s_addc_u32:
-			        /*Expression::Ptr src0_expr = decodeSSRC(layout.ssrc0);
-			        Expression::Ptr src1_expr = decodeSSRC(layout.ssrc1);
-			        Expression::Ptr dst_expr = decodeSSRC(layout.sdst);
-                
-			        Expression::Ptr sum_expr = makeAddExpression(src0_expr,src1_expr,u32);
-
-                    break;*/
-                default:
-                    insn_in_progress->appendOperand(decodeSSRC(layout.sdst),false,true);
-                    insn_in_progress->appendOperand(decodeSSRC(layout.ssrc1),true,false);
-                    insn_in_progress->appendOperand(decodeSSRC(layout.ssrc0),true,false);
-                    break;
-            }
-
-		}
-		void InstructionDecoder_amdgpu_vega::finalizeSMEMOperands(){
-			layout_smem & layout = insn_layout.smem;
-
-			if(IS_LD_ST()){
-				Expression::Ptr offset_expr ;
-				Expression::Ptr inst_offset_expr ;
-				if(layout.imm==0){
-					unsigned int indexing_offset = layout.soe ? layout.soffset : layout.offset;
-					offset_expr = decodeSGPRorM0(indexing_offset);
-					inst_offset_expr = Immediate::makeImmediate(Result(u64,0));
-				}else{
-					inst_offset_expr = Immediate::makeImmediate(Result(u32,layout.offset));
-					offset_expr = layout.soe ? 
-						decodeSGPRorM0(layout.soffset) : Immediate::makeImmediate(Result(u64,0));
-				}
-				//                cout << "layout.sbase = " << std::hex << layout.sbase << endl;
-				//MachRegister mr = makeAmdgpuRegID(amdgpu_vega::sgpr0,4,2);
-				//                cout << " shouldn't it be " << amdgpu_vega::sgpr_vec2_0 << " " << mr << endl; 
-				Expression::Ptr sbase_expr = makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::sgpr0,layout.sbase << 1,2));
-				if(isScratch)
-					offset_expr = makeMultiplyExpression(offset_expr,
-							Immediate::makeImmediate(Result(u64,64)),u64);
-
-				Expression::Ptr remain_expr = makeAddExpression(inst_offset_expr,offset_expr,u64);
-				Expression::Ptr addr_expr = makeDereferenceExpression(makeAddExpression(sbase_expr,remain_expr,u64),u64);
-
-
-
-				Expression::Ptr sdata_expr = makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::sgpr0,layout.sdata,num_elements));
-
-
-				insn_in_progress->appendOperand(sdata_expr,true,false);
-
-				insn_in_progress->appendOperand(addr_expr,false,true);
-
-			}
-
-		}
-
-		void InstructionDecoder_amdgpu_vega::finalizeSOPCOperands() {
-		}
-		void InstructionDecoder_amdgpu_vega::finalizeVOPCOperands() {
-		}
-		void InstructionDecoder_amdgpu_vega::finalizeVOP2Operands() {
-		}
-		void InstructionDecoder_amdgpu_vega::finalizeVINTRPOperands() {
-		}
-		void InstructionDecoder_amdgpu_vega::finalizeDSOperands() {
-		}
-		void InstructionDecoder_amdgpu_vega::finalizeVOP3ABOperands() {
-		}
-		void InstructionDecoder_amdgpu_vega::finalizeVOP3POperands() {
-		}
-
-		bool InstructionDecoder_amdgpu_vega::decodeOperands(const amdgpu_insn_entry & insn_entry) {
-			if(insn_entry.operandCnt!=0){
-				for (std::size_t i =0 ; i < insn_entry.operandCnt; i++){
-					std::mem_fun(insn_entry.operandsi)(this);
-				}
-			}
-			return true;
-		}
-
-
-		inline unsigned int get32bit(InstructionDecoder::buffer &b,unsigned int offset ){
-			assert(offset %4 ==0 );
-			return b.startoffset+3 << 24 | b.startoffset + 2 << 16 | b.startoffset +1  << 8 | b.start offset;
-		}
-
-		void InstructionDecoder_amdgpu_vega::insnSize(unsigned int insn_size) {
-			this->insn_size = insn_size;
-		}
-
-
-		Expression::Ptr InstructionDecoder_amdgpu_vega::decodeVDST(unsigned int index){
-			index += 255;
-            return decodeSSRC(index);
-		} 
-
-
-		Expression::Ptr InstructionDecoder_amdgpu_vega::decodeVSRC(unsigned int index){
-			if (index > 255)
-				index = 0;
-			MachRegister mr = makeAmdgpuRegID(amdgpu_vega::vgpr0,index & 0xff);
-			return makeRegisterExpression(mr);
-		} 
-
-		Expression::Ptr InstructionDecoder_amdgpu_vega::decodeSSRC(unsigned int index){
-			if (index < 102){
-				MachRegister mr = makeAmdgpuRegID(amdgpu_vega::sgpr0,index);
-				return makeRegisterExpression(mr);
-			}else if(index ==102){
-				return makeRegisterExpression(amdgpu_vega::flat_scratch_lo);
-			}else if(index ==103){
-				return makeRegisterExpression(amdgpu_vega::flat_scratch_hi);
-			}else if(index ==104){
-				return makeRegisterExpression(amdgpu_vega::xnack_mask_lo);
-			}else if(index ==105){
-				return makeRegisterExpression(amdgpu_vega::xnack_mask_hi);
-			}else if ( 106 == index ){
-				return makeRegisterExpression(amdgpu_vega::vcc_lo);
-			}else if ( 107 == index ){
-				return makeRegisterExpression(amdgpu_vega::vcc_hi);
-			}else if (107 < index && index < 124){
-				MachRegister mr = makeAmdgpuRegID(amdgpu_vega::ttmp0,index-108);
-				return makeRegisterExpression(mr);
-			}else if (124 == index ){
-				return makeRegisterExpression(amdgpu_vega::m0);
-			}else if ( 126 == index ){
-				return makeRegisterExpression(amdgpu_vega::exec_lo);
-			}else if ( 127 == index ){
-				return makeRegisterExpression(amdgpu_vega::exec_hi);
-			}else if( 128 <= index && index <= 192){
-				return Immediate::makeImmediate(Result(u32, unsign_extend32(32,index - 128 )));
-			}else if( 193 <= index && index <= 208 ){
-				return Immediate::makeImmediate(Result(s32, sign_extend32(32,-(index - 192) )));
-			}else if( 209 <= index && index <= 234){
-				assert ( 0 && "reserved index " ) ;
-			}else if( 235 == index){
-				return makeRegisterExpression(amdgpu_vega::shared_base);
-			}else if( 236 == index){
-				return makeRegisterExpression(amdgpu_vega::shared_limit);
-			}else if( 237 == index){
-				return makeRegisterExpression(amdgpu_vega::private_base);
-			}else if( 238 == index){
-				return makeRegisterExpression(amdgpu_vega::private_limit);
-			}else if( 239 == index){
-				return makeRegisterExpression(amdgpu_vega::pops_exiting_wave_id);
-			}else if (240 == index){
-				return Immediate::makeImmediate(Result(sp_float, 0.5) );
-			}else if (241 == index){
-				return Immediate::makeImmediate(Result(sp_float, -0.5) );
-			}else if (242 == index){
-				return Immediate::makeImmediate(Result(sp_float, 1.0) );
-			}else if (243 == index){
-				return Immediate::makeImmediate(Result(sp_float, -1.0) );
-			}else if (244 == index){
-				return Immediate::makeImmediate(Result(sp_float, 2.0) );
-			}else if (245 == index){
-				return Immediate::makeImmediate(Result(sp_float, -2.0) );
-			}else if (246 == index){
-				return Immediate::makeImmediate(Result(sp_float, 4.0) );
-			}else if (247 == index){
-				return Immediate::makeImmediate(Result(sp_float, -4.0) );
-			}else if (248 == index){
-				/*
-				 * TODO: 1/(2PI) = 0.15915494
-				 * The exact value used is 
-				 * half:
-				 *      0x3118
-				 * single:
-				 *      0x3e22f983
-				 * double:
-				 *      0x3fc45f306dc9c882
-				 */
-				return Immediate::makeImmediate(Result(dp_float, (1.0f / (3.1415926535*2)) ) );
-			}else if (249 == index  || 250 == index){
-				assert ( 0 && "reserved index " ) ;
-			}else if ( 251 == index ){
-				return makeRegisterExpression(amdgpu_vega::vccz);
-			}else if ( 252 == index ){
-				return makeRegisterExpression(amdgpu_vega::execz);
-			}else if ( 253 == index ){
-				return makeRegisterExpression(amdgpu_vega::scc);
-			}else if ( 254 == index ){
-				assert ( 0 && "reserved index " ) ;
-			}
-			else if(index == 0xff){
-				//std::cerr << "\nusing imm " << imm << std::endl;
-				return Immediate::makeImmediate(Result(u32, unsign_extend32(32,immLiteral )));
-			}else if( 256 <= index  && index <= 511){
-				MachRegister mr = makeAmdgpuRegID(amdgpu_vega::vgpr0,index >>8);
-				return makeRegisterExpression(mr);
-			} 
-
-			cerr << "WARNING UNKNOWN REGISTER : "  << std::dec << index << " " <<(108 <= index && index <= 123 )<<endl;
-			//return makeRegisterExpression(amdgpu_vega::sgpr0);
-
-			assert(0 && "unknown register value ");
-		}
-#include "amdgpu_decoder_impl_vega.C"
-
-		void InstructionDecoder_amdgpu_vega::reset(){
-			immLen = 0;
-			insn_size = 0;
-			num_elements =1;
-			isBranch = false;
-			isConditional = false;
-			isModifyPC =false;
-			isSMEM = false;
-			isLoad = false ;
-			isStore =false;
-			isBuffer =false ;
-			isScratch = false;
-			insn = insn_high = insn_long = 0;
-			useImm = false;
-			isCall = false;
-			if (!getenv("DEBUG_DECODE"))
-				cout.setstate(ios_base::badbit);
-		}
-		// here we assemble the first 64 bit (if available) as an instruction
-
-		void InstructionDecoder_amdgpu_vega::setupInsnWord(InstructionDecoder::buffer &b) {
-			reset();
-			if (b.start > b.end)
-				return;
-			insn = get32bit(b,0);
-			if(b.start + 4 <= b.end)
-				insn_long = get32bit(b,4);
-			insn_high = insn_long;
-			insn_long = (insn_long << 32) | insn;
-
-		}
-		void InstructionDecoder_amdgpu_vega::decodeOpcode(InstructionDecoder::buffer &b) {
-			setupInsnWord(b);
-			mainDecodeOpcode(b);
-			b.start += insn_in_progress->size();
-		}
-		
-		void InstructionDecoder_amdgpu_vega::debug_instr(){
-			cout << "\ndecoded instruction " <<  insn_in_progress->getOperation().mnemonic 
-				<< "  length = " <<  insn_in_progress->size()<< endl;
-
-		}
-
-
-		Instruction InstructionDecoder_amdgpu_vega::decode(InstructionDecoder::buffer &b) {
-			setupInsnWord(b);
-			mainDecodeOpcode(b);
-			if(entryToCategory(insn_in_progress->getOperation().getID())==c_BranchInsn){
-				std::mem_fun(decode_lookup_tableinstr_family)(this);
-			}
-			//debug_instr();
-			cout.clear();
-			b.start += insn_in_progress->size();
-			return *insn_in_progress;
-		}
-
-		void InstructionDecoder_amdgpu_vega::doDelayedDecode(const Instruction *insn_to_complete) {
-			InstructionDecoder::buffer b(insn_to_complete->ptr(), insn_to_complete->size());
-			setupInsnWord(b);
-			mainDecode(b);
-			//debug_instr();
-			cout.clear();
-			Instruction* iptr = const_cast<Instruction*>(insn_to_complete);
-            *iptr = *(insn_in_progress.get());
-			b.start += insn_in_progress->size();
-		}
-	};
-};
-
-
-

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/InstructionDecoder-amdgpu-vega.h Deleted

@@ -1,341 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- *
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- *
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- *
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- *
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- *
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#include "InstructionDecoderImpl.h"
-#include <iostream>
-#include "Immediate.h"
-#include "dyn_regs.h"
-
-namespace Dyninst {
-    namespace InstructionAPI {
-
-#if defined(__GNUC__)
-#define insn_printf(format, ...) \
-        do{ \
-            printf("%s:%uinsn_debug " format, FILE__, __LINE__, ## __VA_ARGS__); \
-        }while(0)
-#endif
-
-        struct amdgpu_insn_entry;
-        struct amdgpu_mask_entry;
-
-        class InstructionDecoder_amdgpu_vega : public InstructionDecoderImpl {
-            friend struct amdgpu_insn_entry;
-            friend struct amdgpu_mask_entry;
-            enum DecodeFamily {sopp};
-
-        public:
-            InstructionDecoder_amdgpu_vega(Architecture a);
-
-            virtual ~InstructionDecoder_amdgpu_vega();
-
-            virtual void decodeOpcode(InstructionDecoder::buffer &b);
-            
-            // decode one instruction starting from b.start
-            // will advance b.start whenver a instruction is successfully decoded
-            virtual Instruction decode(InstructionDecoder::buffer &b);
-
-            virtual void setMode(bool) { }
-
-            virtual bool decodeOperands(const Instruction *insn_to_complete);
-            
-            bool decodeOperands(const amdgpu_insn_entry & insn_entry);
-
-            virtual void doDelayedDecode(const Instruction *insn_to_complete);
-
-            static const std::array<std::string, 16> condNames;
-            static MachRegister sysRegMap(unsigned int);
-            static const char* bitfieldInsnAliasMap(entryID);
-            static const char* condInsnAliasMap(entryID);
-
-     
-
-        private:
-            virtual Result_Type makeSizeType(unsigned int opType);
-
-            bool is64Bit;
-
-            unsigned int insn_size; // size of the instruction that we are currently working on
-            unsigned int insn; // the first 32 bit 
-            unsigned int insn_high; // the second 32 bit 
-            unsigned long long int insn_long; // the combined 64 bit: insn_high << 32 | insn
- 
-            // the main process of decoding an instruciton, won't advance buffer
-            void mainDecode(InstructionDecoder::buffer &b); 
-
-            void mainDecodeOpcode(InstructionDecoder::buffer &b); 
-
-
-            void setupInsnWord(InstructionDecoder::buffer &b); 
-            // pointer to the instruction that we are currently working on
-            boost::shared_ptr<Instruction> insn_in_progress;
-
-            template<int start, int end>
-            int field(unsigned int raw) {
-#if defined DEBUG_FIELD
-                std::cerr << start << "-" << end << ":" << std::dec << (raw >> (start) &
-                        (0xFFFFFFFF >> (31 - (end - start)))) << " ";
-#endif
-                return (raw >> (start) & (0xFFFFFFFF >> (31 - (end - start))));
-            }
-            
-            template<int start, int end>
-            int longfield(unsigned long long int raw) {
-#if defined DEBUG_FIELD
-                std::cerr << start << "-" << end << ":" << std::dec << (raw >> (start) &
-                        (0xFFFFFFFFFFFFFFFF >> (63 - (end - start)))) << " ";
-#endif
-                return ( (raw >> (start)) & (0xFFFFFFFFFFFFFFFF >> (63 - (end - start))));
-            }
- 
-            template<int start, int end>
-            int rev_field(unsigned int raw) {
-#if defined DEBUG_FIELD
-                std::cerr << start << "-" << end << ":" << std::dec << (raw >> (start) &
-                        (0xFFFFFFFF >> (31 - (end - start)))) << " ";
-#endif
-                unsigned int le = (raw >> (start) & (0xFFFFFFFF >> (31 - (end - start))));
-
-                std::cerr << "operating on le " << std::hex << le << std::endl;
-                unsigned int be = __builtin_bswap32(le);
-
-                std::cerr << "operating on be " << std::hex << be << std::endl;
-                return be >> (31 - (end-start));
-            }
-
-
-            int32_t sign_extend32(int size, int in) {
-                int32_t val = 0 | in;
-
-                return (val << (32 - size)) >> (32 - size);
-            }
-
-            int64_t sign_extend64(int size, int in) {
-                int64_t val = 0 | in;
-
-                return (val << (64 - size)) >> (64 - size);
-            }
-
-            uint32_t unsign_extend32(int size, int in) {
-                uint32_t mask = ~0;
-
-                return (mask >> (32 - size)) & in;
-            }
-
-            uint64_t unsign_extend64(int size, int in) {
-                uint64_t mask = ~0;
-
-                return (mask >> (64 - size)) & in;
-            }
-
-            int highest_set_bit(int32_t val) {
-                for (int bit_index = 31; bit_index >= 0; bit_index--)
-                    if (((static_cast<uint32_t>(val) >> bit_index) & 0x1) == 0x1)
-                        return bit_index + 1;
-
-                return -1;
-            }
-
-            int lowest_set_bit(int32_t val) {
-                for (int bit_index = 0; bit_index <= 31; bit_index++)
-                    if (((static_cast<uint32_t>(val) >> bit_index) & 0x1) == 0x1)
-                        return bit_index + 1;
-
-                return -1;
-            }
-
-
-            bool hasHw;
-            int hwField;
-
-            void processHwFieldInsn(int, int);
-
-            bool hasShift;
-            int shiftField;
-
-            void makeBranchTarget(bool, bool, int, int);
-
-            Expression::Ptr makeFallThroughExpr();
-
-            int _szField, size;
-            int _typeField;
-            int cmode;
-            int op;
-            int simdAlphabetImm;
-
-            void processAlphabetImm();
-
-            void NOTHING();
-            bool fix_bitfieldinsn_alias(int, int);
-	        void fix_condinsn_alias_and_cond(int &);
-	        void modify_mnemonic_simd_upperhalf_insns();
-
-            MachRegister makeAmdgpuRegID(MachRegister, unsigned int, unsigned int len = 1);
-
-            MachRegister getLoadStoreSimdRegister(int encoding);
-
-            Expression::Ptr makePCExpr();
-
-
-            template<typename T>
-            Expression::Ptr makeLogicalImm(int immr, int imms, int immsLen, Result_Type rT);
-
-
-            //for load store
-            void insnSize(unsigned int insn_size );
-            
-            Expression::Ptr decodeSSRC(unsigned int index);
-            Expression::Ptr decodeVSRC(unsigned int index);
-            Expression::Ptr decodeVDST(unsigned int index);
-            
-            Expression::Ptr decodeSGPRorM0(unsigned int offset);
-
-           
-            void finalizeFLATOperands();
-            void finalizeSMEMOperands();
-
-            void finalizeSOPKOperands();
-            void finalizeSOPPOperands();
-            void finalizeSOP2Operands();
-            void finalizeSOP1Operands();
-            void finalizeSOPCOperands();
-
-            void finalizeVOP1Operands();
-            void finalizeVOP2Operands();
-            void finalizeVOPCOperands();
-            void finalizeVINTRPOperands();
-            void finalizeDSOperands();
-            void finalizeMTBUFOperands();
-            void finalizeMUBUFOperands();
-            void finalizeVOP3ABOperands();
-            void finalizeVOP3POperands();
- 
-            bool useImm;
-            unsigned int immLen;
-            unsigned int immLiteral;
-            bool setSCC;
-
-#define IS_LD_ST() (isLoad || isStore )
-
-            unsigned int num_elements ;  // the number of elements that will be load or store by each instruction
-            bool isSMEM; // this is set when using smem instruction
-            bool isLoad; // this is set when a smem instruction is load, will set number of elements that are loaded at the same time
-            bool isStore; // similar to isLoad, but for store instructions
-            bool isBuffer; // 
-            bool isScratch;
-
-            bool isBranch; // this is set for all branch instructions,
-            bool isConditional; // this is set for all conditional branch instruction, will set branchCond
-            bool isCall; // this is a call function
-            
-
-
-            // this is set for instructions that directly modify pc
-            // namely s_setpc and s_swappc
-            bool isModifyPC;
-
-            // reset the decoder internal state for decoding the next instruction
-            void reset();
-
-            Expression::Ptr branchCond;
-            Expression::Ptr branchTarget;
-            
-            void setBranch(){
-                isBranch = true;
-            }
-            
-            void setConditionalBranch(){
-                isConditional = true;
-                // TODO : set conditional branch
-            }
-            void setModifyPC(){
-                isModifyPC = true;
-            }
-            
-            void setCall(){
-                isCall =  true;
-            }
-
-            inline unsigned int get32bit(InstructionDecoder::buffer &b,unsigned int offset ){
-                assert(offset %4 ==0 );
-                return b.startoffset+3 << 24 | b.startoffset + 2 << 16 | b.startoffset +1  << 8 | b.start offset;
-            }
-
-            template<unsigned int start,unsigned int end, unsigned int candidate>
-            void setUseImm(InstructionDecoder::buffer & b, unsigned int offset){
-                if ( longfield<start,end>(insn_long) == candidate ){
-                    useImm = true;
-                    immLen = 4;
-                    immLiteral = get32bit(b,offset);
-                }
-                
-            }
-
-            void setSMEM() {isSMEM = true;};
-            
-           
-            
-            template<unsigned int num_elements>
-            void setLoad(){isLoad = true; this->num_elements = num_elements; };
-            
-            template<unsigned int num_elements>
-            void setStore() {isStore = true;this->num_elements = num_elements;};
-
-            void setScratch() {isScratch = true;};
-
-            void setBuffer() {isBuffer = true;};
-            
-            typedef struct buffer_resource_desc{
-                unsigned long long base_address;
-                unsigned stride;
-                unsigned cache_swizzle;
-                unsigned swizzle_enable;
-                unsigned num_records;
-                unsigned dst_sel_x;
-                unsigned dst_sel_y;
-                unsigned dst_sel_z;
-                unsigned dst_sel_w;
-                unsigned num_format;
-                unsigned data_format;
-                unsigned user_vm_enable;
-                unsigned user_vm_mode;
-                unsigned index_stride;
-                unsigned add_tid_enable;
-                unsigned non_volatile;
-                unsigned type;
-            }buffer_resource_desc;
-            
-            void debug_instr();
-            
-#include "amdgpu_decoder_impl_vega.h"
-        };
-    }
-}
-

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/MainDocPage.C Deleted

@@ -1,85 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-namespace Dyninst
-{
-  namespace InstructionAPI
-  {
-    
-    /*! \mainpage
-     * 
-     * When analyzing and modifying binary code, it is necessary to translate
-     * between raw binary instructions and an abstract form that describes the semantics
-     * of the instructions.
-     * As a part of the %Dyninst project, we have developed the
-     * %Instruction API, an API and library for decoding and representing
-     * machine instructions in a platform-independent manner. The
-     * %Instruction API includes methods for decoding machine language,
-     * convenient abstractions for its analysis, and methods to produce disassembly from those
-     * abstractions. The current implementation supports the IA32,
-     * AMD-64, POWER, and PowerPC instruction sets.  The %Instruction API
-     * has the following basic capabilities:
-     * - Decoding: interpreting a sequence of bytes as a machine instruction in a given machine language.
-     * - Abstract representation: representing the behavior of that instruction as an abstract syntax tree.
-     * - Disassembly: translating an abstract representation of a machine instruction into a string 
-     * representation of the corresponding assembly language instruction.
-     *
-     * Our goal in designing the %Instruction API is to provide a representation of machine
-     * instructions that can be manipulated by higher-level algorithms with minimal knowledge
-     * of platform-specific details.  In addition, users who need platform-specific information
-     * should be able to access it.  To do so, we provide an interface that disassembles a machine
-     * instruction, extracts an operation and its operands, converts the operands to abstract syntax trees,
-     * and presents this to the user.  A user of the %Instruction API can work at a level of abstraction slightly
-     * higher than assembly language,
-     * rather than working directly with machine language.  Additionally, by converting the operands to abstract
-     * syntax trees, we make it possible to analyze the operands in a uniform manner, regardless of the
-     * complexity involved in the operand's actual computation.
-     * \htmlonly
-<h2><a class="anchor" name="abstractions">
-Abstractions</a></h2>
-<ul>
-<li><a class="el" href="group__instruction.html">Instruction</a></li>
-<li><a class="el" href="group__instructiondecoder.html">Instruction Decoder</a></li>
-<li><a class="el" href="group__instructionASTModule.html">Instruction AST hierarchy</a> </li>
-</ul>
-<h2><a class="anchor" name="Examples">
-Examples</a></h2>
-<ul>
-<li><a class="el" href="BasicCfgExample.html">Basic Control Flow Graph Construction</a> </li>
-</ul>
-The PDF version of this manual may be found here: <a class="el" href="../latex/refman.pdf">PDF Manual</a>
-\endhtmlonly
-     */
-  };
-};
-
-
-
-

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/amdgpu_decoder_impl_vega.C Deleted

@@ -1,484 +0,0 @@
-void InstructionDecoder_amdgpu_vega::decodeSOP2(){
-	unsigned insn_size = 4;
-	layout_sop2 & layout = insn_layout.sop2;
-	layout.ssrc0     = longfield<0,7>(insn_long);
-	layout.ssrc1     = longfield<8,15>(insn_long);
-	layout.sdst      = longfield<16,22>(insn_long);
-	layout.op        = longfield<23,29>(insn_long);
-	const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::sop2_insn_tablelayout.op;
-	decodeOperands(insn_entry);
-	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-	finalizeSOP2Operands();
-}
-void InstructionDecoder_amdgpu_vega::decodeSOP1(){
-	unsigned insn_size = 4;
-	layout_sop1 & layout = insn_layout.sop1;
-	layout.ssrc0     = longfield<0,7>(insn_long);
-	layout.op        = longfield<8,15>(insn_long);
-	layout.sdst      = longfield<16,22>(insn_long);
-	const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::sop1_insn_tablelayout.op;
-	decodeOperands(insn_entry);
-	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-	finalizeSOP1Operands();
-}
-void InstructionDecoder_amdgpu_vega::decodeSOPK(){
-	unsigned insn_size = 4;
-	layout_sopk & layout = insn_layout.sopk;
-	layout.simm16    = longfield<0,15>(insn_long);
-	layout.sdst      = longfield<16,22>(insn_long);
-	layout.op        = longfield<23,27>(insn_long);
-	const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::sopk_insn_tablelayout.op;
-	decodeOperands(insn_entry);
-	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-	finalizeSOPKOperands();
-}
-void InstructionDecoder_amdgpu_vega::decodeSOPC(){
-	unsigned insn_size = 4;
-	layout_sopc & layout = insn_layout.sopc;
-	layout.ssrc0     = longfield<0,7>(insn_long);
-	layout.ssrc1     = longfield<8,15>(insn_long);
-	layout.op        = longfield<16,22>(insn_long);
-	const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::sopc_insn_tablelayout.op;
-	decodeOperands(insn_entry);
-	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-	finalizeSOPCOperands();
-}
-void InstructionDecoder_amdgpu_vega::decodeSOPP(){
-	unsigned insn_size = 4;
-	layout_sopp & layout = insn_layout.sopp;
-	layout.simm16    = longfield<0,15>(insn_long);
-	layout.op        = longfield<16,22>(insn_long);
-	const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::sopp_insn_tablelayout.op;
-	decodeOperands(insn_entry);
-	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-	finalizeSOPPOperands();
-}
-void InstructionDecoder_amdgpu_vega::decodeSMEM(){
-	unsigned insn_size = 8;
-	layout_smem & layout = insn_layout.smem;
-	layout.sbase     = longfield<0,5>(insn_long);
-	layout.sdata     = longfield<6,12>(insn_long);
-	layout.soe       = longfield<14,14>(insn_long);
-	layout.nv        = longfield<15,15>(insn_long);
-	layout.glc       = longfield<16,16>(insn_long);
-	layout.imm       = longfield<17,17>(insn_long);
-	layout.op        = longfield<18,25>(insn_long);
-	layout.offset    = longfield<32,52>(insn_long);
-	layout.soffset   = longfield<57,63>(insn_long);
-	const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::smem_insn_tablelayout.op;
-	decodeOperands(insn_entry);
-	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-	finalizeSMEMOperands();
-}
-void InstructionDecoder_amdgpu_vega::decodeVOP2(){
-	unsigned insn_size = 4;
-	layout_vop2 & layout = insn_layout.vop2;
-	layout.src0      = longfield<0,8>(insn_long);
-	layout.vsrc1     = longfield<9,16>(insn_long);
-	layout.vdst      = longfield<17,24>(insn_long);
-	layout.op        = longfield<25,30>(insn_long);
-	if (layout.src0 == 249){
-		vop_literal_layout_sdwa &vop_literal = layout.literal.sdwa;
-		vop_literal.src0      = longfield<32,39>(insn_long);
-		vop_literal.dst_sel   = longfield<40,42>(insn_long);
-		vop_literal.dst_u     = longfield<43,44>(insn_long);
-		vop_literal.clmp      = longfield<45,45>(insn_long);
-		vop_literal.omod      = longfield<46,47>(insn_long);
-		vop_literal.src0_sel  = longfield<48,50>(insn_long);
-		vop_literal.src0_next = longfield<51,51>(insn_long);
-		vop_literal.src0_neg  = longfield<52,52>(insn_long);
-		vop_literal.src0_abs  = longfield<53,53>(insn_long);
-		vop_literal.s0        = longfield<55,55>(insn_long);
-		vop_literal.src1_sel  = longfield<56,58>(insn_long);
-		vop_literal.src_sext  = longfield<59,59>(insn_long);
-		vop_literal.src1_neg  = longfield<60,60>(insn_long);
-		vop_literal.s1        = longfield<63,63>(insn_long);
-	}
-	if (layout.src0 == 250){
-		vop_literal_layout_dpp &vop_literal = layout.literal.dpp;
-		vop_literal.src0      = longfield<32,39>(insn_long);
-		vop_literal.dpp_ctrl  = longfield<40,48>(insn_long);
-		vop_literal.bc        = longfield<51,51>(insn_long);
-		vop_literal.src0_neg  = longfield<52,52>(insn_long);
-		vop_literal.src0_abs  = longfield<53,53>(insn_long);
-		vop_literal.src1_neg  = longfield<54,54>(insn_long);
-		vop_literal.src1_abs  = longfield<55,55>(insn_long);
-		vop_literal.bank_mask = longfield<56,59>(insn_long);
-		vop_literal.row_mask  = longfield<60,63>(insn_long);
-	}
-	const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::vop2_insn_tablelayout.op;
-	decodeOperands(insn_entry);
-	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-	finalizeVOP2Operands();
-}
-void InstructionDecoder_amdgpu_vega::decodeVOP1(){
-	unsigned insn_size = 4;
-	layout_vop1 & layout = insn_layout.vop1;
-	layout.src0      = longfield<0,8>(insn_long);
-	layout.op        = longfield<9,16>(insn_long);
-	layout.vdst      = longfield<17,24>(insn_long);
-	if (layout.src0 == 249){
-		vop_literal_layout_sdwa &vop_literal = layout.literal.sdwa;
-		vop_literal.src0      = longfield<32,39>(insn_long);
-		vop_literal.dst_sel   = longfield<40,42>(insn_long);
-		vop_literal.dst_u     = longfield<43,44>(insn_long);
-		vop_literal.clmp      = longfield<45,45>(insn_long);
-		vop_literal.omod      = longfield<46,47>(insn_long);
-		vop_literal.src0_sel  = longfield<48,50>(insn_long);
-		vop_literal.src0_next = longfield<51,51>(insn_long);
-		vop_literal.src0_neg  = longfield<52,52>(insn_long);
-		vop_literal.src0_abs  = longfield<53,53>(insn_long);
-		vop_literal.s0        = longfield<55,55>(insn_long);
-		vop_literal.src1_sel  = longfield<56,58>(insn_long);
-		vop_literal.src_sext  = longfield<59,59>(insn_long);
-		vop_literal.src1_neg  = longfield<60,60>(insn_long);
-		vop_literal.s1        = longfield<63,63>(insn_long);
-	}
-	if (layout.src0 == 250){
-		vop_literal_layout_dpp &vop_literal = layout.literal.dpp;
-		vop_literal.src0      = longfield<32,39>(insn_long);
-		vop_literal.dpp_ctrl  = longfield<40,48>(insn_long);
-		vop_literal.bc        = longfield<51,51>(insn_long);
-		vop_literal.src0_neg  = longfield<52,52>(insn_long);
-		vop_literal.src0_abs  = longfield<53,53>(insn_long);
-		vop_literal.src1_neg  = longfield<54,54>(insn_long);
-		vop_literal.src1_abs  = longfield<55,55>(insn_long);
-		vop_literal.bank_mask = longfield<56,59>(insn_long);
-		vop_literal.row_mask  = longfield<60,63>(insn_long);
-	}
-	const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::vop1_insn_tablelayout.op;
-	decodeOperands(insn_entry);
-	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-	finalizeVOP1Operands();
-}
-void InstructionDecoder_amdgpu_vega::decodeVOPC(){
-	unsigned insn_size = 4;
-	layout_vopc & layout = insn_layout.vopc;
-	layout.src0      = longfield<0,8>(insn_long);
-	layout.vsrc1     = longfield<9,16>(insn_long);
-	layout.op        = longfield<17,24>(insn_long);
-	if (layout.src0 == 249){
-		vop_literal_layout_sdwab &vop_literal = layout.literal.sdwab;
-		vop_literal.src0      = longfield<32,39>(insn_long);
-		vop_literal.sdst      = longfield<40,46>(insn_long);
-		vop_literal.sd        = longfield<47,47>(insn_long);
-		vop_literal.src0_sel  = longfield<48,50>(insn_long);
-		vop_literal.src0_next = longfield<51,51>(insn_long);
-		vop_literal.src0_neg  = longfield<52,52>(insn_long);
-		vop_literal.src0_abs  = longfield<53,53>(insn_long);
-		vop_literal.s0        = longfield<55,55>(insn_long);
-		vop_literal.src1_sel  = longfield<56,58>(insn_long);
-		vop_literal.src_sext  = longfield<59,59>(insn_long);
-		vop_literal.src1_neg  = longfield<60,60>(insn_long);
-		vop_literal.s1        = longfield<63,63>(insn_long);
-	}
-	if (layout.src0 == 250){
-		vop_literal_layout_dpp &vop_literal = layout.literal.dpp;
-		vop_literal.src0      = longfield<32,39>(insn_long);
-		vop_literal.dpp_ctrl  = longfield<40,48>(insn_long);
-		vop_literal.bc        = longfield<51,51>(insn_long);
-		vop_literal.src0_neg  = longfield<52,52>(insn_long);
-		vop_literal.src0_abs  = longfield<53,53>(insn_long);
-		vop_literal.src1_neg  = longfield<54,54>(insn_long);
-		vop_literal.src1_abs  = longfield<55,55>(insn_long);
-		vop_literal.bank_mask = longfield<56,59>(insn_long);
-		vop_literal.row_mask  = longfield<60,63>(insn_long);
-	}
-	const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::vopc_insn_tablelayout.op;
-	decodeOperands(insn_entry);
-	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-	finalizeVOPCOperands();
-}
-void InstructionDecoder_amdgpu_vega::decodeVINTRP(){
-	unsigned insn_size = 4;
-	layout_vintrp & layout = insn_layout.vintrp;
-	layout.vsrc      = longfield<0,7>(insn_long);
-	layout.attr_chan = longfield<8,9>(insn_long);
-	layout.attr      = longfield<10,15>(insn_long);
-	layout.op        = longfield<16,17>(insn_long);
-	layout.vdst      = longfield<18,25>(insn_long);
-	const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::vintrp_insn_tablelayout.op;
-	decodeOperands(insn_entry);
-	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-	finalizeVINTRPOperands();
-}
-void InstructionDecoder_amdgpu_vega::decodeDS(){
-	unsigned insn_size = 8;
-	layout_ds & layout = insn_layout.ds;
-	layout.offset0   = longfield<0,7>(insn_long);
-	layout.offset1   = longfield<8,15>(insn_long);
-	layout.gds       = longfield<16,16>(insn_long);
-	layout.op        = longfield<17,24>(insn_long);
-	layout.addr      = longfield<32,39>(insn_long);
-	layout.data0     = longfield<40,47>(insn_long);
-	layout.data1     = longfield<48,55>(insn_long);
-	layout.vdst      = longfield<56,63>(insn_long);
-	const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::ds_insn_tablelayout.op;
-	decodeOperands(insn_entry);
-	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-	finalizeDSOperands();
-}
-void InstructionDecoder_amdgpu_vega::decodeMTBUF(){
-	unsigned insn_size = 8;
-	layout_mtbuf & layout = insn_layout.mtbuf;
-	layout.offset    = longfield<0,11>(insn_long);
-	layout.offen     = longfield<12,12>(insn_long);
-	layout.idxen     = longfield<13,13>(insn_long);
-	layout.glc       = longfield<14,14>(insn_long);
-	layout.op        = longfield<15,18>(insn_long);
-	layout.dfmt      = longfield<19,22>(insn_long);
-	layout.nfmt      = longfield<23,25>(insn_long);
-	layout.vaddr     = longfield<32,39>(insn_long);
-	layout.vdata     = longfield<40,47>(insn_long);
-	layout.srsrc     = longfield<48,52>(insn_long);
-	layout.slc       = longfield<54,54>(insn_long);
-	layout.tfe       = longfield<55,55>(insn_long);
-	layout.soffset   = longfield<56,63>(insn_long);
-	const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::mtbuf_insn_tablelayout.op;
-	decodeOperands(insn_entry);
-	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-	finalizeMTBUFOperands();
-}
-void InstructionDecoder_amdgpu_vega::decodeMUBUF(){
-	unsigned insn_size = 8;
-	layout_mubuf & layout = insn_layout.mubuf;
-	layout.offset    = longfield<0,11>(insn_long);
-	layout.offen     = longfield<12,12>(insn_long);
-	layout.idxen     = longfield<13,13>(insn_long);
-	layout.glc       = longfield<14,14>(insn_long);
-	layout.lds       = longfield<16,16>(insn_long);
-	layout.slc       = longfield<17,17>(insn_long);
-	layout.op        = longfield<18,24>(insn_long);
-	layout.vaddr     = longfield<32,39>(insn_long);
-	layout.vdata     = longfield<40,47>(insn_long);
-	layout.srsrc     = longfield<48,52>(insn_long);
-	layout.tfe       = longfield<55,55>(insn_long);
-	layout.soffset   = longfield<56,63>(insn_long);
-	const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::mubuf_insn_tablelayout.op;
-	decodeOperands(insn_entry);
-	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-	finalizeMUBUFOperands();
-}
-void InstructionDecoder_amdgpu_vega::decodeVOP3AB(){
-	unsigned insn_size = 8;
-	layout_vop3ab & layout = insn_layout.vop3ab;
-	layout.op        = longfield<16,25>(insn_long);
-	const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::vop3ab_insn_tablelayout.op;
-	decodeOperands(insn_entry);
-	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-	finalizeVOP3ABOperands();
-}
-void InstructionDecoder_amdgpu_vega::decodeVOP3P(){
-	unsigned insn_size = 8;
-	layout_vop3p & layout = insn_layout.vop3p;
-	layout.vdst      = longfield<0,7>(insn_long);
-	layout.neg_hi    = longfield<8,10>(insn_long);
-	layout.opsel     = longfield<11,13>(insn_long);
-	layout.opsel_hi2 = longfield<14,14>(insn_long);
-	layout.clmp      = longfield<15,15>(insn_long);
-	layout.op        = longfield<16,22>(insn_long);
-	layout.src0      = longfield<32,40>(insn_long);
-	layout.src1      = longfield<41,49>(insn_long);
-	layout.src2      = longfield<50,58>(insn_long);
-	layout.opsel_hi  = longfield<59,60>(insn_long);
-	layout.neg       = longfield<61,63>(insn_long);
-	const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::vop3p_insn_tablelayout.op;
-	decodeOperands(insn_entry);
-	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-	finalizeVOP3POperands();
-}
-void InstructionDecoder_amdgpu_vega::decodeFLAT(){
-	unsigned insn_size = 8;
-	layout_flat & layout = insn_layout.flat;
-	layout.offset    = longfield<0,12>(insn_long);
-	layout.lds       = longfield<13,13>(insn_long);
-	layout.seg       = longfield<14,15>(insn_long);
-	layout.glc       = longfield<16,16>(insn_long);
-	layout.slc       = longfield<17,17>(insn_long);
-	layout.op        = longfield<18,24>(insn_long);
-	layout.addr      = longfield<32,39>(insn_long);
-	layout.data      = longfield<40,47>(insn_long);
-	layout.saddr     = longfield<48,54>(insn_long);
-	layout.nv        = longfield<55,55>(insn_long);
-	layout.vdst      = longfield<56,63>(insn_long);
-	const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::flat_insn_tablelayout.op;
-	decodeOperands(insn_entry);
-	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-	finalizeFLATOperands();
-}
-void InstructionDecoder_amdgpu_vega::mainDecode(InstructionDecoder::buffer &b){
-	if(IS_SOP2(insn_long)){
-		setUseImm<0,7,255>(b,4);
-		setUseImm<8,15,255>(b,4);
-		decodeSOP2();
-	}
-	else if(IS_SOP1(insn_long)){
-		setUseImm<0,7,255>(b,4);
-		decodeSOP1();
-	}
-	else if(IS_SOPK(insn_long)){
-		decodeSOPK();
-	}
-	else if(IS_SOPC(insn_long)){
-		decodeSOPC();
-	}
-	else if(IS_SOPP(insn_long)){
-		decodeSOPP();
-	}
-	else if(IS_SMEM(insn_long)){
-		decodeSMEM();
-	}
-	else if(IS_VOP2(insn_long)){
-		setUseImm<0,8,249>(b,4);
-		setUseImm<0,8,250>(b,4);
-		setUseImm<0,8,255>(b,4);
-		decodeVOP2();
-	}
-	else if(IS_VOP1(insn_long)){
-		setUseImm<0,8,249>(b,4);
-		setUseImm<0,8,250>(b,4);
-		setUseImm<0,8,255>(b,4);
-		decodeVOP1();
-	}
-	else if(IS_VOPC(insn_long)){
-		setUseImm<0,8,255>(b,4);
-		decodeVOPC();
-	}
-	else if(IS_VINTRP(insn_long)){
-		decodeVINTRP();
-	}
-	else if(IS_DS(insn_long)){
-		decodeDS();
-	}
-	else if(IS_MTBUF(insn_long)){
-		decodeMTBUF();
-	}
-	else if(IS_MUBUF(insn_long)){
-		decodeMUBUF();
-	}
-	else if(IS_VOP3AB(insn_long)){
-		decodeVOP3AB();
-	}
-	else if(IS_VOP3P(insn_long)){
-		decodeVOP3P();
-	}
-	else if(IS_FLAT(insn_long)){
-		decodeFLAT();
-	}
-	else{
-		assert(0);
-	}
-
-}
-void InstructionDecoder_amdgpu_vega::mainDecodeOpcode(InstructionDecoder::buffer &b){
-	if(IS_SOP2(insn_long)){
-		unsigned insn_size = 4;
-		const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::sop2_insn_tablelongfield<23,29>(insn_long);
-		setUseImm<0,7,255>(b,4);
-		setUseImm<8,15,255>(b,4);
-		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-		instr_family = SOP2;
-	}
-	else if(IS_SOP1(insn_long)){
-		unsigned insn_size = 4;
-		const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::sop1_insn_tablelongfield<8,15>(insn_long);
-		setUseImm<0,7,255>(b,4);
-		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-		instr_family = SOP1;
-	}
-	else if(IS_SOPK(insn_long)){
-		unsigned insn_size = 4;
-		const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::sopk_insn_tablelongfield<23,27>(insn_long);
-		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-		instr_family = SOPK;
-	}
-	else if(IS_SOPC(insn_long)){
-		unsigned insn_size = 4;
-		const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::sopc_insn_tablelongfield<16,22>(insn_long);
-		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-		instr_family = SOPC;
-	}
-	else if(IS_SOPP(insn_long)){
-		unsigned insn_size = 4;
-		const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::sopp_insn_tablelongfield<16,22>(insn_long);
-		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-		instr_family = SOPP;
-	}
-	else if(IS_SMEM(insn_long)){
-		unsigned insn_size = 8;
-		const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::smem_insn_tablelongfield<18,25>(insn_long);
-		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-		instr_family = SMEM;
-	}
-	else if(IS_VOP2(insn_long)){
-		unsigned insn_size = 4;
-		const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::vop2_insn_tablelongfield<25,30>(insn_long);
-		setUseImm<0,8,249>(b,4);
-		setUseImm<0,8,250>(b,4);
-		setUseImm<0,8,255>(b,4);
-		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-		instr_family = VOP2;
-	}
-	else if(IS_VOP1(insn_long)){
-		unsigned insn_size = 4;
-		const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::vop1_insn_tablelongfield<9,16>(insn_long);
-		setUseImm<0,8,249>(b,4);
-		setUseImm<0,8,250>(b,4);
-		setUseImm<0,8,255>(b,4);
-		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-		instr_family = VOP1;
-	}
-	else if(IS_VOPC(insn_long)){
-		unsigned insn_size = 4;
-		const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::vopc_insn_tablelongfield<17,24>(insn_long);
-		setUseImm<0,8,255>(b,4);
-		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-		instr_family = VOPC;
-	}
-	else if(IS_VINTRP(insn_long)){
-		unsigned insn_size = 4;
-		const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::vintrp_insn_tablelongfield<16,17>(insn_long);
-		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-		instr_family = VINTRP;
-	}
-	else if(IS_DS(insn_long)){
-		unsigned insn_size = 8;
-		const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::ds_insn_tablelongfield<17,24>(insn_long);
-		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-		instr_family = DS;
-	}
-	else if(IS_MTBUF(insn_long)){
-		unsigned insn_size = 8;
-		const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::mtbuf_insn_tablelongfield<15,18>(insn_long);
-		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-		instr_family = MTBUF;
-	}
-	else if(IS_MUBUF(insn_long)){
-		unsigned insn_size = 8;
-		const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::mubuf_insn_tablelongfield<18,24>(insn_long);
-		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-		instr_family = MUBUF;
-	}
-	else if(IS_VOP3AB(insn_long)){
-		unsigned insn_size = 8;
-		const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::vop3ab_insn_tablelongfield<16,25>(insn_long);
-		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-		instr_family = VOP3AB;
-	}
-	else if(IS_VOP3P(insn_long)){
-		unsigned insn_size = 8;
-		const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::vop3p_insn_tablelongfield<11,13>(insn_long);
-		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-		instr_family = VOP3P;
-	}
-	else if(IS_FLAT(insn_long)){
-		unsigned insn_size = 8;
-		const amdgpu_insn_entry &insn_entry = amdgpu_insn_entry::flat_insn_tablelongfield<18,24>(insn_long);
-		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
-		instr_family = FLAT;
-	}
-	else{
-		assert(0);
-	}
-
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/amdgpu_insn_entry.h Deleted

@@ -1,24 +0,0 @@
-struct amdgpu_insn_entry {
-	entryID op;
-	const char *mnemonic;
-	std::size_t operandCnt;
-	const operandFactory *operands;
-	static const amdgpu_insn_table main_insn_table;
-	static const operandFactory operandTable;
-	static const amdgpu_insn_table sop2_insn_table;
-	static const amdgpu_insn_table sop1_insn_table;
-	static const amdgpu_insn_table sopk_insn_table;
-	static const amdgpu_insn_table sopc_insn_table;
-	static const amdgpu_insn_table sopp_insn_table;
-	static const amdgpu_insn_table smem_insn_table;
-	static const amdgpu_insn_table vop2_insn_table;
-	static const amdgpu_insn_table vop1_insn_table;
-	static const amdgpu_insn_table vopc_insn_table;
-	static const amdgpu_insn_table vintrp_insn_table;
-	static const amdgpu_insn_table ds_insn_table;
-	static const amdgpu_insn_table mtbuf_insn_table;
-	static const amdgpu_insn_table mubuf_insn_table;
-	static const amdgpu_insn_table vop3ab_insn_table;
-	static const amdgpu_insn_table vop3p_insn_table;
-	static const amdgpu_insn_table flat_insn_table;
-};

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/amdgpu_opcode_tables.C Deleted

@@ -1,2056 +0,0 @@
-#define fn(...) (&InstructionDecoder_amdgpu_vega::__VA_ARGS__)
-const operandFactory amdgpu_insn_entry::operandTable = {
-	fn(NOTHING),
-	fn(setSMEM),fn(setLoad<1>),//s_load_dword
-	fn(setSMEM),fn(setLoad<2>),//s_load_dwordx2
-	fn(setSMEM),fn(setLoad<4>),//s_load_dwordx4
-	fn(setSMEM),fn(setLoad<8>),//s_load_dwordx8
-	fn(setSMEM),fn(setLoad<16>),//s_load_dwordx16
-	fn(setSMEM),fn(setLoad<1>),//s_buffer_load_dword
-	fn(setSMEM),fn(setLoad<2>),//s_buffer_load_dwordx2
-	fn(setSMEM),fn(setLoad<4>),//s_buffer_load_dwordx4
-	fn(setSMEM),fn(setLoad<8>),//s_buffer_load_dwordx8
-	fn(setSMEM),fn(setLoad<16>),//s_buffer_load_dwordx16
-	fn(setSMEM),fn(setLoad<1>),//buffer_load_format_x
-	fn(setSMEM),fn(setLoad<2>),//buffer_load_format_xy
-	fn(setSMEM),fn(setLoad<3>),//buffer_load_format_xyz
-	fn(setSMEM),fn(setLoad<4>),//buffer_load_format_xyzw
-	fn(setSMEM),fn(setStore<1>),//buffer_store_format_x
-	fn(setSMEM),fn(setStore<2>),//buffer_store_format_xy
-	fn(setSMEM),fn(setStore<3>),//buffer_store_format_xyz
-	fn(setSMEM),fn(setStore<4>),//buffer_store_format_xyzw
-	fn(setSMEM),fn(setLoad<1>),//tbuffer_load_format_x
-	fn(setSMEM),fn(setLoad<2>),//tbuffer_load_format_xy
-	fn(setSMEM),fn(setLoad<3>),//tbuffer_load_format_xyz
-	fn(setSMEM),fn(setLoad<4>),//tbuffer_load_format_xyzw
-	fn(setSMEM),fn(setStore<1>),//tbuffer_store_format_x
-	fn(setSMEM),fn(setStore<2>),//tbuffer_store_format_xy
-	fn(setSMEM),fn(setStore<3>),//tbuffer_store_format_xyz
-	fn(setSMEM),fn(setStore<4>),//tbuffer_store_format_xyzw
-	fn(setBranch),//s_branch
-	fn(setBranch),fn(setConditionalBranch),//s_cbranch_scc0
-	fn(setBranch),fn(setConditionalBranch),//s_cbranch_scc1
-	fn(setBranch),fn(setConditionalBranch),//s_cbranch_vccz
-	fn(setBranch),fn(setConditionalBranch),//s_cbranch_vccnz
-	fn(setBranch),fn(setConditionalBranch),//s_cbranch_execz
-	fn(setBranch),fn(setConditionalBranch),//s_cbranch_execnz
-	fn(setBranch),fn(setConditionalBranch),//s_cbranch_cdbgsys
-	fn(setBranch),fn(setConditionalBranch),//s_cbranch_cdbguser
-	fn(setBranch),fn(setConditionalBranch),//s_cbranch_cdbgsys_and_user
-	fn(setBranch),fn(setCall),//s_call_b64
-	fn(setBranch),fn(setModifyPC),//s_setpc_b64
-	fn(setBranch),fn(setModifyPC),//s_swappc_b64
-};
-const amdgpu_insn_table amdgpu_insn_entry::sop2_insn_table = {
-	{amdgpu_op_s_add_u32,"s_add_u32",0,&operandTable0} ,//0
-	{amdgpu_op_s_sub_u32,"s_sub_u32",0,&operandTable0} ,//1
-	{amdgpu_op_s_add_i32,"s_add_i32",0,&operandTable0} ,//2
-	{amdgpu_op_s_sub_i32,"s_sub_i32",0,&operandTable0} ,//3
-	{amdgpu_op_s_addc_u32,"s_addc_u32",0,&operandTable0} ,//4
-	{amdgpu_op_s_subb_u32,"s_subb_u32",0,&operandTable0} ,//5
-	{amdgpu_op_s_min_i32,"s_min_i32",0,&operandTable0} ,//6
-	{amdgpu_op_s_min_u32,"s_min_u32",0,&operandTable0} ,//7
-	{amdgpu_op_s_max_i32,"s_max_i32",0,&operandTable0} ,//8
-	{amdgpu_op_s_max_u32,"s_max_u32",0,&operandTable0} ,//9
-	{amdgpu_op_s_cslect_b32,"s_cslect_b32",0,&operandTable0} ,//10
-	{amdgpu_op_s_cslect_b64,"s_cslect_b64",0,&operandTable0} ,//11
-	{amdgpu_op_s_and_b32,"s_and_b32",0,&operandTable0} ,//12
-	{amdgpu_op_s_and_b64,"s_and_b64",0,&operandTable0} ,//13
-	{amdgpu_op_s_or_b32,"s_or_b32",0,&operandTable0} ,//14
-	{amdgpu_op_s_or_b64,"s_or_b64",0,&operandTable0} ,//15
-	{amdgpu_op_s_xor_b32,"s_xor_b32",0,&operandTable0} ,//16
-	{amdgpu_op_s_xor_b64,"s_xor_b64",0,&operandTable0} ,//17
-	{amdgpu_op_s_andn2_b32,"s_andn2_b32",0,&operandTable0} ,//18
-	{amdgpu_op_s_andn2_b64,"s_andn2_b64",0,&operandTable0} ,//19
-	{amdgpu_op_s_orn2_b32,"s_orn2_b32",0,&operandTable0} ,//20
-	{amdgpu_op_s_orn2_b64,"s_orn2_b64",0,&operandTable0} ,//21
-	{amdgpu_op_s_nand_b32,"s_nand_b32",0,&operandTable0} ,//22
-	{amdgpu_op_s_nand_b64,"s_nand_b64",0,&operandTable0} ,//23
-	{amdgpu_op_s_nor_b32,"s_nor_b32",0,&operandTable0} ,//24
-	{amdgpu_op_s_nor_b64,"s_nor_b64",0,&operandTable0} ,//25
-	{amdgpu_op_s_xnor_b32,"s_xnor_b32",0,&operandTable0} ,//26
-	{amdgpu_op_s_xnor_b64,"s_xnor_b64",0,&operandTable0} ,//27
-	{amdgpu_op_s_lshl_b32,"s_lshl_b32",0,&operandTable0} ,//28
-	{amdgpu_op_s_lshl_b64,"s_lshl_b64",0,&operandTable0} ,//29
-	{amdgpu_op_s_lshr_b32,"s_lshr_b32",0,&operandTable0} ,//30
-	{amdgpu_op_s_lshr_b64,"s_lshr_b64",0,&operandTable0} ,//31
-	{amdgpu_op_s_ashr_i32,"s_ashr_i32",0,&operandTable0} ,//32
-	{amdgpu_op_s_ashr_i64,"s_ashr_i64",0,&operandTable0} ,//33
-	{amdgpu_op_s_bfm_b32,"s_bfm_b32",0,&operandTable0} ,//34
-	{amdgpu_op_s_bfm_b64,"s_bfm_b64",0,&operandTable0} ,//35
-	{amdgpu_op_s_mul_i32,"s_mul_i32",0,&operandTable0} ,//36
-	{amdgpu_op_s_bfe_u32,"s_bfe_u32",0,&operandTable0} ,//37
-	{amdgpu_op_s_bfe_i32,"s_bfe_i32",0,&operandTable0} ,//38
-	{amdgpu_op_s_bfe_u64,"s_bfe_u64",0,&operandTable0} ,//39
-	{amdgpu_op_s_bfe_i64,"s_bfe_i64",0,&operandTable0} ,//40
-	{amdgpu_op_s_cbranch_g_fork,"s_cbranch_g_fork",0,&operandTable0} ,//41
-	{amdgpu_op_s_absdiff_i32,"s_absdiff_i32",0,&operandTable0} ,//42
-	{amdgpu_op_s_rfe_restore_b64,"s_rfe_restore_b64",0,&operandTable0} ,//43
-	{amdgpu_op_s_mul_hi_u32,"s_mul_hi_u32",0,&operandTable0} ,//44
-	{amdgpu_op_s_mul_hi_i32,"s_mul_hi_i32",0,&operandTable0} ,//45
-	{amdgpu_op_s_lshl1_add_u32,"s_lshl1_add_u32",0,&operandTable0} ,//46
-	{amdgpu_op_s_lshsl2_add_u32,"s_lshsl2_add_u32",0,&operandTable0} ,//47
-	{amdgpu_op_s_lshl3_add_u32,"s_lshl3_add_u32",0,&operandTable0} ,//48
-	{amdgpu_op_s_lshl4_add_u32,"s_lshl4_add_u32",0,&operandTable0} ,//49
-	{amdgpu_op_s_pack_ll_b32_b16,"s_pack_ll_b32_b16",0,&operandTable0} ,//50
-	{amdgpu_op_s_pack_lh_b32_b16,"s_pack_lh_b32_b16",0,&operandTable0} ,//51
-	{amdgpu_op_s_pack_hh_b32_B16,"s_pack_hh_b32_B16",0,&operandTable0} ,//52
-}; // end s_pack_hh_b32_B16_insn_table
-
-const amdgpu_insn_table amdgpu_insn_entry::sop1_insn_table = {
-	{amdgpu_op_s_mov_b32,"s_mov_b32",0,&operandTable0} ,//0
-	{amdgpu_op_s_mov_b64,"s_mov_b64",0,&operandTable0} ,//1
-	{amdgpu_op_s_cmov_b32,"s_cmov_b32",0,&operandTable0} ,//2
-	{amdgpu_op_s_cmov_b64,"s_cmov_b64",0,&operandTable0} ,//3
-	{amdgpu_op_s_not_b32,"s_not_b32",0,&operandTable0} ,//4
-	{amdgpu_op_s_not_b64,"s_not_b64",0,&operandTable0} ,//5
-	{amdgpu_op_s_wqm_b32,"s_wqm_b32",0,&operandTable0} ,//6
-	{amdgpu_op_s_wqm_b64,"s_wqm_b64",0,&operandTable0} ,//7
-	{amdgpu_op_s_brev_b32,"s_brev_b32",0,&operandTable0} ,//8
-	{amdgpu_op_s_brev_b64,"s_brev_b64",0,&operandTable0} ,//9
-	{amdgpu_op_s_bcnt0_i32_b32,"s_bcnt0_i32_b32",0,&operandTable0} ,//10
-	{amdgpu_op_s_bcnt0_i32_b64,"s_bcnt0_i32_b64",0,&operandTable0} ,//11
-	{amdgpu_op_s_bcnt1_i32_b32,"s_bcnt1_i32_b32",0,&operandTable0} ,//12
-	{amdgpu_op_s_bcnt1_i32_b64,"s_bcnt1_i32_b64",0,&operandTable0} ,//13
-	{amdgpu_op_s_ff0_i32_b32,"s_ff0_i32_b32",0,&operandTable0} ,//14
-	{amdgpu_op_s_ff0_i32_b64,"s_ff0_i32_b64",0,&operandTable0} ,//15
-	{amdgpu_op_s_ff1_i32_b32,"s_ff1_i32_b32",0,&operandTable0} ,//16
-	{amdgpu_op_s_ff1_i32_b64,"s_ff1_i32_b64",0,&operandTable0} ,//17
-	{amdgpu_op_s_flbit_i32_b32,"s_flbit_i32_b32",0,&operandTable0} ,//18
-	{amdgpu_op_s_flbit_i32_b64,"s_flbit_i32_b64",0,&operandTable0} ,//19
-	{amdgpu_op_s_fltbit_i32,"s_fltbit_i32",0,&operandTable0} ,//20
-	{amdgpu_op_s_fltbit_i32_i64,"s_fltbit_i32_i64",0,&operandTable0} ,//21
-	{amdgpu_op_s_sext_i32_i8,"s_sext_i32_i8",0,&operandTable0} ,//22
-	{amdgpu_op_s_sext_i32_i16,"s_sext_i32_i16",0,&operandTable0} ,//23
-	{amdgpu_op_s_bitset0_b32,"s_bitset0_b32",0,&operandTable0} ,//24
-	{amdgpu_op_s_bitset0_b64,"s_bitset0_b64",0,&operandTable0} ,//25
-	{amdgpu_op_s_bitset1_b32,"s_bitset1_b32",0,&operandTable0} ,//26
-	{amdgpu_op_s_bitset1_b64,"s_bitset1_b64",0,&operandTable0} ,//27
-	{amdgpu_op_s_getpc_b64,"s_getpc_b64",0,&operandTable0} ,//28
-	{amdgpu_op_s_setpc_b64,"s_setpc_b64",2,&operandTable74} ,//29
-	{amdgpu_op_s_swappc_b64,"s_swappc_b64",2,&operandTable76} ,//30
-	{amdgpu_op_s_rfe_b64,"s_rfe_b64",0,&operandTable0} ,//31
-	{amdgpu_op_s_and_saveexec_b64,"s_and_saveexec_b64",0,&operandTable0} ,//32
-	{amdgpu_op_s_or_savexec_b64,"s_or_savexec_b64",0,&operandTable0} ,//33
-	{amdgpu_op_s_xor_savexec_b64,"s_xor_savexec_b64",0,&operandTable0} ,//34
-	{amdgpu_op_s_andn2_savexec_b64,"s_andn2_savexec_b64",0,&operandTable0} ,//35
-	{amdgpu_op_s_orn2_savexec_b64,"s_orn2_savexec_b64",0,&operandTable0} ,//36
-	{amdgpu_op_s_nand_savexec_b64,"s_nand_savexec_b64",0,&operandTable0} ,//37
-	{amdgpu_op_s_nor_savexec_b64,"s_nor_savexec_b64",0,&operandTable0} ,//38
-	{amdgpu_op_s_xnor_savexec_b64,"s_xnor_savexec_b64",0,&operandTable0} ,//39
-	{amdgpu_op_s_quadmask_b32,"s_quadmask_b32",0,&operandTable0} ,//40
-	{amdgpu_op_s_quadmask_b64,"s_quadmask_b64",0,&operandTable0} ,//41
-	{amdgpu_op_s_movrels_b32,"s_movrels_b32",0,&operandTable0} ,//42
-	{amdgpu_op_s_movrels_b64,"s_movrels_b64",0,&operandTable0} ,//43
-	{amdgpu_op_s_movreld_b32,"s_movreld_b32",0,&operandTable0} ,//44
-	{amdgpu_op_s_movreld_b64,"s_movreld_b64",0,&operandTable0} ,//45
-	{amdgpu_op_s_cbranch_join,"s_cbranch_join",0,&operandTable0} ,//46
-	{amdgpu_op_s_invalid_1,"s_invalid_1",0,&operandTable0} ,//47
-	{amdgpu_op_s_abs_i32,"s_abs_i32",0,&operandTable0} ,//48
-	{amdgpu_op_s_invalid_2,"s_invalid_2",0,&operandTable0} ,//49
-	{amdgpu_op_s_set_gpr_idx_idx,"s_set_gpr_idx_idx",0,&operandTable0} ,//50
-	{amdgpu_op_s_andn1_saveexec_b64,"s_andn1_saveexec_b64",0,&operandTable0} ,//51
-	{amdgpu_op_s_orn1_saveexec_b64,"s_orn1_saveexec_b64",0,&operandTable0} ,//52
-	{amdgpu_op_s_andn1_wrexec_b64,"s_andn1_wrexec_b64",0,&operandTable0} ,//53
-	{amdgpu_op_s_andn2_wrexec_b64,"s_andn2_wrexec_b64",0,&operandTable0} ,//54
-	{amdgpu_op_s_bitreplicate_b64_b32,"s_bitreplicate_b64_b32",0,&operandTable0} ,//55
-}; // end s_bitreplicate_b64_b32_insn_table
-
-const amdgpu_insn_table amdgpu_insn_entry::sopk_insn_table = {
-	{amdgpu_op_s_movk_i32,"s_movk_i32",0,&operandTable0} ,//0
-	{amdgpu_op_s_cmovk_i32,"s_cmovk_i32",0,&operandTable0} ,//1
-	{amdgpu_op_s_cmpk_eq_i32,"s_cmpk_eq_i32",0,&operandTable0} ,//2
-	{amdgpu_op_s_cmpk_lg_i32,"s_cmpk_lg_i32",0,&operandTable0} ,//3
-	{amdgpu_op_s_cmpk_gt_i32,"s_cmpk_gt_i32",0,&operandTable0} ,//4
-	{amdgpu_op_s_cmpk_ge_i32,"s_cmpk_ge_i32",0,&operandTable0} ,//5
-	{amdgpu_op_s_cmpk_lt_i32,"s_cmpk_lt_i32",0,&operandTable0} ,//6
-	{amdgpu_op_s_cmpk_le_i32,"s_cmpk_le_i32",0,&operandTable0} ,//7
-	{amdgpu_op_s_cmpk_eq_u32,"s_cmpk_eq_u32",0,&operandTable0} ,//8
-	{amdgpu_op_s_cmpk_lg_u32,"s_cmpk_lg_u32",0,&operandTable0} ,//9
-	{amdgpu_op_s_cmpk_gt_u32,"s_cmpk_gt_u32",0,&operandTable0} ,//10
-	{amdgpu_op_s_cmpk_ge_u32,"s_cmpk_ge_u32",0,&operandTable0} ,//11
-	{amdgpu_op_s_cmpk_lt_u32,"s_cmpk_lt_u32",0,&operandTable0} ,//12
-	{amdgpu_op_s_cmpk_le_u32,"s_cmpk_le_u32",0,&operandTable0} ,//13
-	{amdgpu_op_s_addk_i32,"s_addk_i32",0,&operandTable0} ,//14
-	{amdgpu_op_s_mulk_i32,"s_mulk_i32",0,&operandTable0} ,//15
-	{amdgpu_op_s_cbranch_i_fork,"s_cbranch_i_fork",0,&operandTable0} ,//16
-	{amdgpu_op_s_getreg_b32,"s_getreg_b32",0,&operandTable0} ,//17
-	{amdgpu_op_s_setreg_b32,"s_setreg_b32",0,&operandTable0} ,//18
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
-	{amdgpu_op_s_setreg_imm32_b32,"s_setreg_imm32_b32",0,&operandTable0} ,//20
-	{amdgpu_op_s_call_b64,"s_call_b64",2,&operandTable72} ,//21
-}; // end s_call_b64_insn_table
-
-const amdgpu_insn_table amdgpu_insn_entry::sopc_insn_table = {
-	{amdgpu_op_s_cmp_ge_eq_i32,"s_cmp_ge_eq_i32",0,&operandTable0} ,//0
-	{amdgpu_op_s_cmp_ge_eq_u32,"s_cmp_ge_eq_u32",0,&operandTable0} ,//1
-	{amdgpu_op_s_cmp_lg_i32,"s_cmp_lg_i32",0,&operandTable0} ,//2
-	{amdgpu_op_s_cmp_lg_u32,"s_cmp_lg_u32",0,&operandTable0} ,//3
-	{amdgpu_op_s_cmp_gt_i32,"s_cmp_gt_i32",0,&operandTable0} ,//4
-	{amdgpu_op_s_cmp_gt_u32,"s_cmp_gt_u32",0,&operandTable0} ,//5
-	{amdgpu_op_s_cmp_ge_i32,"s_cmp_ge_i32",0,&operandTable0} ,//6
-	{amdgpu_op_s_cmp_ge_u32,"s_cmp_ge_u32",0,&operandTable0} ,//7
-	{amdgpu_op_s_cmp_lt_i32,"s_cmp_lt_i32",0,&operandTable0} ,//8
-	{amdgpu_op_s_cmp_lt_u32,"s_cmp_lt_u32",0,&operandTable0} ,//9
-	{amdgpu_op_s_cmp_le_i32,"s_cmp_le_i32",0,&operandTable0} ,//10
-	{amdgpu_op_s_cmp_le_u32,"s_cmp_le_u32",0,&operandTable0} ,//11
-	{amdgpu_op_s_bitcmp0_b32,"s_bitcmp0_b32",0,&operandTable0} ,//12
-	{amdgpu_op_s_bitcmp1_b32,"s_bitcmp1_b32",0,&operandTable0} ,//13
-	{amdgpu_op_s_bitcmp0_b64,"s_bitcmp0_b64",0,&operandTable0} ,//14
-	{amdgpu_op_s_bitcmp1_b64,"s_bitcmp1_b64",0,&operandTable0} ,//15
-	{amdgpu_op_s_setvkip,"s_setvkip",0,&operandTable0} ,//16
-	{amdgpu_op_s_set_gpr_idx_on,"s_set_gpr_idx_on",0,&operandTable0} ,//17
-	{amdgpu_op_s_cmp_eq_u64,"s_cmp_eq_u64",0,&operandTable0} ,//18
-	{amdgpu_op_s_cmp_lg_u64,"s_cmp_lg_u64",0,&operandTable0} ,//19
-}; // end s_cmp_lg_u64_insn_table
-
-const amdgpu_insn_table amdgpu_insn_entry::sopp_insn_table = {
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//0
-	{amdgpu_op_s_endpgm,"s_endpgm",0,&operandTable0} ,//1
-	{amdgpu_op_s_branch,"s_branch",1,&operandTable53} ,//2
-	{amdgpu_op_s_wakeup,"s_wakeup",0,&operandTable0} ,//3
-	{amdgpu_op_s_cbranch_scc0,"s_cbranch_scc0",2,&operandTable54} ,//4
-	{amdgpu_op_s_cbranch_scc1,"s_cbranch_scc1",2,&operandTable56} ,//5
-	{amdgpu_op_s_cbranch_vccz,"s_cbranch_vccz",2,&operandTable58} ,//6
-	{amdgpu_op_s_cbranch_vccnz,"s_cbranch_vccnz",2,&operandTable60} ,//7
-	{amdgpu_op_s_cbranch_execz,"s_cbranch_execz",2,&operandTable62} ,//8
-	{amdgpu_op_s_cbranch_execnz,"s_cbranch_execnz",2,&operandTable64} ,//9
-	{amdgpu_op_s_barrier,"s_barrier",0,&operandTable0} ,//10
-	{amdgpu_op_s_setkill,"s_setkill",0,&operandTable0} ,//11
-	{amdgpu_op_s_waitcnt,"s_waitcnt",0,&operandTable0} ,//12
-	{amdgpu_op_s_sethalt,"s_sethalt",0,&operandTable0} ,//13
-	{amdgpu_op_s_sleep,"s_sleep",0,&operandTable0} ,//14
-	{amdgpu_op_s_setprio,"s_setprio",0,&operandTable0} ,//15
-	{amdgpu_op_s_sendmsg,"s_sendmsg",0,&operandTable0} ,//16
-	{amdgpu_op_s_sendmsghalt,"s_sendmsghalt",0,&operandTable0} ,//17
-	{amdgpu_op_s_trap,"s_trap",0,&operandTable0} ,//18
-	{amdgpu_op_s_icache_inv,"s_icache_inv",0,&operandTable0} ,//19
-	{amdgpu_op_s_incperflevel,"s_incperflevel",0,&operandTable0} ,//20
-	{amdgpu_op_s_decperflevel,"s_decperflevel",0,&operandTable0} ,//21
-	{amdgpu_op_s_ttracedata,"s_ttracedata",0,&operandTable0} ,//22
-	{amdgpu_op_s_cbranch_cdbgsys,"s_cbranch_cdbgsys",2,&operandTable66} ,//23
-	{amdgpu_op_s_cbranch_cdbguser,"s_cbranch_cdbguser",2,&operandTable68} ,//24
-	{amdgpu_op_s_cbranch_cdbgsys_or_user,"s_cbranch_cdbgsys_or_user",0,&operandTable0} ,//25
-	{amdgpu_op_s_cbranch_cdbgsys_and_user,"s_cbranch_cdbgsys_and_user",2,&operandTable70} ,//26
-	{amdgpu_op_s_endpgm_saved,"s_endpgm_saved",0,&operandTable0} ,//27
-	{amdgpu_op_s_set_gpr_idx_off,"s_set_gpr_idx_off",0,&operandTable0} ,//28
-	{amdgpu_op_s_set_gpr_idx_mode,"s_set_gpr_idx_mode",0,&operandTable0} ,//29
-	{amdgpu_op_s_endpgm_ordered_ps_done,"s_endpgm_ordered_ps_done",0,&operandTable0} ,//30
-}; // end s_endpgm_ordered_ps_done_insn_table
-
-const amdgpu_insn_table amdgpu_insn_entry::smem_insn_table = {
-	{amdgpu_op_s_load_dword,"s_load_dword",2,&operandTable1} ,//0
-	{amdgpu_op_s_load_dwordx2,"s_load_dwordx2",2,&operandTable3} ,//1
-	{amdgpu_op_s_load_dwordx4,"s_load_dwordx4",2,&operandTable5} ,//2
-	{amdgpu_op_s_load_dwordx8,"s_load_dwordx8",2,&operandTable7} ,//3
-	{amdgpu_op_s_load_dwordx16,"s_load_dwordx16",2,&operandTable9} ,//4
-	{amdgpu_op_s_scratch_load_dword,"s_scratch_load_dword",0,&operandTable0} ,//5
-	{amdgpu_op_s_scratch_load_dwordx2,"s_scratch_load_dwordx2",0,&operandTable0} ,//6
-	{amdgpu_op_s_scratch_load_dwordx4,"s_scratch_load_dwordx4",0,&operandTable0} ,//7
-	{amdgpu_op_s_buffer_load_dword,"s_buffer_load_dword",2,&operandTable11} ,//8
-	{amdgpu_op_s_buffer_load_dwordx2,"s_buffer_load_dwordx2",2,&operandTable13} ,//9
-	{amdgpu_op_s_buffer_load_dwordx4,"s_buffer_load_dwordx4",2,&operandTable15} ,//10
-	{amdgpu_op_s_buffer_load_dwordx8,"s_buffer_load_dwordx8",2,&operandTable17} ,//11
-	{amdgpu_op_s_buffer_load_dwordx16,"s_buffer_load_dwordx16",2,&operandTable19} ,//12
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//13
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//14
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//15
-	{amdgpu_op_s_store_dword,"s_store_dword",0,&operandTable0} ,//16
-	{amdgpu_op_s_store_dwordx2,"s_store_dwordx2",0,&operandTable0} ,//17
-	{amdgpu_op_s_store_dwordx4,"s_store_dwordx4",0,&operandTable0} ,//18
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//20
-	{amdgpu_op_s_scratch_store_dword,"s_scratch_store_dword",0,&operandTable0} ,//21
-	{amdgpu_op_s_scratch_store_dwordx2,"s_scratch_store_dwordx2",0,&operandTable0} ,//22
-	{amdgpu_op_s_scratch_store_dwordx4,"s_scratch_store_dwordx4",0,&operandTable0} ,//23
-	{amdgpu_op_s_buffer_store_dword,"s_buffer_store_dword",0,&operandTable0} ,//24
-	{amdgpu_op_s_buffer_store_dwordx2,"s_buffer_store_dwordx2",0,&operandTable0} ,//25
-	{amdgpu_op_s_buffer_store_dwordx4,"s_buffer_store_dwordx4",0,&operandTable0} ,//26
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//27
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//28
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//29
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//30
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//31
-	{amdgpu_op_s_dcache_inv,"s_dcache_inv",0,&operandTable0} ,//32
-	{amdgpu_op_s_dcache_wb,"s_dcache_wb",0,&operandTable0} ,//33
-	{amdgpu_op_s_dcache_inv_vol,"s_dcache_inv_vol",0,&operandTable0} ,//34
-	{amdgpu_op_s_dcache_wb_vol,"s_dcache_wb_vol",0,&operandTable0} ,//35
-	{amdgpu_op_s_dcache_memtime,"s_dcache_memtime",0,&operandTable0} ,//36
-	{amdgpu_op_s_dcache_memrealtime,"s_dcache_memrealtime",0,&operandTable0} ,//37
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//38
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//39
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//40
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//41
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//42
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//43
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//44
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//45
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//46
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//47
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//48
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//49
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//50
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//51
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//52
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//53
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//54
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//55
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//56
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//57
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//58
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//59
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//60
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//61
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//62
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//63
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//64
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//65
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//66
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//67
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//68
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//69
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//70
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//71
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//72
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//73
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//74
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//75
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//76
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//77
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//78
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//79
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//80
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//81
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//82
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//83
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//84
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//85
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//86
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//87
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//88
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//89
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//90
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//91
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//92
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//93
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//94
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//95
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//96
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//97
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//98
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//99
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//100
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//101
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//102
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//103
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//104
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//105
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//106
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//107
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//108
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//109
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//110
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//111
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//112
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//113
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//114
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//115
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//116
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//117
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//118
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//119
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//120
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//121
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//122
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//123
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//124
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//125
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//126
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//127
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//128
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//129
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//130
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//131
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//132
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//133
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//134
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//135
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//136
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//137
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//138
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//139
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//140
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//141
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//142
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//143
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//144
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//145
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//146
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//147
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//148
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//149
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//150
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//151
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//152
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//153
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//154
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//155
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//156
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//157
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//158
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//159
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//160
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//161
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//162
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//163
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//164
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//165
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//166
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//167
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//168
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//169
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//170
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//171
-	{amdgpu_op_s_atomic_dec_x2,"s_atomic_dec_x2",0,&operandTable0} ,//172
-}; // end s_atomic_dec_x2_insn_table
-
-const amdgpu_insn_table amdgpu_insn_entry::vop2_insn_table = {
-	{amdgpu_op_v_cndmask_b32,"v_cndmask_b32",0,&operandTable0} ,//0
-	{amdgpu_op_v_add_f32,"v_add_f32",0,&operandTable0} ,//1
-	{amdgpu_op_v_sub_f32,"v_sub_f32",0,&operandTable0} ,//2
-	{amdgpu_op_v_subrev_f32,"v_subrev_f32",0,&operandTable0} ,//3
-	{amdgpu_op_v_mul_legacy_f32,"v_mul_legacy_f32",0,&operandTable0} ,//4
-	{amdgpu_op_v_mul_f32,"v_mul_f32",0,&operandTable0} ,//5
-	{amdgpu_op_v_mul_i32_i24,"v_mul_i32_i24",0,&operandTable0} ,//6
-	{amdgpu_op_v_mul_hi_i32_i24,"v_mul_hi_i32_i24",0,&operandTable0} ,//7
-	{amdgpu_op_v_mul_u32_u24,"v_mul_u32_u24",0,&operandTable0} ,//8
-	{amdgpu_op_v_mul_hi_u32_u24,"v_mul_hi_u32_u24",0,&operandTable0} ,//9
-	{amdgpu_op_v_min_f32,"v_min_f32",0,&operandTable0} ,//10
-	{amdgpu_op_v_max_f32,"v_max_f32",0,&operandTable0} ,//11
-	{amdgpu_op_v_min_i32,"v_min_i32",0,&operandTable0} ,//12
-	{amdgpu_op_v_max_i32,"v_max_i32",0,&operandTable0} ,//13
-	{amdgpu_op_v_min_u32,"v_min_u32",0,&operandTable0} ,//14
-	{amdgpu_op_v_max_u32,"v_max_u32",0,&operandTable0} ,//15
-	{amdgpu_op_v_lshrrev_b32,"v_lshrrev_b32",0,&operandTable0} ,//16
-	{amdgpu_op_v_ashrrev_i32,"v_ashrrev_i32",0,&operandTable0} ,//17
-	{amdgpu_op_v_lshlrev_b32,"v_lshlrev_b32",0,&operandTable0} ,//18
-	{amdgpu_op_v_add_b32,"v_add_b32",0,&operandTable0} ,//19
-	{amdgpu_op_v_or_b32,"v_or_b32",0,&operandTable0} ,//20
-	{amdgpu_op_v_xor_b32,"v_xor_b32",0,&operandTable0} ,//21
-	{amdgpu_op_v_mac_b32,"v_mac_b32",0,&operandTable0} ,//22
-	{amdgpu_op_v_madmk_f32,"v_madmk_f32",0,&operandTable0} ,//23
-	{amdgpu_op_v_madak_f32,"v_madak_f32",0,&operandTable0} ,//24
-	{amdgpu_op_v_add_co_u32,"v_add_co_u32",0,&operandTable0} ,//25
-	{amdgpu_op_v_sub_co_u32,"v_sub_co_u32",0,&operandTable0} ,//26
-	{amdgpu_op_v_subrev_co_u32,"v_subrev_co_u32",0,&operandTable0} ,//27
-	{amdgpu_op_v_addc_co_u32,"v_addc_co_u32",0,&operandTable0} ,//28
-	{amdgpu_op_v_subb_co_u32,"v_subb_co_u32",0,&operandTable0} ,//29
-	{amdgpu_op_v_subbrev_co_u32,"v_subbrev_co_u32",0,&operandTable0} ,//30
-	{amdgpu_op_v_add_f16,"v_add_f16",0,&operandTable0} ,//31
-	{amdgpu_op_v_sub_f16,"v_sub_f16",0,&operandTable0} ,//32
-	{amdgpu_op_v_subrev_f16,"v_subrev_f16",0,&operandTable0} ,//33
-	{amdgpu_op_v_mul_f16,"v_mul_f16",0,&operandTable0} ,//34
-	{amdgpu_op_v_mac_f16,"v_mac_f16",0,&operandTable0} ,//35
-	{amdgpu_op_v_madmk_f16,"v_madmk_f16",0,&operandTable0} ,//36
-	{amdgpu_op_v_madak_f16,"v_madak_f16",0,&operandTable0} ,//37
-	{amdgpu_op_v_add_u16,"v_add_u16",0,&operandTable0} ,//38
-	{amdgpu_op_v_sub_u16,"v_sub_u16",0,&operandTable0} ,//39
-	{amdgpu_op_v_subrev_u16,"v_subrev_u16",0,&operandTable0} ,//40
-	{amdgpu_op_v_mul_lo_u16,"v_mul_lo_u16",0,&operandTable0} ,//41
-	{amdgpu_op_v_lshlrev_b16,"v_lshlrev_b16",0,&operandTable0} ,//42
-	{amdgpu_op_v_lshrrev_b16,"v_lshrrev_b16",0,&operandTable0} ,//43
-	{amdgpu_op_v_ashrrev_i16,"v_ashrrev_i16",0,&operandTable0} ,//44
-	{amdgpu_op_v_max_f16,"v_max_f16",0,&operandTable0} ,//45
-	{amdgpu_op_v_min_f16,"v_min_f16",0,&operandTable0} ,//46
-	{amdgpu_op_v_max_u16,"v_max_u16",0,&operandTable0} ,//47
-	{amdgpu_op_v_max_i16,"v_max_i16",0,&operandTable0} ,//48
-	{amdgpu_op_v_min_u16,"v_min_u16",0,&operandTable0} ,//49
-	{amdgpu_op_v_min_i16,"v_min_i16",0,&operandTable0} ,//50
-	{amdgpu_op_v_ldexp_f16,"v_ldexp_f16",0,&operandTable0} ,//51
-	{amdgpu_op_v_add_u32,"v_add_u32",0,&operandTable0} ,//52
-	{amdgpu_op_v_sub_u32,"v_sub_u32",0,&operandTable0} ,//53
-	{amdgpu_op_v_subrev_u32,"v_subrev_u32",0,&operandTable0} ,//54
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//55
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//56
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//57
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//58
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//59
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//60
-	{amdgpu_op_v_xno2_b32,"v_xno2_b32",0,&operandTable0} ,//61
-}; // end v_xno2_b32_insn_table
-
-const amdgpu_insn_table amdgpu_insn_entry::vop1_insn_table = {
-	{amdgpu_op_v_nop,"v_nop",0,&operandTable0} ,//0
-	{amdgpu_op_v_mov_b32,"v_mov_b32",0,&operandTable0} ,//1
-	{amdgpu_op_v_readfirstlane_b32,"v_readfirstlane_b32",0,&operandTable0} ,//2
-	{amdgpu_op_v_cvt_i32_f64,"v_cvt_i32_f64",0,&operandTable0} ,//3
-	{amdgpu_op_v_cvt_f64_i32,"v_cvt_f64_i32",0,&operandTable0} ,//4
-	{amdgpu_op_v_cvt_f32_i32,"v_cvt_f32_i32",0,&operandTable0} ,//5
-	{amdgpu_op_v_cvt_f32_u32,"v_cvt_f32_u32",0,&operandTable0} ,//6
-	{amdgpu_op_v_cvt_u32_f32,"v_cvt_u32_f32",0,&operandTable0} ,//7
-	{amdgpu_op_v_cvt_i32_f32,"v_cvt_i32_f32",0,&operandTable0} ,//8
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//9
-	{amdgpu_op_v_cvt_f16_f32,"v_cvt_f16_f32",0,&operandTable0} ,//10
-	{amdgpu_op_v_cvt_f32_f16,"v_cvt_f32_f16",0,&operandTable0} ,//11
-	{amdgpu_op_v_cvt_rpi_i32_f32,"v_cvt_rpi_i32_f32",0,&operandTable0} ,//12
-	{amdgpu_op_v_cvt_flr_i32_f32,"v_cvt_flr_i32_f32",0,&operandTable0} ,//13
-	{amdgpu_op_v_cvt_off_f32_i4,"v_cvt_off_f32_i4",0,&operandTable0} ,//14
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//15
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//16
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//17
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//18
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//20
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//21
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//22
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//23
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//24
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//25
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//26
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//27
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//28
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//29
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//30
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//31
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//32
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//33
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//34
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//35
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//36
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//37
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//38
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//39
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//40
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//41
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//42
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//43
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//44
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//45
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//46
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//47
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//48
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//49
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//50
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//51
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//52
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//53
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//54
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//55
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//56
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//57
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//58
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//59
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//60
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//61
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//62
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//63
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//64
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//65
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//66
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//67
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//68
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//69
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//70
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//71
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//72
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//73
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//74
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//75
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//76
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//77
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//78
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//79
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//80
-	{amdgpu_op_v_swap_b32,"v_swap_b32",0,&operandTable0} ,//81
-}; // end v_swap_b32_insn_table
-
-const amdgpu_insn_table amdgpu_insn_entry::vopc_insn_table = {
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//0
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//1
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//2
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//3
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//4
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//5
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//6
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//7
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//8
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//9
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//10
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//11
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//12
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//13
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//14
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//15
-	{amdgpu_op_v_cmp_class_f32,"v_cmp_class_f32",0,&operandTable0} ,//16
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//17
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//18
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//20
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//21
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//22
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//23
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//24
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//25
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//26
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//27
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//28
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//29
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//30
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//31
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//32
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//33
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//34
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//35
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//36
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//37
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//38
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//39
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//40
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//41
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//42
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//43
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//44
-	{amdgpu_op_v_cmp_neq_f16,"v_cmp_neq_f16",0,&operandTable0} ,//45
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//46
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//47
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//48
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//49
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//50
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//51
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//52
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//53
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//54
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//55
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//56
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//57
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//58
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//59
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//60
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//61
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//62
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//63
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//64
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//65
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//66
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//67
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//68
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//69
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//70
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//71
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//72
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//73
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//74
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//75
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//76
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//77
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//78
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//79
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//80
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//81
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//82
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//83
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//84
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//85
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//86
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//87
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//88
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//89
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//90
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//91
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//92
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//93
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//94
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//95
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//96
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//97
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//98
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//99
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//100
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//101
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//102
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//103
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//104
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//105
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//106
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//107
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//108
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//109
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//110
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//111
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//112
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//113
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//114
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//115
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//116
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//117
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//118
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//119
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//120
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//121
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//122
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//123
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//124
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//125
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//126
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//127
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//128
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//129
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//130
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//131
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//132
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//133
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//134
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//135
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//136
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//137
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//138
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//139
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//140
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//141
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//142
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//143
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//144
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//145
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//146
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//147
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//148
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//149
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//150
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//151
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//152
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//153
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//154
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//155
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//156
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//157
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//158
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//159
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//160
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//161
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//162
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//163
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//164
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//165
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//166
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//167
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//168
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//169
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//170
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//171
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//172
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//173
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//174
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//175
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//176
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//177
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//178
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//179
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//180
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//181
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//182
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//183
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//184
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//185
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//186
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//187
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//188
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//189
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//190
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//191
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//192
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//193
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//194
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//195
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//196
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//197
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//198
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//199
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//200
-	{amdgpu_op_v_cmp_lt_u32,"v_cmp_lt_u32",0,&operandTable0} ,//201
-	{amdgpu_op_v_cmp_eq_u32,"v_cmp_eq_u32",0,&operandTable0} ,//202
-	{amdgpu_op_v_cmp_le_u32,"v_cmp_le_u32",0,&operandTable0} ,//203
-	{amdgpu_op_v_cmp_gt_u32,"v_cmp_gt_u32",0,&operandTable0} ,//204
-	{amdgpu_op_v_cmp_ne_u32,"v_cmp_ne_u32",0,&operandTable0} ,//205
-	{amdgpu_op_v_cmp_ge_u32,"v_cmp_ge_u32",0,&operandTable0} ,//206
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//207
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//208
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//209
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//210
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//211
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//212
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//213
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//214
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//215
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//216
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//217
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//218
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//219
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//220
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//221
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//222
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//223
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//224
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//225
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//226
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//227
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//228
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//229
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//230
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//231
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//232
-	{amdgpu_op_v_cmp_lt_u64,"v_cmp_lt_u64",0,&operandTable0} ,//233
-	{amdgpu_op_v_cmp_eq_u64,"v_cmp_eq_u64",0,&operandTable0} ,//234
-	{amdgpu_op_v_cmp_le_u64,"v_cmp_le_u64",0,&operandTable0} ,//235
-	{amdgpu_op_v_cmp_gt_u64,"v_cmp_gt_u64",0,&operandTable0} ,//236
-	{amdgpu_op_v_cmp_ne_u64,"v_cmp_ne_u64",0,&operandTable0} ,//237
-	{amdgpu_op_v_cmp_ge_u64,"v_cmp_ge_u64",0,&operandTable0} ,//238
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//239
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//240
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//241
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//242
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//243
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//244
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//245
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//246
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//247
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//248
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//249
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//250
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//251
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//252
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//253
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//254
-	{amdgpu_op_v_cmpx_t_u64,"v_cmpx_t_u64",0,&operandTable0} ,//255
-}; // end v_cmpx_t_u64_insn_table
-
-const amdgpu_insn_table amdgpu_insn_entry::vintrp_insn_table = {
-	{amdgpu_op_v_interp_p1_f32,"v_interp_p1_f32",0,&operandTable0} ,//0
-	{amdgpu_op_v_interp_p2_f32,"v_interp_p2_f32",0,&operandTable0} ,//1
-	{amdgpu_op_v_interp_mov_f32,"v_interp_mov_f32",0,&operandTable0} ,//2
-}; // end v_interp_mov_f32_insn_table
-
-const amdgpu_insn_table amdgpu_insn_entry::ds_insn_table = {
-	{amdgpu_op_ds_add_u32,"ds_add_u32",0,&operandTable0} ,//0
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//1
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//2
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//3
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//4
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//5
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//6
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//7
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//8
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//9
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//10
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//11
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//12
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//13
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//14
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//15
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//16
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//17
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//18
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//20
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//21
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//22
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//23
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//24
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//25
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//26
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//27
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//28
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//29
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//30
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//31
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//32
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//33
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//34
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//35
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//36
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//37
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//38
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//39
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//40
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//41
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//42
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//43
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//44
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//45
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//46
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//47
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//48
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//49
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//50
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//51
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//52
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//53
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//54
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//55
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//56
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//57
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//58
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//59
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//60
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//61
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//62
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//63
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//64
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//65
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//66
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//67
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//68
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//69
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//70
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//71
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//72
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//73
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//74
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//75
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//76
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//77
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//78
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//79
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//80
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//81
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//82
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//83
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//84
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//85
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//86
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//87
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//88
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//89
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//90
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//91
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//92
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//93
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//94
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//95
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//96
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//97
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//98
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//99
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//100
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//101
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//102
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//103
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//104
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//105
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//106
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//107
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//108
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//109
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//110
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//111
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//112
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//113
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//114
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//115
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//116
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//117
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//118
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//119
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//120
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//121
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//122
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//123
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//124
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//125
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//126
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//127
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//128
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//129
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//130
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//131
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//132
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//133
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//134
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//135
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//136
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//137
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//138
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//139
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//140
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//141
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//142
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//143
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//144
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//145
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//146
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//147
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//148
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//149
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//150
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//151
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//152
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//153
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//154
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//155
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//156
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//157
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//158
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//159
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//160
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//161
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//162
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//163
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//164
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//165
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//166
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//167
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//168
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//169
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//170
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//171
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//172
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//173
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//174
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//175
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//176
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//177
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//178
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//179
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//180
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//181
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//182
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//183
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//184
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//185
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//186
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//187
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//188
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//189
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//190
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//191
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//192
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//193
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//194
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//195
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//196
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//197
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//198
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//199
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//200
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//201
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//202
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//203
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//204
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//205
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//206
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//207
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//208
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//209
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//210
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//211
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//212
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//213
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//214
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//215
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//216
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//217
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//218
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//219
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//220
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//221
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//222
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//223
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//224
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//225
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//226
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//227
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//228
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//229
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//230
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//231
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//232
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//233
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//234
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//235
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//236
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//237
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//238
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//239
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//240
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//241
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//242
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//243
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//244
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//245
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//246
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//247
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//248
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//249
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//250
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//251
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//252
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//253
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//254
-	{amdgpu_op_ds_read_b128,"ds_read_b128",0,&operandTable0} ,//255
-}; // end ds_read_b128_insn_table
-
-const amdgpu_insn_table amdgpu_insn_entry::mtbuf_insn_table = {
-	{amdgpu_op_tbuffer_load_format_x,"tbuffer_load_format_x",2,&operandTable37} ,//0
-	{amdgpu_op_tbuffer_load_format_xy,"tbuffer_load_format_xy",2,&operandTable39} ,//1
-	{amdgpu_op_tbuffer_load_format_xyz,"tbuffer_load_format_xyz",2,&operandTable41} ,//2
-	{amdgpu_op_tbuffer_load_format_xyzw,"tbuffer_load_format_xyzw",2,&operandTable43} ,//3
-	{amdgpu_op_tbuffer_store_format_x,"tbuffer_store_format_x",2,&operandTable45} ,//4
-	{amdgpu_op_tbuffer_store_format_xy,"tbuffer_store_format_xy",2,&operandTable47} ,//5
-	{amdgpu_op_tbuffer_store_format_xyz,"tbuffer_store_format_xyz",2,&operandTable49} ,//6
-	{amdgpu_op_tbuffer_store_format_xyzw,"tbuffer_store_format_xyzw",2,&operandTable51} ,//7
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//8
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//9
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//10
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//11
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//12
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//13
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//14
-	{amdgpu_op_tbuffer_store_format_d16_xyzw,"tbuffer_store_format_d16_xyzw",0,&operandTable0} ,//15
-}; // end tbuffer_store_format_d16_xyzw_insn_table
-
-const amdgpu_insn_table amdgpu_insn_entry::mubuf_insn_table = {
-	{amdgpu_op_buffer_load_format_x,"buffer_load_format_x",2,&operandTable21} ,//0
-	{amdgpu_op_buffer_load_format_xy,"buffer_load_format_xy",2,&operandTable23} ,//1
-	{amdgpu_op_buffer_load_format_xyz,"buffer_load_format_xyz",2,&operandTable25} ,//2
-	{amdgpu_op_buffer_load_format_xyzw,"buffer_load_format_xyzw",2,&operandTable27} ,//3
-	{amdgpu_op_buffer_store_format_x,"buffer_store_format_x",2,&operandTable29} ,//4
-	{amdgpu_op_buffer_store_format_xy,"buffer_store_format_xy",2,&operandTable31} ,//5
-	{amdgpu_op_buffer_store_format_xyz,"buffer_store_format_xyz",2,&operandTable33} ,//6
-	{amdgpu_op_buffer_store_format_xyzw,"buffer_store_format_xyzw",2,&operandTable35} ,//7
-	{amdgpu_op_buffer_load_dwordx4,"buffer_load_dwordx4",0,&operandTable0} ,//8
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//9
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//10
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//11
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//12
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//13
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//14
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//15
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//16
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//17
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//18
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//20
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//21
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//22
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//23
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//24
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//25
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//26
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//27
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//28
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//29
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//30
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//31
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//32
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//33
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//34
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//35
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//36
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//37
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//38
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//39
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//40
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//41
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//42
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//43
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//44
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//45
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//46
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//47
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//48
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//49
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//50
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//51
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//52
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//53
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//54
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//55
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//56
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//57
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//58
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//59
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//60
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//61
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//62
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//63
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//64
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//65
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//66
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//67
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//68
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//69
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//70
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//71
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//72
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//73
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//74
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//75
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//76
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//77
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//78
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//79
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//80
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//81
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//82
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//83
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//84
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//85
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//86
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//87
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//88
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//89
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//90
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//91
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//92
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//93
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//94
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//95
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//96
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//97
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//98
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//99
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//100
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//101
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//102
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//103
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//104
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//105
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//106
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//107
-	{amdgpu_op_buffer_atomic_dec_x2,"buffer_atomic_dec_x2",0,&operandTable0} ,//108
-}; // end buffer_atomic_dec_x2_insn_table
-
-const amdgpu_insn_table amdgpu_insn_entry::vop3ab_insn_table = {
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//0
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//1
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//2
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//3
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//4
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//5
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//6
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//7
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//8
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//9
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//10
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//11
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//12
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//13
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//14
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//15
-	{amdgpu_op_v_cmp_class_f32_e64,"v_cmp_class_f32_e64",0,&operandTable0} ,//16
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//17
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//18
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//20
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//21
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//22
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//23
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//24
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//25
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//26
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//27
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//28
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//29
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//30
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//31
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//32
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//33
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//34
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//35
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//36
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//37
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//38
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//39
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//40
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//41
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//42
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//43
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//44
-	{amdgpu_op_v_cmp_neq_f16_e64,"v_cmp_neq_f16_e64",0,&operandTable0} ,//45
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//46
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//47
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//48
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//49
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//50
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//51
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//52
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//53
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//54
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//55
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//56
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//57
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//58
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//59
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//60
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//61
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//62
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//63
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//64
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//65
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//66
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//67
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//68
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//69
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//70
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//71
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//72
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//73
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//74
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//75
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//76
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//77
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//78
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//79
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//80
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//81
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//82
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//83
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//84
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//85
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//86
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//87
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//88
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//89
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//90
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//91
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//92
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//93
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//94
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//95
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//96
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//97
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//98
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//99
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//100
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//101
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//102
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//103
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//104
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//105
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//106
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//107
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//108
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//109
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//110
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//111
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//112
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//113
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//114
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//115
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//116
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//117
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//118
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//119
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//120
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//121
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//122
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//123
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//124
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//125
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//126
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//127
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//128
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//129
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//130
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//131
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//132
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//133
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//134
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//135
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//136
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//137
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//138
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//139
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//140
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//141
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//142
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//143
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//144
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//145
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//146
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//147
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//148
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//149
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//150
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//151
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//152
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//153
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//154
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//155
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//156
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//157
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//158
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//159
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//160
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//161
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//162
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//163
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//164
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//165
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//166
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//167
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//168
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//169
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//170
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//171
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//172
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//173
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//174
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//175
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//176
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//177
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//178
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//179
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//180
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//181
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//182
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//183
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//184
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//185
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//186
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//187
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//188
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//189
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//190
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//191
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//192
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//193
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//194
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//195
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//196
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//197
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//198
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//199
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//200
-	{amdgpu_op_v_cmp_lt_u32_e64,"v_cmp_lt_u32_e64",0,&operandTable0} ,//201
-	{amdgpu_op_v_cmp_eq_u32_e64,"v_cmp_eq_u32_e64",0,&operandTable0} ,//202
-	{amdgpu_op_v_cmp_le_u32_e64,"v_cmp_le_u32_e64",0,&operandTable0} ,//203
-	{amdgpu_op_v_cmp_gt_u32_e64,"v_cmp_gt_u32_e64",0,&operandTable0} ,//204
-	{amdgpu_op_v_cmp_ne_u32_e64,"v_cmp_ne_u32_e64",0,&operandTable0} ,//205
-	{amdgpu_op_v_cmp_ge_u32_e64,"v_cmp_ge_u32_e64",0,&operandTable0} ,//206
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//207
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//208
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//209
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//210
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//211
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//212
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//213
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//214
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//215
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//216
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//217
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//218
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//219
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//220
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//221
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//222
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//223
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//224
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//225
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//226
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//227
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//228
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//229
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//230
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//231
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//232
-	{amdgpu_op_v_cmp_lt_u64_e64,"v_cmp_lt_u64_e64",0,&operandTable0} ,//233
-	{amdgpu_op_v_cmp_eq_u64_e64,"v_cmp_eq_u64_e64",0,&operandTable0} ,//234
-	{amdgpu_op_v_cmp_le_u64_e64,"v_cmp_le_u64_e64",0,&operandTable0} ,//235
-	{amdgpu_op_v_cmp_gt_u64_e64,"v_cmp_gt_u64_e64",0,&operandTable0} ,//236
-	{amdgpu_op_v_cmp_ne_u64_e64,"v_cmp_ne_u64_e64",0,&operandTable0} ,//237
-	{amdgpu_op_v_cmp_ge_u64_e64,"v_cmp_ge_u64_e64",0,&operandTable0} ,//238
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//239
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//240
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//241
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//242
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//243
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//244
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//245
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//246
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//247
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//248
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//249
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//250
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//251
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//252
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//253
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//254
-	{amdgpu_op_v_cmpx_t_u64_e64,"v_cmpx_t_u64_e64",0,&operandTable0} ,//255
-	{amdgpu_op_v_cndmask_b32_e64,"v_cndmask_b32_e64",0,&operandTable0} ,//256
-	{amdgpu_op_v_add_f32_e64,"v_add_f32_e64",0,&operandTable0} ,//257
-	{amdgpu_op_v_sub_f32_e64,"v_sub_f32_e64",0,&operandTable0} ,//258
-	{amdgpu_op_v_subrev_f32_e64,"v_subrev_f32_e64",0,&operandTable0} ,//259
-	{amdgpu_op_v_mul_legacy_f32_e64,"v_mul_legacy_f32_e64",0,&operandTable0} ,//260
-	{amdgpu_op_v_mul_f32_e64,"v_mul_f32_e64",0,&operandTable0} ,//261
-	{amdgpu_op_v_mul_i32_i24_e64,"v_mul_i32_i24_e64",0,&operandTable0} ,//262
-	{amdgpu_op_v_mul_hi_i32_i24_e64,"v_mul_hi_i32_i24_e64",0,&operandTable0} ,//263
-	{amdgpu_op_v_mul_u32_u24_e64,"v_mul_u32_u24_e64",0,&operandTable0} ,//264
-	{amdgpu_op_v_mul_hi_u32_u24_e64,"v_mul_hi_u32_u24_e64",0,&operandTable0} ,//265
-	{amdgpu_op_v_min_f32_e64,"v_min_f32_e64",0,&operandTable0} ,//266
-	{amdgpu_op_v_max_f32_e64,"v_max_f32_e64",0,&operandTable0} ,//267
-	{amdgpu_op_v_min_i32_e64,"v_min_i32_e64",0,&operandTable0} ,//268
-	{amdgpu_op_v_max_i32_e64,"v_max_i32_e64",0,&operandTable0} ,//269
-	{amdgpu_op_v_min_u32_e64,"v_min_u32_e64",0,&operandTable0} ,//270
-	{amdgpu_op_v_max_u32_e64,"v_max_u32_e64",0,&operandTable0} ,//271
-	{amdgpu_op_v_lshrrev_b32_e64,"v_lshrrev_b32_e64",0,&operandTable0} ,//272
-	{amdgpu_op_v_ashrrev_i32_e64,"v_ashrrev_i32_e64",0,&operandTable0} ,//273
-	{amdgpu_op_v_lshlrev_b32_e64,"v_lshlrev_b32_e64",0,&operandTable0} ,//274
-	{amdgpu_op_v_add_b32_e64,"v_add_b32_e64",0,&operandTable0} ,//275
-	{amdgpu_op_v_or_b32_e64,"v_or_b32_e64",0,&operandTable0} ,//276
-	{amdgpu_op_v_xor_b32_e64,"v_xor_b32_e64",0,&operandTable0} ,//277
-	{amdgpu_op_v_mac_b32_e64,"v_mac_b32_e64",0,&operandTable0} ,//278
-	{amdgpu_op_v_madmk_f32_e64,"v_madmk_f32_e64",0,&operandTable0} ,//279
-	{amdgpu_op_v_madak_f32_e64,"v_madak_f32_e64",0,&operandTable0} ,//280
-	{amdgpu_op_v_add_co_u32_e64,"v_add_co_u32_e64",0,&operandTable0} ,//281
-	{amdgpu_op_v_sub_co_u32_e64,"v_sub_co_u32_e64",0,&operandTable0} ,//282
-	{amdgpu_op_v_subrev_co_u32_e64,"v_subrev_co_u32_e64",0,&operandTable0} ,//283
-	{amdgpu_op_v_addc_co_u32_e64,"v_addc_co_u32_e64",0,&operandTable0} ,//284
-	{amdgpu_op_v_subb_co_u32_e64,"v_subb_co_u32_e64",0,&operandTable0} ,//285
-	{amdgpu_op_v_subbrev_co_u32_e64,"v_subbrev_co_u32_e64",0,&operandTable0} ,//286
-	{amdgpu_op_v_add_f16_e64,"v_add_f16_e64",0,&operandTable0} ,//287
-	{amdgpu_op_v_sub_f16_e64,"v_sub_f16_e64",0,&operandTable0} ,//288
-	{amdgpu_op_v_subrev_f16_e64,"v_subrev_f16_e64",0,&operandTable0} ,//289
-	{amdgpu_op_v_mul_f16_e64,"v_mul_f16_e64",0,&operandTable0} ,//290
-	{amdgpu_op_v_mac_f16_e64,"v_mac_f16_e64",0,&operandTable0} ,//291
-	{amdgpu_op_v_madmk_f16_e64,"v_madmk_f16_e64",0,&operandTable0} ,//292
-	{amdgpu_op_v_madak_f16_e64,"v_madak_f16_e64",0,&operandTable0} ,//293
-	{amdgpu_op_v_add_u16_e64,"v_add_u16_e64",0,&operandTable0} ,//294
-	{amdgpu_op_v_sub_u16_e64,"v_sub_u16_e64",0,&operandTable0} ,//295
-	{amdgpu_op_v_subrev_u16_e64,"v_subrev_u16_e64",0,&operandTable0} ,//296
-	{amdgpu_op_v_mul_lo_u16_e64,"v_mul_lo_u16_e64",0,&operandTable0} ,//297
-	{amdgpu_op_v_lshlrev_b16_e64,"v_lshlrev_b16_e64",0,&operandTable0} ,//298
-	{amdgpu_op_v_lshrrev_b16_e64,"v_lshrrev_b16_e64",0,&operandTable0} ,//299
-	{amdgpu_op_v_ashrrev_i16_e64,"v_ashrrev_i16_e64",0,&operandTable0} ,//300
-	{amdgpu_op_v_max_f16_e64,"v_max_f16_e64",0,&operandTable0} ,//301
-	{amdgpu_op_v_min_f16_e64,"v_min_f16_e64",0,&operandTable0} ,//302
-	{amdgpu_op_v_max_u16_e64,"v_max_u16_e64",0,&operandTable0} ,//303
-	{amdgpu_op_v_max_i16_e64,"v_max_i16_e64",0,&operandTable0} ,//304
-	{amdgpu_op_v_min_u16_e64,"v_min_u16_e64",0,&operandTable0} ,//305
-	{amdgpu_op_v_min_i16_e64,"v_min_i16_e64",0,&operandTable0} ,//306
-	{amdgpu_op_v_ldexp_f16_e64,"v_ldexp_f16_e64",0,&operandTable0} ,//307
-	{amdgpu_op_v_add_u32_e64,"v_add_u32_e64",0,&operandTable0} ,//308
-	{amdgpu_op_v_sub_u32_e64,"v_sub_u32_e64",0,&operandTable0} ,//309
-	{amdgpu_op_v_subrev_u32_e64,"v_subrev_u32_e64",0,&operandTable0} ,//310
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//311
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//312
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//313
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//314
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//315
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//316
-	{amdgpu_op_v_xno2_b32_e64,"v_xno2_b32_e64",0,&operandTable0} ,//317
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//318
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//319
-	{amdgpu_op_v_nop_e64,"v_nop_e64",0,&operandTable0} ,//320
-	{amdgpu_op_v_mov_b32_e64,"v_mov_b32_e64",0,&operandTable0} ,//321
-	{amdgpu_op_v_readfirstlane_b32_e64,"v_readfirstlane_b32_e64",0,&operandTable0} ,//322
-	{amdgpu_op_v_cvt_i32_f64_e64,"v_cvt_i32_f64_e64",0,&operandTable0} ,//323
-	{amdgpu_op_v_cvt_f64_i32_e64,"v_cvt_f64_i32_e64",0,&operandTable0} ,//324
-	{amdgpu_op_v_cvt_f32_i32_e64,"v_cvt_f32_i32_e64",0,&operandTable0} ,//325
-	{amdgpu_op_v_cvt_f32_u32_e64,"v_cvt_f32_u32_e64",0,&operandTable0} ,//326
-	{amdgpu_op_v_cvt_u32_f32_e64,"v_cvt_u32_f32_e64",0,&operandTable0} ,//327
-	{amdgpu_op_v_cvt_i32_f32_e64,"v_cvt_i32_f32_e64",0,&operandTable0} ,//328
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//329
-	{amdgpu_op_v_cvt_f16_f32_e64,"v_cvt_f16_f32_e64",0,&operandTable0} ,//330
-	{amdgpu_op_v_cvt_f32_f16_e64,"v_cvt_f32_f16_e64",0,&operandTable0} ,//331
-	{amdgpu_op_v_cvt_rpi_i32_f32_e64,"v_cvt_rpi_i32_f32_e64",0,&operandTable0} ,//332
-	{amdgpu_op_v_cvt_flr_i32_f32_e64,"v_cvt_flr_i32_f32_e64",0,&operandTable0} ,//333
-	{amdgpu_op_v_cvt_off_f32_i4_e64,"v_cvt_off_f32_i4_e64",0,&operandTable0} ,//334
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//335
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//336
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//337
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//338
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//339
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//340
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//341
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//342
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//343
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//344
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//345
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//346
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//347
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//348
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//349
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//350
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//351
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//352
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//353
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//354
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//355
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//356
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//357
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//358
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//359
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//360
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//361
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//362
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//363
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//364
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//365
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//366
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//367
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//368
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//369
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//370
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//371
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//372
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//373
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//374
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//375
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//376
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//377
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//378
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//379
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//380
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//381
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//382
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//383
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//384
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//385
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//386
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//387
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//388
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//389
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//390
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//391
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//392
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//393
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//394
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//395
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//396
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//397
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//398
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//399
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//400
-	{amdgpu_op_v_swap_b32_e64,"v_swap_b32_e64",0,&operandTable0} ,//401
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//402
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//403
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//404
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//405
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//406
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//407
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//408
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//409
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//410
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//411
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//412
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//413
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//414
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//415
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//416
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//417
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//418
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//419
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//420
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//421
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//422
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//423
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//424
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//425
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//426
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//427
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//428
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//429
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//430
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//431
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//432
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//433
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//434
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//435
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//436
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//437
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//438
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//439
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//440
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//441
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//442
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//443
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//444
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//445
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//446
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//447
-	{amdgpu_op_v_mad_legacy_f32,"v_mad_legacy_f32",0,&operandTable0} ,//448
-	{amdgpu_op_v_mad_f32,"v_mad_f32",0,&operandTable0} ,//449
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//450
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//451
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//452
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//453
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//454
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//455
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//456
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//457
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//458
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//459
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//460
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//461
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//462
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//463
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//464
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//465
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//466
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//467
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//468
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//469
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//470
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//471
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//472
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//473
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//474
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//475
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//476
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//477
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//478
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//479
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//480
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//481
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//482
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//483
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//484
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//485
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//486
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//487
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//488
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//489
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//490
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//491
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//492
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//493
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//494
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//495
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//496
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//497
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//498
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//499
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//500
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//501
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//502
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//503
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//504
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//505
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//506
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//507
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//508
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//509
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//510
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//511
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//512
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//513
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//514
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//515
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//516
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//517
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//518
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//519
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//520
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//521
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//522
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//523
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//524
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//525
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//526
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//527
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//528
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//529
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//530
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//531
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//532
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//533
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//534
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//535
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//536
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//537
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//538
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//539
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//540
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//541
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//542
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//543
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//544
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//545
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//546
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//547
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//548
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//549
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//550
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//551
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//552
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//553
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//554
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//555
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//556
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//557
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//558
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//559
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//560
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//561
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//562
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//563
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//564
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//565
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//566
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//567
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//568
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//569
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//570
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//571
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//572
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//573
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//574
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//575
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//576
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//577
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//578
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//579
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//580
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//581
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//582
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//583
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//584
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//585
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//586
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//587
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//588
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//589
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//590
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//591
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//592
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//593
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//594
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//595
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//596
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//597
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//598
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//599
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//600
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//601
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//602
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//603
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//604
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//605
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//606
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//607
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//608
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//609
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//610
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//611
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//612
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//613
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//614
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//615
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//616
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//617
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//618
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//619
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//620
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//621
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//622
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//623
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//624
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//625
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//626
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//627
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//628
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//629
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//630
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//631
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//632
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//633
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//634
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//635
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//636
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//637
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//638
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//639
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//640
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//641
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//642
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//643
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//644
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//645
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//646
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//647
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//648
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//649
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//650
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//651
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//652
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//653
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//654
-	{amdgpu_op_v_lshlrev_b64,"v_lshlrev_b64",0,&operandTable0} ,//655
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//656
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//657
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//658
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//659
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//660
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//661
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//662
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//663
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//664
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//665
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//666
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//667
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//668
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//669
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//670
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//671
-	{amdgpu_op_v_pack_b32_f16,"v_pack_b32_f16",0,&operandTable0} ,//672
-}; // end v_pack_b32_f16_insn_table
-
-const amdgpu_insn_table amdgpu_insn_entry::vop3p_insn_table = {
-	{amdgpu_op_v_pk_mad_i16,"v_pk_mad_i16",0,&operandTable0} ,//0
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//1
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//2
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//3
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//4
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//5
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//6
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//7
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//8
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//9
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//10
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//11
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//12
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//13
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//14
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//15
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//16
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//17
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//18
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//20
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//21
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//22
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//23
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//24
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//25
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//26
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//27
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//28
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//29
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//30
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//31
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//32
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//33
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//34
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//35
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//36
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//37
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//38
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//39
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//40
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//41
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//42
-	{amdgpu_op_v_dot8_u32_u4,"v_dot8_u32_u4",0,&operandTable0} ,//43
-}; // end v_dot8_u32_u4_insn_table
-
-const amdgpu_insn_table amdgpu_insn_entry::flat_insn_table = {
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//0
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//1
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//2
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//3
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//4
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//5
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//6
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//7
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//8
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//9
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//10
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//11
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//12
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//13
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//14
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//15
-	{amdgpu_op_load_ubyte,"load_ubyte",0,&operandTable0} ,//16
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//17
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//18
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
-	{amdgpu_op_load_dword,"load_dword",0,&operandTable0} ,//20
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//21
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//22
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//23
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//24
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//25
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//26
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//27
-	{amdgpu_op_store_dword,"store_dword",0,&operandTable0} ,//28
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//29
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//30
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//31
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//32
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//33
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//34
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//35
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//36
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//37
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//38
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//39
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//40
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//41
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//42
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//43
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//44
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//45
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//46
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//47
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//48
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//49
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//50
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//51
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//52
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//53
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//54
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//55
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//56
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//57
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//58
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//59
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//60
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//61
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//62
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//63
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//64
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//65
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//66
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//67
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//68
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//69
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//70
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//71
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//72
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//73
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//74
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//75
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//76
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//77
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//78
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//79
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//80
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//81
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//82
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//83
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//84
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//85
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//86
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//87
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//88
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//89
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//90
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//91
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//92
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//93
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//94
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//95
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//96
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//97
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//98
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//99
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//100
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//101
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//102
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//103
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//104
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//105
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//106
-	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//107
-	{amdgpu_op_atomic_dec_x2,"atomic_dec_x2",0,&operandTable0} ,//108
-}; // end atomic_dec_x2_insn_table
-

_service:tar_scm:dyninst-11.0.1.tar.gz/parseThat/src/dyninstCompat.v4.C Deleted

@@ -1,136 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-#include <iostream>
-#include <list>
-#include <vector>
-#include <string>
-#include <algorithm>
-#include <unistd.h>
-
-#include "BPatch.h"
-#include "BPatch_Vector.h"
-#include "BPatch_snippet.h"
-#include "BPatch_function.h"
-
-#include "dyninstCompat.h"
-#include "config.h"
-#include "ipc.h"
-#include "log.h"
-
-using namespace std;
-
-void printSummary(BPatch_thread *, BPatch_exitType);
-void reportNewProcess(BPatch_thread *, BPatch_thread *);
-
-dynHandle *mutatorInit(void)
-{
-    dynHandle *dh = new dynHandle;
-    if (!dh) {
-	dlog(ERR, "Could not allocate %d bytes of memory in mutatorInit().\n", sizeof(dynHandle));
-	return NULL;
-    }
-
-    sendMsg(config.outfd, ID_INIT_CREATE_BPATCH, INFO);
-    dh->bpatch = new BPatch;
-    if (!dh->bpatch) {
-	sendMsg(config.outfd, ID_INIT_CREATE_BPATCH, INFO, ID_FAIL,
-		"Failure creating new BPatch object");
-	return NULL;
-    } else
-	sendMsg(config.outfd, ID_INIT_CREATE_BPATCH, INFO, ID_PASS);
-
-    /*
-     * BPatch class level flags.
-     */
-    dh->bpatch->setDelayedParsing(true);
-
-    /*
-     * We should probably have a notion of a default callback
-     * handler to return here instead of NULL to differentiate
-     * between the error case.
-     */
-    sendMsg(config.outfd, ID_INIT_REGISTER_EXIT, INFO);
-    dh->bpatch->registerExitCallback(printSummary);
-    sendMsg(config.outfd, ID_INIT_REGISTER_EXIT, INFO, ID_PASS);
-
-    sendMsg(config.outfd, ID_INIT_REGISTER_FORK, INFO);
-    dh->bpatch->registerPostForkCallback(reportNewProcess);
-    sendMsg(config.outfd, ID_INIT_REGISTER_FORK, INFO, ID_PASS);
-
-    if (config.use_attach) {
-	sendMsg(config.outfd, ID_INIT_ATTACH_PROCESS, INFO);
-	dh->proc = dh->bpatch->attachProcess(config.target, config.attach_pid);
-	if (!dh->proc) {
-	    sendMsg(config.outfd, ID_INIT_ATTACH_PROCESS, INFO, ID_FAIL,
-		    "Failure in BPatch::attachProcess()");
-	    return NULL;
-	} else {
-	    config.dynlib = dh;
-	    sendMsg(config.outfd, ID_INIT_ATTACH_PROCESS, INFO, ID_PASS,
-		    dh->proc->getPid());
-	}
-
-    } else {
-	sendMsg(config.outfd, ID_INIT_CREATE_PROCESS, INFO);
-	dh->proc = dh->bpatch->createProcess(config.target, (const char **)config.argv);
-	if (!dh->proc) {
-	    sendMsg(config.outfd, ID_INIT_CREATE_PROCESS, INFO, ID_FAIL,
-		    "Failure in BPatch::createProcess()");
-	    return NULL;
-	} else {
-	    config.dynlib = dh;
-	    sendMsg(config.outfd, ID_INIT_CREATE_PROCESS, INFO, ID_PASS,
-		    dh->proc->getPid());
-	}
-    }
-
-    sendMsg(config.outfd, ID_INIT_GET_IMAGE, INFO);
-    dh->image = dh->proc->getImage();
-    if (!dh->image) {
-	sendMsg(config.outfd, ID_INIT_GET_IMAGE, INFO, ID_FAIL,
-		"Failure in BPatch_process::getImage()");
-	return NULL;
-    } else
-	sendMsg(config.outfd, ID_INIT_GET_IMAGE, INFO, ID_PASS);
-
-    return dh;
-}
-
-bool dynStartTransaction(dynHandle *dh)
-{
-    sendMsg(config.outfd, ID_DATA_STRING, INFO, ID_INFO,
-	    "Instrumentation transactions not available in DyninstAPI v4.x");
-    return true;
-}
-
-bool dynEndTransaction(dynHandle *dh)
-{
-    return true;
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/scripts/buildstamp Deleted

@@ -1,128 +0,0 @@
-#!/bin/sh
-# $Id: buildstamp,v 1.8 2005/03/07 21:23:49 legendre Exp $
-# create/update build version identification voucher file
-
-USAGE="usage: buildstamp -s SUITE_NAME -v RELEASE_ID -win TARGET"
-SUITE=Paradyn
-RELEASE=v4.2
-RUNNING_ON_WIN=0
-
-while  ! -z "$1" 
-do
-  case "$1" in
-    -s)
-        # set suite name
-        SUITE=$2
-        shift
-        ;;
-    -v)
-        # set release identifier
-        RELEASE=v$2
-        shift
-        ;;
-    -0-9*)
-        # got detached build number
-        RELEASE=$RELEASE$1
-        ;;
-    -win)
-        # We're runing on Windows
-        RUNNING_ON_WIN=1
-        ;;
-    -*)
-        echo "Unrecognized flag: $1"
-        break
-        ;;
-    *)
-        # first non-flag argument is the target (others silently ignored!)
-        TARGET=$1
-        break
-        ;;
-  esac
-  shift
-done
-
-# common bail-point for unknown flags and undefined target
-if  -z "$TARGET" ; then
-    echo $USAGE
-    exit 1
-fi
-
-# ensure TARGET is specified
-set ${TARGET:?}
-V_FILE=V_$TARGET.c
-
-# clean-up suite identifier
-#SUITE=`echo X$SUITE | sed -n -e 's/^X-s//p'`
-# clean-up release identifier (ensuring that it starts with a single "v")
-#RELEASE=`echo X$RELEASE | sed -n -e 's/^X-v*/v/p'`
-
-if  -f $V_FILE ; then
-  n=0
-  ident=`grep '\$'$SUITE $V_FILE`
-  for i in $ident
-  do
-    n=`expr $n + 1`
-    case $n in
-    2)
-      if  "$RELEASE" != "$i" ; then
-        #echo "Warning: change of release from $i to $RELEASE"
-        RESET=true
-      fi
-      ;;
-    3)
-      if  "$TARGET" != "$i" ; then
-        echo "Warning: change of target from $i to $TARGET"
-      fi
-      ;;
-    4)
-      # extract previous build number
-      # awk doesn't exist on our windows machine, also it appears that
-      # we're not currently using this option but are specifying the
-      # build number on the release variable, so I'm commenting this out
-      # BUILD=`awk '{for (i=1;i<=NF;i++) if ($i~/#0-9/) \
-      #             print int(substr($i,2)+1)}' $V_FILE`
-      BUILD=0
-      ;;
-    esac
-  done
-fi
-
-if  -z "$RESET" ; then
-    if  -z "$BUILD" ; then
-        BUILD=0
-        echo "$SUITE build voucher being constructed for $TARGET: BUILD#$BUILD"
-    fi
-else
-    BUILD=0
-#   echo "$SUITE build voucher being reset for $TARGET: BUILD#$BUILD"
-fi
-
-# collect additional build voucher information
-DATE=`date '+%Y/%m/%d %H:%M'`
-if  $RUNNING_ON_WIN = "1" ; then
-    USER=`logname`
-else
-    USER=`whoami`
-fi
-
-HOST=`hostname | tr 'A-Z' 'a-z'`
-# remap Paradyn/DynInst account addresses
-if  "$USER" = "paradyn" ; then
-    if  "$SUITE" = "DynInst" ; then
-        USER="dyninst"
-        HOST="cs.umd.edu"
-    else
-        HOST="cs.wisc.edu"
-    fi
-fi
-
-cat << EOF > $V_FILE
-/* Automated build version identification */
-extern const char V_$TARGET;
-       const char V_$TARGET =
-    "\$$SUITE: $RELEASE $TARGET #$BUILD $DATE $USER@$HOST \$";
-EOF
-
-echo "     \$$SUITE: $RELEASE $TARGET #$BUILD $DATE $USER@$HOST \$"
-
-exit 0

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/h/sw_c.h Deleted

@@ -1,64 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#if !defined(SW_C_H_)
-#define SW_C_H_
-
-typedef struct {
-   void *walker;
-} walker_t;
-
-typedef struct {
-   void *frame;
-} frame_t;
-   
-walker_t newWalkerLocal();
-walker_t newWalkerAttach(int pid);
-walker_t newWalkerCreate(char *executable, char **args);
-
-int walkStack(walker_t walker, frame_t **out_frames, unsigned int *out_frames_size);
-int walkStackFromFrame(walker_t walker, frame_t frame, frame_t **out_frames, 
-                       unsigned int *out_frames_size);
-int walkSingleFrame(walker_t walker, frame_t frame, frame_t *out_frame);
-int getInitialFrame(walker_t walker, frame_t *out_frame);
-
-unsigned long frameGetReturnAddress(frame_t frame);
-unsigned long frameGetFramePointer(frame_t frame);
-unsigned long frameGetStackPointer(frame_t frame);
-int frameGetName(frame_t frame, char **buffer);
-int frameGetLibOffset(frame_t frame, char **libname, unsigned long *offset);
-int frameIsTopFrame(frame_t frame);
-int frameIsBottomFrame(frame_t frame);
-
-int freeStackwalk(frame_t *frames, unsigned int frames_size);
-int freeFrame(frame_t *frame);
-int freeName(char *name);
-
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/firstparty.C Deleted

@@ -1,105 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#include "stackwalk/h/swk_errors.h"
-#include "stackwalk/h/symlookup.h"
-#include "stackwalk/h/walker.h"
-#include "stackwalk/h/procstate.h"
-#include "stackwalk/h/framestepper.h"
-
-#include <string>
-#include <string.h>
-#include <assert.h>
-
-using namespace Dyninst;
-using namespace Dyninst::Stackwalker;
-
-ProcDebug *ProcDebug::newProcDebug(PID, std::string)
-{
-   setLastError(err_unsupported, "Third party stackwalking not supported on " \
-                "this platform");
-   return NULL;
-}
-
-ProcDebug *ProcDebug::newProcDebug(std::string, 
-                                   const std::vector<std::string> &)
-{
-   setLastError(err_unsupported, "Third party stackwalking not supported on " \
-                "this platform");
-   return NULL;
-}
-
-DebugEvent ProcDebug::debug_get_event(bool)
-{
-   assert(0);
-   return DebugEvent();
-}
-
-int ProcDebug::getNotificationFD()
-{
-   return -1;
-}
-
-ThreadState* ThreadState::createThreadState(ProcDebug *parent,
-                                            Dyninst::THR_ID,
-                                            bool)
-{
-   ThreadState *ts = new ThreadState(parent, 0);
-   return ts;
-}
-
-Dyninst::Architecture ProcDebug::getArchitecture()
-{
-   return Dyninst::Arch_none;
-}
-
-void int_walkerSet::addToProcSet(ProcDebug *)
-{
-}
-
-void int_walkerSet::eraseFromProcSet(ProcDebug *)
-{
-}
-
-void int_walkerSet::clearProcSet()
-{
-}
-
-void int_walkerSet::initProcSet()
-{
-   procset = NULL;
-}
-
-bool int_walkerSet::walkStacksProcSet(CallTree &, bool &bad_plat)
-{
-   bad_plat = true;
-   return false;
-}
-

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/sw_c.C Deleted

@@ -1,238 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-extern "C" {
-#include "stackwalk/h/sw_c.h"
-}
-
-#include "stackwalk/h/walker.h"
-#include "stackwalk/h/frame.h"
-
-using namespace Dyninst;
-using namespace Stackwalker;
-using namespace std;
-
-walker_t newWalkerLocal()
-{
-   walker_t ret;
-   ret.walker = (void *) Walker::newWalker();
-   return ret;
-}
-
-walker_t newWalkerAttach(int pid)
-{
-   walker_t ret;
-   ret.walker = (void *) Walker::newWalker(pid);
-   return ret;
-}
-
-walker_t newWalkerCreate(char *executable, char **args)
-{
-   vector<string> cpp_args;
-   while (*args) {
-      cpp_args.push_back(*args);
-      args++;
-   }
-   string cpp_executable(executable);
-
-   walker_t ret;
-   ret.walker = (void *) Walker::newWalker(cpp_executable, cpp_args);
-   return ret;
-}
-
-int walkStack(walker_t walker, frame_t **out_frames, unsigned int *out_frames_size)
-{
-   Walker *w = (Walker *) walker.walker;
-   
-   vector<Frame> frames;
-   bool result = w->walkStack(frames);
-   if (!frames.size())
-      return -1;
-   
-   *out_frames = (frame_t *) malloc(sizeof(frame_t) * frames.size());
-   if (!*out_frames)
-      return -1;
-   
-   unsigned j=0;
-   for (vector<Frame>::iterator i = frames.begin(); i != frames.end(); i++, j++) {
-      (*out_frames)j.frame = (void *) new Frame(*i);
-   }
-   *out_frames_size = frames.size();
-
-   return result ? 0 : -1;
-}
-
-int walkStackFromFrame(walker_t walker, frame_t frame, frame_t **out_frames,
-                       unsigned int *out_frames_size)
-{
-   Walker *w = (Walker *) walker.walker;
-   Frame *f = (Frame *) frame.frame;
-   
-   vector<Frame> frames;
-   bool result = w->walkStackFromFrame(frames, *f);
-   if (!frames.size())
-      return -1;
-   
-   *out_frames = (frame_t *) malloc(sizeof(frame_t) * frames.size());
-   if (!*out_frames)
-      return -1;
-   
-   unsigned j=0;
-   for (vector<Frame>::iterator i = frames.begin(); i != frames.end(); i++, j++) {
-      (*out_frames)j.frame = (void *) new Frame(*i);
-   }
-   *out_frames_size = frames.size();
-
-   return result ? 0 : -1;
-}
-
-
-int walkSingleFrame(walker_t walker, frame_t frame, frame_t *out_frame)
-{
-   Walker *w = (Walker *) walker.walker;
-   Frame *f = (Frame *) frame.frame;
-
-   Frame oframe(w);
-   bool result = w->walkSingleFrame(*f, oframe);
-   if (!result) 
-      return -1;
-
-   out_frame->frame = (void *) new Frame(oframe);
-   return 0;
-}
-
-int getInitialFrame(walker_t walker, frame_t *out_frame)
-{   
-   Walker *w = (Walker *) walker.walker;
-
-   Frame oframe(w);
-   bool result = w->getInitialFrame(oframe);
-   if (!result) 
-      return -1;
-   
-   out_frame->frame = (void *) new Frame(oframe);
-   return 0;
-}
-
-unsigned long frameGetReturnAddress(frame_t frame)
-{
-   Frame *f = (Frame *) frame.frame;
-   return f->getRA();
-}
-
-unsigned long frameGetFramePointer(frame_t frame)
-{
-   Frame *f = (Frame *) frame.frame;
-   return f->getFP();
-}
-
-unsigned long frameGetStackPointer(frame_t frame)
-{
-   Frame *f = (Frame *) frame.frame;
-   return f->getSP();
-}
-
-int frameGetName(frame_t frame, char **buffer)
-{
-   Frame *f = (Frame *) frame.frame;
-   std::string name;
-   bool result = f->getName(name);
-   if (!result)
-      return -1;
-
-   unsigned int name_length = (unsigned int) name.length();
-   *buffer = (char *) malloc(name_length+1);
-   strncpy(*buffer, name.c_str(), name_length);
-   (*buffer)name_length = '\0';
-
-   return 0;
-}
-
-int frameGetLibOffset(frame_t frame, char **libname, unsigned long *offset)
-{
-   Frame *f = (Frame *) frame.frame;
-
-   Dyninst::Offset dyn_offset;
-   std::string name;
-   void *extra_handle = NULL;
-   bool result = f->getLibOffset(name, dyn_offset, extra_handle);
-   if (!result)
-      return -1;
-
-   if (*libname) {
-      unsigned int name_length = (unsigned int) name.length();
-      *libname = (char *) malloc(name_length+1);
-      strncpy(*libname, name.c_str(), name_length);
-      (*libname)name_length = '\0';
-   }
-
-   if (*offset) {
-      *offset = (unsigned long) dyn_offset;
-   }
-
-   return 0;
-}
-
-int frameIsTopFrame(frame_t frame)
-{
-   Frame *f = (Frame *) frame.frame;
-   return f->isTopFrame() ? 1 : 0;
-}
-
-int frameIsBottomFrame(frame_t frame)
-{
-   Frame *f = (Frame *) frame.frame;
-   return f->isBottomFrame() ? 1 : 0;
-}
-
-int freeStackwalk(frame_t *frames, unsigned int frames_size)
-{
-   for (unsigned i=0; i<frames_size; i++) {
-      freeFrame(frames+i);
-   }
-   free(frames);
-   return 0;
-}
-
-int freeFrame(frame_t *frame)
-{
-   Frame *f = (Frame *) frame->frame;
-   if (!f)
-      return -1;
-   delete f;
-   frame->frame = NULL;
-   return 0;
-}
-
-int freeName(char *name)
-{
-   free(name);
-   return 0;
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/doc/API/Symtab/.DS_Store Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/Symtab-deprecated.C Deleted

@@ -1,56 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-/* Lookup functions defined in class Symtab. Separated to reduce file size and classify. */
-
-
-
-#include <stdio.h>
-#include <stdlib.h>
-#include <assert.h>
-#include <string.h>
-#include <algorithm>
-
-#include "common/src/Timer.h"
-#include "common/src/debugOstream.h"
-#include "common/src/pathName.h"
-
-#include "Symtab.h"
-#include "Module.h"
-#include "Collections.h"
-#include "Aggregate.h"
-#include "Function.h"
-#include "Variable.h"
-
-#include "symtabAPI/src/Object.h"
-
-using namespace Dyninst;
-using namespace Dyninst::SymtabAPI;
-using namespace std;

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/emitElfStatic-ppc32.C Deleted

@@ -1,744 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-/* 
- * holds architecture specific functions for x86 and x86_64 architecture needed for the
- * static executable rewriter
- */
-
-#include <cstdlib>
-#include <cstdio>
-#include <cassert>
-#include <iostream>
-#include <set>
-#include <map>
-#include <sstream>
-
-#include "emitElfStatic.h"
-#include "Symtab.h"
-#include "Symbol.h"
-#include "Archive.h"
-#include "Object.h"
-#include "Region.h"
-#include "debug.h"
-
-using namespace Dyninst;
-using namespace Dyninst::SymtabAPI;
-
-static const unsigned PPC32_WIDTH = 4;
-static const unsigned PPC64_WIDTH = 8;
-
-static const Elf64_Word X86_HEADER = 0xffffffff;
-static const Elf64_Word X86_TRAILER = 0x00000000;
-static const Elf64_Xword X86_64_HEADER = 0xffffffffffffffffULL;
-static const Elf64_Xword X86_64_TRAILER = 0x0000000000000000ULL;
-
-unsigned int setBits(unsigned int target, unsigned int pos, unsigned int len, unsigned int value) {
-	rewrite_printf("setBits target 0x%lx value 0x%lx pos %d len %d \n", target, value, pos, len);
-    unsigned int mask;
-    mask = ~(~0 << len);
-    value = value & mask;
-
-    mask = ~(mask << pos);
-    value = value << pos;
-
-    target = target & mask;
-    target = target | value;
-	rewrite_printf( "setBits target 0x%lx value 0x%lx pos %d len %d \n", target, value, pos, len);
-	return target;
-}
-
-#if defined(os_freebsd)
-#define R_X86_64_JUMP_SLOT R_X86_64_JMP_SLOT
-#endif
-
-// Used in an assert so needs to be a macro
-#define UNKNOWN_ADDRESS_WIDTH_ASSERT "An unknown address width was encountered, can't continue"
-
-/* NOTE:
- * As most of these functions are defined per architecture, the description of
- * each of these functions is in the emitElfStatic header. Comments describing
- * the function interface are explicitly left out.
- */
-
-/** 
- *
- * Given a relocation, determines if the relocation corresponds to a .ctors or .dtors
- * table that requires special consideration. Modifies the passed symbol offset to
- * point to the right table, if applicable.
- *
- * rel          The relocation entry to examine
- * globalOffset The offset of the linked code (used for symbol offset calculation)
- * lmap         Holds information about .ctors/.dtors tables
- * errMsg       Set on error
- * symbolOffset Modified by this routine to contain the offset of the table
- *
- * Returns true, if there are no errors including the case where the relocation 
- * entry doesn't reference the .ctors/.dtors tables.
- */
-
-static bool computeCtorDtorAddress(relocationEntry &rel, Offset globalOffset,
-        LinkMap &lmap, string &errMsg, Offset &symbolOffset)
-{
-    if( rel.name() ==  SYMTAB_CTOR_LIST_REL ) {
-        // This needs to be: (the location of the .ctors table)
-        if( lmap.newCtorRegions.size() > 0 ) {
-            symbolOffset = lmap.ctorRegionOffset + globalOffset;
-        }else if( lmap.originalCtorRegion != NULL ) {
-            symbolOffset = lmap.originalCtorRegion->getMemOffset();
-        }else{
-            errMsg = "Failed to locate original .ctors Region -- cannot apply relocation";
-            rewrite_printf("Failed to locate original .ctors Region -- cannot apply relocation\n");
-            return false;
-        }
-    }else if( rel.name() == SYMTAB_DTOR_LIST_REL ) {
-        // This needs to be: (the location of the .dtors table)
-        if( lmap.newDtorRegions.size() > 0 ) {
-            symbolOffset = lmap.dtorRegionOffset + globalOffset;
-        }else if( lmap.originalDtorRegion != NULL ) {
-            symbolOffset = lmap.originalDtorRegion->getMemOffset();
-        }else{
-            errMsg = "Failed to locate original .dtors Region -- cannot apply relocation";
-            rewrite_printf("Failed to locate original .dtors Region -- cannot apply relocation\n");
-            return false;
-        }
-    }
-
-    return true;
-}
-
-
-bool emitElfStatic::archSpecificRelocation(Symtab *, Symtab *, char *targetData, relocationEntry &rel,
-       Offset dest, Offset relOffset, Offset globalOffset, LinkMap &lmap,
-       string &errMsg) 
-{
-	rewrite_printf(" archSpecificRelocation %s  \n",  rel.name().c_str());
-    if( PPC32_WIDTH == addressWidth_ ) {
-	int relocation_length = sizeof(Elf32_Word)*8; // in bits
-	int relocation_pos = 0; // in bits
-	int branch_pred = -1;
-        /*
-         * Referring to the SYSV 386 supplement:
-         *
-         * All relocations on x86 are one word32 == Elf32_Word
-         *
-         * S = symbolOffset
-         * A = addend
-         * P = relOffset
-         */
-       
-        Offset symbolOffset = rel.getDynSym()->getOffset();
-
-        Elf32_Word addend;
-        if( rel.regionType() == Region::RT_REL ) {
-            memcpy(&addend, &targetDatadest, sizeof(Elf32_Word));
-        }else if( rel.regionType() == Region::RT_RELA ) {
-            addend = rel.addend();
-        }
-        
-	if(!computeCtorDtorAddress(rel, globalOffset, lmap, errMsg, symbolOffset)) {
-		return false;
-	}
-
-        rewrite_printf("relocation for '%s': TYPE = %s(%lu) S = %lx A = %lx P = %lx\n",
-                rel.name().c_str(), 
-                relocationEntry::relType2Str(rel.getRelType(), addressWidth_),
-                rel.getRelType(), symbolOffset, addend, relOffset);
-
-        Offset relocation = 0;
-        map<Symbol *, Offset>::iterator result;
-        stringstream tmp;
-
-        switch(rel.getRelType()) {
-
-/* PowerPC relocations defined by the ABIs */
-case R_PPC_NONE:/*            0 */
-	break;
-case R_PPC_ADDR32:/*          1        32bit absolute address */
-	relocation = symbolOffset + addend;
-	break;
-case R_PPC_ADDR24:/*          2        26bit address, 2 bits ignored.  */
-      	relocation_length = 26;
-      	relocation_pos = 2;
-	relocation = (symbolOffset + addend) >> 2;
-	break;
-case R_PPC_ADDR16:/*          3        16bit absolute address */
-      	relocation_length = 16;
-      	relocation_pos = 16;
-	relocation = symbolOffset + addend;
-	break;
-case R_PPC_ADDR16_LO:/*       4        lower 16bit of absolute address */
-      	relocation_length = 16;
-      	relocation_pos = 0;
-      	relocation = symbolOffset + addend;
-	relocation = (relocation & 0xffff);
-	break;
-case R_PPC_ADDR16_HI:/*       5        high 16bit of absolute address */
-	relocation_length = 16;
-     	relocation_pos = 0;
-      	relocation = symbolOffset + addend;
-	relocation = ((relocation >> 16) & 0xffff);
-	break;
-case R_PPC_ADDR16_HA:/*       6        adjusted high 16bit */
-	relocation_length = 16;
-     	relocation_pos = 0;
-        relocation = symbolOffset + addend;
-        relocation = (((relocation >> 16) + ((relocation & 0x8000)? 1:0)) & 0xffff);
-      	break;
-case R_PPC_ADDR14:/*          7        16bit address, 2 bits ignored */
-	relocation_length = 14;
-     	relocation_pos = 16;
-	relocation = (symbolOffset + addend) >> 2;
-	break;
-case R_PPC_ADDR14_BRTAKEN:/*  8 */
-	relocation_length = 14;
-     	relocation_pos = 16;
-	relocation = (symbolOffset + addend) >> 2;
-	// bit 10 is set
-	branch_pred = 1;
-	break;
-case R_PPC_ADDR14_BRNTAKEN:/* 9 */
-	relocation_length = 14;
-     	relocation_pos = 16;
-	relocation = (symbolOffset + addend) >> 2;
-	// bit 10 is set
-	branch_pred = 0;
-	break;
-case R_PPC_REL24:/*           10       PC relative 26 bit */
-	relocation_length = 24;
-      	relocation_pos = 2;
-        relocation = (symbolOffset + addend - relOffset) >> 2;
-      	break;
-case R_PPC_REL14:/*           11       PC relative 16 bit */
-	relocation_length = 14;
-     	relocation_pos = 16;
-        relocation = (symbolOffset + addend - relOffset) >> 2;
-      	break;
-case R_PPC_REL14_BRTAKEN:/*   12*/
-	relocation_length = 14;
-     	relocation_pos = 16;
-        relocation = (symbolOffset + addend - relOffset) >> 2;
-	branch_pred = 1;
-      	break;
-case R_PPC_REL14_BRNTAKEN:/*  13*/
-	relocation_length = 14;
-     	relocation_pos = 16;
-        relocation = (symbolOffset + addend - relOffset) >> 2;
-	branch_pred = 0;
-      	break;
-case R_PPC_GOT16:/*           14*/
-        result = lmap.gotSymbols.find(rel.getDynSym());
-        if( result == lmap.gotSymbols.end() ) {
-            errMsg = "Expected GOT symbol does not exist in GOT symbol mapping";
-            return false;
-        }
-        relocation = result->second;
-	relocation = (relocation) >> 16;
-      	relocation_length = 16;
-      	relocation_pos = 16;
-        break;
-case R_PPC_GOT16_LO:/*        15*/
-        result = lmap.gotSymbols.find(rel.getDynSym());
-        if( result == lmap.gotSymbols.end() ) {
-            errMsg = "Expected GOT symbol does not exist in GOT symbol mapping";
-            return false;
-        }
-        relocation = result->second;
-	relocation = (relocation & 0xffff);
-      	relocation_length = 16;
-      	relocation_pos = 0;
-        break;
-case R_PPC_GOT16_HI:/*        16*/
-        result = lmap.gotSymbols.find(rel.getDynSym());
-        if( result == lmap.gotSymbols.end() ) {
-            errMsg = "Expected GOT symbol does not exist in GOT symbol mapping";
-            return false;
-        }
-        relocation = result->second;
-	relocation = ((relocation >> 16) & 0xffff);
-      	relocation_length = 16;
-      	relocation_pos = 0;
-        break;
-case R_PPC_GOT16_HA:/*        17*/
-        result = lmap.gotSymbols.find(rel.getDynSym());
-        if( result == lmap.gotSymbols.end() ) {
-            errMsg = "Expected GOT symbol does not exist in GOT symbol mapping";
-            return false;
-        }
-        relocation = result->second;
-        relocation = (((relocation >> 16) + ((relocation & 0x8000)? 1:0)) & 0xffff);
-      	relocation_length = 16;
-      	relocation_pos = 0;
-        break;
-case R_PPC_PLTREL24:/*        18*/
-	relocation_length = 24;
-      	relocation_pos = 2;
-	relocation = (symbolOffset + addend - relOffset) >> 2;
-	break;
-case R_PPC_COPY:/*            19*/
-	break;
-case R_PPC_GLOB_DAT:/*        20*/
-	relocation = symbolOffset + addend;
-	break;
-case R_PPC_JMP_SLOT:/*        21*/
-	break;
-case R_PPC_RELATIVE:/*        22*/
-       	tmp << "ERROR: encountered relocation type(" << rel.getRelType() << 
-                ") that is meant for use during dynamic linking";
-        errMsg = tmp.str();
-        return false;
-case R_PPC_LOCAL24PC:/*       23*/
-	relocation_length = 24;
-      	relocation_pos = 2;
-	relocation = (symbolOffset + addend - relOffset) >> 2;
-	break;
-case R_PPC_UADDR32:/*         24*/
-	relocation = symbolOffset + addend ;
-	break;
-case R_PPC_UADDR16:/*         25*/
-      	relocation_length = 16;
-      	relocation_pos = 16;
-	relocation = symbolOffset + addend;
-	break;
-case R_PPC_REL32:/*           26*/
-	relocation = symbolOffset + addend - relOffset;
-        break;
-case R_PPC_PLT32:/*           27*/
-	relocation = symbolOffset + addend;
-        break;
-case R_PPC_PLTREL32:/*        28*/
-	relocation = symbolOffset + addend - relOffset;
-        break;
-case R_PPC_PLT16_LO:/*        29*/
-	relocation = symbolOffset + addend;
-	relocation = (relocation & 0xffff);
-        break;
-case R_PPC_PLT16_HI:/*        30*/
-	relocation = symbolOffset + addend;
-	relocation = ((relocation >> 16) & 0xffff);
-        break;
-case R_PPC_PLT16_HA:/*        31*/
-	relocation = symbolOffset + addend;
-        relocation = (((relocation >> 16) + ((relocation & 0x8000)? 1:0)) & 0xffff);
-        break;
-case R_PPC_SDAREL16:/*        32*/
-case R_PPC_SECTOFF:/*         33*/
-case R_PPC_SECTOFF_LO:/*      34*/
-case R_PPC_SECTOFF_HI:/*      35*/
-case R_PPC_SECTOFF_HA:/*      36*/
-        tmp << "Relocation type " << rel.getRelType() 
-            << " currently unimplemented";
-        errMsg = tmp.str();
-      rewrite_printf(" Relocation type %s  currently unimplemented \n", relocationEntry::relType2Str(rel.getRelType(), addressWidth_));
-        return false;
-
-/* PowerPC relocations defined for the TLS access ABI.  */
-case R_PPC_TLS:/*             67  none      (sym+add)@tls */
-case R_PPC_DTPMOD32:/*        68  word32    (sym+add)@dtpmod */
-case R_PPC_TPREL16:/*         69  half16*   (sym+add)@tprel */
-case R_PPC_TPREL16_LO:/*      70  half16    (sym+add)@tprel@l */
-case R_PPC_TPREL16_HI:/*      71  half16    (sym+add)@tprel@h */
-case R_PPC_TPREL16_HA:/*      72  half16    (sym+add)@tprel@ha */
-case R_PPC_TPREL32:/*         73  word32    (sym+add)@tprel */
-case R_PPC_DTPREL16:/*        74  half16*   (sym+add)@dtprel */
-case R_PPC_DTPREL16_LO:/*     75  half16    (sym+add)@dtprel@l */
-case R_PPC_DTPREL16_HI:/*     76  half16    (sym+add)@dtprel@h */
-case R_PPC_DTPREL16_HA:/*     77  half16    (sym+add)@dtprel@ha */
-case R_PPC_DTPREL32:/*        78  word32    (sym+add)@dtprel */
-case R_PPC_GOT_TLSGD16:/*     79  half16*   (sym+add)@got@tlsgd */
-case R_PPC_GOT_TLSGD16_LO:/*  80  half16    (sym+add)@got@tlsgd@l */
-case R_PPC_GOT_TLSGD16_HI:/*  81  half16    (sym+add)@got@tlsgd@h */
-case R_PPC_GOT_TLSGD16_HA:/*  82  half16    (sym+add)@got@tlsgd@ha */
-case R_PPC_GOT_TLSLD16:/*     83  half16*   (sym+add)@got@tlsld */
-case R_PPC_GOT_TLSLD16_LO:/*  84  half16    (sym+add)@got@tlsld@l */
-case R_PPC_GOT_TLSLD16_HI:/*  85  half16    (sym+add)@got@tlsld@h */
-case R_PPC_GOT_TLSLD16_HA:/*  86  half16    (sym+add)@got@tlsld@ha */
-case R_PPC_GOT_TPREL16:/*     87  half16*   (sym+add)@got@tprel */
-case R_PPC_GOT_TPREL16_LO:/*  88  half16    (sym+add)@got@tprel@l */
-case R_PPC_GOT_TPREL16_HI:/*  89  half16    (sym+add)@got@tprel@h */
-case R_PPC_GOT_TPREL16_HA:/*  90  half16    (sym+add)@got@tprel@ha */
-case R_PPC_GOT_DTPREL16:/*    91  half16*   (sym+add)@got@dtprel */
-case R_PPC_GOT_DTPREL16_LO:/* 92  half16*   (sym+add)@got@dtprel@l */
-case R_PPC_GOT_DTPREL16_HI:/* 93  half16*   (sym+add)@got@dtprel@h */
-case R_PPC_GOT_DTPREL16_HA:/* 94  half16*   (sym+add)@got@dtprel@ha */
-      relocation_length = 16;
-      relocation_pos = 16;
-      relocation = symbolOffset + addend;
-      rewrite_printf(" Relocation type %s  currently unimplemented \n", relocationEntry::relType2Str(rel.getRelType(), addressWidth_));
-      break;
-
-/* GNU relocs used in PIC code sequences.  */
-/* NOTE: The following relocations are not defined in some elf.h
-   Hence, using numbers instead of name */
-case 249: /*R_PPC_REL16:           249      word32   (sym-.) */
-	relocation_length = 16;
-     	relocation_pos = 16;
-        relocation = symbolOffset + addend - relOffset ;
-      	break;
-case 250: /*R_PPC_REL16_LO:        250      half16   (sym-.)@l */
-	relocation_length = 16;
-     	relocation_pos = 16;
-        relocation = symbolOffset + addend - relOffset ;
-	relocation = (relocation & 0xffff);
-      	break;
-case 251: /*R_PPC_REL16_HI:        251      half16   (sym-.)@h */
-	relocation_length = 16;
-     	relocation_pos = 16;
-        relocation = symbolOffset + addend - relOffset ;
-	relocation = ((relocation >> 16) & 0xffff);
-      	break;
-case 252: /*R_PPC_REL16_HA:        252      half16   (sym-.)@ha */
-	relocation_length = 16;
-     	relocation_pos = 16;
-        relocation = symbolOffset + addend - relOffset ;
-        relocation = (((relocation >> 16) + ((relocation & 0x8000)? 1:0)) & 0xffff);
-      	break;
-/* This is a phony reloc to handle any old fashioned TOC16 references
-   that may still be in object files.  */
-case 255: /*R_PPC_TOC16:              255*/
-      	break;
-
-default:
-     tmp << "Relocation type " << rel.getRelType() 
-         << " currently unimplemented";
-     rewrite_printf(" Relocation type %s  currently unimplemented \n", relocationEntry::relType2Str(rel.getRelType(), addressWidth_));
-     errMsg = tmp.str();
-     return false;
-        }
-
-        rewrite_printf(" relocation = 0x%lx @ 0x%lx target data 0x%lx %lx %lx %lx \n", relocation, relOffset, targetDatadest, targetDatadest+1,  targetDatadest+2,  targetDatadest+3);
-	if (rel.getRelType() == R_PPC_REL24) {
-	unsigned int *td = (unsigned int *) targetData;
-	unsigned int target;
-	target = tddest/4;
-	target = setBits(target, relocation_pos, relocation_length, relocation);
-        memcpy(&targetDatadest, &target, sizeof(Elf32_Word));
-	} else {
-	unsigned int *td = (unsigned int *) targetData;
-	unsigned int target;
-	target = tddest/4;
-	target = setBits(target, relocation_pos, relocation_length, relocation);
-        memcpy(&tddest/4, &target, sizeof(Elf32_Word));
-//        memcpy(&targetDatadest, r+2, relocation_size);
-        rewrite_printf(" relocation = 0x%lx @ 0x%lx target data 0x%lx %lx %lx %lx \n", relocation, relOffset, targetDatadest, targetDatadest+1,  targetDatadest+2,  targetDatadest+3);
-	}
-    if (branch_pred >= 0) {
-	unsigned int *td = (unsigned int *) targetData;
-	unsigned int target;
-	target = tddest/4;
-	target = setBits(target, 10, 1, branch_pred);
-        memcpy(&tddest/4, &target, sizeof(Elf32_Word));
-    } 
-
-    } else{
-        assert(!UNKNOWN_ADDRESS_WIDTH_ASSERT);
-    }
-    return true;
-}
-
-bool emitElfStatic::checkSpecialCaseSymbols(Symtab *, Symbol *) {
-    return true;
-}
-
-/* The TLS implementation on ppc is Variant 1 */
-
-Offset emitElfStatic::layoutTLSImage(Offset globalOffset, Region *dataTLS, Region *bssTLS, LinkMap &lmap) {
-    return tlsLayoutVariant1(globalOffset, dataTLS, bssTLS, lmap);
-}
-
-Offset emitElfStatic::adjustTLSOffset(Offset curOffset, Offset tlsSize) {
-    return curOffset;
-}
-
-char emitElfStatic::getPaddingValue(Region::RegionType rtype) {
-   // TODO: if this matters, we can noop-pad by returning an unsigned
-   // instead of a char...
-   return 0x0;
-}
-
-void emitElfStatic::cleanupTLSRegionOffsets(map<Region *, LinkMap::AllocPair> &regionAllocs,
-        Region *dataTLS, Region *bssTLS) 
-{
-    tlsCleanupVariant2(regionAllocs, dataTLS, bssTLS);
-}
-
-static const string CTOR_NAME(".ctors");
-static const string DTOR_NAME(".dtors"); 
-Offset emitElfStatic::layoutNewCtorRegion(LinkMap &lmap) {
-    /* 
-     * .ctors sections are processed in reverse order on Linux x86. New .ctors
-     * sections need to be placed before the original .ctors section
-     */
-
-    Offset retOffset = lmap.ctorRegionOffset;
-    retOffset += addressWidth_;
-
-    pair<map<Region *, LinkMap::AllocPair>::iterator, bool> result;
-
-    for(auto reg_it = lmap.newCtorRegions.begin(); reg_it != lmap.newCtorRegions.end(); ++reg_it) {
-        result = lmap.regionAllocs.insert(make_pair(*reg_it, make_pair(0, retOffset)));
-
-        // If the map already contains this Region, this is a logic error
-        if( !result.second ) {
-            return ~0UL;
-        }
-
-        retOffset += (*reg_it)->getDiskSize();
-    }
-
-    if( lmap.originalCtorRegion != NULL ) {
-        // Account for original .ctors section (minus the header and trailer)
-        retOffset += lmap.originalCtorRegion->getDiskSize() - addressWidth_ - addressWidth_;
-    }
-    retOffset += addressWidth_;
-
-    return retOffset;
-
-	return 0;
-}
-
-bool emitElfStatic::createNewCtorRegion(LinkMap &lmap) {
-    char *targetData = lmap.allocatedData;
-
-    if( PPC32_WIDTH != addressWidth_ && PPC64_WIDTH != addressWidth_ ) {
-        assert(!UNKNOWN_ADDRESS_WIDTH_ASSERT);
-    }
-
-    unsigned trailerSize, headerSize;
-
-    /* Give the new Region a header and trailer */
-    Offset headerOffset = lmap.ctorRegionOffset;
-    Offset trailerOffset;
-    if( PPC32_WIDTH == addressWidth_ ) {
-        memcpy(&targetDataheaderOffset, &X86_HEADER, sizeof(X86_HEADER));
-        trailerOffset = lmap.ctorRegionOffset + lmap.ctorSize - sizeof(X86_TRAILER);
-        memcpy(&targetDatatrailerOffset, &X86_TRAILER, sizeof(X86_TRAILER));
-        headerSize = sizeof(X86_HEADER);
-        trailerSize = sizeof(X86_TRAILER);
-    }else{
-        memcpy(&targetDataheaderOffset, &X86_64_HEADER, sizeof(X86_64_HEADER));
-        trailerOffset = lmap.ctorRegionOffset + lmap.ctorSize - sizeof(X86_64_TRAILER);
-        memcpy(&targetDatatrailerOffset, &X86_64_TRAILER, sizeof(X86_64_TRAILER));
-        headerSize = sizeof(X86_64_HEADER);
-        trailerSize = sizeof(X86_64_TRAILER);
-    }
-
-    if( lmap.originalCtorRegion != NULL ) {
-        /* Determine where the original .ctors section should be placed */
-        Offset originalOffset = lmap.ctorRegionOffset + lmap.ctorSize -
-            trailerSize - (lmap.originalCtorRegion->getDiskSize() - headerSize - trailerSize);
-
-        /* Copy the original .ctors section w/o the header and trailer */
-        char *rawRegionData = reinterpret_cast<char *>(lmap.originalCtorRegion->getPtrToRawData());
-        memcpy(&targetDataoriginalOffset, &rawRegionDataheaderSize,
-                lmap.originalCtorRegion->getDiskSize() - headerSize - trailerSize);
-    }
-
-    return true;
-}
-
-
-Offset emitElfStatic::layoutNewDtorRegion(LinkMap &lmap) {
-    /*
-     * .dtors sections are processed in forward order on Linux x86. So new
-     * .dtors sections need to be placed after the original .dtors section
-     */
-
-    Offset retOffset = lmap.dtorRegionOffset;
-    retOffset += addressWidth_;
-
-    pair<map<Region *, LinkMap::AllocPair>::iterator, bool> result;
-    if( lmap.originalDtorRegion != NULL ) {
-        // Account for the original .dtors section (minus the header and trailer)
-        retOffset += lmap.originalDtorRegion->getDiskSize() - addressWidth_ - addressWidth_;
-    }
-
-    for(auto reg_it = lmap.newDtorRegions.begin(); reg_it != lmap.newDtorRegions.end(); ++reg_it) {
-        result = lmap.regionAllocs.insert(make_pair(*reg_it, make_pair(0, retOffset)));
-
-        // If the map already contains this Region, this is a logic error
-        if( !result.second ) {
-            return ~0UL;
-        }
-
-        retOffset += (*reg_it)->getDiskSize();
-    }
-
-    retOffset += addressWidth_;
-    return retOffset;
-
-	return 0;
-}
-
-bool emitElfStatic::createNewDtorRegion(LinkMap &lmap) {
-    char *targetData = lmap.allocatedData;
-
-    if( PPC32_WIDTH != addressWidth_ && PPC64_WIDTH != addressWidth_ ) {
-        assert(!UNKNOWN_ADDRESS_WIDTH_ASSERT);
-    }
-
-    unsigned headerSize, trailerSize;
-
-    /* Give the new Region a header and trailer */
-    Offset headerOffset = lmap.dtorRegionOffset;
-    Offset trailerOffset;
-    if( PPC32_WIDTH == addressWidth_ ) {
-        memcpy(&targetDataheaderOffset, &X86_HEADER, sizeof(X86_HEADER));
-        trailerOffset = lmap.dtorRegionOffset + lmap.dtorSize - sizeof(X86_TRAILER);
-        memcpy(&targetDatatrailerOffset, &X86_TRAILER, sizeof(X86_TRAILER));
-        headerSize = sizeof(X86_HEADER);
-        trailerSize = sizeof(X86_TRAILER);
-    }else{
-        memcpy(&targetDataheaderOffset, &X86_64_HEADER, sizeof(X86_64_HEADER));
-        trailerOffset = lmap.dtorRegionOffset + lmap.dtorSize - sizeof(X86_64_TRAILER);
-        memcpy(&targetDatatrailerOffset, &X86_64_TRAILER, sizeof(X86_64_TRAILER));
-        headerSize = sizeof(X86_64_HEADER);
-        trailerSize = sizeof(X86_64_TRAILER);
-    }
-
-    if( lmap.originalDtorRegion != NULL ) {
-        /* Determine where the original .dtors section should be placed */
-        Offset originalOffset = lmap.dtorRegionOffset + headerSize;
-
-        /* Copy the original .dtors section w/o header and trailer */
-        char *rawRegionData = reinterpret_cast<char *>(lmap.originalDtorRegion->getPtrToRawData());
-        memcpy(&targetDataoriginalOffset, &rawRegionDataheaderSize,
-                lmap.originalDtorRegion->getDiskSize() - headerSize - trailerSize);
-    }
-
-    return true;
-
-}
-
-bool emitElfStatic::isConstructorRegion(Region *reg) {
-	return ( CTOR_NAME.compare(reg->getRegionName()) == 0 );
-
-}
-
-bool emitElfStatic::isDestructorRegion(Region *reg) {
-	return ( DTOR_NAME.compare(reg->getRegionName()) == 0 );
-}
-
-bool emitElfStatic::isGOTRegion(Region *) {
-	return false;
-}
-
-bool emitElfStatic::isGOTRelocation(unsigned long relType) {
-    if( PPC32_WIDTH == addressWidth_ ) {
-        switch(relType) {
-            case R_PPC_GOT16:
-            case R_PPC_GOT16_LO:
-            case R_PPC_GOT16_HI:
-            case R_PPC_GOT16_HA:
-            case R_PPC_GOT_TPREL16:
-            case R_PPC_TLS:
-                return true;
-                break;
-            default:
-                return false;
-                break;
-        }
-    } else{
-        assert(!UNKNOWN_ADDRESS_WIDTH_ASSERT);
-    }
-
-    return false;
-}
-
-Offset emitElfStatic::getGOTSize(Symtab *, LinkMap &, Offset &) {
-    return 0;
-}
-
-Offset emitElfStatic::getGOTAlign(LinkMap &) {
-    return 0;
-}
-
-void emitElfStatic::buildGOT(Symtab *, LinkMap &) {
-}
-
-void emitElfStatic::getExcludedSymbolNames(set<string> &) {
-}
-
-Offset emitElfStatic::allocStubRegions(LinkMap &lmap, Offset) {
-   // Size 0
-   return lmap.stubRegionOffset;
-}
-
-bool emitElfStatic::updateTOC(Symtab *, LinkMap &, Offset) {
-  return true;
-}
-
-
-bool emitElfUtils::updateRelocation(Symtab *obj, relocationEntry &rel, int library_adjust) {
-    // Currently, only verified on x86 and x86_64 -- this may work on other architectures
-    Region *targetRegion = obj->findEnclosingRegion(rel.rel_addr());
-    if( NULL == targetRegion ) {
-        rewrite_printf("Failed to find enclosing Region for relocation");
-        return false;
-    }
-
-    unsigned addressWidth = obj->getAddressWidth();
-    if( addressWidth == 8 ) {
-        switch(rel.getRelType()) {
-            case R_PPC64_IRELATIVE:
-            case R_PPC64_RELATIVE:
-                rel.setAddend(rel.addend() + library_adjust);
-                break;
-/*          case R_PPC64_JMP_SLOT:
- *            For PowerPC ABI V2, .plt is a nobit section.
- *            We do not need to adjust the relocation entry.
- */
-            default:
-                //fprintf(stderr, "Unimplemented relType for architecture: %d\n", rel.getRelType());
-                //assert(0);
-                break;
-        }
-    }
-
-    // XXX The GOT also holds a pointer to the DYNAMIC segment -- this is currently not
-    // updated. However, this appears to be unneeded for regular shared libraries.
-
-    // From the SYS V ABI x86 supplement
-    // "The table's entry zero is reserved to hold the address of the dynamic structure,
-    // referenced with the symbol _DYNAMIC. This allows a program, such as the
-    // dynamic linker, to find its own dynamic structure without having yet processed
-    // its relocation entries. This is especially important for the dynamic linker, because
-    // it must initialize itself without relying on other programs to relocate its memory
-    // image."
-
-    // In order to implement this, would have determine the final address of a new .dynamic
-    // section before outputting the patched GOT data -- this will require some refactoring.
-
-    //rewrite_printf("WARNING: updateRelocation is not implemented on this architecture\n");
-    //(void) obj; (void) rel; (void) library_adjust; //silence warnings
-
-    return true;
-}
-

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/parseStab.C Deleted

@@ -1,2419 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#include <ctype.h>
-#include <iostream>
-
-#include "symutil.h"
-#include "Symtab.h" // For looking up compiler type
-#include "Symbol.h" 
-#include "Function.h"
-#include "Variable.h"
-#include "Module.h" 
-#include "Collections.h"
-#include "annotations.h"
-#include "common/src/headers.h"
-#include "Type-mem.h"
-
-#include "debug.h"
-
-using namespace Dyninst;
-using namespace Dyninst::SymtabAPI;
-
-/*
-#include "BPatch.h"
-#include "debug.h"
-*/
-
-extern std::string symt_current_func_name;
-extern std::string symt_current_mangled_func_name;
-extern Function *symt_current_func;
-namespace Dyninst{
-namespace SymtabAPI{
-    std::string parseStabString(Module *mod, int linenum, char *stabstr, 
-		      int framePtr, typeCommon *commonBlock = NULL);
-}
-}
-
-// Forward references for parsing routines
-static int parseSymDesc(char *stabstr, int &cnt);
-static boost::shared_ptr<Type> parseConstantUse(Module *, char *stabstr, int &cnt);
-static char *parseTypeDef(Module *, char *stabstr, 
-                          const char *name, int ID, unsigned int sizeHint = 0);
-static int parseTypeUse(Module*, char *&stabstr, int &cnt,
-                        const char *name);
-static inline bool isSymId(char ch);
-static std::string getIdentifier(char *stabstr, int &cnt, bool stopOnSpace=false);
-
-static std::string currentRawSymbolName;
-
-std::string convertCharToString(const char *ptr){
-    if(ptr)
-        return ptr;
-    else
-        return "";
-}
-
-//
-// Start of code to parse Stab information.
-//    The structure of this code is a recursive decent parser that parses
-//    information in stab records and builds up the corresponding BPatch_types.
-//    
-//    Each non-terminal in the grammer has a function of the form parse<NT>.
-//	
-//    The grammar for a non-terminal appears in the comments just before
-//    the non-terminal parsing function
-//	
-
-void vectorNameMatchKLUDGE(char *demangled_sym, std::vector<Function *> &bpfv, std::vector<int> &matches)
-{
-  // iterate through all matches and demangle names with extra parameters, compare
-  for (unsigned int i = 0; i < bpfv.size(); ++i) {
-    std::string l_mangled;
-    std::vector<Symbol *> syms;
-    bpfvi->getSymbols(syms);
-    if (syms.size()) {
-        l_mangled = syms0->getMangledName();
-        
-        std::string l_demangled_raw = P_cplus_demangle(l_mangled);
-        
-        if (l_demangled_raw == demangled_sym) {
-           matches.push_back(i);
-        }
-    }
-  } /* end iteration over function vector */
-}
-
-Function *mangledNameMatchKLUDGE(const char *pretty, const char *mangled, 
-					Module *mod)
-{
-
-  std::vector<Function *> bpfv;
-  if (!mod->exec()->findFunctionsByName(bpfv, pretty)) {
-     //cerr << __FILE__ << __LINE__ << ":  KLUDGE Cannot find " << pretty << endl;
-     return NULL;  // no pretty name hits, expecting multiple
-  }
-
-  //cerr << __FILE__ << __LINE__ << ":  mangledNameMatchKLUDGE: language = " 
-  //<< mod->getLanguageStr() << endl;
-
-  if (lang_Fortran_with_pretty_debug == mod->language()) {
-      // debug function symbols are presented in "demangled" style.
-      if (bpfv.size() == 1)
-	return bpfv0;
-      else {
-	cerr << __FILE__ << __LINE__ << ":  FIXME!" << endl;
-	return NULL;
-      }
-    }
-
-  // demangle name with extra parameters
-  std::string demangled = P_cplus_demangle( mangled, true );
-  char *demangled_sym = strdup(demangled.c_str());
-
-  std::vector<int> matches;
-
-  vectorNameMatchKLUDGE(demangled_sym, bpfv, matches);
-
-  Function *ret = NULL;
-
-  if (matches.size() == 1) {ret = bpfvmatches0; goto clean_up;}
-  if (matches.size() > 1) goto clean_up;
-  
-  // check in the uninstrumentable pile
-  bpfv.clear();
-  matches.clear();
-
-  vectorNameMatchKLUDGE(demangled_sym, bpfv, matches);
-  if (matches.size() == 1) {ret = bpfvmatches0; goto clean_up;}
-  if (matches.size() > 1) goto clean_up;
-
- clean_up:
-  free( demangled_sym );
-  return ret;
-}
-
-// This function takes the stab stabstring and parses it to create a new 
-// type or variable object.  This function only defines the type/variable 
-// name and ID.
-//
-// <stabString> = <ident>:<symDesc> 			|
-//		  <ident>:c<constantUse>		|
-//		  <ident>:f<symDesc> 			|
-//		  <ident>:f<syymDesc>,<ident>,<ident> 	|
-//		  <ident>:F<typeUse><paramList> 	|
-//		  <ident>:G<typeUse> 			|
-//		  <ident>:r<int> 			|
-//		  <ident>:S<typeUse>			|
-//		  <ident>:pPr<typeUse>		|
-//		  <ident>::T<typeUse>			|
-//		  <ident>:t<typeUse>			|
-//		  <ident>:T<typeUse>			|
-//		  <ident>:v<typeUse>			|
-//		  <ident>:V<symDesc>			|
-//		  <indet>:YTc|Ts
-//
-// <paramList> = | <typeUse>;<paramList> 
-//
-
-std::string Dyninst::SymtabAPI::parseStabString(Module *mod, int linenum, char *stabstr, 
-      int framePtr, typeCommon *commonBlock)
-{
-	typeCollection *tc = typeCollection::getModTypeCollection(mod);
-   int cnt;
-   int ID = 0;
-   int symdescID = 0;
-   int funcReturnID = 0;
-   Function  *fp = NULL;
-   boost::shared_ptr<Type> ptrType;
-   boost::shared_ptr<Type> newType = NULL; // For new types to add to the collection
-   localVar *locVar = NULL;
-   cnt= 0;
-
-   types_printf("parseStabString, mod %p/%s, linenum %d, stabstr %s\n",
-		mod,
-		(mod != NULL) ? mod->fileName().c_str() : "NULL",
-		linenum, 
-		stabstr);
-
-   std::string fName = mod->fileName();
-
-   /* get type or variable name */
-   std::string mangledname = getIdentifier( stabstr, cnt );
-
-   currentRawSymbolName = mangledname;
-   std::string name = P_cplus_demangle( mangledname );
-
-   if ( !name.empty() && stabstrcnt != ':' ) 
-   {
-     types_printf("\t returning name %s\n", name.c_str());
-      return name;
-   }
-
-   if (stabstrcnt == ':') 
-   {
-      // skip to type part
-      cnt++;
-   }
-
-   if (isSymId(stabstrcnt)) 
-   {
-      /* instance of a predefined type */
-
-      ID = parseSymDesc(stabstr, cnt);
-
-      if (stabstrcnt == '=') 
-      {
-         /* More Stuff to parse, call parseTypeDef */
-
-		  stabstr = parseTypeDef(mod, (&stabstrcnt+1), name.c_str(), ID);
-         cnt = 0;
-         ptrType = tc->findOrCreateType(ID, Type::share);
-         if (!symt_current_func) 
-         {
-            // XXX-may want to use N_LBRAC and N_RBRAC to set function scope 
-            // -- jdd 5/13/99
-            // Still need to add to local variable list if in a function
-
-            std::string modName = mod->fileName();
-            //bperr("%s%d Can't find function %s in module %s\n", __FILE__, __LINE__,
-            //     symt_current_mangled_func_name.c_str(), modName);
-            //bperr("Unable to add %s to local variable list in %s\n",
-            //     name.c_str(), symt_current_func_name.c_str());
-         } 
-         else 
-         {
-            locVar = new localVar(name, ptrType, fName, linenum, symt_current_func);
-            VariableLocation loc;
-            loc.stClass = storageRegOffset;
-            loc.refClass = storageNoRef;
-            loc.frameOffset = framePtr;
-            locVar->addLocation(loc);
-            if (!ptrType) {
-               //bperr("adding local var with missing type %s, type = %d\n",
-               //      name, ID);
-            }
-
-            symt_current_func->addLocalVar(locVar);
-         }
-      } 
-      else if (symt_current_func) 
-      {
-         // Try to find the BPatch_Function
-         ptrType = tc->findOrCreateType( ID, Type::share);
-
-         locVar = new localVar(name, ptrType, fName, linenum, symt_current_func);
-         VariableLocation loc;
-         loc.stClass = storageRegOffset;
-         loc.refClass = storageNoRef;
-         loc.frameOffset = framePtr;
-         locVar->addLocation(loc);
-
-         if (!ptrType) 
-         {
-            ////bperr("adding local var with missing type %s, type = %d\n",
-            //	     name, ID);
-         }
-
-         symt_current_func->addLocalVar(locVar);
-      }
-   } 
-   else if (stabstrcnt) 
-   {
-      std::vector<Function *> bpfv;
-
-      switch (stabstrcnt) {
-         case 'f': /*Local Function*/ 
-            {
-               std::string scopeName;
-               std::string lfuncName;
-               cnt++;
-
-               symt_current_func_name = name;
-               symt_current_mangled_func_name = mangledname;
-
-               funcReturnID = parseTypeUse(mod, stabstr, cnt, name.c_str());
-
-               if (stabstrcnt==',') 
-               {
-                  cnt++; 	/*skip the comma*/
-
-                  /* Local Function Name */
-                  lfuncName = getIdentifier(stabstr, cnt);
-
-                  assert(stabstrcnt == ',');
-                  cnt++; 	/*skip the comma*/
-
-                  /* Scope Name of Local Function */
-                  scopeName = getIdentifier(stabstr, cnt);
-
-                  if (stabstrcnt) 
-                  {
-                     //bperr("Extra: %s\n", &stabstrcnt);
-                  }
-               }
-
-               if (!scopeName.length()) 
-               { 
-                  // Not an embeded function
-
-                  ptrType = tc->findOrCreateType(funcReturnID, Type::share);
-                  /*
-                    The shared_ptr type_Untyped is static, so this
-                    otherwise unsafe operation is safe.
-                  */
-                  if ( !ptrType) ptrType = Symtab::type_Untyped();
-
-                  if (!(mod->exec()->findFunctionsByName(bpfv, name)))
-                  {
-                      //showInfoCallback(string("missing local function ") +
-                      //					     name + "\n");
-                      // It's very possible that we might not find a function
-                      // that's a weak reference, and defined in multiple places
-                      // as we only store an object from the last definition
-                      //
-                      // 12/08 - not sure this is necessary anymore
-                      // due to the Function abstraction
-                      fp = NULL;
-                  } 
-                  else 
-                  {
-                     if (bpfv.size() > 1) 
-                     {
-                        // warn if we find more than one function with current_func_name
-                        char msg1024;
-                        sprintf(msg, "%s%d:  found %d functions with name %s, using the first",
-                              __FILE__, __LINE__, (int)bpfv.size(), name.c_str());
-                        // BPatch::bpatch->reportError(BPatchWarning, 0, msg);
-
-                     }
-                     else if (!bpfv.size()) 
-                     {
-                        //bperr("%s%d:  SERIOUS: found 0 functions with name %s",
-                        //       __FILE__, __LINE__, name.c_str());
-                        break;
-                     }
-
-                     fp = bpfv0;
-                     // set return type.
-                     fp->setReturnType(ptrType);
-                  }
-               } 
-               else 
-               {
-                  //bperr("%s is an embedded function in %s\n",name.c_str(), scopeName.c_str());
-               }
-
-               symt_current_func = fp;
-               // skip to end - SunPro Compilers output extra info here - jkh 6/9/3
-               cnt = strlen(stabstr);
-
-               break;
-            }  
-
-         case 'F':/* Global Function */
-            {
-               cnt++; /*skipping 'F' */
-
-               funcReturnID = parseTypeUse(mod, stabstr, cnt, name.c_str());
-
-               symt_current_func_name = name;
-               symt_current_mangled_func_name = mangledname;
-
-               //
-               // For SunPro compilers there may be a parameter list after 
-               //   the return
-               //
-
-               while (stabstrcnt == ';') 
-               {
-                  cnt++;	// skip ';'
-                  (void) parseTypeUse(mod, stabstr, cnt, "");
-               }
-
-               // skip to end - SunPro Compilers output extra info here - jkh 6/9/3
-               cnt = strlen(stabstr);
-
-               ptrType = tc->findOrCreateType(funcReturnID, Type::share);
-               if (!ptrType) ptrType = Symtab::type_Untyped();
-
-               std::vector<Function *>fpv;
-               if (!mod->exec()->findFunctionsByName(fpv, symt_current_mangled_func_name))
-               //if (!mod->findSymbol(fpv, symt_current_mangled_func_name, Symbol::ST_FUNCTION, true)) 
-               {
-                  std::string modName = mod->fileName();
-
-                  if (NULL == (fp = mangledNameMatchKLUDGE(symt_current_func_name.c_str(), 
-                              symt_current_mangled_func_name.c_str(), mod)))
-                  {
-                     //bpwarn("%s L%d - Cannot find global function with mangled name '%s' or pretty name '%s' with return type '%s' in module '%s', possibly extern\n",
-                     //       __FILE__, __LINE__,
-                     //       symt_current_mangled_func_name.c_str(), current_func_name.c_str(),
-                     //       ((ptrType->getMangledName() == NULL) ? "" : ptrType->getMangledName()), 
-                     //       modName);
-                     //char prefix5;
-                     //strncpy(prefix, current_mangled_func_name, 4);
-                     //prefix4 = '\0';
-                     // mod->dumpMangled(prefix);
-                     break;
-                  }
-               }
-               fp = fpv0;
-
-               fp->setReturnType(ptrType);
-               symt_current_func = fp;
-               fpv.clear();
-            }    
-            break;
-
-         case 'U':/* Class Declaration - for Sun Compilers - jkh 6/6/03 */
-         case 'E':/* Extern'd Global ??? - undocumented type for Sun Compilers - jkh 6/6/03 */
-         case 'G':/* Global Varaible */
-            cnt++; /* skip the 'G' */
-
-            {
-            /* Get variable type number */
-            symdescID = parseTypeUse(mod, stabstr, cnt, name.c_str());
-            boost::shared_ptr<Type> BPtype;
-
-            BPtype = tc->findOrCreateType(symdescID, Type::share);
-            if (BPtype) 
-            {
-	      Module *toUse = mod;
-               std::vector<Variable *> ret;
-	       bool result = mod->findVariablesByName(ret, name);
-	       if (!result) {
-		 // Might be in a different module...
-		 if (mod->exec()->getDefaultModule()->findVariablesByName(ret, name))
-		   toUse = mod->exec()->getDefaultModule();
-	       }
-	       for (unsigned i=0; i<ret.size(); i++) {
-		 reti->setType(BPtype);
-	       }
-
-		   typeCollection *tc_to_use = typeCollection::getModTypeCollection(toUse);
-               tc_to_use->addGlobalVariable(BPtype);
-            }
-            else 
-            break;
-            }
-
-         case 'P':	// function parameter passed in a register (GNU/Solaris)
-         case 'R':	// function parameter passed in a register
-         case 'v':	// Fortran Local Variable
-         case 'X':	// Fortran function return Variable (e.g. function name)
-         case 'p': 
-            {	
-               // Function Parameter
-               cnt++; /* skip the 'p' */
-
-               /* Get variable type number */
-               symdescID = parseTypeUse(mod, stabstr, cnt, name.c_str());
-
-               if (stabstrcnt == ';') 
-               {
-                  // parameter type information, not used for now
-                  cnt = strlen(stabstr);
-               } 
-              // else if (stabstrcnt) 
-              // {
-                  //bperr( "\tMore to parse func param %s\n", &stabstrcnt);
-                  //bperr( "\tFull String: %s\n", stabstr);
-               //}
-
-               ptrType = tc->findOrCreateType(symdescID, Type::share);
-               if (!ptrType) ptrType = Symtab::type_Untyped();
-
-               localVar *param;
-
-               param = new localVar(name, ptrType, fName, linenum, symt_current_func);
-               VariableLocation loc;
-               loc.stClass = storageRegOffset;
-               loc.refClass = storageNoRef;
-               loc.frameOffset = framePtr;
-               param->addLocation(loc);
-
-               if (symt_current_func) 
-               {
-                  symt_current_func->addParam(param);
-               } 
-
-               break;
-            }
-
-         case 'c': /* constant */
-            {
-               cnt++; /*move past the 'c' */
-               if (symt_current_mangled_func_name.length()) 
-               {
-                  std::vector<Function *>fpv;
-                  if (mod->exec()->findFunctionsByName(fpv, symt_current_mangled_func_name))
-                  { 
-                     // found function, add parameter
-                     fp = fpv0;	
-                     symt_current_func = fp;
-                  }
-                  fpv.clear();
-               } 
-
-               ptrType = parseConstantUse(mod, stabstr, cnt);
-
-               if (!ptrType) ptrType = Symtab::type_Untyped();
-
-               localVar *var;
-               var = new localVar(name, ptrType, fName, linenum, symt_current_func);
-               VariableLocation loc;
-               loc.stClass = storageRegOffset;
-               loc.refClass = storageNoRef;
-               loc.frameOffset = 0;
-               var->addLocation(loc);
-               if (symt_current_func) {
-                  symt_current_func->addParam(var);
-               }
-            }
-            break;
-
-         case 'r':/* Register Variable */
-            cnt++; /*move past the 'r'*/
-            /* get type reference */
-
-            symdescID = parseSymDesc(stabstr, cnt);
-            break;
-
-         case 'S':/* Global Static Variable */ 
-            {
-               cnt++; /*move past the 'S'*/
-
-               /* get type reference */
-               symdescID = parseTypeUse(mod, stabstr, cnt, name.c_str());
-
-               // lookup symbol and set type
-               boost::shared_ptr<Type> BPtype;
-
-               std::string nameTrailer;
-               if (name.find(".") < name.length()) 
-               {
-                  std::string defaultNameSpace;
-                  defaultNameSpace = name.substr(0,name.find("."));
-                  nameTrailer = name.substr(name.find(".")+1,name.length()-name.find(".")-1);
-                  mod->setDefaultNamespacePrefix(defaultNameSpace);
-               } 
-               else
-               {
-                  nameTrailer = name;
-               }
-
-               BPtype = tc->findOrCreateType(symdescID, Type::share);
-
-               if (BPtype) 
-               {
-                  Symtab *img = mod->exec();
-                  std::vector<Symbol *>syms;
-                  if (img->findSymbol(syms, 
-                                            nameTrailer,
-                                            Symbol::ST_OBJECT,
-                                            mangledName) ||
-		      img->findSymbol(syms, 
-                                            nameTrailer,
-                                            Symbol::ST_OBJECT, 
-                                            mangledName,
-                                            true)) 
-                  {
-		     
-                     tc->addGlobalVariable(BPtype);
-                  }
-               }
-
-               //else 
-               //{
-                  //bperr("ERROR: unable to find type #%d for variable %s\n", 
-                  // symdescID, nameTrailer.c_str());
-               //} 
-
-               break;
-            }
-
-         case 't':	// Type Name 
-            cnt++; /*move past the 't'*/
-
-            /* get type reference */
-            symdescID = parseSymDesc(stabstr, cnt);
-
-            //Create Type.
-            if (stabstrcnt == '=') 
-            {
-               /* More Stuff to parse, call parseTypeDef */
-               //char *oldstabstr = stabstr;
-				stabstr = parseTypeDef(mod, (&stabstrcnt+1), name.c_str(), symdescID);
-               cnt = 0;
-            } 
-            else 
-            {
-               //Create Type defined as a pre-exisitng type.
-
-               ptrType = tc->findOrCreateType(symdescID, Type::share);
-               if (!ptrType)
-               {
-                  ptrType = Symtab::type_Untyped();
-               }
-
-               // We assume that IDs are unique per type. Instead of reusing the 
-               // underlying base ID, use a SymtabAPI-generated ID.
-
-               auto newType = Type::make_shared<typeTypedef>(ptrType, name);
-
-               if (newType) 
-               {
-				   tc->addOrUpdateType(newType);
-			   }
-			}
-            break;
-
-         case ':':	// :T... - skip ":" and parse 'T'
-            if ((stabstrcnt+1 == 't') || (stabstrcnt+1 == 'T')) 
-            {
-               // parse as a normal typedef
-               parseStabString(mod, linenum, &stabstrcnt+1, framePtr);
-            } 
-
-            // else 
-            //{
-            //bperr("Unknown type seen %s\n", stabstr);
-            //}
-
-            break;
-
-         case 'T':/* Aggregate type tag -struct, union, enum */
-            cnt++; /*move past the 'T'*/
-
-            if (stabstrcnt == 't') 
-            {
-               //C++ struct  tag "T" and type def "t"
-               ////bperr("SKipping C++ Identifier t of Tt\n");
-               cnt++;  //skip it
-            }
-
-            /* get type reference */
-            symdescID = parseSymDesc(stabstr, cnt);
-
-            //Create Type.
-            if (stabstrcnt == '=') 
-            {
-               /* More Stuff to parse, call parseTypeDef */
-               stabstr = parseTypeDef(mod,(&stabstrcnt+1),name.c_str(),symdescID);
-               cnt = 0;
-
-               //if (stabstr0) 
-               //{
-                  //bperr( "\tMore to parse aggregate type %s\n", (&stabstrcnt));
-                  //bperr("\tFull String: %s\n", stabstr);
-               //}
-
-            } 
-            else 
-            {
-               //Create Type defined as a pre-exisitng type.
-
-               newType = Type::createPlaceholder(symdescID, name);
-               (void)newType; // unused...
-            }
-
-            break;
-
-         case 'V':/* Local Static Variable (common block vars too) */
-            cnt++; /*move past the 'V'*/
-
-            // //bperr("parsing 'v' type of %s\n", stabstr);
-            /* Get variable type number */
-            {
-            symdescID = parseTypeUse(mod, stabstr, cnt, name.c_str());
-
-            // lookup symbol and set type
-            auto BPtype = tc->findOrCreateType(symdescID, Type::share);
-
-            if (!BPtype) 
-            {
-               //bperr("ERROR: unable to find type #%d for variable %s\n", 
-               // symdescID, name.c_str());
-               break;
-            }
-
-            if (commonBlock) 
-            {
-               /* This variable is in a common block */
-               /* add it only if not already there, common block
-                  are re-defined for each subroutine but subroutines
-                  define only the member they care about
-                */
-
-               bool found = false;
-               auto fields = commonBlock->getFields();
-               if (fields) 
-               {
-                  for (unsigned int i=0; i < fields->size(); i++) 
-                  {
-                     if (name == (*fields)i->getName()) 
-                     {
-                        found = true;
-                        break;
-                     }
-
-                     int start1, start2, end1, end2;
-                     start1 = (*fields)i->getOffset();
-                     end1 = start1 + (*fields)i->getSize();
-                     start2 = framePtr;
-                     end2 = framePtr + BPtype->getSize();
-                     if ( ((start2 >= start1) && (start2 < end1)) 
-                         || ((start1 >= start2) && (start1 < end2)) ) 
-                     {
-                        /* common block aliasing detected */
-                        //bpwarn("WARN: EQUIVALENCE used in %s: %s and %s\n",
-                        //  current_func_name.c_str(), name.c_str(), (*fields)i->getName());
-
-                        found = true;
-                        break;
-                     }
-                  }
-               }
-
-               if (!found) 
-               {
-                  commonBlock->addField(name, BPtype, framePtr);
-               }
-            } 
-            else 
-            {
-               // put it into the local variable scope
-               if (symt_current_func) 
-               {
-                  locVar = new localVar(name, BPtype, fName, linenum, symt_current_func);
-                  VariableLocation loc;
-                  loc.stClass = storageAddr;
-                  loc.refClass = storageNoRef;
-                  loc.frameOffset = framePtr;
-                  locVar->addLocation(loc);
-
-                  symt_current_func->addLocalVar(locVar);
-               }
-
-               //else 
-               //{
-                  //bperr("Unable to add %s to local variable list in %s\n",
-                  //	 name.c_str(),current_func_name.c_str());
-               //} 
-            }
-            break;
-            }
-         case 'l':
-            // These are string literals, of the form 
-            // name:l(type);value
-            // where type must be predefined, and value of of type type.
-            // It should be safe to ignore these. 
-
-            cnt = strlen(stabstr);
-            break;
-
-         case 'Y':	// C++ specific stuff
-            cnt++; // Skip past the 'Y'
-            if (stabstrcnt == 'I') 
-            {
-               /* Template instantiation */
-               cnt++; // skip past the I;
-               if (stabstrcnt == 'f') /* Template function */ 
-               {
-                  while (stabstrcnt != '@') cnt++;
-                  cnt++; // Skip past '@'
-                  cnt++; // Skip past ';'
-                  cnt++; // Skip past ';'
-                  while (stabstrcnt != ':') cnt++;
-                  // Create fake stab string that cuts out template garbage
-                  char *dupstring = strdup(stabstr);
-                  strcpy(dupstring, mangledname.c_str());
-                  strcat(dupstring, stabstr+cnt);
-                  parseStabString(mod, linenum, dupstring, framePtr, commonBlock);
-                  free(dupstring);
-              }
-          } 
-          cnt = strlen(stabstr);
-          break;
-
-	  default:
-          //bperr( "Unknown symbol descriptor: %c\n", stabstrcnt);
-          //bperr( " : %s\n", stabstr);
-          break;
-      }   
-    }
-
-    return(&stabstrcnt);
-} /* end of parseStabString */
-
-
-//
-// Is the current character a valid prefix for a symDesc non-terminal?
-//
-inline bool isSymId(char ch)
-{
-    return ((ch == '(') || isdigit(ch) || (ch == '-'));
-}
-
-//
-// parse a Symbol Descriptor ID
-//	symDesc = <int> | (<int>,<int>)
-//
-int parseSymDesc(char *stabstr, int &cnt)
-{
-    int id;
-    int lid;
-    int hid;
-    int sign = 1;
-    bool newForm = false;
-
-    hid = 0; //file-number
-    // parse both an int and (int,int) format (file-number, type ID)
-    if (stabstrcnt == '(') {
-	cnt++;
-	while (isdigit(stabstrcnt)) {
-	    hid = hid * 10 + stabstrcnt - '0';
-	    cnt++;
-	}
-
-	// skip ","
-	if (stabstrcnt == ',') cnt++;
-	newForm = true;
-    }
-       
-    if (stabstrcnt == '-') {
-	sign = -1;
-	cnt++;
-    }
-
-    lid = 0; //type ID
-    while (isdigit(stabstrcnt)) {
-        lid = lid * 10 + stabstrcnt - '0';
-        cnt++;
-    }
-    if( hid != 0 )
-      assert(lid < 65536);
-    
-    // skip closing ')'
-    if (newForm) cnt++;
-
-    id = hid * 65536 + lid;
-    id = id * sign;
-    
-    return id;
-}
-
-//
-// parse an identifier up to a ":" or "," or ";"
-//
-std::string getIdentifier( char *stabstr, int &cnt, bool stopOnSpace ) {
-	int i = 0;
-	int brCnt = 0;
-	bool idChar = true;
-
-	while( idChar ) {
-		switch( stabstr cnt + i  ) {
-			case '<':
-			case '(':
-				brCnt++;
-				i++;
-				break;
-
-			case '>':
-			case ')':
-				brCnt--;
-				i++;
-				break;
-
-	        case ' ':
-				if ( !stopOnSpace ) {
-				    i++;
-				    break;
-					} // else fall through
-			case '\0':
-			case ':':
-			case ',':
-			case ';':
-                                /* Handle case of '::' */
-                                if ( stabstr cnt + i  == ':' && stabstr cnt + i + 1  == ':' &&
-                                     (stabstr cnt + i + 2  == '_' || isalpha(stabstr cnt + i + 2 )) ) {
-                                   i+=3;
-                                   break;
-                                }
-				/* If we're inside a bracket and we haven't reached
-				   the end of the string, continue. */
-				if( brCnt != 0 && stabstr cnt + i  != '\0' ) {
-					i++;
-					}
-				else if( brCnt ) {
-					//bperr( "Failed to find identifier in stabstring '%s;\n", stabstr );
-					idChar = false;
-					}
-				else {
-					idChar = false;
-					}
-				break;
-				
-			default:
-				i++;
-				break;
-			} /* end switch */
-    } /* end while */
-
-	char * identifier = (char *)malloc( i + 1 );
-	assert( identifier );
-	
-	strncpy( identifier, & stabstrcnt, i );
-	identifieri = '\0';
-	cnt += i;
-	
-        std::string pd_identifier = identifier;
-        free(identifier);
-	return pd_identifier;
-	} /* end getIdentifier() */
-
-//
-// getFieldName
-//
-// A simplified version of getIdentifier, it only cares about finding a ':'
-//
-
-char * getFieldName( char *stabstr, int &cnt) {
-   int i = 0;
-   bool idChar = true;
-
-   while ( idChar ) {
-      switch( stabstr cnt + i  ) {
-      case ':':
-         idChar = false;
-         break;
-      default:
-         i++;
-      }
-   }
-
-   char * identifier = (char *) malloc(i + 1);
-   assert(identifier);
-
-   strncpy(identifier, &stabstrcnt, i);
-   identifieri = '\0';
-   cnt += i;
-
-   return identifier;
-}
-
-//
-// Parse a use of a type.  
-//
-//	<typeUse> = <symDesc> | <symDesc>=<typeDef>
-//
-static int parseTypeUse(Module *mod,char *&stabstr, int &cnt, 
-                        const char *name)
-{
-    int ret = parseSymDesc(stabstr, cnt);
-
-    if (stabstrcnt == '=') {
-	/* More Stuff to parse, call parseTypeDef */
-	stabstr = parseTypeDef(mod, (&stabstrcnt+1), name, ret);
-	cnt = 0;
-    }
-    return ret;
-}
-
-//
-// parseCrossRef - internal struct/union pointer
-//
-//	<crossRef>	= s|u|e<ident>
-//
-static char *parseCrossRef(typeCollection *moduleTypes,const char * /*name*/,
-                           int ID, char *stabstr, int &cnt)
-{
-    std::string temp;
-    boost::shared_ptr<Type> newType;
-    char xreftype;
-    cnt++; /* skip 'x'*/
-
-    if ((stabstrcnt == 's') || 	// struct 
-            (stabstrcnt == 'u') ||	// union
-            (stabstrcnt == 'e')) {	// enum
-        xreftype = stabstrcnt++;
-
-        temp = getIdentifier(stabstr, cnt);
-        cnt++; /*skip ':' */
-
-        // Find type that this one points to.
-        boost::shared_ptr<Type> ptrType = moduleTypes->findType(temp.c_str(), Type::share);
-        if (!ptrType) {
-            // This type name hasn't been seen before.  Create the
-            // skeleton for it, and we'll update it later when we actually see
-            // it
-            if (xreftype == 'e') {
-		newType = moduleTypes->addOrUpdateType(Type::make_shared<typeEnum>(ID, temp));
-            } else if (xreftype == 'u') {
-		newType = moduleTypes->addOrUpdateType(Type::make_shared<typeUnion>(ID, temp));
-            } else {
-		newType = moduleTypes->addOrUpdateType(Type::make_shared<typeStruct>(ID, temp));
-            }
-	    assert(newType);
-        }         
-    } else {
-        /* don't know what it is?? */
-
-        temp = getIdentifier(stabstr, cnt);
-        cnt++; /*skip ':' */
-    }
-
-    return( &(stabstrcnt));
-}
-	    
-//
-// parse the definition of an array.
-// 	arrayDef = ar<symDesc>;<symDesc>;<symDesc>;<symDesc> |
-// 		   ar<symDesc>;<symDesc>;<symDesc>;<arrayDef> |
-//                 A<arrayDef>
-//
-static boost::shared_ptr<Type> parseArrayDef(Module *mod, const char *name,
-		     int ID, char *&stabstr, int &cnt, unsigned int sizeHint)
-{
-	typeCollection *tc = typeCollection::getModTypeCollection(mod);
-    char *symdesc;
-    int symdescID;
-    int elementType;
-    boost::shared_ptr<Type> newType;
-    boost::shared_ptr<Type> ptrType;
-    int lowbound, hibound;
-
-    // format is ar<indexType>;<lowBound>;<highBound>;<elementType>
-
-    assert(stabstrcnt == 'a' || stabstrcnt == 'A');
-
-    if (stabstrcnt ++ == 'A') {
-       // Open array
-       lowbound = 1;
-       hibound = 0;
-       elementType = parseSymDesc(stabstr, cnt);
-       ptrType = tc->findOrCreateType(elementType, Type::share);
-    } else {
-       // Regular (maybe) array
-
-       if (stabstrcnt != 'r') {
-          //bperr("unknown array definition seen %s\n", &stabstrcnt);
-          return(NULL);
-       }
-       
-       /* array with range */
-       symdesc = &(stabstrcnt);
-       
-       cnt++;	/* skip 'r' */
-       
-       symdescID = parseTypeUse(mod, stabstr, cnt, name);
-       
-       cnt++; /* skip semicolon */
-       lowbound = parseSymDesc(stabstr, cnt);
-       
-       cnt++; /* skip semicolon */
-       if (stabstrcnt == 'J') {
-          /* Fortran unbounded array */
-          hibound = 0;
-          cnt++;
-       } else if (stabstrcnt == 'T') {
-          /* Fortran runtime bound array - Txx is the form (xx=digits)*/
-          hibound = 0;
-          cnt++;
-          while (isdigit(stabstrcnt)) cnt++;
-       } else {
-          hibound = parseSymDesc(stabstr, cnt);
-       }
-       
-       cnt++; /* skip semicolon */
-       elementType = parseSymDesc(stabstr, cnt);
-       
-	   if (stabstrcnt == 'a') 
-	   {
-		   /* multi dimensional array - Fortran style */
-		   /* it has no valid id, so we give it a known duplicate */
-		   ptrType = parseArrayDef(mod, name, 0, stabstr, cnt, sizeHint);
-	   } 
-	   else 
-	   { 
-		   if (stabstrcnt == '=') 
-		   {
-			   /* multi dimensional array */
-			   char *temp;
-			   temp = parseTypeDef(mod, &(stabstrcnt+1), NULL, elementType);
-			   /* parseTypeDef uses old style of returning updated stabstr,
-				  but parseArrayDef function needs to return an updated cnt.  
-				  This simple hack updates cnt based on how far parseTypDef 
-				  advances it.  jkh 12/4/00 */
-			   cnt = temp-stabstr;
-			   if (stabstrcnt == ':') {
-				   //C++ stuff
-				   ////bperr("Skipping C++ rest of array def:  %s\n",name );
-				   while (stabstrcnt != ';') cnt++;
-			   }
-		   }
-		   ptrType = tc->findOrCreateType(elementType, Type::share);
-	   }
-	}
-
-	//  //bperr("Symbol Desriptor: %s Descriptor ID: %d Type: %d, Low Bound: %d, Hi Bound: %d,\n", symdesc, symdescID, elementType, lowbound, hibound);
-       (void)symdesc; (void)symdescID; // otherwise unused symbols from above
-
-
-	if (ptrType) {
-		// Create new type - field in a struct or union
-		std::string tName = convertCharToString(name);
-
-		auto newAType = Type::make_shared<typeArray>(ID, ptrType, lowbound, hibound, tName, sizeHint);
-		// Add to Collection
-		newType = tc->addOrUpdateType(newAType);
-
-		return newAType;
-    }
-	    
-    // //bperr( "parsed array def to %d, remaining %s\n", cnt, &stabstrcnt);
-    return newType;
-}
-
-int guessSize(const char *low, const char *hi) 
-{
-   long long l, h;
-
-   if (low0 == '0')
-      sscanf(low, "%llo", &l);
-   else
-      sscanf(low, "%lld", &l);
-   if (hi0 == '0')
-      sscanf(hi, "%llo", &h);
-   else
-      sscanf(hi, "%lld", &h);
-
-   /*   
-   if (( low0=='-' && l < -2147483648LL )
-       || ( l > || ( h > 2147483647LL))
-      return 8;
-   else if (( l < -32768 ) || ( h > 32767 ))
-      return 4;
-   else if (( l < -128 ) || ( h > 127 ))
-      return 2;
-   else
-      return 1;
-   */
-   if (l < 0) { // Must be signed
-      if (l < -2147483648LL || h > 0x7fffffffLL)
-         return 8;
-      else if (l < 0xffff8000 || h > 0x7fff)
-         return 4;
-      else if (l < 0xffffff80 || h > 0x7f)
-         return 2;
-      else
-         return 1;
-   } else {
-      if (h > 0xffffffffLL)
-         return 8;
-      else if (h > 0xffff)
-         return 4;
-      else if (h > 0xff)
-         return 2;
-      else
-         return 1;
-   }
-}
-
-#if defined(i386_unknown_linux2_0) \
- || defined(x86_64_unknown_linux2_4) /* Blind duplication - Ray */ 
-//
-// parse range type of the form:	
-//
-//	<rangeType> = r<typeNum>;<low>;<high>;
-//
-static char *parseRangeType(Module *mod, const char *name, int ID, 
-                            char *stabstr, unsigned int sizeHint = 0)
-{
-   int cnt, i, symdescID;
-   //int sign = 1;
-   boost::shared_ptr<Type> baseType;
-
-   cnt = i = 0;
-
-   assert(stabstr0 == 'r');
-   cnt++;
-
-   // range index type - not used
-   symdescID = parseSymDesc(stabstr, cnt);
-
-   typeCollection *tc = typeCollection::getModTypeCollection(mod);
-   if (!mod || !tc) 
-   {
-      return NULL;
-   }
-   else 
-   {
-      baseType = tc->findType(symdescID, Type::share);
-   }
-
-   // //bperr("\tSymbol Descriptor: %c and Value: %d\n",tmpchar, symdescID);
-
-   cnt++; /* Discarding the ';' */
-   i=0;
-   if (stabstrcnt == '-' ) {
-      i++;
-   }
-
-   /* Getting type range or size */
-
-   while (isdigit(stabstrcnt+i)) i++;
-
-   char *low = (char *)malloc(sizeof(char)*(i+1));
-   if(!strncpy(low, &(stabstrcnt), i))
-      /* Error copying size/range*/
-      exit(1);
-   lowi = '\0';
-
-   cnt = cnt + i + 1; /* Discard other Semicolon */
-   i = 0;
-   if((stabstrcnt) == '-') {
-      i++; /* discard '-' for (long) unsigned int */
-   }
-   //Find high bound
-   while (isdigit(stabstrcnt+i)) i++;
-   char *hi = (char *)malloc(sizeof(char)*(i+1));
-   if(!strncpy(hi, &(stabstrcnt), i))
-      /* Error copying upper range */
-      exit(1);
-   hii = '\0';
-
-   int j = atol(hi);
-    
-   if (j == 0) {
-       //Size
-       int size = atol(low);
-
-       //Add to Collection
-       tc->addOrUpdateType(Type::make_shared<typeScalar>(ID, size, name));
-   }
-   else {
-       //Range
-       //Create new type
-       boost::shared_ptr<typeSubrange> newType;
-       std::string tName = convertCharToString(name);
-
-	   errno = 0;
-	   long low_conv = strtol(low, NULL, 10);
-	   if (errno)
-	   {
-		   low_conv = LONG_MIN;
-	   }
-
-	   errno = 0;
-	   long hi_conv = strtol(hi, NULL, 10);
-	   if (errno)
-	   {
-		   hi_conv = LONG_MAX;
-	   }
-
-       if (baseType == NULL)
-           newType = Type::make_shared<typeSubrange>(ID, sizeHint ? sizeHint / 8 : guessSize(low,hi), 
-				   low_conv, hi_conv, tName);
-       else
-           newType = Type::make_shared<typeSubrange>(ID, sizeHint ? sizeHint / 8 : baseType->getSize(), 
-				   low_conv, hi_conv, tName);
-       //Add to Collection
-       tc->addOrUpdateType(newType);
-   }
-   free(low);
-   free(hi);
-   hi=low=NULL;
-
-   cnt = cnt + i;
-   if( stabstrcnt == ';')
-      cnt++;
-
-   return(&(stabstrcnt));
-}
-
-#else
-//
-// parse range type of the form:	
-//
-//	<rangeType> = r<typeNum>;<low>;<high>;
-//
-static char *parseRangeType(Module *mod, const char *name, int ID,
-                            char *stabstr, unsigned int sizeHint = 0)
-{
-    int cnt, i, symdescID;
-    boost::shared_ptr<Type> baseType;
-
-    cnt = i = 0;
-
-    assert(stabstr0 == 'r');
-    cnt++;
-
-    // range index type
-    symdescID = parseSymDesc(stabstr, cnt);
-
-	typeCollection *tc = typeCollection::getModTypeCollection(mod);
-    baseType = tc->findType(symdescID, Type::share);
-
-    // //bperr("\tSymbol Descriptor: %c and Value: %d\n",tmpchar, symdescID);
-
-    cnt++; /* Discarding the ';' */
-    i=0;
-    if (stabstrcnt == '-' ) {
-       i++;
-    }
-
-    /* Getting type range or size */
-    while (isdigit(stabstrcnt+i)) i++;
-
-    char *temp = (char *)malloc(sizeof(char)*(i+1));
-    if(!strncpy(temp, &(stabstrcnt), i))
-      /* Error copying size/range*/
-      exit(1);
-    tempi = '\0';
-    int j = atol(temp);
-    
-    char *low = temp;
-    cnt = cnt + i + 1; /* Discard other Semicolon */
-    i = 0;
-    if((stabstrcnt) == '-') {
-       i++; /* discard '-' for (long) unsigned int */
-    }
-    
-    while(isdigit(stabstrcnt+i))
-       i++;
-    
-    char *hi = (char *)malloc(sizeof(char)*(i+1));
-    if(!strncpy(hi, &(stabstrcnt), i))
-       /* Error copying upper range */
-       exit(1);
-    hii = '\0';
-
-    std::string tname = convertCharToString(name);
-	if ( j <= 0 )
-	{
-		/* range */
-                boost::shared_ptr<typeSubrange> newType;
-
-		// //bperr("\tLower limit: %s and Upper limit: %s\n", low, hi);
-		//Create new type
-		errno = 0;
-		long low_conv = strtol(low, NULL, 10);
-		if (errno)
-		{
-			low_conv = LONG_MIN;
-		}
-
-		if (low_conv < LONG_MIN)
-		{
-			low_conv = LONG_MIN;
-		}
-
-		errno = 0;
-		long hi_conv = strtol(hi, NULL, 10);
-		if (errno)
-		{
-			hi_conv = LONG_MAX;
-		}
-
-		if (hi_conv > LONG_MAX)
-		{
-			hi_conv = LONG_MAX;
-		}
-
-		if (baseType == NULL) 
-		{
-			newType = Type::make_shared<typeSubrange>(ID, sizeHint ? sizeHint / 8 : guessSize(low,hi), 
-					low_conv, hi_conv, tname);
-		}
-		else 
-		{
-			newType = Type::make_shared<typeSubrange>(ID, sizeHint ? sizeHint / 8 : baseType->getSize(), 
-					low_conv, hi_conv, tname);
-		}
-		tc->addOrUpdateType(newType);
-	} 
-	else if( j > 0)
-	{
-		j = atol(hi);
-		if (j == 0)
-		{
-			/*size */
-			int size = (int)j;
-
-			// //bperr("\tSize of Type : %d bytes\n",size);
-			//Create new type
-
-			//Add to Collection
-			tc->addOrUpdateType(Type::make_shared<typeScalar>(ID, size, convertCharToString(name)));
-		} 
-		else 
-		{
-			/* range */
-                        boost::shared_ptr<typeSubrange> newType;
-			// //bperr("Type RANGE: ERROR!!\n");
-			errno = 0;
-			long low_conv = strtol(low, NULL, 10);
-			if (errno)
-			{
-				low_conv = LONG_MIN;
-			}
-
-			errno = 0;
-			long hi_conv = strtol(hi, NULL, 10);
-			if (errno)
-			{
-				hi_conv = LONG_MAX;
-			}
-
-			if (baseType == NULL)
-				newType = Type::make_shared<typeSubrange>(ID, sizeHint ? sizeHint / 8 : sizeof(long), 
-						low_conv, hi_conv, tname);
-			else
-				newType = Type::make_shared<typeSubrange>(ID, sizeHint ? sizeHint / 8 : baseType->getSize(), 
-						low_conv, hi_conv, tname);
-			tc->addOrUpdateType(newType);
-        }	
-    }
-    free(low);
-    free(hi);
-
-    cnt = cnt + i;
-    if( stabstrcnt == ';')
-      cnt++;
-    
-    return(&(stabstrcnt));
-}
-
-#endif
-
-//
-//  <attrType> = @s<int>;<int>
-//  <attrType> = @s<int>;(<int>,<int>)
-//  <attrType> = @s<int>;r(<int>,<int>);<int>;<int>;
-//
-
-//
-//   This may in fact be much simpler than first anticipated
-//   dbx only
-//   understands @s (size) and @P (packed) types.  We only 
-//   parse the size attribute, and should be able to get away
-//   with simply passing the remainder to the rest of our parser
-//
-static char *parseAttrType(Module *mod, const char *name,
-			 int ID, char *stabstr, int &cnt)
-{
-    assert(stabstrcnt == '@');
-    cnt++; // skip the @
-   
-    if (stabstrcnt == 's') {
-      cnt++;
-      
-      int size = parseSymDesc(stabstr, cnt);
-      cnt++;  // skip ';'
-
-      char *newstr =  parseTypeDef(mod, stabstr+cnt, name, ID, size);
-      if (newstr0 == ';')
-         return newstr+1;
-      else
-         return newstr;
-    } else {
-	////bperr(" Unable to parse Type Attribute: %s ID %d : %s\n", 
-	// name,ID, &(stabstrcnt));
-       while (stabstrcnt != ';') cnt++;
-       cnt++;
-       return parseTypeDef(mod, stabstr+cnt, name, ID);
-    }
-}
-/*
-static void parseAttrType(Module *mod, const char *name,
-			 int ID, char *stabstr, int &cnt)
-{
-    bool includesRange = false;
-    char *low = NULL, *high = NULL;
-
-    // format @s(size in bits); negative type number;
-    dataClass typdescr = dataTypeAttrib;
-
-    assert(stabstrcnt == '@');
-    cnt++; // skip the @
-
-    if (stabstrcnt == 's') {
-      cnt++;
-      
-      int size = parseSymDesc(stabstr, cnt);
-      cnt++;  // skip ';'
-
-      if (stabstrcnt == 'r') {
-	  // include range at end
-	  cnt++;
-	  includesRange = true;
-      }
-
-      int type = parseSymDesc(stabstr, cnt);
-      // skip ';' end of stab record ??? (at least for bool)
-      cnt++;
-
-      if (includesRange) {
-	  int len;
-
-	  // Parse out low range string.
-	  len = 0;
-	  if (stabstrcnt == '-' ) cnt++, len++;
-	  while (isdigit(stabstrcnt)) cnt++, len++;
-	  cnt++;    // skip ';'
-
-	  // Store the low range string.
-	  low = (char *)malloc(sizeof(char) * (len + 1));
-	  assert(low);
-	  strncpy(low, &stabstrcnt - (len + 1), len);
-	  lowlen = '\0';
-
-	  // Parse out high range string.
-	  len = 0;
-	  if (stabstrcnt == '-' ) cnt++, len++;
-	  while (isdigit(stabstrcnt)) cnt++, len++;
-	  cnt++;    // skip ';'
-
-	  // Store the high range string.
-	  high = (char *)malloc(sizeof(char) * (len + 1));
-          assert(high);
-          strncpy(high, &stabstrcnt - (len + 1), len);
-          highlen = '\0';
-      }
-
-      // Create a new B_type that points to a builtInTypes
-      Type *ptrType =BPatch::bpatch->builtInTypes->findBuiltInType(type);
-      
-      if (!ptrType) ptrType = BPatch::bpatch->type_Untyped;
-      
-      Type *newType = new Type(name, ID, typdescr, size/8, ptrType);
-      if(!newType) {
-	    //bperr(" Can't Allocate new type ");
-	    exit(-1);
-      }
-
-      if (includesRange) {
-	  newType->setLow(low);
-	  newType->setHigh(high);
-	  free(low);
-	  free(high);
-      }
-
-      // Add type to collection
-      newType2 = tc->addOrUpdateType(newType);
-
-      if (stabstrcnt) {
-	  //bperr("More Type Attribute to Parse: %s ID %d : %s\n", name,
-	       ID, &(stabstrcnt));
-	  //bperr("got type = %d\n", type);
-	  //bperr("full string = %s\n", stabstr);
-      }
-    } else {
-	////bperr(" Unable to parse Type Attribute: %s ID %d : %s\n", 
-	// name,ID, &(stabstrcnt));
-    }
-}
-*/
-//
-//  <refType> = &<typeUse>
-//
-static char *parseRefType(Module *mod, const char *name,
-		   int ID, char *stabstr, int &cnt)
-{
-    /* reference to another type */
-    assert(stabstrcnt == '&');
-    cnt++;
-    
-    int refID = parseTypeUse(mod, stabstr, cnt, name);
-    
-    // Create a new B_type that points to a structure
-	typeCollection *tc = typeCollection::getModTypeCollection(mod);
-    auto ptrType = tc->findOrCreateType(refID, Type::share);
-    if (!ptrType) ptrType = Symtab::type_Untyped();
-    std::string tName = convertCharToString(name); 
-
-    // Add to typeCollection
-    tc->addOrUpdateType(Type::make_shared<typeRef>(ID, ptrType, tName));
-    
-    return(&(stabstrcnt));
-}
-
-//
-// Given a base class and a new type, add all visible fields to the new class
-//
-void addBaseClassToClass(Module *mod, int baseID, 
-                         boost::shared_ptr<Type> newType, int /*offset*/)
-{
-
-	typeCollection *tc = typeCollection::getModTypeCollection(mod);
-
-    //Find base class
-    auto baseCl = tc->findType(baseID, Type::share);
-    if( ! baseCl ) {
-        std::string modName = mod->fileName();
-        //bpwarn( "can't find base class id %d in module %s\n", baseID, modName);
-        baseCl = tc->addOrUpdateType(Type::make_shared<typeStruct>(baseID));
-    }
-    std::string fName = "{superclass}";
-    newType->asFieldListType().addField( fName, baseCl, -1, visUnknown );
-
-    //Get field descriptions of the base type
-    /*
-    const std::vector<Field *> *baseClFields = baseCl->getComponents();
-    for (unsigned int fieldNum=0; fieldNum < baseClFields->size(); fieldNum++) {
-	Field *field = (*baseClFields)fieldNum;
-
-	if (field->getVisibility() == visPrivate)
-	    continue; //Can not add this member
-
-	newType->addField(field->getName(), field->getTypeDesc(), field->getType(), field->getOffset()+offset, field->getVisibility());
-    }
-    */
-}
-
-//
-// parse a list of fields.
-//    Format is A|B|C-M|N|OcG<fieldName>:<type-desc>;offset;size;
-//
-static char *parseFieldList(Module *mod, boost::shared_ptr<Type> newType, 
-		char *stabstr, bool sunCPlusPlus)
-{
-	int cnt = 0;
-	int size = 0;
-	char *compname;
-	int comptype= 0;
-	int beg_offset=0;
-	visibility_t _vis = visUnknown;
-	dataClass typedescr;
-	bool hasVirtuals = false;
-	typeCollection *tc = typeCollection::getModTypeCollection(mod);
-	assert(tc);
-
-	if (stabstrcnt == '!') 
-	{
-		//Inheritance definition, Add base class field list to the current one
-		//according to visibility rules.
-
-		cnt++; //Skip '!'
-
-		//Get # of base classes
-		int baseClNum = atoi(getIdentifier(stabstr, cnt).c_str());
-		cnt++; //Skip ','
-
-		boost::shared_ptr<Type> newStructType;
-        if(newType->isStructType()) newStructType = newType;
-		//Skip information for each base class
-		for (int i=0; i<baseClNum; ++i) 
-		{
-			//Skip virtual inheritance flag, base visibility flag and base offset
-			getIdentifier(stabstr, cnt);
-			cnt++; //Skip ','
-
-			//Find base class type identifier
-			int baseID = parseSymDesc(stabstr, cnt);
-
-			cnt++; //Skip ';'
-
-			addBaseClassToClass(mod, baseID, newStructType, 0);
-		}
-	}
-
-	while (stabstrcnt && (stabstrcnt != ';')) 
-	{
-		typedescr = dataScalar;
-
-		if (stabstrcnt == '~') 
-		{
-			//End of virtual class
-			while (stabstrcnt != ';') cnt++;
-			break; //End of class is reached
-		}
-
-		// skip <letter>cG
-		if (sunCPlusPlus) cnt += 3;
-
-		if ((stabstrcnt == 'u') && (stabstrcnt+1 == ':') && (!isdigit(stabstrcnt+2))) 
-		{
-			cnt += 2;
-		}
-
-		compname = getFieldName(stabstr, cnt);
-
-		/*
-		   if (strlen(compname) == 0) {
-		//Something wrong! Most probably unhandled C++ type
-		//Skip the rest of the structure
-		while(stabstrcnt) cnt++;
-		return(&stabstrcnt);
-		}
-		 */
-		cnt++;	// Skip ":"
-
-		if ((stabstrcnt) == ':') 
-		{
-			//Method definition
-			typedescr = dataFunction;
-			cnt++;
-		}
-
-		if ((stabstrcnt) == '/') 
-		{ // visibility C++
-			cnt++; /* get '/' */
-			switch (stabstrcnt) {
-				case '0':
-					_vis = visPrivate;
-					break;
-				case '1':
-					_vis = visProtected;
-					break;
-				case '2':
-					_vis = visPublic;
-					break;
-				default:
-					_vis = visUnknown;
-			}
-			cnt++; // get visibility value
-		}
-
-		// should be a typeDescriptor
-		comptype = parseTypeUse(mod, stabstr, cnt, "");
-
-		if (stabstrcnt == ':') 
-		{
-			while (stabstrcnt == ':') 
-			{
-				cnt++; //Discard ':'
-				beg_offset = 0;
-				size = 0;
-				std::string varName = getIdentifier(stabstr, cnt);
-
-				if (typedescr == dataFunction) 
-				{
-					// Additional qualifiers for methods
-					cnt++; //Skip ';'
-					cnt++; //Skip visibility
-					cnt++; //Skip method modifier
-					if (stabstrcnt == '*') 
-					{
-						//Virtual fcn definition
-						hasVirtuals = true;
-						cnt++; //Skip '*'
-						while(stabstrcnt != ';') cnt++; //Skip vtable index
-						cnt++; //Skip ';'
-						if (stabstrcnt != ';') 
-						{
-							parseTypeUse(mod, stabstr, cnt, ""); //Skip type number to the base class
-						}
-						cnt++; //Skip ';'
-						if (isSymId(stabstrcnt)) 
-						{
-							parseTypeUse(mod, stabstr, cnt, "");
-						}
-					} else if (   (stabstrcnt == '.') 
-							   || (stabstrcnt == '?') ) 
-					{
-						cnt++; //Skip '.' or '?'
-						if (isSymId(stabstrcnt)) 
-						{
-							parseTypeUse(mod, stabstr, cnt, "");
-						}
-					}
-				}
-
-				if (stabstrcnt == ';')
-					cnt++; //Skip ';'
-			}
-		} 
-		else if (stabstrcnt == ',') 
-		{
-			cnt++;	// skip ','
-			beg_offset = parseSymDesc(stabstr, cnt);
-
-			if (stabstrcnt == ',') 
-			{
-				cnt++;	// skip ','
-				size = parseSymDesc(stabstr, cnt);
-			}
-			else
-				size = 0;
-		}
-
-		if (stabstrcnt == ';') // jaw 03/15/02-- major kludge here for DPCL compat
-			cnt++;  // needs further examination
-
-		// //bperr("\tType: %d, Starting Offset: %d (bits), Size: %d (bits)\n", comptype, beg_offset, size);
-                (void)size; // otherwise unused symbol
-		// Add struct field to type
-
-		auto fieldType = tc->findOrCreateType( comptype, Type::share );
-		if (!fieldType) 
-		{
-			//C++ compilers may add extra fields whose types might not available.
-			//Assign void type to these kind of fields. --Mehmet
-			fieldType = tc->findType("void", Type::share);
-		}
-		std::string fName = convertCharToString(compname);
-		if (_vis == visUnknown) 
-		{
-			newType->asFieldListType().addField(fName, fieldType, beg_offset);
-		} 
-		else 
-		{
-			// //bperr( "Adding field '%s' to type '%s' @ 0x%x\n", compname, newType->getName(), newType );
-			newType->asFieldListType().addField(fName, fieldType, beg_offset, _vis);
-			////bperr("Adding Component with VISIBILITY STRUCT\n");
-		}
-		free(compname);
-	}
-
-	if (hasVirtuals && 
-			stabstrcnt == ';' &&
-			stabstrcnt+1 == '~' &&
-			stabstrcnt+2 == '%') 
-	{
-		cnt+=3;
-		while (stabstrcnt != ';') cnt++;
-	}         
-
-	// should end with a ';'
-	if (stabstrcnt == ';') 
-	{
-		return &stabstrcnt+1;
-	} 
-	else if (stabstrcnt == '\0') 
-	{
-		return &stabstrcnt;
-	} 
-	else 
-	{
-		//bperr("invalid stab record: %s\n", &stabstrcnt);
-		abort();
-		return NULL; // should not get here
-	}
-}
-
-
-//
-//	Y<type><size><className>;<Bases>;<DataMembers>;<MemberFunctions>;<StaticDataMembers>;
-//		<Friends>;<VirtualFunctionInfo>;<NestedClassList>;<AccessAdjustments>;
-//		<VirtualBaseClassOffsets>;<TemplatmentMembers>;<PassMethod>;
-//
-static char *parseCPlusPlusInfo(Module *mod,
-		char *stabstr, const char *mangledName, int ID)
-{
-	typeCollection *tc = typeCollection::getModTypeCollection(mod);
-	int cnt;
-	char *name;
-	int structsize;
-    bool sunStyle = true;
-    bool nestedType = false;
-    dataClass typdescr;
-
-    assert(stabstr0 == 'Y');
-    cnt = 1;
-
-    if (isdigit(stabstrcnt)) {
-	structsize = parseSymDesc(stabstr, cnt);
-	sunStyle = false;
-    }
-
-    switch(stabstrcnt) {
-	case 'C':
-	case 'c':
-	    typdescr = dataTypeClass;
-	    break;
-
-	case 'S':
-	    nestedType = true;
-	case 's':
-	    typdescr = dataStructure;
-	    break;
-
-	case 'U':
-	    nestedType = true;
-	case 'u':
-	    typdescr = dataUnion;
-	    break;
-
-        case 'n':	// namespace - ignored
-	    cnt = strlen(stabstr);
-	    return(&(stabstrcnt));
-	    break;
-
-	default:
-	    //bperr( "ERROR: Unrecognized C++ str = %s\n", stabstr);
-	    cnt = strlen(stabstr);
-	    return(&(stabstrcnt));
-	    break;
-    } (void)nestedType; // unused
-
-    cnt++;		// skip to size
-    if (isdigit(stabstrcnt)) {
-	structsize = parseSymDesc(stabstr, cnt);
-    }
-    (void)structsize; // unused
-
-    if (stabstrcnt == 'V') cnt++;
-    if (stabstrcnt == '(') cnt++;
-
-    if (sunStyle && (stabstrcnt != ';')) {
-	int len;
-	char *n;
-
-	// Class or Type Name
-	n = &stabstrcnt;
-	while (stabstrcnt != ';') cnt++;
-	len = &stabstrcnt - n;
-	name = (char *) calloc(len + 1, sizeof(char));
-	strncpy(name, n, len);
-    } else {
-	name = const_cast< char * >( mangledName );
-    }
-
-    std::string tName = convertCharToString(name);
-    boost::shared_ptr<Type> newType;
-    //Create new type
-    switch (typdescr) {
-    case dataTypeClass:
-    case dataStructure:
-       newType = tc->addOrUpdateType(Type::make_shared<typeStruct>(ID, tName));
-       break;
-    case dataUnion:
-       newType = tc->addOrUpdateType(Type::make_shared<typeUnion>(ID, tName));
-       break;
-    default:
-       assert(0);
-    }
-    //add to type collection
-
-    if (sunStyle) {
-	cnt++;
-	// base class(es) 
-	while (stabstrcnt != ';') {
-	    // skip visibility flag
-	    cnt++;
-
-	    int offset = parseSymDesc(stabstr, cnt);
-
-	    // Find base class type identifier
-            int baseID = parseSymDesc(stabstr, cnt);
-	    addBaseClassToClass(mod, baseID, newType, offset);
-	}
-
-	cnt++;	// skip ;
-    }
-
-    // parse dataMembers
-    stabstr = parseFieldList(mod, newType, &stabstrcnt, sunStyle);
-    cnt = 0;
-
-    if (stabstr0) {
-	// parse member functions
-	cnt++;
-	while (stabstrcnt && (stabstrcnt != ';')) {
-	    std::string pd_funcName = getIdentifier(stabstr, cnt, true);
-            const char *funcName = pd_funcName.c_str();
-
-	    funcName++;	// skip ppp-code
-
-	    if (*funcName == '-') funcName++; // it's a pure vitual
-
-	    while (isdigit(*funcName)) funcName++; // skip virtual function index
-	    funcName++;
-
-	    char *className = strdup(currentRawSymbolName.c_str());
-	    className3 = 'c';
-	    classNamestrlen(className)-1 = '\0';	// remove tailing "_"
-	    std::string methodName = std::string(className) + std::string(funcName) + std::string("_");
-
-	    std::string fName = P_cplus_demangle( methodName );
-		if( name != NULL ) {
-			funcName = strrchr( name, ':' );
-			if( funcName ) { funcName++; }
-			else { funcName = name; }
-			}
-
-	    // should include position for virtual methods
-	    auto fieldType = tc->findType("void", Type::share);
-
-            newType->asFieldListType().addField( fName, Type::make_shared<typeFunction>( ID, fieldType, fName));
-					    
-	    free(name);
-	    free(className);
-	    if (stabstrcnt == ' ') cnt++;
-	}
-    }
-
-    cnt = strlen(stabstr);
-    return(&(stabstrcnt));
-}
-
-//
-// This function takes a <typeDef> and parses it 
-//
-//	<typeDef> = <symDesc> 	|
-//		<crossRef>	|	
-//		*<typeUse>	|	Pointer to a type
-//		<arrayDef>	|
-//		f<typeUse>	|	function type
-//		R<int>,<int>	|	Real type 
-//		bu|sc|<int>;<int>;<int>	|	Builtin
-//		<rangeType>	|
-//		e<enumType>	|
-//		<attrType>	|
-//		<refType>	|
-//		k<typeDef>	|	SunPro constant
-//		B<typeDef>	|	SunPro volatile
-//		M<symDesc>;<int>|	Fortran CHARACTER array
-//		s<int><fields>	|	Structure <int> is size
-//		u<int><fields>	|	Union <int> is size
-//		V<typeUse>
-//
-//	<enumType> = <ident>:<int> | <ident>:<int>,<enumType>
-//
-// It adds the typeDef to the type definition with the name name, and id ID.
-//
-static char *parseTypeDef(Module *mod, char *stabstr, 
-                          const char *name, int ID, unsigned int sizeHint)
-{
-	typeCollection *tc = typeCollection::getModTypeCollection(mod);
-    boost::shared_ptr<Type> newType;
-    boost::shared_ptr<Type> newFieldType;
-    boost::shared_ptr<Type> ptrType;
-  
-    std::string compsymdesc;
-  
-    dataClass typdescr;
-    int ptrID=0;
-    
-    int value;
-    int cnt,i,j,k;
-    int structsize;
-    int type;
-    cnt = i = j = k = 0;
-
-    assert (stabstr0 != '=');
-
-    // //bperr( "parsing %s\n", stabstr);
-    if (isSymId(stabstr0)) 
-	{
-	typdescr = dataScalar;
-	type = parseSymDesc(stabstr, cnt);
-	 	    
-    if (ID == type) 
-	{
-        // Type:tFOO = FOO
-        // as far as I can tell, this only happens when defining an empty
-        // type (i.e. void)
-
-        std::string tName = convertCharToString(name);
-		newType = tc->addOrUpdateType(Type::make_shared<typeScalar>(ID, 0, tName)); 
-    } 
-	else if (stabstrcnt == '=') 
-	{
-        // XXX - in the new type t(0,1)=(0,2)=s... is possible
-        // 	     skip the second id for now -- jkh 3/21/99
-        stabstr = parseTypeDef(mod, &(stabstrcnt+i+1), name, type);
-        cnt = 0;
-        boost::shared_ptr<Type> oldType;
-
-        oldType = tc->findOrCreateType(type, Type::share);
-        if (!oldType) oldType = Symtab::type_Untyped();
-        std::string tName = convertCharToString(name);
-		tc->addOrUpdateType(Type::make_shared<typeTypedef>(ID, oldType, tName, sizeHint));
-
-	} 
-	else 
-	{
-		boost::shared_ptr<Type> oldType;
-        std::string tName = convertCharToString(name);
-        oldType = tc->findOrCreateType(type, Type::share);
-        newType = tc->addOrUpdateType(Type::make_shared<typeTypedef>(ID, oldType, tName, sizeHint));
-    }
-    } else {
-      switch (stabstr0) {
-	  case 'x':  //cross reference 
-	  {
-	    parseCrossRef(tc, name, ID, stabstr, cnt);
-	    break;
-	  }   
-	  case '*':
-	  {
-	    /* pointer to another type */
-	    cnt++;
-	    ptrID = parseTypeUse(mod, stabstr, cnt, NULL);
-
-	    // Create a new B_type that points to a structure
-	    ptrType = tc->findOrCreateType(ptrID, Type::share);
-	    if (!ptrType) ptrType = Symtab::type_Untyped();
-
-	    // Add to typeCollection
-	    newType = tc->addOrUpdateType(Type::make_shared<typePointer>(ID, ptrType));
-	    return(&(stabstrcnt));
-	    break;
-	  }
-	  case 'a':
-      case 'A':
-	  {
-	      (void) parseArrayDef(mod, name, ID, stabstr, cnt, sizeHint);
-	      return (&stabstrcnt);
-	      break;
-      }
-      case 'g':  
-	  {
-	  	/* function with return type and prototype */
-
-		// g<typeUse><typeUse>*#
-		typdescr = dataFunction;
-
-		cnt++; /* skip the g */
-	        type = parseTypeUse(mod, stabstr, cnt, name);
-                ptrType = tc->findOrCreateType(type, Type::share);
-
-                {
-		   std::string tName = convertCharToString(name);
-                   auto newFunction = tc->addOrUpdateType(Type::make_shared<typeFunction>(ID, ptrType, tName)); 
-                   if (!newFunction) {
-                      //bpfatal(" Can't Allocate new type ");
-                            types_printf("%s%d: parseTypeDef: unable to allocate newType\n", FILE__, __LINE__);
-                            //exit(-1);
-                   }
-                   
-                   while ((stabstrcnt != '#') &&  (stabstrcnt)) {
-                      int paramType;
-                      paramType = parseTypeUse(mod, stabstr, cnt, name);
-                      newType = tc->findOrCreateType(paramType, Type::share);
-		      newFunction->asFunctionType().addParam(newType);
-                      //newFunction2->addField(buffer, newType->getDataClass(), newType, curOffset, newType->getSize());
-                   }
-                }
-
-		// skip #
-		if (stabstrcnt == '#') cnt++;
-		break;
-	  }
-	  case 'f':
-	  {
-	        /* function type */
-		typdescr = dataFunction;
-
-		cnt++; /* skip the f */
-	        type = parseTypeUse(mod, stabstr, cnt, name);
-                ptrType = tc->findOrCreateType(type, Type::share);
-
-		
-                std::string tName = convertCharToString(name);
-		newType = tc->addOrUpdateType(Type::make_shared<typeFunction>(ID, ptrType, tName));
-
-		// skip to end - SunPro Compilers output extra info here - jkh 6/9/3
-		// cnt = strlen(stabstr);
-		break;
-	 }
-
-	 case 'M': 
-	 {
-		/* CHARACTER ??? */
-		cnt++; // skip  'M'
-
-		int baseType = parseSymDesc(stabstr, cnt);
-		if (baseType != -2 || (stabstrcnt != ';')) {
-		    //bperr("unexpected non character array %s\n", stabstr);
-		} else {
-		    cnt++; // skip ';'
-		    int size;
-		    if (stabstrcnt == 'T') {
-		      /* Fortran stack-based array bounds */
-		      size = 0;
-		      cnt++; // skip 'T'
-		      (void) parseSymDesc(stabstr, cnt);
-		    } else if (stabstrcnt == 'J') {
-                      /* Unbounded range */
-                      size = 0;
-                      cnt++; // skip 'J';
-		      (void) parseSymDesc(stabstr, cnt);
-                    } else
-		      size = parseSymDesc(stabstr, cnt);
-
-		    ptrType = tc->findOrCreateType(baseType, Type::share);
-		    std::string tName = convertCharToString(name);
-
-		    newType = tc->addOrUpdateType(Type::make_shared<typeArray>(ID, ptrType, 1, size, tName));
-		}
-		break;
-
-	 }
-	 case 'R': 
-	 {
-		// Define a floating point type - R fp-type; bytes;
-		cnt++;
-		(void) parseSymDesc(stabstr, cnt);
-		cnt ++;
-
-		int bytes = parseSymDesc(stabstr, cnt);
-
-		newType = tc->addOrUpdateType(Type::make_shared<typeScalar>(ID, bytes, name));
-
-		if (stabstrcnt == ';') cnt++;	// skip the final ';'
-
-		// gcc 3.0 adds an extra field that is always 0 (no indication in the code why)
-		if (stabstrcnt == '0') cnt += 2;	// skip the final '0;'
-
-		break;
-	  }
-
-	  case 'b': 
-	  {
-		// builtin type b  - signed char-flag width; offset; nbits
-		int limit = strlen(&stabstrcnt);
-
-		// skip to width
-		while (!isdigit(stabstrcnt+i) && (i < limit)) i++;	
-		if (i >= limit) return(&(stabstrcnt));
-
-                cnt += i;
-                int size = parseSymDesc(stabstr,cnt);
-                cnt -= i;
-		i++;	// skip the ';'
-
-		// skip to bits
-		while (stabstrcnt+i != ';' && (i < limit)) i++;	
-		if (i >= limit) return(&(stabstrcnt));
-		i++;
-
-		cnt += i;
-		parseSymDesc(stabstr, cnt);
-		
-		if (stabstrcnt) cnt++;	// skip the final ';'
-
-		//Add to Collection
-		newType = tc->addOrUpdateType(Type::make_shared<typeScalar>(ID, size, name));
-
-		return &stabstrcnt;
-		break;
-	}
-	case 'r': 		// range type
-	{    
-	    return parseRangeType(mod, name, ID, stabstr, sizeHint);
-	    break;
-	}
-	case 'e':		// Enumerated type
-	{
-	    cnt++; 	/* skip the 'e' */
-
-	    // Create new Enum type
-	    std::string tName = convertCharToString(name);
-	    // Add type to collection
-        auto newEnumType = tc->addOrUpdateType(Type::make_shared<typeEnum>(ID, tName));
-		
-	    while (stabstrcnt) {
-		/* Get enum component value */
-		compsymdesc = getIdentifier(stabstr, cnt);
-		cnt++; /* skip colon */
-		value = parseSymDesc(stabstr, cnt);
-
-		// add enum field to type
-		newEnumType->asEnumType().addConstant(compsymdesc, value);
-		  
-		cnt++; /* skip trailing comma */
-		if ((stabstrcnt) == ';') cnt++; /* End of enum stab record */
-	    }
-	    break;
-	}    
-        case '@':  // type attribute, defines size and type (negative num)
-	{
-	    return parseAttrType(mod, name, ID, stabstr, cnt);
-	    break;
-	}
-        case '&': //XXX- Need to complete, may be more to parse jdd 4/22/99
-	{    
-	    return parseRefType(mod, name, ID, stabstr, cnt);
-	    break;
-	}
-        case 'k':	// Sun constant type s<typeDef> - parse as <typeDef>
-	{
-	    return parseTypeDef(mod, &stabstrcnt+1, name, ID);
-	    break;
-	}
-	case 'V':	// volatile ? type V<typeDef> - parse as <typeDef>
-        case 'B':	// Sun volatile type B<typeDef> - parse as <typeDef>
-	    return parseTypeDef(mod, &stabstrcnt+1, name, ID);
-	    break;
-
-	case 's':	// struct
-	case 'u':	// union
-    case 'T':   // Fortran TYPE
-	{    
-	    /* Type descriptor */
-	    if (stabstrcnt == 's' || stabstrcnt == 'T') {
-	        typdescr = dataStructure;
-	    } else {
-	        typdescr = dataUnion;
-	    }
-
-	    cnt++;		// skip to size
-	    structsize = parseSymDesc(stabstr, cnt);
-	    (void)structsize; // unused
-
-	    std::string tName = convertCharToString(name);
-	    //Create new type
-            if (typdescr == dataStructure) {
-	       newFieldType = tc->addOrUpdateType(Type::make_shared<typeStruct>(ID, tName));
-	    }
-            else {
-	       newFieldType = tc->addOrUpdateType(Type::make_shared<typeUnion>(ID, tName));
-	    }
-	    //add to type collection
-
-        //TODO What if two different files have the same structure??
-	    char *ret = parseFieldList(mod, newFieldType, &stabstrcnt, false);
-        return ret;
-
-	    break;
-	}
-	case 'Y':
-	{
-	    // C++ specific stabs (Sun compiler)
-	    return parseCPlusPlusInfo(mod, stabstr, name, ID);
-	    break;
-	}
-	case 'Z':  // What is this ??? - jkh 10/14/99 (xlc compiler uses it)
-	{    
-	    return (&stabstr1);
-	    break;
-	}
-	case '#':
-	{
-	    //Class method definition
-	    cnt++; //Skip '#'
-	    if (stabstrcnt == '#') {
-		//Get return type
-	    	cnt++; //Skip '#'
-		parseTypeUse(mod, stabstr, cnt, name);
-	    }
-	    else {
-	    	while(1) {
-			//Skip class type, return typ and arg types
-			parseTypeUse(mod, stabstr, cnt, name);
-			if (stabstrcnt == ',')
-				cnt++;
-			else if (stabstrcnt == ';')
-				break;
-		}
-	    }
-
-	    cnt++; //Skip ';'
-    	    return(&(stabstrcnt));
-	    break;
-	}
-	default:
-	    //bperr( "ERROR: Unrecognized str = %s\n", &stabstrcnt);
-	    //	    return NULL;
-	    // Null probably isn't the right choice here.
-	    cnt = strlen(stabstr);
-	    break;
-      }
-    }
-
-    return(&(stabstrcnt));
-} /* end of parseTypeDef*/
-
-//
-// parseConstantUse - parse a constant (used by Fortran PARAMETERS)
-//
-// <constantUse> = =i<int> |
-//		   =r <float>
-//
-//
-static boost::shared_ptr<Type> parseConstantUse(Module *mod, char *stabstr, int &cnt)
-{
-	typeCollection *tc = typeCollection::getModTypeCollection(mod);
-    // skip =
-    cnt++;
-
-    boost::shared_ptr<Type> ret;
-
-    if (stabstrcnt == 'i') {
-	ret = tc->findType("integer*4", Type::share);
-    } else if (stabstrcnt == 'r') {
-	ret = tc->findType("double", Type::share);
-    } else if (stabstrcnt == 's') {
-        ret = tc->findType("char *", Type::share);
-    } else {
-	//bperr("unknown constant type %s\n", &stabstrcnt);
-	ret = NULL;
-    }
-
-    cnt = strlen(stabstr);
-
-    return ret;
-}
-

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/relocationEntry-elf-ppc32.C Deleted

@@ -1,143 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-/* Functions of the relocationEntry class specific to PPC ELF */
-#include "Symtab.h"
-#include "annotations.h"
-#include <elf.h>
-
-const char* relocationEntry::relType2Str(unsigned long r, unsigned /*addressWidth*/) {
-    switch(r) {
-        CASE_RETURN_STR(R_PPC_NONE);
-        CASE_RETURN_STR(R_PPC_ADDR32);
-        CASE_RETURN_STR(R_PPC_ADDR24);
-        CASE_RETURN_STR(R_PPC_ADDR16);
-        CASE_RETURN_STR(R_PPC_ADDR16_LO);
-        CASE_RETURN_STR(R_PPC_ADDR16_HI);
-        CASE_RETURN_STR(R_PPC_ADDR16_HA);
-        CASE_RETURN_STR(R_PPC_ADDR14);
-        CASE_RETURN_STR(R_PPC_ADDR14_BRTAKEN);
-        CASE_RETURN_STR(R_PPC_ADDR14_BRNTAKEN);
-        CASE_RETURN_STR(R_PPC_REL24);
-        CASE_RETURN_STR(R_PPC_REL14);
-        CASE_RETURN_STR(R_PPC_REL14_BRTAKEN);
-        CASE_RETURN_STR(R_PPC_REL14_BRNTAKEN);
-        CASE_RETURN_STR(R_PPC_GOT16);
-        CASE_RETURN_STR(R_PPC_GOT16_LO);
-        CASE_RETURN_STR(R_PPC_GOT16_HI);
-        CASE_RETURN_STR(R_PPC_GOT16_HA);
-        CASE_RETURN_STR(R_PPC_PLTREL24);
-        CASE_RETURN_STR(R_PPC_COPY);
-        CASE_RETURN_STR(R_PPC_GLOB_DAT);
-        CASE_RETURN_STR(R_PPC_JMP_SLOT);
-        CASE_RETURN_STR(R_PPC_RELATIVE);
-        CASE_RETURN_STR(R_PPC_LOCAL24PC);
-        CASE_RETURN_STR(R_PPC_UADDR32);
-        CASE_RETURN_STR(R_PPC_UADDR16);
-        CASE_RETURN_STR(R_PPC_REL32);
-        CASE_RETURN_STR(R_PPC_PLT32);
-        CASE_RETURN_STR(R_PPC_PLTREL32);
-        CASE_RETURN_STR(R_PPC_PLT16_LO);
-        CASE_RETURN_STR(R_PPC_PLT16_HI);
-        CASE_RETURN_STR(R_PPC_PLT16_HA);
-        CASE_RETURN_STR(R_PPC_SDAREL16);
-        CASE_RETURN_STR(R_PPC_SECTOFF);
-        CASE_RETURN_STR(R_PPC_SECTOFF_LO);
-        CASE_RETURN_STR(R_PPC_SECTOFF_HI);
-        CASE_RETURN_STR(R_PPC_SECTOFF_HA);
-        CASE_RETURN_STR(R_PPC_TLS);
-        CASE_RETURN_STR(R_PPC_DTPMOD32);
-        CASE_RETURN_STR(R_PPC_TPREL16);
-        CASE_RETURN_STR(R_PPC_TPREL16_LO);
-        CASE_RETURN_STR(R_PPC_TPREL16_HI);
-        CASE_RETURN_STR(R_PPC_TPREL16_HA);
-        CASE_RETURN_STR(R_PPC_TPREL32);
-        CASE_RETURN_STR(R_PPC_DTPREL16);
-        CASE_RETURN_STR(R_PPC_DTPREL16_LO);
-        CASE_RETURN_STR(R_PPC_DTPREL16_HI);
-        CASE_RETURN_STR(R_PPC_DTPREL16_HA);
-        CASE_RETURN_STR(R_PPC_DTPREL32);
-        CASE_RETURN_STR(R_PPC_GOT_TLSGD16);
-        CASE_RETURN_STR(R_PPC_GOT_TLSGD16_LO);
-        CASE_RETURN_STR(R_PPC_GOT_TLSGD16_HI);
-        CASE_RETURN_STR(R_PPC_GOT_TLSGD16_HA);
-        CASE_RETURN_STR(R_PPC_GOT_TLSLD16);
-        CASE_RETURN_STR(R_PPC_GOT_TLSLD16_LO);
-        CASE_RETURN_STR(R_PPC_GOT_TLSLD16_HI);
-        CASE_RETURN_STR(R_PPC_GOT_TLSLD16_HA);
-        CASE_RETURN_STR(R_PPC_GOT_TPREL16);
-        CASE_RETURN_STR(R_PPC_GOT_TPREL16_LO);
-        CASE_RETURN_STR(R_PPC_GOT_TPREL16_HI);
-        CASE_RETURN_STR(R_PPC_GOT_TPREL16_HA);
-        CASE_RETURN_STR(R_PPC_GOT_DTPREL16);
-        CASE_RETURN_STR(R_PPC_GOT_DTPREL16_LO);
-        CASE_RETURN_STR(R_PPC_GOT_DTPREL16_HI);
-        CASE_RETURN_STR(R_PPC_GOT_DTPREL16_HA);
-#if defined(R_PPC_NUM)
-        CASE_RETURN_STR(R_PPC_NUM);
-#endif
-        CASE_RETURN_STR(R_PPC_EMB_NADDR32);
-        CASE_RETURN_STR(R_PPC_EMB_NADDR16);
-        CASE_RETURN_STR(R_PPC_EMB_NADDR16_LO);
-        CASE_RETURN_STR(R_PPC_EMB_NADDR16_HI);
-        CASE_RETURN_STR(R_PPC_EMB_NADDR16_HA);
-        CASE_RETURN_STR(R_PPC_EMB_SDAI16);
-        CASE_RETURN_STR(R_PPC_EMB_SDA2I16);
-        CASE_RETURN_STR(R_PPC_EMB_SDA2REL);
-        CASE_RETURN_STR(R_PPC_EMB_SDA21);
-        CASE_RETURN_STR(R_PPC_EMB_MRKREF);
-        CASE_RETURN_STR(R_PPC_EMB_RELSEC16);
-        CASE_RETURN_STR(R_PPC_EMB_RELST_LO);
-        CASE_RETURN_STR(R_PPC_EMB_RELST_HI);
-        CASE_RETURN_STR(R_PPC_EMB_RELST_HA);
-        CASE_RETURN_STR(R_PPC_EMB_BIT_FLD);
-        CASE_RETURN_STR(R_PPC_EMB_RELSDA);
-        CASE_RETURN_STR(R_PPC_DIAB_SDA21_LO);
-        CASE_RETURN_STR(R_PPC_DIAB_SDA21_HI);
-        CASE_RETURN_STR(R_PPC_DIAB_SDA21_HA);
-        CASE_RETURN_STR(R_PPC_DIAB_RELSDA_LO);
-        CASE_RETURN_STR(R_PPC_DIAB_RELSDA_HI);
-        CASE_RETURN_STR(R_PPC_DIAB_RELSDA_HA);
-#ifdef R_PPC_REL16
-        // Older versions of elf.h may not have these defined.
-        CASE_RETURN_STR(R_PPC_REL16);
-        CASE_RETURN_STR(R_PPC_REL16_LO);
-        CASE_RETURN_STR(R_PPC_REL16_HI);
-        CASE_RETURN_STR(R_PPC_REL16_HA);
-#endif
-        CASE_RETURN_STR(R_PPC_TOC16);
-        default:
-            return "?";
-    }
-}
-
-SYMTAB_EXPORT unsigned long relocationEntry::getGlobalRelType(unsigned /*addressWidth*/, Symbol *) {
-    return R_PPC_GLOB_DAT;
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/staticRewrite.C Deleted

@@ -1,82 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-#include <stdio.h>
-#include <stdlib.h>
-
-#include "Symtab.h"
-#include "Archive.h"
-
-using namespace Dyninst;
-using namespace Dyninst::SymtabAPI;
-
-
-/* findDotOs - finds the list of .o files from archive 'arf' which
- * when added satisfy all the symbol references.
- *
- * We start with two different sets of symbols defined, undefined set
- * of symbols and a set of .o's that we need. Initially all the symbols
- * defined in the static executable fall under defined set and undefined fall
- * under the undefined set. We iterate over all the undefined symbols and try to find
- * the member in the archive which has the definition and add it to the list of .o's.
- * All the undefined symbols in this .o are added to undefined set and defined symbols
- * are added to the defined set. This process goes on until we do not have any undefined symbols.
- * Otherwise we return an error
- */
-bool findDotOs(Symtab *obj, std::vector<Archive *>arfs, vector<Symtab *>&members){
-    vector<Symbol *> undefSyms;
-
-    //Initialize undefSyms with all the undefined members in the static executable
-    obj->getAllUndefinedSymbols(undefSyms);
-
-    while(undefSyms.size() != 0){
-        //get the first undefined symbol
-        Symbol *sym = undefSyms0;
-        undefSyms.erase(undefSyms.begin());
-        Symtab *tab; // Symtab object for member that contains the definition
-        vector<Symbol *> foundsyms;
-        //first check if the symbol is already defined in the static executable
-        if(obj->findSymbolByType(foundsyms, sym->getName(), Symbol::ST_UNKNOWN, true))
-            continue;
-        //check all archives starting from the beginning
-        for(unsigned i=0;i<arfs.size();i++){
-            if(arfsi->findMemberWithDefinition(tab, sym->getName())){
-                members.push_back(tab);
-                vector<Symbol *>undefs;
-                if(tab->getAllUndefinedSymbols(undefs))
-                    undefSyms.insert(undefSyms.end(), undefs.begin(), undefs.end());
-                continue;
-            }
-        }
-        //reached if there are undefined symbols that are not defined in any of the archives
-        return false;
-    }
-    return true;
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/syscalls/unistd-by-platform/Linux/Arch_ppc32 Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/syscalls/unistd-by-platform/Linux/Arch_ppc32/unistd.h.20130604 Deleted

@@ -1,334 +0,0 @@
-#ifndef _ASM_POWERPC_UNISTD_H_
-#define _ASM_POWERPC_UNISTD_H_
-
-/*
- * This file contains the system call numbers.
- *
- * This program is free software; you can redistribute it and/or
- * modify it under the terms of the GNU General Public License
- * as published by the Free Software Foundation; either version
- * 2 of the License, or (at your option) any later version.
- */
-
-#define __NR_restart_syscall	  0
-#define __NR_exit		  1
-#define __NR_fork		  2
-#define __NR_read		  3
-#define __NR_write		  4
-#define __NR_open		  5
-#define __NR_close		  6
-#define __NR_waitpid		  7
-#define __NR_creat		  8
-#define __NR_link		  9
-#define __NR_unlink		 10
-#define __NR_execve		 11
-#define __NR_chdir		 12
-#define __NR_time		 13
-#define __NR_mknod		 14
-#define __NR_chmod		 15
-#define __NR_lchown		 16
-#define __NR_break		 17
-#define __NR_oldstat		 18
-#define __NR_lseek		 19
-#define __NR_getpid		 20
-#define __NR_mount		 21
-#define __NR_umount		 22
-#define __NR_setuid		 23
-#define __NR_getuid		 24
-#define __NR_stime		 25
-#define __NR_ptrace		 26
-#define __NR_alarm		 27
-#define __NR_oldfstat		 28
-#define __NR_pause		 29
-#define __NR_utime		 30
-#define __NR_stty		 31
-#define __NR_gtty		 32
-#define __NR_access		 33
-#define __NR_nice		 34
-#define __NR_ftime		 35
-#define __NR_sync		 36
-#define __NR_kill		 37
-#define __NR_rename		 38
-#define __NR_mkdir		 39
-#define __NR_rmdir		 40
-#define __NR_dup		 41
-#define __NR_pipe		 42
-#define __NR_times		 43
-#define __NR_prof		 44
-#define __NR_brk		 45
-#define __NR_setgid		 46
-#define __NR_getgid		 47
-#define __NR_signal		 48
-#define __NR_geteuid		 49
-#define __NR_getegid		 50
-#define __NR_acct		 51
-#define __NR_umount2		 52
-#define __NR_lock		 53
-#define __NR_ioctl		 54
-#define __NR_fcntl		 55
-#define __NR_mpx		 56
-#define __NR_setpgid		 57
-#define __NR_ulimit		 58
-#define __NR_oldolduname	 59
-#define __NR_umask		 60
-#define __NR_chroot		 61
-#define __NR_ustat		 62
-#define __NR_dup2		 63
-#define __NR_getppid		 64
-#define __NR_getpgrp		 65
-#define __NR_setsid		 66
-#define __NR_sigaction		 67
-#define __NR_sgetmask		 68
-#define __NR_ssetmask		 69
-#define __NR_setreuid		 70
-#define __NR_setregid		 71
-#define __NR_sigsuspend		 72
-#define __NR_sigpending		 73
-#define __NR_sethostname	 74
-#define __NR_setrlimit		 75
-#define __NR_getrlimit		 76
-#define __NR_getrusage		 77
-#define __NR_gettimeofday	 78
-#define __NR_settimeofday	 79
-#define __NR_getgroups		 80
-#define __NR_setgroups		 81
-#define __NR_select		 82
-#define __NR_symlink		 83
-#define __NR_oldlstat		 84
-#define __NR_readlink		 85
-#define __NR_uselib		 86
-#define __NR_swapon		 87
-#define __NR_reboot		 88
-#define __NR_readdir		 89
-#define __NR_mmap		 90
-#define __NR_munmap		 91
-#define __NR_truncate		 92
-#define __NR_ftruncate		 93
-#define __NR_fchmod		 94
-#define __NR_fchown		 95
-#define __NR_getpriority	 96
-#define __NR_setpriority	 97
-#define __NR_profil		 98
-#define __NR_statfs		 99
-#define __NR_fstatfs		100
-#define __NR_ioperm		101
-#define __NR_socketcall		102
-#define __NR_syslog		103
-#define __NR_setitimer		104
-#define __NR_getitimer		105
-#define __NR_stat		106
-#define __NR_lstat		107
-#define __NR_fstat		108
-#define __NR_olduname		109
-#define __NR_iopl		110
-#define __NR_vhangup		111
-#define __NR_idle		112
-#define __NR_vm86		113
-#define __NR_wait4		114
-#define __NR_swapoff		115
-#define __NR_sysinfo		116
-#define __NR_ipc		117
-#define __NR_fsync		118
-#define __NR_sigreturn		119
-#define __NR_clone		120
-#define __NR_setdomainname	121
-#define __NR_uname		122
-#define __NR_modify_ldt		123
-#define __NR_adjtimex		124
-#define __NR_mprotect		125
-#define __NR_sigprocmask	126
-#define __NR_create_module	127
-#define __NR_init_module	128
-#define __NR_delete_module	129
-#define __NR_get_kernel_syms	130
-#define __NR_quotactl		131
-#define __NR_getpgid		132
-#define __NR_fchdir		133
-#define __NR_bdflush		134
-#define __NR_sysfs		135
-#define __NR_personality	136
-#define __NR_afs_syscall	137 /* Syscall for Andrew File System */
-#define __NR_setfsuid		138
-#define __NR_setfsgid		139
-#define __NR__llseek		140
-#define __NR_getdents		141
-#define __NR__newselect		142
-#define __NR_flock		143
-#define __NR_msync		144
-#define __NR_readv		145
-#define __NR_writev		146
-#define __NR_getsid		147
-#define __NR_fdatasync		148
-#define __NR__sysctl		149
-#define __NR_mlock		150
-#define __NR_munlock		151
-#define __NR_mlockall		152
-#define __NR_munlockall		153
-#define __NR_sched_setparam		154
-#define __NR_sched_getparam		155
-#define __NR_sched_setscheduler		156
-#define __NR_sched_getscheduler		157
-#define __NR_sched_yield		158
-#define __NR_sched_get_priority_max	159
-#define __NR_sched_get_priority_min	160
-#define __NR_sched_rr_get_interval	161
-#define __NR_nanosleep		162
-#define __NR_mremap		163
-#define __NR_setresuid		164
-#define __NR_getresuid		165
-#define __NR_query_module	166
-#define __NR_poll		167
-#define __NR_nfsservctl		168
-#define __NR_setresgid		169
-#define __NR_getresgid		170
-#define __NR_prctl		171
-#define __NR_rt_sigreturn	172
-#define __NR_rt_sigaction	173
-#define __NR_rt_sigprocmask	174
-#define __NR_rt_sigpending	175
-#define __NR_rt_sigtimedwait	176
-#define __NR_rt_sigqueueinfo	177
-#define __NR_rt_sigsuspend	178
-#define __NR_pread64		179
-#define __NR_pwrite64		180
-#define __NR_chown		181
-#define __NR_getcwd		182
-#define __NR_capget		183
-#define __NR_capset		184
-#define __NR_sigaltstack	185
-#define __NR_sendfile		186
-#define __NR_getpmsg		187	/* some people actually want streams */
-#define __NR_putpmsg		188	/* some people actually want streams */
-#define __NR_vfork		189
-#define __NR_ugetrlimit		190	/* SuS compliant getrlimit */
-#define __NR_readahead		191
-#define __NR_mmap2		192
-#define __NR_truncate64		193
-#define __NR_ftruncate64	194
-#define __NR_stat64		195
-#define __NR_lstat64		196
-#define __NR_fstat64		197
-#define __NR_pciconfig_read	198
-#define __NR_pciconfig_write	199
-#define __NR_pciconfig_iobase	200
-#define __NR_multiplexer	201
-#define __NR_getdents64		202
-#define __NR_pivot_root		203
-#define __NR_fcntl64		204
-#define __NR_madvise		205
-#define __NR_mincore		206
-#define __NR_gettid		207
-#define __NR_tkill		208
-#define __NR_setxattr		209
-#define __NR_lsetxattr		210
-#define __NR_fsetxattr		211
-#define __NR_getxattr		212
-#define __NR_lgetxattr		213
-#define __NR_fgetxattr		214
-#define __NR_listxattr		215
-#define __NR_llistxattr		216
-#define __NR_flistxattr		217
-#define __NR_removexattr	218
-#define __NR_lremovexattr	219
-#define __NR_fremovexattr	220
-#define __NR_futex		221
-#define __NR_sched_setaffinity	222
-#define __NR_sched_getaffinity	223
-/* 224 currently unused */
-#define __NR_tuxcall		225
-#define __NR_sendfile64		226
-#define __NR_io_setup		227
-#define __NR_io_destroy		228
-#define __NR_io_getevents	229
-#define __NR_io_submit		230
-#define __NR_io_cancel		231
-#define __NR_set_tid_address	232
-#define __NR_fadvise64		233
-#define __NR_exit_group		234
-#define __NR_lookup_dcookie	235
-#define __NR_epoll_create	236
-#define __NR_epoll_ctl		237
-#define __NR_epoll_wait		238
-#define __NR_remap_file_pages	239
-#define __NR_timer_create	240
-#define __NR_timer_settime	241
-#define __NR_timer_gettime	242
-#define __NR_timer_getoverrun	243
-#define __NR_timer_delete	244
-#define __NR_clock_settime	245
-#define __NR_clock_gettime	246
-#define __NR_clock_getres	247
-#define __NR_clock_nanosleep	248
-#define __NR_swapcontext	249
-#define __NR_tgkill		250
-#define __NR_utimes		251
-#define __NR_statfs64		252
-#define __NR_fstatfs64		253
-#define __NR_fadvise64_64	254
-#define __NR_rtas		255
-#define __NR_sys_debug_setcontext 256
-/* Number 257 is reserved for vserver */
-#define __NR_migrate_pages	258
-#define __NR_mbind		259
-#define __NR_get_mempolicy	260
-#define __NR_set_mempolicy	261
-#define __NR_mq_open		262
-#define __NR_mq_unlink		263
-#define __NR_mq_timedsend	264
-#define __NR_mq_timedreceive	265
-#define __NR_mq_notify		266
-#define __NR_mq_getsetattr	267
-#define __NR_kexec_load		268
-#define __NR_add_key		269
-#define __NR_request_key	270
-#define __NR_keyctl		271
-#define __NR_waitid		272
-#define __NR_ioprio_set		273
-#define __NR_ioprio_get		274
-#define __NR_inotify_init	275
-#define __NR_inotify_add_watch	276
-#define __NR_inotify_rm_watch	277
-#define __NR_spu_run		278
-#define __NR_spu_create		279
-#define __NR_pselect6		280
-#define __NR_ppoll		281
-#define __NR_unshare		282
-#define __NR_splice		283
-#define __NR_tee		284
-#define __NR_vmsplice		285
-#define __NR_openat		286
-#define __NR_mkdirat		287
-#define __NR_mknodat		288
-#define __NR_fchownat		289
-#define __NR_futimesat		290
-#define __NR_fstatat64		291
-#define __NR_unlinkat		292
-#define __NR_renameat		293
-#define __NR_linkat		294
-#define __NR_symlinkat		295
-#define __NR_readlinkat		296
-#define __NR_fchmodat		297
-#define __NR_faccessat		298
-#define __NR_get_robust_list	299
-#define __NR_set_robust_list	300
-#define __NR_move_pages		301
-#define __NR_getcpu		302
-#define __NR_epoll_pwait	303
-#define __NR_utimensat		304
-#define __NR_signalfd		305
-#define __NR_timerfd_create	306
-#define __NR_eventfd		307
-#define __NR_sync_file_range2	308
-#define __NR_fallocate		309
-#define __NR_subpage_prot	310
-#define __NR_timerfd_settime	311
-#define __NR_timerfd_gettime	312
-#define __NR_signalfd4		313
-#define __NR_eventfd2		314
-#define __NR_epoll_create1	315
-#define __NR_dup3		316
-#define __NR_pipe2		317
-#define __NR_inotify_init1	318
-
-
-#endif /* _ASM_POWERPC_UNISTD_H_ */

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/MakefileTemplate Deleted

@@ -1,37 +0,0 @@
-# This Makefile is set up for the following:
-# Source directory: $(CORE)/valueAdded/<Name>
-# Both mutatee-side and mutator-side libraries
-
-# General Dyninst definition
-NO_IMPLICIT_TEMPLATES = true
-
-# Relative path to the top of the src directory
-TO_CORE = ../../..
-
-# DO NOT CHANGE THIS
-include $(TO_CORE)/make.config 
-
-# Now make any necessary architecture specific changes to variables:
-LD		= $(GXX)
-LDFLAGS         += -shared
-
-# Flags needed for linking the mutator library
-LDFLAGS_MUTATOR =  -L$(DEST) -ldyninstAPI
-
-# if we want to produce a shared object...
-CFLAGS		+= -fPIC
-CFLAGS          += -I. -I../..
-
-VPATH        = ../src
-#:../../dyninstAPI_RT/src
-
-# Include the module-specific Makefile, which defines everything about
-# the module that is common across architectures.
-
-include ../make.module.tmpl
-
-# Include the "standard program template".  This defines all the
-# common targets like "clean", "install", etc.
-
-include $(TO_CORE)/make.library.tmpl
-

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/h Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/h/SharedMem.h Deleted

@@ -1,140 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-/* $Id: shmMgr.h,v 1.1 2006/11/22 21:45:00 bernat Exp $
- * shmMgr: an interface to allocating/freeing memory in the 
- * shared segment. Will eventually support allocating a new
- * shared segment and attaching to it.
- */
-
-#ifndef shmMgr_h
-#define shmMgr_h
-
-// these defaults can be overidden by "SHARED_MUTATEE_LIB" env variable
-#if defined(os_windows)
-#define SHARED_MUTATEE_LIB "libdynShmMutatee.dll"
-#else
-#define SHARED_MUTATEE_LIB "libdynShmMutatee.so"
-#endif
-
-class BPatch_process;
-class ShmSegment;
-class shmMgrPreallocInternal;
-class BPatch_type;
-class BPatch_variableExpr;
-
-#include "dyntypes.h"
-
-#include      <sys/types.h>
-#include      <sys/shm.h>
-#include "BPatch_Vector.h"
-
-
-class shMallocHandle {
-    friend class shmMgr;
- private:
-    Dyninst::Address addrInMutator_;
-    BPatch_variableExpr *expr_;
-    shMallocHandle(Dyninst::Address a, BPatch_variableExpr *e) : addrInMutator_(a), expr_(e) {};
- public:
-    Dyninst::Address addressInMutatee() const;
-    Dyninst::Address addressInMutator() const { return addrInMutator_; }
-    BPatch_variableExpr *expr() const { return expr_; }
-    ~shMallocHandle();
-};
-
-class shmMgr {
- private:
-    key_t nextKeyToTry;
-    unsigned shmSegSize;
-    
-    BPatch_Vector<ShmSegment *> theShms;
-    unsigned totalShmSize;
-    unsigned freespace;
-
-    BPatch_process *app;
-
-    bool freeWhenDeleted;
-
-    Dyninst::Address  applicToDaemon(Dyninst::Address  addr) const;
-    Dyninst::Address  daemonToApplic(Dyninst::Address  addr) const;
-    Dyninst::Address  getOffsetDaemon(Dyninst::Address  addr) const;
-    Dyninst::Address  getOffsetApplic(Dyninst::Address  addr) const;
-
-    /* Do all the work of creating a new shared memory segment
-       and getting the RT lib to hook to it */
-    void addShmSegment(Dyninst::Address  /*size*/);
-
-    shmMgr(BPatch_process *proc, key_t shmSegKey, unsigned shmSize_, bool freeWhenDel = true);
-    // Fork constructor
-    shmMgr(const shmMgr *par, BPatch_process *child_proc);
-    shmMgr() {};
-
-    bool initialize();
-
-    Dyninst::Address malloc_int(unsigned size, bool align = false);
-
-    Dyninst::Address  translateFromParentDaemon(Dyninst::Address  addr, const shmMgr *parent);
-    Dyninst::Address  translateFromParentApplic(Dyninst::Address  addr, const shmMgr *parent);
-    
-  public:
-    
-    // Create a new shared memory manager and return it. 
-    // proc: the associated BPatch process
-    // shmSegKey: the shared memory key
-    // defaultSegmentSize: the initial size for segments (multiple segments are supported)
-    // automaticFree: delete shared memory when this object is freed?
-    static shmMgr *createSharedManager(BPatch_process *proc,
-                                       key_t shmSegKey,
-                                       unsigned defaultSegmentSize,
-                                       bool automaticFree);
-    ~shmMgr();
-    
-    // Malloc and free equivalents
-    shMallocHandle *malloc(unsigned size, bool align = true, BPatch_type *type = NULL);
-    void free(shMallocHandle *handle);
-    
-    // CALL ON EXEC
-    // TODO: if Dyninst ever supports chaining of handlers,
-    // then register this explicitly.
-    //void handleExec();
-    // Not implemented yet.
-
-    // Call on fork to get a shmMgr for the child process.
-    shmMgr *handleFork(BPatch_process *childProc);    
-    
-    shMallocHandle *getChildHandle(shMallocHandle *parentHandle);
-
-};
-
-
-
-
-#endif /*shmMgr_h*/

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/i386-unknown-linux2.4 Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/i386-unknown-linux2.4/Makefile Deleted

@@ -1,41 +0,0 @@
-#
-# $Id: Makefile,v 1.3 2006/11/22 21:44:56 bernat Exp $
-#
-
-# Define any symbols needed to invoke configuration changes in make.config
-
-# Include standard make configuration stuff that applies to everything
-# in the paradyn tree.
-
-NO_IMPLICIT_TEMPLATES = true
-
-TO_CORE = ../../..
-
-include $(TO_CORE)/make.config 
-
-# Now make any necessary architecture specific changes to variables:
-LD		= $(GXX)
-LDFLAGS         += -shared
-
-LDFLAGS_MUTATOR =  -L$(DEST) -ldyninstAPI
-
-# The GNU headers for glibc conflict with RTposix.h
-# CFLAGS		+= -D_SVID_SOURCE
-
-# if we want to produce a shared object...
-CFLAGS		+= -fPIC
-CFLAGS          += -I. -I../..
-
-VPATH        = ../src
-#:../../dyninstAPI_RT/src
-
-# Include the module-specific Makefile, which defines everything about
-# the module that is common across architectures.
-
-include ../make.module.tmpl
-
-# Include the "standard program template".  This defines all the
-# common targets like "clean", "install", etc.
-
-include $(TO_CORE)/make.library.tmpl
-

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/i386-unknown-nt4.0 Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/i386-unknown-nt4.0/Makefile Deleted

@@ -1,60 +0,0 @@
-#
-# $Id: Makefile,v 1.2 2004/05/14 16:49:12 legendre Exp $
-#
-
-# Define any symbols needed to invoke configuration changes in make.config
-
-# Include standard make configuration stuff that applies to everything
-# in the paradyn tree.
-
-include ../../nmake.config 
-
-# Now make any necessary architecture specific changes to variables:
-
-# Turn off frame pointer omission optimization for this
-# library.  If we allow frame pointer omission, we find that
-# call stacks frequently do not contain reference to main 
-# or mainCRTStartup, and so are considered invalid call stacks.
-!ifndef NO_OPT_FLAG
-OPT_FLAG	= $(OPT_FLAG) -Oy-
-!endif
-
-LD		= link
-LDFLAGS		= -DLL -debug -debugtype:coff -PDB:NONE -base:0x70000000 #-debugtype:cv
-
-#TARGET2		= libdyninstCP.a
-
-SRCS		= ../src/RTshared-win.c
-
-OBJS		=  RTshared-win.obj
-
-CFLAGS		= $(CFLAGS) -Ox -Oy-
-
-# enable debug/trace messages from runtime library
-#CFLAGS		= $(CFLAGS) -DDEBUG_PRINT_RT
-
-# Include the module-specific Makefile, which defines everything about
-# the module that is common across architectures.
-
-include ../nmake.module.tmpl
-
-# Include the "standard program template".  This defines all the
-# common targets like "clean", "install", etc.
-
-include ../../nmake.library.tmpl
-
-{../src/}.c.obj:
-	$(CC) -c $(CFLAGS) $<
-
-#
-# Override target to force ld to happen
-#
-$(TARGET): $(OBJS)
-	@$(MAKE) $(VOUCHER)
-	$(LD) $(LDFLAGS) \
-	    -out:$(TARGET) $(VOUCHER).obj $(OBJS) $(LIBS) ws2_32.lib winmm.lib
-
-#$(TARGET2): $(OBJS) RTpvmPiggy.o RTcriticalPath.o
-#	@$(RM) $(TARGET2)
-#	$(LD) $(LDFLAGS) -o $(TARGET2) $(OBJS) RTpvmPiggy.o RTcriticalPath.o $(LIBS)
-

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/i386-unknown-winXP Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/i386-unknown-winXP/Makefile Deleted

@@ -1,60 +0,0 @@
-#
-# $Id: Makefile,v 1.1 2004/05/11 19:02:23 bernat Exp $
-#
-
-# Define any symbols needed to invoke configuration changes in make.config
-
-# Include standard make configuration stuff that applies to everything
-# in the paradyn tree.
-
-include ../../nmake.config 
-
-# Now make any necessary architecture specific changes to variables:
-
-# Turn off frame pointer omission optimization for this
-# library.  If we allow frame pointer omission, we find that
-# call stacks frequently do not contain reference to main 
-# or mainCRTStartup, and so are considered invalid call stacks.
-!ifndef NO_OPT_FLAG
-OPT_FLAG	= $(OPT_FLAG) -Oy-
-!endif
-
-LD		= link
-LDFLAGS		= -DLL -debug -debugtype:coff -PDB:NONE -base:0x70000000 #-debugtype:cv
-
-#TARGET2		= libdyninstCP.a
-
-SRCS		= ../src/RTshared-win.c
-
-OBJS		=  RTshared-nt.obj
-
-CFLAGS		= $(CFLAGS) -Ox -Oy-
-
-# enable debug/trace messages from runtime library
-#CFLAGS		= $(CFLAGS) -DDEBUG_PRINT_RT
-
-# Include the module-specific Makefile, which defines everything about
-# the module that is common across architectures.
-
-include ../nmake.module.tmpl
-
-# Include the "standard program template".  This defines all the
-# common targets like "clean", "install", etc.
-
-include ../../nmake.library.tmpl
-
-{../src/}.c.obj:
-	$(CC) -c $(CFLAGS) $<
-
-#
-# Override target to force ld to happen
-#
-$(TARGET): $(OBJS)
-	@$(MAKE) $(VOUCHER)
-	$(LD) $(LDFLAGS) \
-	    -out:$(TARGET) $(VOUCHER).obj $(OBJS) $(LIBS) ws2_32.lib winmm.lib
-
-#$(TARGET2): $(OBJS) RTpvmPiggy.o RTcriticalPath.o
-#	@$(RM) $(TARGET2)
-#	$(LD) $(LDFLAGS) -o $(TARGET2) $(OBJS) RTpvmPiggy.o RTcriticalPath.o $(LIBS)
-

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/make.module.tmpl Deleted

@@ -1,62 +0,0 @@
-# -*-Makefile-*-
-#
-# Common makefile template for rtinst library.  This file is not
-# intended to be a useful Makefile in isolation; instead, it should be
-# included from within an architecture-specific Makefile.
-#
-# $Id: make.module.tmpl,v 1.5 2008/03/12 20:09:43 legendre Exp $
-#
-
-# This is from the point of view of the build directories... so ../
-MUTATEE_SRCS    = ../src/RTshared-unix.c
-
-MUTATOR_SRCS    =       ../src/shmMgr.C \
-                        ../src/shmSegment.C \
-                        ../src/shmSegment-unix.C
-
-MUTATEE_OBJS	= RTshared-unix.o
-MUTATOR_OBJS	= shmMgr.o \
-		  shmSegment.o \
-		  shmSegment-unix.o
-
-TO_INC = ../h
-PUBLIC_H = SharedMem.h
-
-
-SRCS = $(MUTATOR_SRCS)
-
-TO_ROOT = ../../..
-CXXFLAGS += -I$(TO_ROOT)/dyninstAPI/h -I$(TO_ROOT) -I$(TO_ROOT)/dynutil/h -I$(TO_ROOT)/symtabAPI/h -I$(TO_ROOT)/instructionAPI/h -fPIC
-CFLAGS += -I$(TO_ROOT)/dyninstAPI/h -I$(TO_ROOT) -I$(TO_ROOT)/dynutil/h -I$(TO_ROOT)/symtabAPI/h -fPIC -I$(TO_ROOT)/instructionAPI/h
-
-TARGETS = libdynShmMutatee.so libdynShmMutator.so
-
-all: $(TARGETS)
-
-# Override the install script - we have two files
-OVERRIDE_INSTALL = true
-
-install: $(TARGETS) install_generic
-	-$(INSTALL) $(TARGETS) $(DEST)
-
-libdynShmMutatee.so: $(MUTATEE_OBJS)
-	$(LD) $(LDFLAGS) $(LDFLAGS_MUTATEE) -o libdynShmMutatee.so $(MUTATEE_OBJS)
-libdynShmMutator.so: $(MUTATOR_OBJS)
-	$(LD) $(LDFLAGS) -o libdynShmMutator.so $(MUTATOR_OBJS) $(MUTATOR_LIBS) $(LDFLAGS_MUTATOR)
-
-
-
-MODCC         = $(CC)
-MODCFLAGS     = $(CFLAGS)
-
-
-
-
-
-#
-# override standard install rule; provide a default DEST if not already set
-#
-ifndef DEST
-DEST		= $(LIBRARY_DEST)
-endif
-

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/ppc32_linux Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/ppc32_linux/Makefile Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/ppc64_linux Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/ppc64_linux/Makefile Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/src Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/src/RTshared-unix.c Deleted

@@ -1,63 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-/************************************************************************
- *
- * $Id: RTshared-unix.c,v 1.1 2004/05/11 19:02:28 bernat Exp $
- * RTshared.c: shared memory implementation
- *
- ************************************************************************/
-
-#include <sys/types.h>
-#include <sys/shm.h>
-#include <stdio.h>
-
-/* Unfortunately, we still have platform problems... here it's unix vs NT */
-
-void *RTsharedAttach(unsigned key, unsigned size, void *addr) {
-    /* UNIX version */
-    int shmid;
-    void *mapAddr;
-    shmid = shmget(key, size, 0666);
-    if (shmid != -1) {
-        /* Map the segment at the address given (0 if we don't care) */
-        mapAddr = shmat(shmid, addr, 0);
-        return mapAddr;
-    }
-    perror("RTsharedAttach: shmat");
-    
-    return (void *)-1;
-    assert(0);
-}
-
-void *RTsharedDetach(unsigned key, unsigned size, void *addr) {
-    return (void *)shmdt(addr);
-}
-

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/src/RTshared-win.c Deleted

@@ -1,78 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-/************************************************************************
- *
- * $Id: RTshared-win.c,v 1.2 2006/04/14 02:08:09 legendre Exp $
- * RTshared.c: shared memory implementation
- *
- ************************************************************************/
-
-#include <stdio.h>
-#include <windows.h>
-#include <mmsystem.h>
-#include <errno.h>
-#include <limits.h>
-
-/* Unfortunately, we still have platform problems... here it's unix vs NT */
-
-void *RTsharedAttach(unsigned key, unsigned size, void *addr) {
-    HANDLE hMap;
-    TCHAR strName128;
-    void *result;
-    
-    /* Attach to pre-created shared memory segment */
-    sprintf(strName, "ParadynD_%d_%d", key, size);
-    hMap = OpenFileMapping(FILE_MAP_ALL_ACCESS,
-                           TRUE,
-                           strName);
-    if( hMap == NULL )
-    {
-        fprintf( stderr, "OpenFileMapping failed: %d\n", GetLastError() );
-    }
-
-    result = MapViewOfFile( hMap,
-			    FILE_MAP_ALL_ACCESS,
-			    0, 0,
-			    0 );
-    if( result == NULL )
-    {
-        fprintf( stderr, "MapViewOfFile failed: %d\n", GetLastError() );
-    }
-    return result;
-}
-
-
-void *RTsharedDetach(unsigned key, unsigned size, void *addr) {
-    UnmapViewOfFile( addr );
-    /*CloseHandle( hMapping );*/
-    return NULL;
-}
-

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/src/sharedMemInternal.h Deleted

@@ -1,47 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-/* $Id: shmMgr.h,v 1.1 2006/11/22 21:45:00 bernat Exp $
- * shmMgr: an interface to allocating/freeing memory in the 
- * shared segment. Will eventually support allocating a new
- * shared segment and attaching to it.
- */
-
-#ifndef SHARED_MEM_INTERNAL_H
-#define SHARED_MEM_INTERNAL_H
-
-// these defaults can be overidden by "SHARED_MUTATEE_LIB" env variable
-#if defined(os_windows)
-#define SHARED_MUTATEE_LIB "libdynShmMutatee.dll"
-#else
-#define SHARED_MUTATEE_LIB "libdynShmMutatee.so"
-#endif
-
-#endif /*shmMgr_h*/

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/src/shmMgr.C Deleted

@@ -1,282 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-
-/* $Id: shmMgr.C,v 1.1 2006/11/22 21:44:59 bernat Exp $
- * shmMgr: an interface to allocating/freeing memory in the 
- * shared segment. Will eventually support allocating a new
- * shared segment and attaching to it.
- */
-
-#include "BPatch_Vector.h"
-#include "BPatch.h"
-#include "BPatch_process.h"
-#include "BPatch_snippet.h"
-#include "BPatch_type.h"
-#include "../h/SharedMem.h"
-#include "sharedMemInternal.h"
-#include "shmSegment.h"
-
-extern void addLibraryCallback(BPatch_process *, BPatch_module *, bool);
-
-shmMgr::shmMgr(BPatch_process *proc, key_t shmSegKey, unsigned shmSize_, bool freeWhenDel) :
-        nextKeyToTry(shmSegKey), shmSegSize(shmSize_), totalShmSize(0), freespace(0),
-        app(proc), freeWhenDeleted(freeWhenDel)
-{
-}
-
-shmMgr *shmMgr::createSharedManager(BPatch_process *proc,
-                                    key_t shmSegKey,
-                                    unsigned defaultSegmentSize,
-                                    bool automaticFree) {
-    shmMgr *shm = new shmMgr(proc, shmSegKey, defaultSegmentSize, automaticFree);
-    if (shm == NULL) return NULL;
-    if (!shm->initialize()) {
-        delete shm;
-        return NULL;
-    }
-    return shm;
-}
-
-
-bool shmMgr::initialize() {
-	// Get the name of the shared memory library (if specified in environment)
-   const char *shm_lib_name = getenv("DYNINSTAPI_SHM_LIB");
-   if (!shm_lib_name)
-      shm_lib_name = SHARED_MUTATEE_LIB;
-
-   //getBPatch().registerDynLibraryCallback((BPatchDynLibraryCallback) (addLibraryCallback));
-   // Load the shared memory library via Dyninst's loadLibrary
-   if (!app->loadLibrary(shm_lib_name, true)) {
-      fprintf(stderr, "Failed to load shared memory library\n");
-      return false;
-   }
-   BPatch_Vector<BPatch_module *> * mods = app->getImage()->getModules();
-   static char mnamebuf512;
-   BPatch_module *shm_mod = NULL;
-   for (unsigned int i = 0; i < mods->size(); ++i) {
-      (*mods)i->getName(mnamebuf, 512);
-      if (!strcmp(mnamebuf, shm_lib_name)) {
-         shm_mod = (*mods)i;
-         break;
-      }
-   }
-   if (!shm_mod) {
-      fprintf(stderr, "%s%d}:  Could not find module %s\n", __FILE__, __LINE__, shm_lib_name);
-   } 
-
-   // Proactively make the first segment
-   ShmSegment *new_seg = ShmSegment::Create(nextKeyToTry, shmSegSize, freeWhenDeleted);
-   if (new_seg == NULL) {
-      // No luck
-      fprintf(stderr, "%s%d: shared memory manager: failed creation\n");
-      return false;
-   }
-   if (!new_seg->attach(app)) {
-      fprintf(stderr, "%s%d: shared memory manager: failed attach\n");
-      return false;
-   }
-   
-   nextKeyToTry++;
-   totalShmSize += shmSegSize;
-   freespace += shmSegSize;
-   theShms.push_back(new_seg);
-   return true;
-}
-
-
-shmMgr::shmMgr(const shmMgr *par, BPatch_process *child) :
-        nextKeyToTry(par->nextKeyToTry), shmSegSize(par->shmSegSize), 
-        totalShmSize(par->totalShmSize), freespace(par->freespace),
-        app(child), freeWhenDeleted(par->freeWhenDeleted)
-{  
-
-    for (unsigned iter = 0; iter < par->theShms.size(); iter++) {
-        ShmSegment *new_seg = par->theShmsiter->Copy(app, true);
-        if (new_seg) {
-            theShms.push_back(new_seg);
-        }
-        else {
-            assert(0 && "Failed to copy parent's shared memory segment");            
-        }
-    }
-}
-
-shmMgr::~shmMgr()
-{
-  // free the preMalloced memory
-  for (unsigned iter = 0; iter < theShms.size(); iter++) {
-      delete theShmsiter;
-  }  
-}
-
-Dyninst::Address shmMgr::malloc_int(unsigned size, bool /* align = true*/) {
-    Dyninst::Address retAddr = 0;
-    
-    if (freespace < size) {
-        // No way to get any allocation, try to allocate new shared memory segment
-        ShmSegment *new_seg = ShmSegment::Create(nextKeyToTry, shmSegSize, freeWhenDeleted);
-        if (new_seg == NULL) {
-            // No luck
-            fprintf(stderr, "shmMgr: unable to allocate: unsufficient space, failed to allocate new segment\n");
-            return 0;
-        }
-        if (!new_seg->attach(app)) {
-            fprintf(stderr, "shmMgr: unable to allocate: unsufficient space, failed to attach to new segment\n");
-            return 0;
-        }
-        
-        nextKeyToTry++;
-        totalShmSize += shmSegSize;
-        freespace += shmSegSize;
-        theShms.push_back(new_seg);
-    }
-    
-    // Pass it to our shared memory segments
-
-    for (unsigned iter = 0; iter < theShms.size(); iter++) {
-        retAddr = (Dyninst::Address) theShmsiter->malloc(size);
-        if (retAddr != 0) {
-            freespace -= size;
-            return retAddr;
-        }
-    }
-
-    assert(retAddr == 0);
-    return 0;
-}
-
-void shmMgr::free(shMallocHandle *handle) 
-{
-    assert(handle);
-    Dyninst::Address addr = (Dyninst::Address) handle->addressInMutator();
-
-    delete handle;
-
-    // Pass along to the shared segments
-    for (unsigned iter = 0; iter < theShms.size(); iter++) {
-        if (theShmsiter->addrInSegmentDaemon(addr)) {
-            theShmsiter->free(addr);
-            return;
-        }
-    }
-}
-
-shMallocHandle *shmMgr::malloc(unsigned size, bool align /* = true*/, BPatch_type *type /* = NULL */) {
-    Dyninst::Address retAddr = malloc_int(size, align);
-    if (retAddr == 0) return 0;
-
-    char buffer1024;
-    snprintf(buffer, 1024, "%s-%p-%d", "shMemVar", retAddr, size);
-
-    if (type == NULL) {
-        assert(BPatch::getBPatch());
-        type = BPatch::getBPatch()->createScalar(buffer, size);
-        assert(type);
-    }
-    
-    // Okay, we've got an address. Let's wrap it up and go.
-    BPatch_variableExpr *expr = app->createVariable(buffer, 
-                                                    daemonToApplic(retAddr),
-                                                    type);
-    if (expr == NULL) return NULL;
-
-    return new shMallocHandle(retAddr, expr);
-}
-
-// Assumption: the vectors of shared segments in each manager
-// are equivalent
-Dyninst::Address  shmMgr::translateFromParentDaemon(Dyninst::Address vaddr, const shmMgr *parShmMgr) {
-    Dyninst::Address addr = (Dyninst::Address) vaddr;
-    for (unsigned i = 0; i < parShmMgr->theShms.size(); i++) {
-        if (parShmMgr->theShmsi->addrInSegmentDaemon(addr)) {
-            Dyninst::Address offset = parShmMgr->theShmsi->offsetInDaemon(addr);
-            assert(theShms.size() > i);
-            return (Dyninst::Address )theShmsi->getAddrInDaemon(offset);
-        }
-    }
-    assert(0 && "Translation failed");
-    return 0;
-}
-
-
-
-// Assumption: the vectors of shared segments in each manager
-// are equivalent
-Dyninst::Address shmMgr::translateFromParentApplic(Dyninst::Address vaddr, const shmMgr *parShmMgr) {
-    Dyninst::Address addr = (Dyninst::Address) vaddr;
-    for (unsigned i = 0; i < parShmMgr->theShms.size(); i++) {
-        if (parShmMgr->theShmsi->addrInSegmentApplic(addr)) {
-            Dyninst::Address offset = parShmMgr->theShmsi->offsetInApplic(addr);
-            assert(theShms.size() > i);
-            return (Dyninst::Address )theShmsi->getAddrInApplic(offset);
-        }
-    }
-    assert(0 && "Translation failed");
-    return 0;
-}
-
-Dyninst::Address  shmMgr::applicToDaemon(Dyninst::Address vapplic) const {
-    Dyninst::Address applic = (Dyninst::Address) vapplic;
-    for (unsigned i = 0; i < theShms.size(); i++)
-        if (theShmsi->addrInSegmentApplic(applic)) {
-            Dyninst::Address ret = theShmsi->applicToDaemon(applic);
-
-            return (Dyninst::Address )ret;
-        }
-    return 0;
-}
-
-Dyninst::Address shmMgr::daemonToApplic(Dyninst::Address vdaemon) const {
-    Dyninst::Address daemon = (Dyninst::Address) vdaemon;
-    for (unsigned i = 0; i < theShms.size(); i++)
-        if (theShmsi->addrInSegmentDaemon(daemon)) {
-            Dyninst::Address ret = theShmsi->daemonToApplic(daemon);
-            return (Dyninst::Address )ret;
-        }
-    return 0;
-}
-
-shmMgr *shmMgr::handleFork(BPatch_process *childProc) {
-    return new shmMgr(this, childProc);
-    // If we kept internal handles, we'd want to duplicate... but
-    // for now we force the user to call getChildHandle(...)
-}
-
-Dyninst::Address shMallocHandle::addressInMutatee() const {
-    if (!expr_) return 0;
-    return (Dyninst::Address) expr_->getBaseAddr();
-}
-
-shMallocHandle::~shMallocHandle() {
-    if (expr_)
-        delete expr_;
-}
-
-

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/src/shmSegment-nt.C Deleted

@@ -1,233 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-//----------------------------------------------------------------------------
-// $Id: shmSegment-nt.C,v 1.1 2006/11/22 21:45:01 bernat Exp $
-//----------------------------------------------------------------------------
-//
-// Definition of the ShmSegment class.
-// A ShmSegment object represents a shared memory segment, providing an
-// OS-independent interface to management of shared memory segments to 
-// paradynd.
-//
-//----------------------------------------------------------------------------
-#include "common/src/headers.h"
-#include "common/src/std_namesp.h"
-#include "shmSegment.h"
-
-
-//----------------------------------------------------------------------------
-// Prototypes of local functions
-//----------------------------------------------------------------------------
-static  BuildSegmentName( key_t key, unsigned int size, char* buffer );
-
-
-
-
-//
-// ShmSegment::~ShmSegment
-//
-// Release shared memory segment.
-// 
-ShmSegment::~ShmSegment( void )
-{
-    assert( seg_addr != NULL );
-    assert( seg_id != NULL );
-
-    // unmap the segment from our address space
-    if( !UnmapViewOfFile( seg_addr ) )
-    {
-#if READY
-        indicate error to user?  how?
-#endif // READY
-    }
-
-    if(! leaveSegmentAroundOnExit) {  
-       // release the segment
-       if( !CloseHandle( seg_id ) )
-       {
-#if READY
-       // indicate error to user? how?
-#endif // READY
-       }
-    }
-}
-
-
-
-//
-// ShmSegment::Create
-//
-// Access a shared memory segment whose name is based on the value
-// of the given key, of at least the indicated size, and mapped into
-// our address space at the indicated address (if specified).
-// 
-ShmSegment*
-ShmSegment::Create( key_t& key, unsigned int size, void* addr )
-{
-    ShmSegment* seg = NULL;
-    key_t curr_key = key;
-    HANDLE hMapping = NULL;
-
-
-    while( true )
-    {
-        // attempt to create a shared memory segment
-        // with a name based on "key"
-        char segName32;
-
-        BuildSegmentName( curr_key, size, segName );
-        hMapping = CreateFileMapping( INVALID_HANDLE_VALUE,  // shared memory
-            NULL,
-            PAGE_READWRITE,
-            0, size,
-            segName );
-        if( hMapping == NULL )
-        {
-            // unable to create segment
-#if READY
-            indicate error to user?
-#else
-        cerr << "Failed to create file mapping object : " << GetLastError() << endl;
-#endif // READY
-        }
-        else if( GetLastError() == ERROR_ALREADY_EXISTS )
-        {
-            // we were trying to create a new segment,
-            // but we found an existing one
-            CloseHandle( hMapping );
-            hMapping = NULL;
-        }
-        else
-        {
-            // we created the new mapping successfully
-	    key = curr_key;
-            break;
-        }
-
-        // try the next key
-        curr_key++;
-    }
-
-    // we have a mapping object, now map it into our address space
-    assert( hMapping != NULL );
-    void* mapAddr = MapViewOfFile( hMapping,
-                                    FILE_MAP_ALL_ACCESS,
-                                    0, 0,
-                                    0 );
-    if( mapAddr != NULL )
-    {
-        // we mapped the object successfully
-        // build an object to represent the segment
-        seg = new ShmSegment( hMapping, curr_key, size, mapAddr );
-    }
-    else
-    {
-#if READY
-        indicate failure to user
-#else
-        cerr << "Failed to map shared memory into address space : " << GetLastError() << endl;
-#endif // READY
-        CloseHandle( hMapping );
-    }
-    
-    return seg;
-}
-
-
-
-//
-// ShmSegment::Open
-//
-// Open and attach to an existing shared memory segment, whose name
-// is based on the given key, of at least the indicated size, and 
-// map it into our address space at the indcated address (if given).
-//
-ShmSegment*
-ShmSegment::Open( key_t key, unsigned int size, void* addr )
-{
-    HANDLE hMapping = NULL;
-    ShmSegment* shm = NULL;
-    char segName32;
-
-
-    BuildSegmentName( key, size, segName );
-    hMapping = OpenFileMapping( PAGE_READWRITE, FALSE, segName );
-    if( hMapping != NULL )
-    {
-        // we opened the existing mapping object,
-        // now we need to map it into our address space
-        void* mapAddr = MapViewOfFile( hMapping,      // map object
-                                        FILE_MAP_ALL_ACCESS,    // permissions
-                                        0, 0,                   // high and low offsets of map start address
-                                        0 );                    // map entire file
-        if( mapAddr != NULL )
-        {
-            // build an object to represent the segment
-            shm = new ShmSegment( hMapping, key, size, mapAddr );
-        }
-        else
-        {
-#if READY
-            indicate failure to user?
-#else
-            cerr << "Failed to map shared memory into address space : " << GetLastError() << endl;
-#endif // READY
-            CloseHandle( hMapping );
-            hMapping = NULL;
-        }
-    }
-    else
-    {
-#if READY
-        indicate failure to user?
-#else
-        cerr << "Failed to create file mapping object : " << GetLastError() << endl;
-#endif // READY
-    }
-
-    return shm;
-}
-
-
-
-//
-// BuildSegmentName
-//
-// Build a name for a named shared memory semgent based on the 
-// given key value and size.
-//
-static
-BuildSegmentName( key_t key, unsigned int size, char* buffer )
-{
-    sprintf( buffer, "ParadynD_%d_%d", key, size );
-}
-
-
-

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/src/shmSegment-unix.C Deleted

@@ -1,409 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-//----------------------------------------------------------------------------
-// $Id: shmSegment-unix.C,v 1.1 2006/11/22 21:45:02 bernat Exp $
-//----------------------------------------------------------------------------
-//
-// Definition of the ShmSegment class.
-// A ShmSegment object represents a shared memory segment, providing an
-// OS-independent interface to management of shared memory segments to 
-// paradynd.
-//
-//----------------------------------------------------------------------------
-
-#include <stdio.h>
-#include <stdlib.h>
-#include <unistd.h>
-#include <errno.h>
-#include <sys/types.h>
-#include <signal.h>
-#include <sys/shm.h>
-#include <string.h>
-#include "shmSegment.h"
-#include "../h/SharedMem.h"
-#include "sharedMemInternal.h"
-
-
-// enumeration for return values from TryToReleaseShmSegment function,
-// describing status of its operation
-enum gcResult {noNeed, gcHappened, gcDidntHappen};
-
-
-//----------------------------------------------------------------------------
-// prototypes of functions used in this file
-//----------------------------------------------------------------------------
-static gcResult TryToReleaseShmSegment( key_t, unsigned int size );
-
-
-
-//
-// ShmSegment::~ShmSegment
-//
-// Destory a shared memory segment
-//
-ShmSegment::~ShmSegment( void )
-{
-    assert(baseAddrInDaemon != (Address) -1);
-    // unmap the segment from our address space
-    if( shmdt( (void *)baseAddrInDaemon ) == -1 )
-    {
-        perror( "ShmSegment dtor shmdt" );
-    }
-    baseAddrInDaemon = (Address) -1;
-
-    if(! leaveSegmentAroundOnExit) {
-       // destroy the segment
-       if( shmctl( seg_id, IPC_RMID, 0 ) == -1 )
-       {
-          perror( "ShmSegment dtor shmctl" );
-       }
-       seg_id = -1;
-       baseAddrInApplic = (Address) -1;
-    }
-}
-
-//
-// ShmSegment::Create
-//
-// Access a shared memory segment whose name is based on the value
-// of the given key, of at least the indicated size, and mapped into
-// our address space at the indicated address (if specified).
-// 
-ShmSegment*
-ShmSegment::Create( key_t& key, unsigned int size, bool freeWhenDeleted )
-{
-    ShmSegment* seg = NULL;
-    
-
-    // create a shared memory segment of the desired size
-    while (true) {
-      errno = 0;
-
-      shmid_t shmid = shmget(key, size, 0666 | IPC_CREAT | IPC_EXCL);
-      if (shmid == -1) {
-         // failure...but why?  If because seg already exists, then increase
-         // 'firstKeyToTry' and retry!  (But first, try to garbage collect it
-         // and if successful, retry without increasing 'firstKeyToTry'!)
-
-          if (errno == EINVAL) {
-              perror("Failed to create shared memory segment");
-              return NULL;
-          }
-
-	     if (errno == EEXIST) {
-	        // The shm segment already exists; try to garbage collect it.
-	        // If sucessful, then retry; else, retry after incrementing
-	        // firstKeyToTry.
-	        gcResult result = TryToReleaseShmSegment(key, size);
-
-	        if (result == gcHappened) {
-	           continue;
-	        }
-	        else if (result == gcDidntHappen) {
-	           key++;
-	           continue;
-	        }
-	        else if (result == noNeed) {
-
-	        }
-	        else
-	           assert(false); // invalid result code
-	     }
-
-	     if (errno == ENOSPC) {
-                // Would have created the shm segment, but the system-imposed
-                // limit on the max number of allowed shm identifiers shmmni?
-                // system-wide would have been exceeded.  What to do here? 
-                // At first glance, there's nothing we can possibly do. 
-                // But we could try to garbage collect some segments, and
-                // if successful with at least one collection, then retry.
-	        bool success = false;
-	        for (key_t k= key; k <= key+20; k++) {
-	           if (TryToReleaseShmSegment(k, size)==gcHappened)
-		            success = true;
-	        }
-
-	        if (success)
-	           // cool!  An unexpected piece of good news.
-	           continue;
-
-	        // else, fall through to error
-	     }
-
-             perror("ShmSegment::Create shmget");
-
-	     break; // should probably throw an exception!
-      }
-
-      // shmget succeeded -- the shm segment has been created.  Now we need
-      // to attach to it.
-      assert(errno == 0);
-
-      void* mapAddr = shmat(shmid, NULL, 0);
-      if (mapAddr == (void*)-1) {
-	     if (errno == EMFILE) {
-	        // the # of shm segments mapped to this process would exceed the
-	        // system-imposed limit.  Ick, ick, ick.
-	        // Would garbage collection help?  Probably not; it might reduce
-	        // #segments system-wide, but not #segments we've shmat()'d to.
-	        // So, give up: undo the shmget, then throw an exception.
-                 perror("Failed to map shared segment");
-                 
-                 return NULL;
-             }
-             
-	     perror("ShmSegment::Create shmat");
-             
-             // release the segment we created
-	     (void)shmctl(shmid, IPC_RMID, NULL);
-	     break; // throw an exception
-      }
-
-      // Okay, the shmget() worked, and the shmat() worked too.
-      // build an object to represent the segment
-      seg = new ShmSegment( shmid, key, size, (Address) mapAddr );
-      break;
-
-    } // while (true)
-
-
-    if( seg != NULL )
-    {
-        // we successfully created and mapped a shared memory segment
-        // of the desired size
-        //
-        // attempt to garbage-collect segments we find at nearby
-        // key values
-        while( true )
-        {
-            bool anySuccesses = false; // so far...
-
-            for( key_t k = key+1; k <= key + 10; k++ )
-            {
-                if( TryToReleaseShmSegment( k, size ) == gcHappened )
-                {
-                    anySuccesses = true;
-                }
-            }
-
-            if( !anySuccesses )
-            {
-                // we didn't find any segments to release
-                break;
-            }
-        }
-    }
-
-    if (!freeWhenDeleted)
-        seg->markAsLeaveSegmentAroundOnExit();
-
-    return seg;
-}
-
-
-//
-// ShmSegment::Open
-//
-// Open and attach to an existing shared memory segment, whose name
-// is based on the given key, of at least the indicated size, and 
-// map it into our address space at the indcated address (if given).
-//
-ShmSegment*
-ShmSegment::Open( key_t key, unsigned int size, void* addr )
-{
-    ShmSegment* seg = NULL;
-
-    // access an existing shared memory segment with the given key
-    errno = 0;
-    shmid_t shmid = shmget(key, size, 0666);
-    if( shmid != -1 )
-    {
-        // map the shared memory segment into our address space
-        void* mapAddr = shmat(shmid, addr, 0);
-        if( mapAddr != (void*)-1 )
-        {
-            // we were able to access and map the shared memory
-            // build an object to represent it
-            seg = new ShmSegment( shmid, key, size, (Address) mapAddr );
-        }
-        else
-        {
-            perror("shmat");
-        }
-    }
-    else
-    {
-        perror("shmget");
-    }
-
-    return seg;
-}
-
-// sameAddr: if true, attempt to attach at the same address and fail
-// if different
-
-ShmSegment *
-ShmSegment::Copy(BPatch_process *child_thr, bool sameAddr) {
-    // Now, create a new segment of the same size as this one,
-    // and attach the child in the same place
-    key_t key = GetKey();
-    ShmSegment *child_seg = ShmSegment::Create(key, GetSize(), !leaveSegmentAroundOnExit);
-
-    Address storedBaseAddr = baseAddrInApplic;
-    // First, detach the shared segment from the child
-    if (!detach(child_thr))
-        return NULL;
-    // detach zeroes out our base address in the application, which is undesireable
-    // in this case. Fix that.
-    baseAddrInApplic = storedBaseAddr;
-
-    if (!child_seg)
-        return NULL;
-    if (!child_seg->attach(child_thr, (sameAddr) ? baseAddrInApplic : 0))
-        return NULL;
-    
-    // Copy contents from this segment to the new one
-    memcpy((void *)child_seg->baseAddrInDaemon, (void *)baseAddrInDaemon, GetSize());
-    child_seg->freespace = freespace;
-    child_seg->highWaterMark = highWaterMark;
-    child_seg->leaveSegmentAroundOnExit = leaveSegmentAroundOnExit;
-
-    // Return the new shared segment, attached and ready to go.
-    return child_seg;
-}
-
-static
-gcResult
-TryToReleaseShmSegment( key_t keyToTry, unsigned int size )
-{
-   // Garbage collection strategy:
-   // Try to shmget() the segment without the IPC_CREAT or IPC_EXCL flags.
-   // If successful, then try to shmctl(IPC_RMID) to fry it.
-   // Return true iff garbage collection succeeded.
-
-   shmid_t shmid = shmget(keyToTry, size, 0666);
-
-   if (shmid == -1 && errno == ENOENT)
-      // the shm segment doesn't exist...which means garbage collection
-      // vacuously succeeds...nothing to do.
-      return noNeed;
-
-   if (shmid == -1) {
-      perror("tryToReleaseShmSegment");
-      return gcDidntHappen;
-   }
-
-   // Okay, we've got a shmid for this key.  Let's get some information on
-   // it (such as the owner's uid; if it's not us, then don't try to shmat() to
-   // it!)
-
-   shmid_ds shm_buf;
-   errno = 0;
-   int result = shmctl(shmid, IPC_STAT, &shm_buf);
-   if (result == -1) {
-      // some possible errors:
-      // EACCES -- read access was denied; this shm seg must not belong to us!
-      // EINVAL -- invalid shmid (certainly not expected here)
-      perror("shmctl IPC_STAT");
-      return gcDidntHappen;
-   }
-
-   // Some fields of interest:
-   // -- shm_cpid gives the pid of the creator
-   // -- shm_nattch gives # of current attaches
-   // -- shm_perm.cuid gives uid of the creator
-
-   if (shm_buf.shm_perm.cuid != getuid()) {
-      return gcDidntHappen;
-   }
-
-   if (shm_buf.shm_nattch > 0) {
-      return gcDidntHappen;
-   }
-
-   if (kill(shm_buf.shm_cpid, 0) == 0) {
-      return gcDidntHappen;
-   }
-
-   // Well, if we've gotten this far, then we know:
-   // 1) noone is attached to the segment
-   // 2) we are the owner, so we should have permission to delete it.
-   // So if we get this far, we expect to succeed in garbage collecting
-   // this segment.
-
-   void *segPtr = shmat(shmid, NULL, 0);
-   if (segPtr == (void*)-1) {
-      // we can't examine the contents...give up.  No need to undo the effects
-      // of shmget(), since we know that the segment already exists so that
-      // doing a shmctl(IPC_RMID) would be a serious mistake.
-      return gcDidntHappen;
-   }
-
-   const unsigned *ptr = (unsigned *)segPtr;
-
-   // First, check for cookie.  If no match, then the segment wasn't created
-   // by paradynd and we should not touch it!
-   if (*ptr != ShmSegment::cookie) {
-      (void)shmdt(segPtr);
-      return gcDidntHappen;
-   }
-
-#if 0
-   // Next, check the 2 pids (pid of applic, pid of paradynd)
-   int pid1 = (int)(*ptr++);
-   int pid2 = (int)(*ptr++);
-
-   errno = 0;
-   result = kill(pid1, 0);
-   if (result == 0)
-      // the process definitely exists.  So, don't garbage collect.
-      return gcDidntHappen;
-   else if (errno != ESRCH) {
-      // this is rather unexpected.  Don't know what to do here.
-      perror("kill");
-      return gcDidntHappen;
-   }
-
-   errno = 0;
-   result = kill(pid2, 0);
-   if (result == 0)
-      return gcDidntHappen; // process exists; unsafe to gc
-   else if (errno != ESRCH) {
-      perror("kill");
-      return gcDidntHappen; // unexpected
-   }
-#endif
-   // Okay, neither process exists.  Looks like we may fry the segment now!
-   (void)shmdt(segPtr);
-   (void)shmctl(shmid, IPC_RMID, NULL);
-
-   return gcHappened; // but see above comment...so, is this always right?
-}
-

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/src/shmSegment-win.C Deleted

@@ -1,245 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-//----------------------------------------------------------------------------
-// $Id: shmSegment-win.C,v 1.1 2006/11/22 21:45:03 bernat Exp $
-//----------------------------------------------------------------------------
-//
-// Definition of the ShmSegment class.
-// A ShmSegment object represents a shared memory segment, providing an
-// OS-independent interface to management of shared memory segments to 
-// paradynd.
-//
-//----------------------------------------------------------------------------
-#include "common/src/headers.h"
-#include "common/src/std_namesp.h"
-#include "shmSegment.h"
-#include "../h/SharedMem.h"
-#include "sharedMemInternal.h"
-
-
-//----------------------------------------------------------------------------
-// Prototypes of local functions
-//----------------------------------------------------------------------------
-static  BuildSegmentName( key_t key, unsigned int size, char* buffer );
-
-
-
-
-//
-// ShmSegment::~ShmSegment
-//
-// Release shared memory segment.
-// 
-ShmSegment::~ShmSegment( void )
-{
-    assert( baseAddrInDaemon != NULL );
-    assert( seg_id != NULL );
-
-    // unmap the segment from our address space
-    if( !UnmapViewOfFile( (void *)baseAddrInDaemon ) )
-    {
-#if READY
-        indicate error to user?  how?
-#endif // READY
-    }
-
-    if(! leaveSegmentAroundOnExit) {  
-       // release the segment
-       if( !CloseHandle( seg_id ) )
-       {
-#if READY
-       // indicate error to user? how?
-#endif // READY
-       }
-    }
-}
-
-
-
-//
-// ShmSegment::Create
-//
-// Access a shared memory segment whose name is based on the value
-// of the given key, of at least the indicated size, and mapped into
-// our address space at the indicated address (if specified).
-// 
-ShmSegment*
-ShmSegment::Create( key_t& key, unsigned int size, bool freeWhenDeleted )
-{
-    ShmSegment* seg = NULL;
-    key_t curr_key = key;
-    HANDLE hMapping = NULL;
-
-
-    while( true )
-    {
-        // attempt to create a shared memory segment
-        // with a name based on "key"
-        char segName32;
-
-        BuildSegmentName( curr_key, size, segName );
-        hMapping = CreateFileMapping( INVALID_HANDLE_VALUE,  // shared memory
-            NULL,
-            PAGE_READWRITE,
-            0, size,
-            segName );
-        if( hMapping == NULL )
-        {
-            // unable to create segment
-#if READY
-            indicate error to user?
-#else
-        cerr << "Failed to create file mapping object : " << GetLastError() << endl;
-#endif // READY
-        }
-        else if( GetLastError() == ERROR_ALREADY_EXISTS )
-        {
-            // we were trying to create a new segment,
-            // but we found an existing one
-            CloseHandle( hMapping );
-            hMapping = NULL;
-        }
-        else
-        {
-            // we created the new mapping successfully
-            key = curr_key;
-            break;
-        }
-
-        // try the next key
-        curr_key++;
-    }
-
-    // we have a mapping object, now map it into our address space
-    assert( hMapping != NULL );
-    void* mapAddr = MapViewOfFile( hMapping,
-                                    FILE_MAP_ALL_ACCESS,
-                                    0, 0,
-                                    0 );
-    if( mapAddr != NULL )
-    {
-      // we mapped the object successfully
-      // build an object to represent the segment
-      memset(mapAddr, 0, size);
-      seg = new ShmSegment( hMapping, curr_key, size, (Address) mapAddr );
-    }
-    else
-    {
-#if READY
-        indicate failure to user
-#else
-        cerr << "Failed to map shared memory into address space : " << GetLastError() << endl;
-#endif // READY
-        CloseHandle( hMapping );
-    }
-
-    if (!freeWhenDeleted)
-        seg->markAsLeaveSegmentAroundOnExit();
-    
-    return seg;
-}
-
-
-
-//
-// ShmSegment::Open
-//
-// Open and attach to an existing shared memory segment, whose name
-// is based on the given key, of at least the indicated size, and 
-// map it into our address space at the indcated address (if given).
-//
-ShmSegment*
-ShmSegment::Open( key_t key, unsigned int size, void* addr )
-{
-    HANDLE hMapping = NULL;
-    ShmSegment* shm = NULL;
-    char segName32;
-
-
-    BuildSegmentName( key, size, segName );
-    hMapping = OpenFileMapping( PAGE_READWRITE, FALSE, segName );
-    if( hMapping != NULL )
-    {
-        // we opened the existing mapping object,
-        // now we need to map it into our address space
-        void* mapAddr = MapViewOfFile( hMapping,      // map object
-                                        FILE_MAP_ALL_ACCESS,    // permissions
-                                        0, 0,                   // high and low offsets of map start address
-                                        0 );                    // map entire file
-        if( mapAddr != NULL )
-        {
-            // build an object to represent the segment
-	  shm = new ShmSegment( hMapping, key, size, (Address) mapAddr );
-        }
-        else
-        {
-#if READY
-            indicate failure to user?
-#else
-            cerr << "Failed to map shared memory into address space : " << GetLastError() << endl;
-#endif // READY
-            CloseHandle( hMapping );
-            hMapping = NULL;
-        }
-    }
-    else
-    {
-#if READY
-        indicate failure to user?
-#else
-        cerr << "Failed to create file mapping object : " << GetLastError() << endl;
-#endif // READY
-    }
-
-    return shm;
-}
-
-ShmSegment *ShmSegment::Copy(BPatch_process *child_thr,
-                             bool sameAddress) {
-    // Not implemented
-    assert(0 && "Not implemented");
-    return NULL;
-}
-
-//
-// BuildSegmentName
-//
-// Build a name for a named shared memory semgent based on the 
-// given key value and size.
-//
-static int
-BuildSegmentName( key_t key, unsigned int size, char* buffer )
-{
-    sprintf( buffer, "ParadynD_%d_%d", key, size );
-    return 0;
-}
-
-
-

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/src/shmSegment.C Deleted

@@ -1,139 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-//----------------------------------------------------------------------------
-// $Id: shmSegment.C,v 1.1 2006/11/22 21:45:04 bernat Exp $
-//----------------------------------------------------------------------------
-
-#include "shmSegment.h"
-#include "../h/SharedMem.h"
-#include "sharedMemInternal.h"
-#include "BPatch_process.h"
-#include "BPatch_image.h"
-
-const unsigned ShmSegment::cookie = 0xdeadbeef;
-
-
-// Cross-platform shmSegment definitions
-bool ShmSegment::attach(BPatch_process *appProc, Address baseAddr) {
-    BPatch_Vector<BPatch_snippet *>init_args;
-    BPatch_constExpr init_key(GetKey());
-    BPatch_constExpr init_size(GetSize());
-    BPatch_constExpr addr(baseAddr);
-    init_args.push_back(&init_key);
-    init_args.push_back(&init_size);
-    init_args.push_back(&addr);
-
-    assert(appProc->isStopped());
-    BPatch_Vector<BPatch_function *>init_func;
-    if ((NULL == appProc->getImage()->findFunction("RTsharedAttach",
-                                                     init_func)) ||
-        init_func.size() == 0) {
-        fprintf(stderr, "Failed to find shared init function\n");
-        return false;
-    }
-    assert(appProc->isStopped());
-    BPatch_funcCallExpr init_expr(*(init_func0), init_args);
-    assert(appProc->isStopped());
-    
-    // We return the address attached to by the child -- set up
-    // argument grabbing
-
-    assert(appProc->isStopped());
-    baseAddrInApplic = (Address) appProc->oneTimeCode(init_expr);
-    assert(appProc->isStopped());
-
-    if (baseAddrInApplic != (Address) -1) {
-        if (baseAddr &&
-            (baseAddrInApplic != baseAddr)) {
-            // We were given a base address, but didn't get it. This is bad.
-            fprintf(stderr, "Error: attached to incorrect address\n");
-            return false;
-        }
-        attached = true;
-        return true;
-    }
-    fprintf(stderr, "Attach failed!\n");
-    assert(appProc->isStopped());
-    
-    return false;
-}
-
-bool ShmSegment::detach(BPatch_process *appProc) {
-    BPatch_Vector<BPatch_snippet *>init_args;
-    BPatch_constExpr init_key(GetKey());
-    BPatch_constExpr init_size(GetSize());
-    BPatch_constExpr addr(baseAddrInApplic);
-    init_args.push_back(&init_key);
-    init_args.push_back(&init_size);
-    init_args.push_back(&addr);
-
-    BPatch_Vector<BPatch_function *>init_func;
-    if ((NULL == appProc->getImage()->findFunction("RTsharedDetach",
-                                                     init_func)) ||
-        init_func.size() == 0) {
-        fprintf(stderr, "Failed to find shared init function\n");
-        return false;
-    }
-    BPatch_funcCallExpr init_expr(*(init_func0), init_args);
-    
-    // We return the address attached to by the child -- set up
-    // argument grabbing
-
-    baseAddrInApplic = (Address) appProc->oneTimeCode(init_expr);
-    
-    if (baseAddrInApplic != (Address) -1) {
-        attached = true;
-        return true;
-    }
-    return false;
-}
-
-Address ShmSegment::malloc(unsigned size) {
-    if (!attached) {
-        // Could try to attach here...
-        return 0;
-    }
-    if (freespace < size) return 0;
-    
-    // Just carve a chunk off and update local variables
-    Address ret = highWaterMark + baseAddrInDaemon;
-    highWaterMark += size;
-    freespace -= size;
-    return ret;
-}
-
-void ShmSegment::free(Address /*addr*/) {
-    // We need more sophisticated tracking before this
-    // will work
-}
-
-
-
-

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/src/shmSegment.h Deleted

@@ -1,140 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-//----------------------------------------------------------------------------
-// $Id: shmSegment.h,v 1.1 2006/11/22 21:45:05 bernat Exp $
-//----------------------------------------------------------------------------
-//
-// Declaration of ShmSegment class.
-// A ShmSegment object represents a shared memory segment, providing an
-// OS-independent interface to management of shared memory segments to 
-// paradynd.
-//
-//----------------------------------------------------------------------------
-#ifndef SHMSEGMENT_H
-#define SHMSEGMENT_H
-
-#include "common/src/Types.h"
-
-class BPatch_process;
-
-#if defined(i386_unknown_nt4_0)
-typedef HANDLE  shmid_t;
-#else // defined(i386_unknown_nt4_0)
-typedef int     shmid_t;   
-#endif // defined(i386_unknown_nt4_0)
-
-
-class ShmSegment
-{
-private:
-    shmid_t seg_id;     // "id" for the segment
-    key_t   seg_key;    // key that "names" segment
-    unsigned int seg_size;  // size of segment
-    // Attached at values
-    Address baseAddrInDaemon;
-    Address baseAddrInApplic;
-    // 
-    unsigned freespace;
-    // Offset from start of segment
-    Address highWaterMark;
-
-    bool attached;
-    
-    bool leaveSegmentAroundOnExit;  // for example, if we attach to process
-
-    // Constructor: does nothing but initialize
-    ShmSegment(shmid_t id, key_t key, unsigned int size, Address addrInDaemon)
-    : seg_id( id ), seg_key( key ), seg_size( size ),
-    baseAddrInDaemon(addrInDaemon), baseAddrInApplic(0),
-    freespace(size), highWaterMark(0), attached(false),
-    leaveSegmentAroundOnExit(false)
-    {
-        // We fill the first unsigned with a cookie
-        *((unsigned *)addrInDaemon) = ShmSegment::cookie;
-        freespace -= sizeof(unsigned);
-        highWaterMark += sizeof(unsigned);
-    }
-
-public:
-    static const unsigned cookie;
-
-    static  ShmSegment* Create( key_t& key, unsigned int size, bool freeWhenDeleted );
-    static  ShmSegment* Open( key_t key, unsigned int size, void *addr);
-
-    ShmSegment* Copy(BPatch_process *child_thr, bool sameAddress);
-
-    bool attach(BPatch_process *appthread, Address baseAddr = 0);
-    bool detach(BPatch_process *appthread);
-    
-    ~ShmSegment( void );
-
-    Address malloc(unsigned size);
-    void free(Address addr);
-    
-    shmid_t GetId( void ) const             { return seg_id; }
-    key_t   GetKey( void ) const            { return seg_key; }
-    unsigned int    GetSize( void ) const   { return seg_size; }
-
-    // Is in the segment (from the perspective of the daemon)
-    bool addrInSegmentDaemon(Address addr) const {
-        return ((addr - baseAddrInDaemon) <= seg_size);
-    }
-    // Is in the segment (from the perspective of the application)
-    bool addrInSegmentApplic(Address addr) const {
-        return ((addr - baseAddrInApplic) <= seg_size);
-    }
-
-    Address applicToDaemon(Address addr) const {
-        return addr - baseAddrInApplic + baseAddrInDaemon;
-    }
-    Address daemonToApplic(Address addr) const {
-        return addr - baseAddrInDaemon + baseAddrInApplic;
-    }
-
-    Address offsetInDaemon(Address addr) const {
-        return addr - baseAddrInDaemon;
-    }
-    Address offsetInApplic(Address addr) const {
-        return addr - baseAddrInApplic;
-    }
-    Address   getAddrInDaemon( Address offset ) const  {
-        return offset + baseAddrInDaemon;
-    }
-    Address   getAddrInApplic( Address offset ) const  {
-        return offset + baseAddrInApplic;
-    }
-    
-    
-    void markAsLeaveSegmentAroundOnExit() { leaveSegmentAroundOnExit = true; }
-
-    bool attachToApplication();
-};
-
-#endif // SHMSEGMENT_H

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/x86_64-unknown-linux2.4 Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/sharedMem/x86_64-unknown-linux2.4/Makefile Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/wrapper Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/wrapper/amd64 Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/wrapper/amd64/Makefile Deleted

@@ -1,34 +0,0 @@
-# test application
-
-# Set this to your Dyninst installation directory
-DYNINST_ROOT = /p/paradyn/development/bernat/builds
-
-# Set this to the location of additional libraries (libelf/libdwarf)
-EXTRA_LIBS	= -L/p/paradyn/packages/libelf/lib -L/p/paradyn/packages/libdwarf/lib
-
-CXX		=	g++
-CC		=	gcc
-LDFLAGS		=	$(EXTRA_LIBS) -L$(DYNINST_ROOT)/$(PLATFORM)/lib -liberty -lelf -ldwarf -ldyninstAPI -lsymtabAPI
-INCLUDE		=	-I$(DYNINST_ROOT)/include
-CPPFLAGS	=	-O2 -g
-
-all: wrapper lib_wrapper.so lib_wrapper_cxx.so lib_wrapper.o test test_cxx test_static
-
-wrapper: ../src/wrapper.C
-	$(CXX)	$(CPPFLAGS) $(INCLUDE) $(LDFLAGS) ../src/wrapper.C -o $@
-
-test: ../src/test.c
-	$(CC) -o $@ ../src/test.c
-test_static: ../src/test.c
-	$(CC) -static -o $@ ../src/test.c
-test_cxx: ../src/test.c
-	$(CXX) -o $@ ../src/test.c
-
-lib_wrapper.so: ../src/lib_wrapper.c
-	$(CC) -shared ../src/lib_wrapper.c -o lib_wrapper.so -fPIC
-lib_wrapper_cxx.so: ../src/lib_wrapper.c
-	$(CXX) -shared ../src/lib_wrapper.c -o lib_wrapper_cxx.so -fPIC
-lib_wrapper.o: ../src/lib_wrapper.c
-	$(CC) -c ../src/lib_wrapper.c -fPIC
-clean:
-	rm -f wrapper test test_static test_cxx lib_wrapper.so lib_wrapper_cxx.so lib_wrapper.o

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/wrapper/amd64/specfile Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/wrapper/src Deleted

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/wrapper/src/lib_wrapper.c Deleted

@@ -1,40 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-#include <stdio.h>
-#include <assert.h>
-
-int orig_wrapped(int);
-
-int wrapper(int i) {
-   fprintf(stderr, "Wrapper entry: arg %d\n", i);
-   i = orig_wrapped(i+1);
-   fprintf(stderr, "Wrapper exit: arg %d\n", i);
-   return i+1;
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/wrapper/src/test.c Deleted

@@ -1,40 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-#include <stdio.h>
-#include <assert.h>
-
-int orig(int i) {
-   fprintf(stderr, "Original: %d\n", i);
-   return i + 5;
-}
-
-int main() {
-   return orig(10);
-}

_service:tar_scm:dyninst-11.0.1.tar.gz/valueAdded/wrapper/src/wrapper.C Deleted

@@ -1,271 +0,0 @@
-/*
- * See the dyninst/COPYRIGHT file for copyright information.
- * 
- * We provide the Paradyn Tools (below described as "Paradyn")
- * on an AS IS basis, and do not warrant its validity or performance.
- * We reserve the right to update, modify, or discontinue this
- * software at any time.  We shall have no obligation to supply such
- * updates or modifications or any other form of support to you.
- * 
- * By your use of Paradyn, you understand and agree that we (or any
- * other person or entity with proprietary rights in Paradyn) are
- * under no obligation to provide either maintenance services,
- * update services, notices of latent defects, or correction of
- * defects for Paradyn.
- * 
- * This library is free software; you can redistribute it and/or
- * modify it under the terms of the GNU Lesser General Public
- * License as published by the Free Software Foundation; either
- * version 2.1 of the License, or (at your option) any later version.
- * 
- * This library is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
- * Lesser General Public License for more details.
- * 
- * You should have received a copy of the GNU Lesser General Public
- * License along with this library; if not, write to the Free Software
- * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
- */
-/*
- * wrapper.C
- *
- * Function wrapping mutator for Dyninst
- *
- * This program implements a simple function wrapping mutator for Dyninst.
- * 
- * Caveats: 
- *   * Currently works only with the binary rewriter. 
- *   * The wrapper must call the original function using a different
- *     name, so that we can determine the mangled name to rename the
- *     original to. If the wrapper will not call the original, use
- *     function replacement instead.
- *   * Requires that the specified names match single functions, so users
- *     must use mangled names if functions are overloaded. 
- *
- * Usage: the program takes the following arguments:
- *   -i <input executable>  : the file containing functions to be wrapped.
- *   -o <output executable> : the file that will be produced. Should be
- *                            used instead of the original input.
- *   -l <library>           : file containing wrapper functions. May be repeated.
- *   -s <specfile>          : specifies wrapping actions. Each line must contain
- *                            three space-separated names:
- *                              original wrapper clone
- *                            where original is the function to be wrapped, 
- *                            wrapper is the name of the wrapper function, 
- *                            and clone is the new name we give original to allow
- *                            it to be called directly. 
- *                            These names may be mangled or demangled, but must
- *                            follow the SymtabAPI naming specifications for each.
- */
-
-#include <iostream>
-#include <string.h>
-#include <unistd.h>
-#include <sys/types.h>
-#include <sys/stat.h>
-#include <fstream>
-
-#include "BPatch.h"
-#include "BPatch_function.h"
-#include "BPatch_Vector.h"
-#include "BPatch_thread.h"
-#include "BPatch_snippet.h"
-#include "BPatch_process.h"
-#include "BPatch_binaryEdit.h"
-#include "BPatch_callbacks.h"
-#include "BPatch_basicBlock.h"
-#include "BPatch_flowGraph.h"
-#include "CodeSource.h"
-#include "PatchCFG.h"
-#include "CFG.h"
-
-#include <map>
-
-using namespace std;
-using namespace Dyninst;
-using namespace SymtabAPI;
-
-typedef vector<BPatch_function *> FuncVec;
-typedef vector<Symbol *> SymbolVec;
-
-BPatch bpatch;
-BPatch_binaryEdit *app = NULL;
-string output;
-
-vector<string> specFiles;
-
-void usage() {
-   cerr << "Usage: wrapper <arguments>" << endl;
-   cerr << "\t -i <input file name>" << endl;
-   cerr << "\t -o <output file name>" << endl;
-   cerr << "\t -l <wrapper library> (may be specified multiple times)" << endl;
-   cerr << "\t -s <specification file> (may be specified multiple times)" << endl;
-}
-
-// Look up the Symbol representing the clone. We use this instead of 
-// a string directly so that we can use the compiler name mangler. 
-Symbol *findCloneSymbol(Symtab *symtab, string clone) {
-   // Look up the provided name in each opened Symtab;
-   // we're looking for an undefined symbol.
-   Symbol *sym = NULL;
-   SymbolVec candidates;
-
-   if (symtab->findSymbol(candidates, clone, Symbol::ST_UNKNOWN,
-                          anyName, false, false, true)) {
-      // We can get multiple hits if the symbol is in both the static and dynamic 
-      // symbol tables. SymtabAPI doesn't have a filter mechanism (yet...) so
-      // go through it now.
-      for (SymbolVec::iterator c = candidates.begin(); c != candidates.end(); ++c) {
-         if ((*c)->isInDynSymtab()) {
-            if (sym && sym->isInDynSymtab()) {
-               cerr << "Error: multiple candidates found for clone " << clone << endl;
-               exit(0);
-            }
-         }
-         // Take any option we have, just prefer the dynamic symbol table one. 
-         sym = *c;
-      }
-      if (candidates.empty()) {
-         cerr << "Error: internal error in SymtabAPI" << endl;
-         exit(0);
-      }
-   }
-   if (!sym) {
-      cerr << "Error: could not find symbol for clone " << clone << endl;
-      exit(0);
-   }
-   return sym;
-}
-
-// Do the work of wrapping a function: look up the BPatch_function objects
-// for the original and wrapper, the Symbol for the clone, and call wrapFunction.
-//
-// Requires that there be a single match for each. 
-bool wrap(string original, string wrapper, string clone) {
-   FuncVec o;
-   app->getImage()->findFunction(original.c_str(), o);
-   if (o.empty()) return false;
-   if (o.size() > 1) { 
-      cerr << "Error: multiple matches found for original function " << original << endl;
-      exit(0);
-   }
-
-
-   FuncVec w;
-   app->getImage()->findFunction(wrapper.c_str(), w, false, false, true);
-   if (w.empty()) return false;
-   if (w.size() > 1) {
-      cerr << "Error: multiple matches found for wrapper function " << wrapper << endl;
-      exit(0);
-   }
-
-   ParseAPI::CodeObject *co = w0->getPatchAPIFunc()->function()->obj();
-   ParseAPI::SymtabCodeSource *src = dynamic_cast<ParseAPI::SymtabCodeSource *>(co->cs());
-   if (!src) {
-      cerr << "Error: wrapper function created from non-SymtabAPI code source" << endl;
-      exit(0);
-   }
-
-   // Find the symbol for the clone
-   Symbol *c = findCloneSymbol(src->getSymtabObject(), clone);
-   if (!c) exit(0);
-
-   return app->wrapFunction(o0, w0, c);
-}
-
-// Simple option parser
-
-bool parseOptions(int argc, char **argv) {
-   bool outputSet = false;
-
-   int c;
-   while ((c = getopt(argc, argv, "i:o:l:s:h")) != -1) {
-      switch(c) {
-         case 'i':
-            if (app) {
-               cerr << "Error: must specify only one input file" << endl;
-               exit(0);
-            }
-            app = bpatch.openBinary(optarg, false);
-            break;
-         case 'o':
-            outputSet = true;
-            output = optarg;
-            break;
-         case 'l': {
-            if (!app) {
-               cerr << "Error: must specify input file before loading wrapper libraries" << endl;
-               exit(0);
-            }
-            app->loadLibrary(optarg);
-            break;
-         }
-         case 's':
-            specFiles.push_back(optarg);
-            break;
-         case 'h':
-            usage();
-            exit(0);
-            break;
-         default:
-            cerr << "Unknown argument " << (char) c << endl;
-            usage();
-            exit(0);
-            break;
-      }
-   }
-   if (!outputSet) {
-      cerr << "Error: no output file name given" << endl;
-      usage();
-      exit(0);
-   }
-   if (!app) {
-      cerr << "Error: no input file name given" << endl;
-      usage();
-      exit(0);
-   }
-   if (specFiles.empty()) {
-      cerr << "Warning: no spec files for wrapping provided" << endl;
-   }
-
-   return true;
-}
-
-// And read and parse the spec file. Each line must have the format
-// original wrapper clone
-// and we're pretty dumb about how we handle it. 
-void handleSpecFile(string specfile) {
-   ifstream file;
-   file.open(specfile.c_str());
-   if (!file.is_open()) {
-      cerr << "Error: failed to open specfile " << specfile << endl;
-      exit(0);
-   }
-   while (file.good()) {
-      string original, wrapper, clone;
-      file >> original;
-      file >> wrapper;
-      file >> clone;
-      // We get a trailing blank line...
-      if (original == "" || wrapper == "" || clone == "") continue;      
-
-      wrap(original, wrapper, clone);
-   }
-   file.close();
-}
-
-
-int main(int argc, char** argv)
-{    
-   parseOptions(argc, argv);
-
-   for (vector<string>::iterator iter = specFiles.begin(); 
-        iter != specFiles.end(); ++iter) {
-      handleSpecFile(*iter);
-   }
-   
-   app->writeFile(output.c_str());
-   
-   return 1;
-}

_service:tar_scm:dyninst-12.2.1.tar.gz/.cmake-format.yaml Added

@@ -0,0 +1,85 @@
+parse:
+  additional_commands:
+    dyninst_library:
+      flags:
+      - BUILD_SHARED
+      - BUILD_STATIC
+      kwargs:
+        HEADERS: '*'
+        SOURCES: '*'
+        DEPENDS: '*'
+        COMPILE_DEFINITIONS: '*'
+        COMPILE_FEATURES: '*'
+        COMPILE_OPTIONS: '*'
+        DESTINATION: '*'
+        DEFAULT_VISIBILITY: '*'
+        INCLUDE_DIRECTORIES: '*'
+        LINK_LIBRARIES: '*'
+        LINK_OPTIONS: '*'
+        PROPERTIES: '*'
+    dyninst_add_cache_option:
+      kwargs:
+        CACHE: '*'
+  override_spec: {}
+  vartags: 
+  proptags: 
+format:
+  disable: false
+  line_width: 90
+  tab_size: 4
+  use_tabchars: false
+  fractional_tab_policy: use-space
+  max_subgroups_hwrap: 2
+  max_pargs_hwrap: 6
+  max_rows_cmdline: 2
+  separate_ctrl_name_with_space: false
+  separate_fn_name_with_space: false
+  dangle_parens: false
+  dangle_align: child
+  min_prefix_chars: 4
+  max_prefix_chars: 10
+  max_lines_hwrap: 2
+  line_ending: unix
+  command_case: lower
+  keyword_case: upper
+  always_wrap: 
+  enable_sort: true
+  autosort: false
+  require_valid_layout: false
+  layout_passes: {}
+markup:
+  bullet_char: '-'
+  enum_char: '*'
+  first_comment_is_literal: true
+  literal_comment_pattern: ^#
+  fence_pattern: ^\s*(`~{3}`~*)(.*)$
+  ruler_pattern: ^\s*^\w\s{3}.*^\w\s{3}$
+  explicit_trailing_pattern: '#<'
+  hashruler_min_length: 10
+  canonicalize_hashrulers: true
+  enable_markup: true
+lint:
+  disabled_codes: 
+  function_pattern: '0-9a-z_+'
+  macro_pattern: '0-9A-Z_+'
+  global_var_pattern: 'A-Z0-9A-Z_+'
+  internal_var_pattern: _A-Z0-9A-Z_+
+  local_var_pattern: 'a-za-z0-9_+'
+  private_var_pattern: _0-9a-z_+
+  public_var_pattern: 'A-Z0-9A-Z_+'
+  argument_var_pattern: 'a-za-z0-9_+'
+  keyword_pattern: 'A-Z0-9A-Z_+'
+  max_conditionals_custom_parser: 2
+  min_statement_spacing: 1
+  max_statement_spacing: 2
+  max_returns: 6
+  max_branches: 12
+  max_arguments: 5
+  max_localvars: 15
+  max_statements: 50
+encode:
+  emit_byteorder_mark: false
+  input_encoding: utf-8
+  output_encoding: utf-8
+misc:
+  per_command: {}

_service:tar_scm:dyninst-12.2.1.tar.gz/.github/workflows Added

_service:tar_scm:dyninst-12.2.1.tar.gz/.github/workflows/base-containers.yaml Added

@@ -0,0 +1,79 @@
+name: Build Deploy Containers
+
+on:
+
+  # Always have a base image ready to go - this is a nightly build
+  schedule:
+    - cron: 0 3 * * *
+
+  # On push to main we build and deploy images
+  push: 
+    branches:
+      - master
+ 
+jobs:
+  build:
+    permissions:
+      packages: write
+    strategy:
+      fail-fast: false
+      matrix:
+
+        # Note: this can be extended in two ways
+        # 1. Add more configurations to the matrix, either like this or flattening
+        # 2. Generate matrix programatically and pipe in (recommended)
+        # perl is 5.30.0 provided by 20.04 container base
+        ubuntu: "20.04"
+        boost: "1.71.0"
+        elfutils: "0.186"
+        libiberty: "2.33.1" 
+        inteltbb: "2020.3"
+        cmake: "3.16.3"
+
+    runs-on: ubuntu-latest
+    name: Build
+    steps:
+      - name: Checkout
+        uses: actions/checkout@v2
+
+      - name: Make Space For Build
+        run: |
+          sudo rm -rf /usr/share/dotnet
+          sudo rm -rf /opt/ghc
+
+      - name: Set Organization Name
+        if: (github.event_name != 'schedule')
+        env:
+          org: ${{ github.event.repository.owner.login }}
+        run: echo "org=${org}" >> ${GITHUB_ENV}
+
+      - name: Set Organization Name
+        if: (github.event_name == 'schedule')
+        run: echo "org=dyninst" >> ${GITHUB_ENV}
+
+      - name: Pull Layers for "Cache"
+        run: docker pull ghcr.io/${org}/dyninst-ubuntu-${{ matrix.ubuntu }}:latest || echo "No cache available"
+
+      - name: Build Dyninst Base Container
+        run: |
+           cd docker/
+           docker build --build-arg ubuntu_version=${{ matrix.ubuntu }} \
+                        --build-arg BOOST_VERSION=${{ matrix.boost }} \
+                        --build-arg ELFUTILS_VERSION=${{ matrix.elfutils }} \
+                        --build-arg LIBIBERTY_VERSION=${{ matrix.libiberty }} \
+                        --build-arg INTELTBB_VERSION=${{ matrix.inteltbb }} \
+                        --build-arg CMAKE_VERSION=${{ matrix.cmake }} \
+                        -f Dockerfile \
+                        -t ghcr.io/${org}/dyninst-ubuntu-${{ matrix.ubuntu }}:latest ../
+
+      - name: GHCR Login
+        if: (github.event_name != 'pull_request')
+        uses: docker/login-action@v1 
+        with:
+          registry: ghcr.io
+          username: ${{ github.actor }}
+          password: ${{ secrets.GITHUB_TOKEN }}
+
+      - name: Deploy
+        if: (github.event_name != 'pull_request')
+        run: docker push ghcr.io/${org}/dyninst-ubuntu-${{ matrix.ubuntu }}:latest

_service:tar_scm:dyninst-12.2.1.tar.gz/.github/workflows/cmake-formatting.yaml Added

_service:tar_scm:dyninst-12.2.1.tar.gz/.github/workflows/libabigail.yaml Added

@@ -0,0 +1,95 @@
+name: Libabigail ABI Checks
+on: 
+  pull_request: 
+
+jobs:
+  get-release:
+    container: ghcr.io/dyninst/dyninst-ubuntu-20.04:v12.1.0
+    runs-on: ubuntu-latest
+    steps:
+    - name: Upload Libs
+      uses: actions/upload-artifact@v2-preview
+      with:
+        name: release-libs
+        path: /opt/dyninst-env/install/dyninst/lib
+
+  get-latest:
+    container: ghcr.io/dyninst/dyninst-ubuntu-20.04:latest
+    runs-on: ubuntu-latest
+    steps:
+    - name: Upload Libs
+      uses: actions/upload-artifact@v2-preview
+      with:
+        name: latest-libs
+        path: /opt/dyninst-env/install/dyninst/lib
+
+  get-pr:
+    container: ghcr.io/dyninst/dyninst-ubuntu-20.04:latest
+    runs-on: ubuntu-latest
+    steps:
+    - name: Build Pull Request
+      uses: actions/checkout@v3
+    - name: Build
+      run: |
+         rm -rf /code
+         cp -R $PWD /code
+         ls /code
+         cd /opt/dyninst-env
+         /bin/bash build.sh         
+         
+    - name: Upload results
+      uses: actions/upload-artifact@v2-preview
+      with:
+        name: pr-libs
+        path: /opt/dyninst-env/install/dyninst/lib
+
+  abi:
+    runs-on: ubuntu-latest
+    needs: get-latest, get-release, get-pr
+    strategy:
+      fail-fast: false
+      matrix:
+
+        # Testing every paired library for release vs pr and main vs. pr
+        libs: "libcommon.so",
+               "libdynC_API.so",
+               "libdynDwarf.so",
+               "libdynElf.so",
+               "libdyninstAPI_RT.so",
+               "libdyninstAPI.so",
+               "libinstructionAPI.so",
+               "libparseAPI.so",
+               "libpatchAPI.so",
+               "libpcontrol.so",
+               "libstackwalk.so",
+               "libsymLite.so",
+               "libsymtabAPI.so"
+
+        # Artifact pairs (named) for comparison)
+        artifacts: "pr-libs", "latest-libs",        
+                    "pr-libs", "release-libs"
+
+    steps:
+    - name: Download Previous Version
+      uses: actions/download-artifact@v2
+      with:
+        name: ${{ matrix.artifacts1 }}
+        path: previous/
+
+    - name: Download Pull Request Version
+      uses: actions/download-artifact@v2
+      with:
+        name: ${{ matrix.artifacts0 }}
+        path: current/
+
+    - name: Show Files
+      run: |
+        ls current/
+        ls previous/
+
+    - name: Run Libabigail
+      uses: buildsi/libabigail-action@main
+      env:
+        lib: ${{ matrix.libs }}
+      with: 
+        abidiff: previous/${{ env.lib }} current/${{ env.lib }}

_service:tar_scm:dyninst-12.2.1.tar.gz/.github/workflows/release.yaml Added

@@ -0,0 +1,48 @@
+name: Build Container on Release
+
+on:
+
+  # Publish packages on release
+  release:
+    types: published 
+ 
+jobs:
+  build:
+    permissions:
+      packages: write
+
+    # Note this inherits the arguments for dependencies from the base container
+    # If you move this release trigger to the base-containers workflow you
+    # can tweak this, however the release will take longer.
+    runs-on: ubuntu-latest
+    name: Build
+    steps:
+      - name: Checkout
+        uses: actions/checkout@v2
+
+      - name: Make Space For Build
+        run: |
+          sudo rm -rf /usr/share/dotnet
+          sudo rm -rf /opt/ghc
+
+      - name: Build Dyninst Release Container
+        run: |
+           cd docker/
+           docker build -f Dockerfile.release -t ghcr.io/dyninst/dyninst-ubuntu-20.04:latest ../
+
+      - name: GHCR Login
+        uses: docker/login-action@v1 
+        with:
+          registry: ghcr.io
+          username: ${{ github.actor }}
+          password: ${{ secrets.GITHUB_TOKEN }}
+
+      - name: Tag and Push Release Image
+        run: |
+            tag=${GITHUB_REF#refs/tags/}
+            echo "Tagging and releasing ghcr.io/dyninst/dyninst-ubuntu-20.04:${tag}"
+            docker tag ghcr.io/dyninst/dyninst-ubuntu-20.04:latest ghcr.io/dyninst/dyninst-ubuntu-20.04:${tag}
+            docker push ghcr.io/dyninst/dyninst-ubuntu-20.04:${tag}
+
+      - name: Deploy
+        run: docker push ghcr.io/dyninst/dyninst-ubuntu-20.04:latest

_service:tar_scm:dyninst-12.2.1.tar.gz/.github/workflows/test-dyninst.yaml Added

_service:tar_scm:dyninst-11.0.1.tar.gz/CHANGELOG.md -> _service:tar_scm:dyninst-12.2.1.tar.gz/CHANGELOG.md Changed

@@ -1,5 +1,273 @@
 # Change Log
 
+## 12.2.1(https://github.com/dyninst/dyninst/tree/v12.2.1) (2022-11-21)
+Full Changelog(https://github.com/dyninst/dyninst/compare/v12.2.0...v12.2.1)
+
+- Fix shadowing of 'filename' member in Elf_X::findDebugFile (1325(https://github.com/dyninst/dyninst/issues/1325))
+- Ignore unknown pragma warnings when building without OpenMP (1324(https://github.com/dyninst/dyninst/issues/1324))
+- fix Instruction class to allow valid assignment (1323(https://github.com/dyninst/dyninst/issues/1323))
+- ParseAPI: improve tail call recognition (1315(https://github.com/dyninst/dyninst/issues/1315))
+- Support hash_compare concept from TBB >= 2021.1 (1316(https://github.com/dyninst/dyninst/issues/1316))
+- Remove unused TBB from parseAPI (1317(https://github.com/dyninst/dyninst/issues/1317))
+- Use dyn_c_hash_map in DwarfWalker (1318(https://github.com/dyninst/dyninst/issues/1318))
+- Directly link to common in dynC_API (1319(https://github.com/dyninst/dyninst/issues/1319))
+- Manually add hex prefix when formatting an Operand (1313(https://github.com/dyninst/dyninst/issues/1313))
+- Allow assignment conversion without framepointer (1314(https://github.com/dyninst/dyninst/issues/1314))
+- Fix incorrect format string in Result.h for u48 / s48 / u64 / s64 (1311(https://github.com/dyninst/dyninst/issues/1311))
+- Do not build dyninstAPI_RT as separate CMake project (1309(https://github.com/dyninst/dyninst/issues/1309))
+- Fix possible null pointer access in BPatch_module::findFunctionByAddress (1308(https://github.com/dyninst/dyninst/issues/1308))
+- Search 'elfutils' subdirectory for libdebuginfod/includedir (1307(https://github.com/dyninst/dyninst/issues/1307))
+- Fix public header deletes (1301(https://github.com/dyninst/dyninst/issues/1301))
+- fix location list PC range values (1297(https://github.com/dyninst/dyninst/issues/1297))
+- Docker - use ppa for gcc11 (1291(https://github.com/dyninst/dyninst/issues/1291))
+
+## 12.2.0(https://github.com/dyninst/dyninst/tree/v12.2.0) (2022-07-28)
+Full Changelog(https://github.com/dyninst/dyninst/compare/v12.1.0...v12.2.0)
+
+- Add exec entry point to parse hints is missing
+- fix races with parallel analysis of cubins (1284(https://github.com/dyninst/dyninst/issues/1284))
+- Docker: make build.sh verbose, fix file copy bug in Dockerfile.test (1273(https://github.com/dyninst/dyninst/issues/1273))
+- Remove endian CMake check (1270(https://github.com/dyninst/dyninst/issues/1270))
+- Update and enforce formatting of CMake files (1267(https://github.com/dyninst/dyninst/issues/1267))
+- Fix bug in processing library paths in FindLibIberty.cmake (1266(https://github.com/dyninst/dyninst/issues/1266))
+- Fix decoding of DWARF expressions into machine registers for Intel GPUs (1262(https://github.com/dyninst/dyninst/issues/1262))
+- Docker: don't use autamus cache (1259(https://github.com/dyninst/dyninst/issues/1259))
+- Remove unused build options (1253(https://github.com/dyninst/dyninst/issues/1253))
+- Fix dyninstAPI_RT files to build with older glibc (1252(https://github.com/dyninst/dyninst/issues/1252))
+- Redo finalization to get correct function boundiaries when (1249(https://github.com/dyninst/dyninst/issues/1249))
+- Fix format string errors in stackwalk/callchecker.C (1250(https://github.com/dyninst/dyninst/issues/1250))
+- Make dyninstAPI_RT files build with standard C (1246(https://github.com/dyninst/dyninst/issues/1246))
+- Add cmake options for C/C++ language standards (1246(https://github.com/dyninst/dyninst/issues/1246))
+- Use bfd linker for LTO (1248(https://github.com/dyninst/dyninst/issues/1248))
+- Cleanup (remove) ancient linux kernel support (1241(https://github.com/dyninst/dyninst/issues/1241))
+- remove unused files containing pragmas (1240(https://github.com/dyninst/dyninst/issues/1240))
+- Remove unneeded #pragma's (1240(https://github.com/dyninst/dyninst/issues/1240))
+- Add compiler warning related cmake options (1239(https://github.com/dyninst/dyninst/issues/1239))
+- Add cmake option to disable diagnostic suppressions (1239(https://github.com/dyninst/dyninst/issues/1239))
+- Fix frame-larger-than warning (1239(https://github.com/dyninst/dyninst/issues/1239))
+- Remove MSC compiler warning suppressions (1239(https://github.com/dyninst/dyninst/issues/1239))
+- Improve compiler diagnostic suppression handling (1239(https://github.com/dyninst/dyninst/issues/1239))
+- Remove unused git files (1244(https://github.com/dyninst/dyninst/issues/1244))
+- Docker: make compile warnings fatal (1242(https://github.com/dyninst/dyninst/issues/1242))
+- Docker: use external-tests instead of testsuite in base image (1209(https://github.com/dyninst/dyninst/issues/1209))
+- Docker: don't build Dyninst through spack for the environment (1222(https://github.com/dyninst/dyninst/issues/1222))
+- Docker: use more OS packages for dependencies (1221(https://github.com/dyninst/dyninst/issues/1221))
+- Remove void pointer arithmetic when using Valgrind annotations (1236(https://github.com/dyninst/dyninst/issues/1236))
+- Add parsing of names for inlined functions in DWARF (1237(https://github.com/dyninst/dyninst/issues/1237))
+- Remove BUILD_RT option (1238(https://github.com/dyninst/dyninst/issues/1238))
+- Fix warnings with cmake's MINSIZEREL build type (1235(https://github.com/dyninst/dyninst/issues/1235))
+- Correctly propagate pc ranges for blocks and local variables (1226(https://github.com/dyninst/dyninst/issues/1226))
+- Docker: testing workflow to run libabigail (1220(https://github.com/dyninst/dyninst/issues/1220))
+- Remove usage of DW_AT_MIPS_linkage_name (1223(https://github.com/dyninst/dyninst/issues/1223))
+- Docker: adding a workflow for release (1219(https://github.com/dyninst/dyninst/issues/1219))
+- Merge pull request #1217 from dyninst/thaines/docker_base_container_defaults
+- Update dependency versions in base container config
+
+## 12.1.0(https://github.com/dyninst/dyninst/tree/v12.1.0) (2022-03-09)
+Full Changelog(https://github.com/dyninst/dyninst/compare/v12.0.1...v12.1.0)
+
+- Correctly handle DWARF subroutines during parallel parsing (1215(https://github.com/dyninst/dyninst/issues/1215))
+- Docker: simplify build script (1212(https://github.com/dyninst/dyninst/issues/1212))
+- Make a couple constant 64-bit ULL to avoid getting truncated during shifts (1207(https://github.com/dyninst/dyninst/issues/1207))
+- Docker: use more OS packages (1211(https://github.com/dyninst/dyninst/issues/1211))
+- Fix potential buffer overrun in AMDGPU decoders (1208(https://github.com/dyninst/dyninst/issues/1208))
+- Code clean up for AMDGPU (1205(https://github.com/dyninst/dyninst/issues/1205))
+- Tidy up classes in AMDGPU (1204(https://github.com/dyninst/dyninst/issues/1204))
+- Fix compiler warnings in amdgpu cdna2 code (1198(https://github.com/dyninst/dyninst/issues/1198))
+- Build fixes for amdgpu/cdna2 (1203(https://github.com/dyninst/dyninst/issues/1203))
+- Add Support for AMDGPU CDNA2 Architectures based on XML ISA spec (1107(https://github.com/dyninst/dyninst/issues/1107))
+- fix building of symlite (1197(https://github.com/dyninst/dyninst/issues/1197))
+- Additional cleanup of memory emulation for hybrid analysis (1172(https://github.com/dyninst/dyninst/issues/1172))
+- Allow zero-length ELF program headers (1192(https://github.com/dyninst/dyninst/issues/1192))
+- Remove dead code and variables related to Symtab::data_ptr_ and Symtab::code_ptr_ (1192(https://github.com/dyninst/dyninst/issues/1192))
+- Remove dead code Object::elf_vaddr_to_ptr (1192(https://github.com/dyninst/dyninst/issues/1192))
+- glibc r_debug extensions to support multiple namespaces (1175(https://github.com/dyninst/dyninst/issues/1175))
+- Symtab::module documentation cleanup (1189(https://github.com/dyninst/dyninst/issues/1189))
+- Dockerfile: use explicit packages for 'spack external find' (1195(https://github.com/dyninst/dyninst/issues/1195))
+- ParseAPI: Speed up the case where a function is called from many locations (1190(https://github.com/dyninst/dyninst/issues/1190))
+- ELF+DWARF: always parse first entry in source file table (1184(https://github.com/dyninst/dyninst/issues/1184))
+- Remove interposed definition of _r_debug (1176(https://github.com/dyninst/dyninst/issues/1176))
+- start of work to add automated testing to dyninst! (1183(https://github.com/dyninst/dyninst/issues/1183))
+- adding dyninst release trigger (1181(https://github.com/dyninst/dyninst/issues/1181))
+- fixing workflow trigger (1182(https://github.com/dyninst/dyninst/issues/1182))
+- Adding first stage of automated docker build (1180(https://github.com/dyninst/dyninst/issues/1180))
+- Remove erroneous use of realloc in symtabAPI/Type-mem.h (1170(https://github.com/dyninst/dyninst/issues/1170))
+- Clean up memoryTracker usage in binaryEdit (877(https://github.com/dyninst/dyninst/issues/877))
+
+
+## 12.0.1(https://github.com/dyninst/dyninst/tree/v12.0.1) (2021-11-23)
+Full Changelog(https://github.com/dyninst/dyninst/compare/v12.0.0...v12.0.1)
+
+**Build Changes**
+
+- Remove NVIDIA external line map configure check (1162(https://github.com/dyninst/dyninst/issues/1162))
+- Increase minimum elfutils version to 0.186 (1161(https://github.com/dyninst/dyninst/issues/1161))
+- Add conflict with CMake 3.19.0 (1153(https://github.com/dyninst/dyninst/issues/1153))
+
+**Enhancements**
+
+- Refactor dwarfWalker::findConst (1160(https://github.com/dyninst/dyninst/issues/1160))
+- Add readable name for Symtab::typeRef (1157(https://github.com/dyninst/dyninst/issues/1157))
+- DwarfWalker: clean up interfaces for findDieName and findName (1154(https://github.com/dyninst/dyninst/issues/1154))
+- Added automated docker build for development and testing
+
+## 12.0.0(https://github.com/dyninst/dyninst/tree/v12.0.0) (2021-11-11)
+Full Changelog(https://github.com/dyninst/dyninst/compare/v11.0.1...v12.0.0)
+
+**GPU Support**
+
+- Add CMake test to check if libdw supports NVIDIA extended line map
+- Adjust interface changes in elfutils regarding NVIDIA extended line map
+- Add compile-time checking to see if elfutils support nvidia extended line map when the user have specified ENABLE_NVIDIA_EXT_LINE_MAP
+- Fix compilation warning and add cmake option ENABLE_NVIDIA_EXT_LINE_MAP
+- 1. Handle unrelocated line map entries for CUBIN 2. Remove redundant addFunctionRange call to improve performance 3. Add some debug logging
+- Inline context from nvidia extended line map identifies an inlined call path
+- Start to construct inlining call chains using Nvidia's extended line map
+- cleaning up code for ingesting nvidia extended linemaps
+- first draft of support for nvidia enhanced line maps
+
+**Enhancements**
+
+- Load callee's address when the callee and caller are in the same module (1056(https://github.com/dyninst/dyninst/issues/1056))
+- Give global annotation objects internal linkage and file scope
+- Summit fixes (1108(https://github.com/dyninst/dyninst/issues/1108))
+- Add x86 xsavec instruction (1074(https://github.com/dyninst/dyninst/issues/1074))
+- Convert TRAMP_\*_OFFSET macros to functions (1073(https://github.com/dyninst/dyninst/issues/1073))
+- Add x86_64 xrstor instruction (1070(https://github.com/dyninst/dyninst/issues/1070))
+- Fix insertion operators in BPatch and Symtab (1069(https://github.com/dyninst/dyninst/issues/1069))
+- Add DWARF4 base type entry encodings to symtabAPI::typeScalar (1059(https://github.com/dyninst/dyninst/issues/1059))
+- Add xsave instruction (1055(https://github.com/dyninst/dyninst/issues/1055))
+- Cleanup orphaned code (1064(https://github.com/dyninst/dyninst/issues/1064))
+
+**ABI Breakages**
+- Remove AddressSpace::causeTemplateInstantiations (1149(https://github.com/dyninst/dyninst/issues/1149))
+- Remove unregisterTrapMapping from PCProcess
+- Remove thread registration functions from PCProcess
+- Remove PCProcess::getDeadCode
+- Remove memory emulation (1146(https://github.com/dyninst/dyninst/issues/1146))
+- Remove unused generateSimple (1122(https://github.com/dyninst/dyninst/issues/1122))
+- Remove unused variables from Symtab
+- Remove special Fortran debug handling
+- Remove stabs from symbol demangling
+- Remove stabs from BPatch
+- Remove stabs from SymtabAPI
+- Remove Module::getAllVariables (1066(https://github.com/dyninst/dyninst/issues/1066))
+
+**Documentation**
+
+- Improve docs for lookup functions in CodeObject (1147(https://github.com/dyninst/dyninst/issues/1147))
+- Update copyright to 2022 (1141(https://github.com/dyninst/dyninst/issues/1141))
+- Remove stabs from documentation (1120(https://github.com/dyninst/dyninst/issues/1120))
+
+**Build Changes**
+- Remove ppc32 from builds (1145(https://github.com/dyninst/dyninst/issues/1145))
+- Unify meaning of 'cap_32_64' macro (1136(https://github.com/dyninst/dyninst/issues/1136))
+- Remove support for Cray CNL (1137(https://github.com/dyninst/dyninst/issues/1137))
+- Remove xlc macros (1132(https://github.com/dyninst/dyninst/issues/1132))
+- Remove common/src/language.h (1131(https://github.com/dyninst/dyninst/issues/1131))
+- Remove usage of arch_ppc and arch_ppc64 (1129(https://github.com/dyninst/dyninst/issues/1129))
+- Remove usage of x86_64_cnl (1130(https://github.com/dyninst/dyninst/issues/1130))
+- Remove DynC tests (1126(https://github.com/dyninst/dyninst/issues/1126))
+- Remove NO_INITIALIZER_LIST_SUPPORT (1125(https://github.com/dyninst/dyninst/issues/1125))
+- Turn on STERILE_BUILD by default (1118(https://github.com/dyninst/dyninst/issues/1118))
+- update minimum boost version to 1.70.0 (1117(https://github.com/dyninst/dyninst/issues/1117))
+- Remove boost_system linking (1112(https://github.com/dyninst/dyninst/issues/1112))
+- Enforce detection of libiberty (1099(https://github.com/dyninst/dyninst/issues/1099))
+- fix compiler warnings to work with clang (1092(https://github.com/dyninst/dyninst/issues/1092))
+- update optimization (-Og) and debug flags (-g3) (1084(https://github.com/dyninst/dyninst/issues/1084))
+- use the C11 standard for C code in Dyninst (1086(https://github.com/dyninst/dyninst/issues/1086))
+- Make Dyninst buildable with Clang (1021(https://github.com/dyninst/dyninst/issues/1021))
+- Remove valueAdded subdirectory completely (1065(https://github.com/dyninst/dyninst/issues/1065))
+- Remove valueAdded subdirectory (1063(https://github.com/dyninst/dyninst/issues/1063))
+
+**Bug Fixes**
+- fix statement-like macros (1143(https://github.com/dyninst/dyninst/issues/1143))
+- Don't overflow aarch64 float register vector when setting used regs. (1127(https://github.com/dyninst/dyninst/issues/1127))
+- fix unused const variable warnings
+- fix pessimizing std::move warnings
+- fix xor operator used as power operator
+- fix misleading indentation warning
+- fix uninitialized this and variable warnings
+- fix float to double promotion warning
+- fix unused const variable warnings
+- Fix possible buffer overflow in BPatch::processCreate
+- Fix uninitialized variable use in DispatcherARM64::iproc_init
+- remove executable flag from .dyninst_heap section (1096(https://github.com/dyninst/dyninst/issues/1096))
+- fix broken cast of a char literal to pointer (1090(https://github.com/dyninst/dyninst/issues/1090))
+- fix possibly uninitialized variables (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix possible null 'this' pointer dereference (1082(https://github.com/dyninst/dyninst/issues/1082))
+- prevent maybe uninitialized warning (1082(https://github.com/dyninst/dyninst/issues/1082))
+- adjust large frame threshold for specific sources (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix deprecated implicit assignment operator (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix buffer overflow (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix duplicate branch condition by removing branch (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix out of bounds array access (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix potentially uninitialized variable warning (1082(https://github.com/dyninst/dyninst/issues/1082))
+- use unused variable to correct code (1082(https://github.com/dyninst/dyninst/issues/1082))
+- remove unused variables (1082(https://github.com/dyninst/dyninst/issues/1082))
+- make printf format and argument types match (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix broken bool expression that was always true (1082(https://github.com/dyninst/dyninst/issues/1082))
+- add missing initializer braces (1082(https://github.com/dyninst/dyninst/issues/1082))
+- make constructor public so class is usable (1082(https://github.com/dyninst/dyninst/issues/1082))
+- remove ';' after in-class method definitions (1082(https://github.com/dyninst/dyninst/issues/1082))
+- eliminate logical op warning (1082(https://github.com/dyninst/dyninst/issues/1082))
+- make implicit double promotions explicit (1082(https://github.com/dyninst/dyninst/issues/1082))
+- annotate malloc-like functions (1082(https://github.com/dyninst/dyninst/issues/1082))
+- make method noexcept, so noexcept expr can be true (1082(https://github.com/dyninst/dyninst/issues/1082))
+- add missing default to switch statement (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix int to void\* cast if sizeof(int)<sizeof(void\*) (1082(https://github.com/dyninst/dyninst/issues/1082))
+- eliminate conversion of NULL to non-pointer type (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix variable signedness (1082(https://github.com/dyninst/dyninst/issues/1082))
+- replace if stmt with identical branches with then stmt (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fgetc returns an int not a char (1082(https://github.com/dyninst/dyninst/issues/1082))
+- do not discard volatile type qualifier in cast (1082(https://github.com/dyninst/dyninst/issues/1082))
+- add missing #include <assert.h> (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix unused vars/params/funcs on aarch64 (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix ambiguous type name warning (1082(https://github.com/dyninst/dyninst/issues/1082))
+- remove always true || sub-expression (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix possible sprintf buffer overflow (1082(https://github.com/dyninst/dyninst/issues/1082))
+- delete unnecessary ambiguous forward class decl (1082(https://github.com/dyninst/dyninst/issues/1082))
+- make destructor virtual if a virtual method exist (1082(https://github.com/dyninst/dyninst/issues/1082))
+- make printf format and argument signedness match (1082(https://github.com/dyninst/dyninst/issues/1082))
+- make printf format and argument types match (1082(https://github.com/dyninst/dyninst/issues/1082))
+- add compiler annotation to printf-like functions (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix var-tracking-assignments warnings (1082(https://github.com/dyninst/dyninst/issues/1082))
+- remove assert(this) as 'this' should never be null (1082(https://github.com/dyninst/dyninst/issues/1082))
+- remove obvious null pointer dereference (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix for C++20 removal of std::allocator methods (1082(https://github.com/dyninst/dyninst/issues/1082))
+- make cmp function object operator() a const func (1082(https://github.com/dyninst/dyninst/issues/1082))
+- make Boost and TBB include dirs be system includes (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix shadow variable warning, has other brokenness (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix duplicate branch warnings (1082(https://github.com/dyninst/dyninst/issues/1082))
+- eliminate switch case fall through warnings (1082(https://github.com/dyninst/dyninst/issues/1082))
+- explicit base class initialization in constructor (1082(https://github.com/dyninst/dyninst/issues/1082))
+- remove default argument from lambda (1082(https://github.com/dyninst/dyninst/issues/1082))
+- remove non-C++ compound literal (1082(https://github.com/dyninst/dyninst/issues/1082))
+- do not compile empty compilation units (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix deprecated implicit copy constructor if dtor (1082(https://github.com/dyninst/dyninst/issues/1082))
+- add missing copy assignment (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix illegal in C empty brace initialization (1082(https://github.com/dyninst/dyninst/issues/1082))
+- disable flexible array member warning in C++ (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix discard qualifiers: make char\* -> const char\* (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix non-standard use of \_\_VA_ARGS\_\_ (1082(https://github.com/dyninst/dyninst/issues/1082))
+- remove excess semicolons as reported by -pedantic (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix overflow warning for 0x90 assigned to a char (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix illegal function pointer to void\* compare (1082(https://github.com/dyninst/dyninst/issues/1082))
+- remove use of GNU binary operator ?: (1082(https://github.com/dyninst/dyninst/issues/1082))
+- remove non-C++ variable length arrays (1082(https://github.com/dyninst/dyninst/issues/1082))
+- make printf format and argument types match (1082(https://github.com/dyninst/dyninst/issues/1082))
+- fix shadow identifier warnings (1082(https://github.com/dyninst/dyninst/issues/1082))
+- enable more warnings and test compiler support (1082(https://github.com/dyninst/dyninst/issues/1082))
+- miscellaneous compiler warning cleanups (1082(https://github.com/dyninst/dyninst/issues/1082))
+- eliminate switch case fall through warnings (1082(https://github.com/dyninst/dyninst/issues/1082))
+- add header with compiler annotation macros (1082(https://github.com/dyninst/dyninst/issues/1082))
+- add missing break statements (1082(https://github.com/dyninst/dyninst/issues/1082))
+- compute num array elements instead of fixed values (1082(https://github.com/dyninst/dyninst/issues/1082))
+- remove dynamic_ and dynamic() from fileDescriptor (1082(https://github.com/dyninst/dyninst/issues/1082))
+- remove emptyString static members (1082(https://github.com/dyninst/dyninst/issues/1082))
+- delete unnecessary .DS_Store file (1082(https://github.com/dyninst/dyninst/issues/1082))
+
+
 ## 11.0.1(https://github.com/dyninst/dyninst/tree/v11.0.1) (2021-06-14)
 Full Changelog(https://github.com/dyninst/dyninst/compare/v11.0.0...v11.0.1)

_service:tar_scm:dyninst-11.0.1.tar.gz/CMakeLists.txt -> _service:tar_scm:dyninst-12.2.1.tar.gz/CMakeLists.txt Changed

@@ -1,24 +1,30 @@
-cmake_minimum_required (VERSION 3.4.0)
-project (Dyninst)
+cmake_minimum_required(VERSION 3.4.0)
 
-set (DYNINST_ROOT ${PROJECT_SOURCE_DIR})
-set (CMAKE_SKIP_BUILD_RPATH FALSE)
-set (CMAKE_BUILD_WITH_INSTALL_RPATH FALSE)
-set (CMAKE_INSTALL_RPATH_USE_LINK_PATH TRUE)
-set (CMAKE_EXPORT_COMPILE_COMMANDS ON)
+# There is a bug in 3.19.0 that causes .S files to be treated like C files
+if(CMAKE_VERSION VERSION_EQUAL "3.19.0")
+    message(FATAL_ERROR "Dyninst cannot use CMake version 3.19.0")
+endif()
+
+project(Dyninst)
 
-set(STERILE_BUILD OFF CACHE BOOL "Do not download/build any third-party dependencies from source")
+set(DYNINST_ROOT ${PROJECT_SOURCE_DIR})
+set(CMAKE_SKIP_BUILD_RPATH FALSE)
+set(CMAKE_BUILD_WITH_INSTALL_RPATH FALSE)
+set(CMAKE_INSTALL_RPATH_USE_LINK_PATH TRUE)
+set(CMAKE_EXPORT_COMPILE_COMMANDS ON)
 
-LIST(FIND CMAKE_PLATFORM_IMPLICIT_LINK_DIRECTORIES 
-	  "${CMAKE_INSTALL_PREFIX}/lib" isSystemDir)
-IF("${isSystemDir}" STREQUAL "-1")
-		    set (CMAKE_INSTALL_RPATH "${CMAKE_INSTALL_PREFIX}/lib")
-ENDIF()
+set(STERILE_BUILD
+    ON
+    CACHE BOOL "Do not download/build any third-party dependencies from source")
 
-set(RT_SOURCE_DIR ${DYNINST_ROOT}/dyninstAPI_RT)
-set(RT_BINARY_DIR ${PROJECT_BINARY_DIR}/dyninstAPI_RT)
+list(FIND CMAKE_PLATFORM_IMPLICIT_LINK_DIRECTORIES "${CMAKE_INSTALL_PREFIX}/lib"
+     isSystemDir)
+if("${isSystemDir}" STREQUAL "-1")
+    set(CMAKE_INSTALL_RPATH "${CMAKE_INSTALL_PREFIX}/lib")
+endif()
 
-set (CMAKE_MODULE_PATH "${DYNINST_ROOT}/cmake" "${DYNINST_ROOT}/cmake/Modules" ${CMAKE_MODULE_PATH})
+set(CMAKE_MODULE_PATH "${DYNINST_ROOT}/cmake" "${DYNINST_ROOT}/cmake/Modules"
+                      ${CMAKE_MODULE_PATH})
 
 # Set the C and C++ language standards
 include(LanguageStandards)
@@ -31,19 +37,20 @@
 include(ElfUtils)
 
 if(UNIX)
-  include(LibIberty REQUIRED)
+    include(LibIberty REQUIRED)
 endif()
 
 include(shared)
 
 if(USE_OpenMP)
-  find_package(OpenMP REQUIRED)
+    find_package(OpenMP REQUIRED)
 endif()
 
 configure_file(cmake/version.h.in common/h/dyninstversion.h)
 include_directories(${PROJECT_BINARY_DIR})
 include_directories(${PROJECT_BINARY_DIR}/common/h)
-set (HEADER_DIRS common
+set(HEADER_DIRS
+    common
     dataflowAPI
     dyninstAPI
     instructionAPI
@@ -51,186 +58,61 @@
     patchAPI
     proccontrol
     stackwalk
-    symtabAPI
-    )
+    symtabAPI)
 if(NOT ${PLATFORM} MATCHES nt)
-  set (HEADER_DIRS ${HEADER_DIRS}
-    dwarf
-    elf
-    symlite
-    )
+    set(HEADER_DIRS ${HEADER_DIRS} dwarf elf symlite)
 endif()
 
-
-
-foreach (dir ${HEADER_DIRS})
-  include_directories ( ${DYNINST_ROOT}/${dir}/h )
+foreach(dir ${HEADER_DIRS})
+    include_directories(${DYNINST_ROOT}/${dir}/h)
 endforeach()
 
-set(ADD_VALGRIND_ANNOTATIONS OFF CACHE BOOL "Enable annotations for Valgrind analysis")
+set(ADD_VALGRIND_ANNOTATIONS
+    OFF
+    CACHE BOOL "Enable annotations for Valgrind analysis")
 if(ADD_VALGRIND_ANNOTATIONS)
-  find_package(Valgrind REQUIRED)
-  include_directories(${Valgrind_INCLUDE_DIRS})
-  add_definitions(-DENABLE_VG_ANNOTATIONS)
+    find_package(Valgrind REQUIRED)
+    include_directories(${Valgrind_INCLUDE_DIRS})
+    add_definitions(-DENABLE_VG_ANNOTATIONS)
 endif()
 
-include_directories (
-  ${DYNINST_ROOT}
-  ${DYNINST_ROOT}/external
-  ${TBB_INCLUDE_DIRS}
-  )
+include_directories(${DYNINST_ROOT} ${DYNINST_ROOT}/external ${TBB_INCLUDE_DIRS})
 
 # Component time
-add_subdirectory (common)
+add_subdirectory(common)
 if(NOT ${PLATFORM} MATCHES nt)
-  add_subdirectory (elf)
-  add_subdirectory (dwarf)
-  add_subdirectory (symlite)
-  add_subdirectory (parseThat)
+    add_subdirectory(elf)
+    add_subdirectory(dwarf)
+    add_subdirectory(symlite)
 endif()
-add_subdirectory (instructionAPI)
-add_subdirectory (symtabAPI)
-add_subdirectory (parseAPI)
-add_subdirectory (proccontrol)
-add_subdirectory (stackwalk)
-add_subdirectory (patchAPI)
+add_subdirectory(instructionAPI)
+add_subdirectory(symtabAPI)
+add_subdirectory(parseAPI)
+add_subdirectory(proccontrol)
+add_subdirectory(stackwalk)
+add_subdirectory(patchAPI)
 
 if(${SYMREADER} MATCHES symtabAPI)
-  add_subdirectory (dyninstAPI)
-  add_subdirectory (dynC_API)
+    add_subdirectory(dyninstAPI)
+    add_subdirectory(dynC_API)
+    add_subdirectory(parseThat)
 endif()
 
-if(BUILD_RTLIB)
-  # Build the RT library as a separate project so we can change compilers
-  message(STATUS "Configuring DyninstAPI_RT in ${RT_BINARY_DIR}")
-  file(REMOVE_RECURSE ${RT_BINARY_DIR}/CMakeCache.txt ${RT_BINARY_DIR}/CMakeFiles ${RT_BINARY_DIR}/Makefile)
-  file(MAKE_DIRECTORY ${RT_BINARY_DIR})
-  set (RT_C_COMPILER ${CMAKE_C_COMPILER} CACHE STRING "Compiler for runtime library")
-  set (ENABLE_STATIC_LIBS NO CACHE STRING "Build static libraries as well?")
-  message(STATUS "Configuring RT library")
-
-  execute_process(WORKING_DIRECTORY ${RT_BINARY_DIR}
-    COMMAND ${CMAKE_COMMAND}
-    -DCMAKE_C_COMPILER=${RT_C_COMPILER}
-    -DCMAKE_BUILD_TYPE=${CMAKE_BUILD_TYPE}
-    -DCMAKE_INSTALL_PREFIX=${CMAKE_INSTALL_PREFIX}
-    -DCMAKE_PREFIX_PATH=${CMAKE_PREFIX_PATH}
-    -DINSTALL_LIB_DIR=${INSTALL_LIB_DIR}
-    -DINSTALL_INCLUDE_DIR=${INSTALL_INCLUDE_DIR}
-    -DCMAKE_C_FLAGS=${CMAKE_C_FLAGS}
-    -DBUILD_RTLIB_32=${BUILD_RTLIB_32}
-    -DPLATFORM=${PLATFORM}
-    -G ${CMAKE_GENERATOR}
-    -B ${RT_BINARY_DIR}
-    -S ${RT_SOURCE_DIR})
-  find_file(${RT_MAKEFILE} Makefile PATHS ${RT_BINARY_DIR} NO_DEFAULT_PATH)
-  message(STATUS "RTlib Makefile: ${RT_MAKEFILE}")
-  if(MSVC)
-      include_external_msproject(DyninstAPI_RT dyninstAPI_RT/dyninstAPI_RT.vcxproj)
-	  include_external_msproject(DyninstAPI_RT_static dyninstAPI_RT/dyninstAPI_RT_static.vcxproj)
-  else()
-    add_custom_target(DyninstRT
-      ALL
-      $(MAKE)
-      WORKING_DIRECTORY ${RT_BINARY_DIR}
-      COMMENT "Building DyninstRT")
-    if(TARGET TBB)
-      add_dependencies(DyninstRT TBB)
-    endif()
-    add_dependencies(dyninstAPI DyninstRT)
-    if(TARGET dyninstAPI-static)
-      add_dependencies(dyninstAPI-static DyninstRT)
-    endif()
-    if(TARGET boost)
-      add_dependencies(DyninstRT boost)
-    endif()
-  endif()
-
-  install(SCRIPT "${RT_BINARY_DIR}/cmake_install.cmake")
-
-else()
-  message(STATUS "Skipping DyninstAPI_RT. Be sure to build this library if you're using instrumentation.")
-endif()
-set (VERSION_STRING "${DYNINST_MAJOR_VERSION}.${DYNINST_MINOR_VERSION}.${DYNINST_PATCH_VERSION}")
-set (DYNINST_NAME "DyninstAPI-${VERSION_STRING}")
-
-if(BUILD_TARBALLS)
-  find_package(Git)
-  if(GIT_FOUND)
-    if(EXISTS "${DYNINST_ROOT}/.git/")
-      message(STATUS "Source tree is repository, building archive target")
-      add_custom_target(package ALL)
-      add_custom_command(TARGET package
-        COMMAND ${GIT_EXECUTABLE} archive --prefix="${DYNINST_NAME}/" --format=tar.gz -o "${CMAKE_BINARY_DIR}/${DYNINST_NAME}.tgz" HEAD
-        WORKING_DIRECTORY ${DYNINST_ROOT}
-        COMMENT "Packaging Dyninst")
-    endif()
-  endif()
-endif()
-if(BUILD_DOCS)
-  add_custom_target(doc)
-  set(LATEX_DOCS dynC_API dataflowAPI instructionAPI parseAPI patchAPI symtabAPI stackwalk)
-  set(WORD_DOCS proccontrol dyninstAPI)
-  add_custom_target(proccontrol-doc
-    DEPENDS ${CMAKE_SOURCE_DIR}/proccontrol/doc/proccontrol.pdf)
-  add_custom_target(dyninstAPI-doc
-    DEPENDS ${CMAKE_SOURCE_DIR}/dyninstAPI/doc/dyninstAPI.pdf)
-  foreach(COMPONENT ${WORD_DOCS})
-    add_dependencies(doc ${COMPONENT}-doc)
-    set_target_properties(${COMPONENT}-doc PROPERTIES EXCLUDE_FROM_DEFAULT_BUILD 1)
-    install(FILES ${CMAKE_CURRENT_BINARY_DIR}/${COMPONENT}/doc/${COMPONENT}.pdf
-      DESTINATION ${INSTALL_DOC_DIR}
-      RENAME ${COMPONENT}-${VERSION_STRING}.pdf
-      OPTIONAL
-      )
-  endforeach()
-
-  find_package(LATEX)
-  if(PDFLATEX_COMPILER)
-    file(COPY ${CMAKE_CURRENT_SOURCE_DIR}/common/doc
-      DESTINATION ${CMAKE_CURRENT_BINARY_DIR}/common)
-    foreach(COMPONENT ${LATEX_DOCS})
-      file(COPY ${CMAKE_CURRENT_SOURCE_DIR}/${COMPONENT}/doc
-        DESTINATION ${CMAKE_CURRENT_BINARY_DIR}/${COMPONENT})
-      set (DEPS "")
-      file(GLOB_RECURSE DEPS ${CMAKE_CURRENT_SOURCE_DIR}/${COMPONENT}/doc/*.tex ${CMAKE_CURRENT_SOURCE_DIR}/common/doc/*.tex)
-      add_custom_command(
-        OUTPUT ${CMAKE_CURRENT_BINARY_DIR}/${COMPONENT}/doc/${COMPONENT}.aux
-        DEPENDS ${DEPS}
-        COMMAND ${PDFLATEX_COMPILER}
-        ARGS -interaction=batchmode ${COMPONENT}.tex
-        WORKING_DIRECTORY ${CMAKE_CURRENT_BINARY_DIR}/${COMPONENT}/doc
-        COMMENT "Latex (first pass)"
-        )
-      add_custom_command(
-        OUTPUT ${CMAKE_CURRENT_BINARY_DIR}/${COMPONENT}/doc/${COMPONENT}.log
-        DEPENDS ${CMAKE_CURRENT_BINARY_DIR}/${COMPONENT}/doc/${COMPONENT}.aux
-        COMMAND ${PDFLATEX_COMPILER}
-        ARGS -interaction=batchmode ${COMPONENT}.tex
-        WORKING_DIRECTORY ${CMAKE_CURRENT_BINARY_DIR}/${COMPONENT}/doc
-        COMMENT "Latex (second pass)"
-        )
-      add_custom_target(${COMPONENT}-doc echo
-        DEPENDS ${CMAKE_CURRENT_BINARY_DIR}/${COMPONENT}/doc/${COMPONENT}.log
-        )
-      add_dependencies(doc ${COMPONENT}-doc)
-      set_target_properties(${COMPONENT}-doc PROPERTIES EXCLUDE_FROM_DEFAULT_BUILD 1)
-      install(FILES  ${CMAKE_CURRENT_BINARY_DIR}/${COMPONENT}/doc/${COMPONENT}.pdf
-        DESTINATION ${INSTALL_DOC_DIR}
-        RENAME ${COMPONENT}-${VERSION_STRING}.pdf
-        OPTIONAL
-        )
-    endforeach()
-  else()
-    message(STATUS "LaTeX not found")
-  endif()
-endif()
+add_subdirectory(dyninstAPI_RT)
+
+set(ENABLE_STATIC_LIBS
+    NO
+    CACHE STRING "Build static libraries as well?")
+
+set(VERSION_STRING
+    "${DYNINST_MAJOR_VERSION}.${DYNINST_MINOR_VERSION}.${DYNINST_PATCH_VERSION}")
+set(DYNINST_NAME "DyninstAPI-${VERSION_STRING}")
 
 if(TARGET boost)
     add_dependencies(common boost)
 endif()
 
-#add_subdirectory(testsuite)
+# add_subdirectory(testsuite)
 
 # Copy out all of the cmake files so they can be used by the Testsuite
 install(DIRECTORY ${DYNINST_ROOT}/cmake/ DESTINATION ${INSTALL_CMAKE_DIR})

_service:tar_scm:dyninst-11.0.1.tar.gz/COPYRIGHT -> _service:tar_scm:dyninst-12.2.1.tar.gz/COPYRIGHT Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/DyninstConfigVersion.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/DyninstConfigVersion.cmake Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/README.md -> _service:tar_scm:dyninst-12.2.1.tar.gz/README.md Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/Boost.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/Boost.cmake Changed

@@ -21,7 +21,7 @@
 # Advanced options:
 #
 # Boost_DEBUG               - Enable debug output from FindBoost
-# Boost_NO_SYSTEM_PATHS     - Disable searching in locations not specified by hint variables 
+# Boost_NO_SYSTEM_PATHS     - Disable searching in locations not specified by hint variables
 #
 # Exports the following CMake cache variables
 #
@@ -47,59 +47,72 @@
 #========================================================================================================
 
 if(Boost_FOUND)
-  return()
+    return()
 endif()
 
 # Need at least Boost-1.67 because of deprecated headers
-set(_boost_min_version 1.67.0)
+set(_boost_min_version 1.70.0)
 
 # Provide a default, if the user didn't specify
-set(Boost_MIN_VERSION ${_boost_min_version} CACHE STRING "Minimum Boost version")
+set(Boost_MIN_VERSION
+    ${_boost_min_version}
+    CACHE STRING "Minimum Boost version")
 
 # Enforce minimum version
 if(${Boost_MIN_VERSION} VERSION_LESS ${_boost_min_version})
-  message(FATAL_ERROR "Requested Boost-${Boost_MIN_VERSION} is less than minimum supported version (${_boost_min_version})")
+    message(
+        FATAL_ERROR
+            "Requested Boost-${Boost_MIN_VERSION} is less than minimum supported version (${_boost_min_version})"
+        )
 endif()
 
 # -------------- RUNTIME CONFIGURATION ----------------------------------------
 
-# Use the multithreaded version of Boost
-# NB: This _must_ be a cache variable as it
-#     controls the tagged layout of Boost library names
-set(Boost_USE_MULTITHREADED ON CACHE BOOL "Enable multithreaded Boost libraries")
+# Use the multithreaded version of Boost NB: This _must_ be a cache variable as it
+# controls the tagged layout of Boost library names
+set(Boost_USE_MULTITHREADED
+    ON
+    CACHE BOOL "Enable multithreaded Boost libraries")
 
-# Don't use libraries linked statically to the C++ runtime
-# NB: This _must_ be a cache variable as it
-#     controls the tagged layout of Boost library names
-set(Boost_USE_STATIC_RUNTIME OFF CACHE BOOL
-    "Enable usage of libraries statically linked to C++ runtime")
+# Don't use libraries linked statically to the C++ runtime NB: This _must_ be a cache
+# variable as it controls the tagged layout of Boost library names
+set(Boost_USE_STATIC_RUNTIME
+    OFF
+    CACHE BOOL "Enable usage of libraries statically linked to C++ runtime")
 
 # If using multithreaded Boost, make sure Threads has been intialized
 if(Boost_USE_MULTITHREADED AND NOT DEFINED CMAKE_THREAD_LIBS_INIT)
-  find_package(Threads)
+    find_package(Threads)
 endif()
 
 # Enable debug output from FindBoost
-set(Boost_DEBUG OFF CACHE BOOL "Enable debug output from FindBoost")
+set(Boost_DEBUG
+    OFF
+    CACHE BOOL "Enable debug output from FindBoost")
 
 # -------------- PATHS --------------------------------------------------------
 
 # By default, search system paths
-set(Boost_NO_SYSTEM_PATHS OFF CACHE BOOL "Disable searching in locations not specified by hint variables")
+set(Boost_NO_SYSTEM_PATHS
+    OFF
+    CACHE BOOL "Disable searching in locations not specified by hint variables")
 
-# A sanity check
-# This must be done _before_ the cache variables are set
+# A sanity check This must be done _before_ the cache variables are set
 if(PATH_BOOST AND Boost_ROOT_DIR)
-  message(FATAL_ERROR "PATH_BOOST AND Boost_ROOT_DIR both specified. Please provide only one")
+    message(
+        FATAL_ERROR
+            "PATH_BOOST AND Boost_ROOT_DIR both specified. Please provide only one")
 endif()
 
 # Provide a default root directory
 if(NOT PATH_BOOST AND NOT Boost_ROOT_DIR)
-  set(PATH_BOOST "/usr")
+    set(PATH_BOOST "/usr")
 endif()
 
 # Set the default location to look for Boost
-set(Boost_ROOT_DIR ${PATH_BOOST} CACHE PATH "Base directory the of Boost installation")
+set(Boost_ROOT_DIR
+    ${PATH_BOOST}
+    CACHE PATH "Base directory the of Boost installation")
 
 # In FindBoost, Boost_ROOT_DIR is spelled BOOST_ROOT
 set(BOOST_ROOT ${Boost_ROOT_DIR})
@@ -113,146 +126,169 @@
 
 # Disable generating serialization code in boost::multi_index
 list(APPEND _boost_defines -DBOOST_MULTI_INDEX_DISABLE_SERIALIZATION)
-  
-# There are broken versions of MSVC that won't handle variadic templates
-# correctly (despite the C++11 test case passing).
+
+# There are broken versions of MSVC that won't handle variadic templates correctly
+# (despite the C++11 test case passing).
 if(MSVC)
-  list(APPEND _boost_defines -DBOOST_NO_CXX11_VARIADIC_TEMPLATES)
+    list(APPEND _boost_defines -DBOOST_NO_CXX11_VARIADIC_TEMPLATES)
 endif()
 
-set(Boost_DEFINES ${_boost_defines} CACHE STRING "Boost compiler defines")
+set(Boost_DEFINES
+    ${_boost_defines}
+    CACHE STRING "Boost compiler defines")
 add_definitions(${Boost_DEFINES})
 
 # -------------- INTERNALS ----------------------------------------------------
 
-# Disable Boost's own CMake as it's known to be buggy
-# NB: This should not be a cache variable
+# Disable Boost's own CMake as it's known to be buggy NB: This should not be a cache
+# variable
 set(Boost_NO_BOOST_CMAKE ON)
 
-# The required Boost library components
-# NB: These are just the ones that require compilation/linking
-#     This should _not_ be a cache variable
-set(_boost_components atomic chrono date_time filesystem system thread timer)
+# The required Boost library components NB: These are just the ones that require
+# compilation/linking This should _not_ be a cache variable
+set(_boost_components atomic chrono date_time filesystem thread timer)
 
 find_package(Boost ${Boost_MIN_VERSION} COMPONENTS ${_boost_components})
 
 # -------------- SOURCE BUILD -------------------------------------------------
 
 if(Boost_FOUND)
-  # Force the cache entries to be updated
-  # Normally, these would not be exported. However, we need them in the Testsuite
-  set(Boost_INCLUDE_DIRS ${Boost_INCLUDE_DIRS} CACHE PATH "Boost include directory" FORCE)
-  set(Boost_LIBRARY_DIRS ${Boost_LIBRARY_DIRS} CACHE PATH "Boost library directory" FORCE)
-  set(Boost_INCLUDE_DIR ${Boost_INCLUDE_DIR} CACHE PATH "Boost include directory" FORCE)
-  add_library(boost SHARED IMPORTED)
+    # Force the cache entries to be updated Normally, these would not be exported.
+    # However, we need them in the Testsuite
+    set(Boost_INCLUDE_DIRS
+        ${Boost_INCLUDE_DIRS}
+        CACHE PATH "Boost include directory" FORCE)
+    set(Boost_LIBRARY_DIRS
+        ${Boost_LIBRARY_DIRS}
+        CACHE PATH "Boost library directory" FORCE)
+    set(Boost_INCLUDE_DIR
+        ${Boost_INCLUDE_DIR}
+        CACHE PATH "Boost include directory" FORCE)
+    add_library(boost SHARED IMPORTED)
 elseif(NOT Boost_FOUND AND STERILE_BUILD)
-  message(FATAL_ERROR "Boost not found and cannot be downloaded because build is sterile.")
+    message(
+        FATAL_ERROR "Boost not found and cannot be downloaded because build is sterile.")
 else()
-  # If we didn't find a suitable version on the system, then download one from the web
-  set(_boost_download_version "1.69.0")
-  
-  # If the user specifies a version other than _boost_download_version, use that version.
-  # NB: We know Boost_MIN_VERSION is >= _boost_min_version from earlier checks
-  if(${Boost_MIN_VERSION} VERSION_LESS ${_boost_download_version} OR
-     ${Boost_MIN_VERSION} VERSION_GREATER ${_boost_download_version})
-    set(_boost_download_version ${Boost_MIN_VERSION})
-  endif()
-  message(STATUS "${Boost_ERROR_REASON}")
-  message(STATUS "Attempting to build ${_boost_download_version} as external project")
-
-  # This is an internal consistency check. Normal users should not trip this since
-  # they cannot affect _boost_download_version.  
-  if(${_boost_download_version} VERSION_LESS ${Boost_MIN_VERSION})
-    message(FATAL_ERROR "Download version of Boost (${_boost_download_version}) "
+    # If we didn't find a suitable version on the system, then download one from the web
+    set(_boost_download_version "1.69.0")
+
+    # If the user specifies a version other than _boost_download_version, use that
+    # version. NB: We know Boost_MIN_VERSION is >= _boost_min_version from earlier checks
+    if(${Boost_MIN_VERSION} VERSION_LESS ${_boost_download_version}
+       OR ${Boost_MIN_VERSION} VERSION_GREATER ${_boost_download_version})
+        set(_boost_download_version ${Boost_MIN_VERSION})
+    endif()
+    message(STATUS "${Boost_ERROR_REASON}")
+    message(STATUS "Attempting to build ${_boost_download_version} as external project")
+
+    # This is an internal consistency check. Normal users should not trip this since they
+    # cannot affect _boost_download_version.
+    if(${_boost_download_version} VERSION_LESS ${Boost_MIN_VERSION})
+        message(
+            FATAL_ERROR "Download version of Boost (${_boost_download_version}) "
                         "is older than minimum allowed version (${Boost_MIN_VERSION})")
-  endif()
-  
-  if(Boost_USE_MULTITHREADED)
-    set(_boost_threading multi)
-  else()
-    set(_boost_threading single)
-  endif()
-  
-  if(Boost_USE_STATIC_RUNTIME)
-    set(_boost_runtime_link static)
-  else()
-    set(_boost_runtime_link shared)
-  endif()
-  
-  # Change the base directory
-  set(Boost_ROOT_DIR ${CMAKE_INSTALL_PREFIX} CACHE PATH "Base directory the of Boost installation" FORCE)
-
-  # Update the exported variables  
-  set(Boost_INCLUDE_DIRS ${Boost_ROOT_DIR}/include CACHE PATH "Boost include directory" FORCE)
-  set(Boost_LIBRARY_DIRS ${Boost_ROOT_DIR}/lib CACHE PATH "Boost library directory" FORCE)
-  set(Boost_INCLUDE_DIR ${Boost_INCLUDE_DIRS} CACHE PATH "Boost include directory" FORCE)
-  
-  set(BOOST_ARGS
-      --ignore-site-config
-      --link=static
-      --runtime-link=${_boost_runtime_link}
-      --threading=${_boost_threading})
-  if(WIN32)
-    # NB: We need to build both debug/release on windows
-    #     as we don't use CMAKE_BUILD_TYPE
-    set(BOOST_BOOTSTRAP call bootstrap.bat)
-    set(BOOST_BUILD ".\\b2")
-    if(CMAKE_SIZEOF_VOID_P STREQUAL "8")
-      list(APPEND BOOST_ARGS address-model=64)
     endif()
-  else()
-    set(BOOST_BOOTSTRAP "./bootstrap.sh")
-    set(BOOST_BUILD "./b2")
-    if(CMAKE_BUILD_TYPE STREQUAL "Debug")
-      list(APPEND BOOST_ARGS variant=debug)
+
+    if(Boost_USE_MULTITHREADED)
+        set(_boost_threading multi)
     else()
-      list(APPEND BOOST_ARGS variant=release)
+        set(_boost_threading single)
     endif()
-  endif()
-
-  # Join the component names together to pass to --with-libraries during bootstrap
-  set(_boost_lib_names "")
-  foreach(c ${_boost_components})
-	# list(JOIN ...) is in cmake 3.12
-    string(CONCAT _boost_lib_names "${_boost_lib_names}${c},")
-  endforeach()
-
-  include(ExternalProject)
-  string(REPLACE "." "_" _boost_download_filename ${_boost_download_version})
-  ExternalProject_Add(
-    boost
-    PREFIX ${CMAKE_BINARY_DIR}/boost
-    URL http://downloads.sourceforge.net/project/boost/boost/${_boost_download_version}/boost_${_boost_download_filename}.zip
-    BUILD_IN_SOURCE 1
-    CONFIGURE_COMMAND CC=${CMAKE_C_COMPILER} CXX=${CMAKE_CXX_COMPILER} ${BOOST_BOOTSTRAP} --prefix=${Boost_ROOT_DIR} --with-libraries=${_boost_lib_names}
-    BUILD_COMMAND ${BOOST_BUILD} ${BOOST_ARGS} install
-    INSTALL_COMMAND ""
-  )
-
-  if(WIN32)
-    # We need to specify different library names for debug vs release
-    set(Boost_LIBRARIES "")
-    foreach(c ${_boost_components})
-      list(APPEND Boost_LIBRARIES "optimized libboost_${c} debug libboost_${c}-gd ")
-      
-      # Also export cache variables for the file location of each library
-      string(TOUPPER ${c} _basename)
-      set(Boost_${_basename}_LIBRARY_RELEASE "${Boost_LIBRARY_DIRS}/libboost_${c}.dll" CACHE FILEPATH "" FORCE)
-      set(Boost_${_basename}_LIBRARY_DEBUG "${Boost_LIBRARY_DIRS}/libboost_${c}-gd.dll" CACHE FILEPATH "" FORCE)
-    endforeach()
-  else()
-    # Transform the component names into the library filenames
-    # e.g., system -> boost_system
-    set(Boost_LIBRARIES "")
+
+    if(Boost_USE_STATIC_RUNTIME)
+        set(_boost_runtime_link static)
+    else()
+        set(_boost_runtime_link shared)
+    endif()
+
+    # Change the base directory
+    set(Boost_ROOT_DIR
+        ${CMAKE_INSTALL_PREFIX}
+        CACHE PATH "Base directory the of Boost installation" FORCE)
+
+    # Update the exported variables
+    set(Boost_INCLUDE_DIRS
+        ${Boost_ROOT_DIR}/include
+        CACHE PATH "Boost include directory" FORCE)
+    set(Boost_LIBRARY_DIRS
+        ${Boost_ROOT_DIR}/lib
+        CACHE PATH "Boost library directory" FORCE)
+    set(Boost_INCLUDE_DIR
+        ${Boost_INCLUDE_DIRS}
+        CACHE PATH "Boost include directory" FORCE)
+
+    set(BOOST_ARGS --ignore-site-config --link=static
+                   --runtime-link=${_boost_runtime_link} --threading=${_boost_threading})
+    if(WIN32)
+        # NB: We need to build both debug/release on windows as we don't use
+        # CMAKE_BUILD_TYPE
+        set(BOOST_BOOTSTRAP call bootstrap.bat)
+        set(BOOST_BUILD ".\\b2")
+        if(CMAKE_SIZEOF_VOID_P STREQUAL "8")
+            list(APPEND BOOST_ARGS address-model=64)
+        endif()
+    else()
+        set(BOOST_BOOTSTRAP "./bootstrap.sh")
+        set(BOOST_BUILD "./b2")
+        if(CMAKE_BUILD_TYPE STREQUAL "Debug")
+            list(APPEND BOOST_ARGS variant=debug)
+        else()
+            list(APPEND BOOST_ARGS variant=release)
+        endif()
+    endif()
+
+    # Join the component names together to pass to --with-libraries during bootstrap
+    set(_boost_lib_names "")
     foreach(c ${_boost_components})
-      list(APPEND Boost_LIBRARIES "${Boost_LIBRARY_DIRS}/libboost_${c}.so")
-      
-      # Also export cache variables for the file location of each library
-      string(TOUPPER ${c} _basename)
-      set(Boost_${_basename}_LIBRARY_RELEASE "${Boost_LIBRARY_DIRS}/libboost_${c}.so" CACHE FILEPATH "" FORCE)
-      set(Boost_${_basename}_LIBRARY_DEBUG "${Boost_LIBRARY_DIRS}/libboost_${c}.so" CACHE FILEPATH "" FORCE)
+        # list(JOIN ...) is in cmake 3.12
+        string(CONCAT _boost_lib_names "${_boost_lib_names}${c},")
     endforeach()
-  endif()
+
+    include(ExternalProject)
+    string(REPLACE "." "_" _boost_download_filename ${_boost_download_version})
+    externalproject_add(
+        boost
+        PREFIX ${CMAKE_BINARY_DIR}/boost
+        URL http://downloads.sourceforge.net/project/boost/boost/${_boost_download_version}/boost_${_boost_download_filename}.zip
+        BUILD_IN_SOURCE 1
+        CONFIGURE_COMMAND
+            CC=${CMAKE_C_COMPILER} CXX=${CMAKE_CXX_COMPILER} ${BOOST_BOOTSTRAP}
+            --prefix=${Boost_ROOT_DIR} --with-libraries=${_boost_lib_names}
+        BUILD_COMMAND ${BOOST_BUILD} ${BOOST_ARGS} install
+        INSTALL_COMMAND "")
+
+    if(WIN32)
+        # We need to specify different library names for debug vs release
+        set(Boost_LIBRARIES "")
+        foreach(c ${_boost_components})
+            list(APPEND Boost_LIBRARIES "optimized libboost_${c} debug libboost_${c}-gd ")
+
+            # Also export cache variables for the file location of each library
+            string(TOUPPER ${c} _basename)
+            set(Boost_${_basename}_LIBRARY_RELEASE
+                "${Boost_LIBRARY_DIRS}/libboost_${c}.dll"
+                CACHE FILEPATH "" FORCE)
+            set(Boost_${_basename}_LIBRARY_DEBUG
+                "${Boost_LIBRARY_DIRS}/libboost_${c}-gd.dll"
+                CACHE FILEPATH "" FORCE)
+        endforeach()
+    else()
+        # Transform the component names into the library filenames e.g., system ->
+        # boost_system
+        set(Boost_LIBRARIES "")
+        foreach(c ${_boost_components})
+            list(APPEND Boost_LIBRARIES "${Boost_LIBRARY_DIRS}/libboost_${c}.so")
+
+            # Also export cache variables for the file location of each library
+            string(TOUPPER ${c} _basename)
+            set(Boost_${_basename}_LIBRARY_RELEASE
+                "${Boost_LIBRARY_DIRS}/libboost_${c}.so"
+                CACHE FILEPATH "" FORCE)
+            set(Boost_${_basename}_LIBRARY_DEBUG
+                "${Boost_LIBRARY_DIRS}/libboost_${c}.so"
+                CACHE FILEPATH "" FORCE)
+        endforeach()
+    endif()
 endif()
 
 # -------------- EXPORT VARIABLES ---------------------------------------------
@@ -260,21 +296,25 @@
 # Export Boost_THREAD_LIBRARY
 list(FIND _boost_components "thread" _building_threads)
 if(Boost_USE_MULTITHREADED AND ${_building_threads})
-  # On Windows, always use the debug version
-  # On Linux, we don't use tagged builds, so the debug/release filenames are the same
-  set(Boost_THREAD_LIBRARY ${Boost_THREAD_LIBRARY_DEBUG} CACHE FILEPATH "Boost thread library")
+    # On Windows, always use the debug version On Linux, we don't use tagged builds, so
+    # the debug/release filenames are the same
+    set(Boost_THREAD_LIBRARY
+        ${Boost_THREAD_LIBRARY_DEBUG}
+        CACHE FILEPATH "Boost thread library")
 endif()
 
 # Add the system thread library
 if(Boost_USE_MULTITHREADED)
-  list(APPEND Boost_LIBRARIES ${CMAKE_THREAD_LIBS_INIT})
+    list(APPEND Boost_LIBRARIES ${CMAKE_THREAD_LIBS_INIT})
 endif()
 
 # Export the complete set of libraries
-set(Boost_LIBRARIES ${Boost_LIBRARIES} CACHE FILEPATH "Boost library files" FORCE)
+set(Boost_LIBRARIES
+    ${Boost_LIBRARIES}
+    CACHE FILEPATH "Boost library files" FORCE)
 
 link_directories(${Boost_LIBRARY_DIRS})
-include_directories(${Boost_INCLUDE_DIRS})
+include_directories(SYSTEM ${Boost_INCLUDE_DIRS})
 
 message(STATUS "Boost includes: ${Boost_INCLUDE_DIRS}")
 message(STATUS "Boost library dirs: ${Boost_LIBRARY_DIRS}")

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/DyninstConfig.cmake.in -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/DyninstConfig.cmake.in Changed

@@ -8,37 +8,35 @@
 # compute paths
 
 get_filename_component(DYNINST_CMAKE_DIR "${CMAKE_CURRENT_LIST_FILE}" PATH)
-set (DYNINST_INCLUDE_DIR @CONF_INCLUDE_DIRS@)
+set(DYNINST_INCLUDE_DIR @CONF_INCLUDE_DIRS@)
 
-# Library dependencies
-#include ("${DYNINST_CMAKE_DIR}/DyninstTargets.cmake")
+# Library dependencies include ("${DYNINST_CMAKE_DIR}/DyninstTargets.cmake")
 foreach(TARG @ALL_DYNINST_TARGETS@)
-  include ("${DYNINST_CMAKE_DIR}/${TARG}Targets.cmake" OPTIONAL)
+    include("${DYNINST_CMAKE_DIR}/${TARG}Targets.cmake" OPTIONAL)
 endforeach()
 
-set (DYNINST_LIBRARIES "dyninstAPI")
+set(DYNINST_LIBRARIES "dyninstAPI")
 
 # Other variables Dyninst mutators may depend on
-set (DYNINST_PLATFORM "@PLATFORM@")
-set (DYNINST_INTERNAL_DEFINES @UNIFIED_DEFINES@)
+set(DYNINST_PLATFORM "@PLATFORM@")
+set(DYNINST_INTERNAL_DEFINES @UNIFIED_DEFINES@)
 
 if(DYNINST_FIND_COMPONENTS)
-  foreach(COMP DYNINST_FIND_COMPONENTS)
-    if(NOT TARGET ${COMP})
-      set(DYNINST_${COMP}_FOUND 0)
-      if(DYNINST_FIND_REQUIRED_${COMP})
-	MESSAGE(ERROR "${COMP} was not part of the Dyninst build")
-      endif()
-    else()
-      set(DYNINST_${COMP}_FOUND 1)
-      MESSAGE(STATUS "Found ${COMP}")
-    endif()
-  endforeach()
+    foreach(COMP DYNINST_FIND_COMPONENTS)
+        if(NOT TARGET ${COMP})
+            set(DYNINST_${COMP}_FOUND 0)
+            if(DYNINST_FIND_REQUIRED_${COMP})
+                message(ERROR "${COMP} was not part of the Dyninst build")
+            endif()
+        else()
+            set(DYNINST_${COMP}_FOUND 1)
+            message(STATUS "Found ${COMP}")
+        endif()
+    endforeach()
 endif()
 
 if(TARGET dyninstAPI)
-  set(Dyninst_FOUND 1)
+    set(Dyninst_FOUND 1)
 else()
-  set(Dyninst_FOUND 0)
+    set(Dyninst_FOUND 0)
 endif()
-

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/DyninstConfigVersion.cmake.in -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/DyninstConfigVersion.cmake.in Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/ElfUtils.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/ElfUtils.cmake Changed

@@ -28,46 +28,52 @@
 #
 #======================================================================================
 
-if(LibElf_FOUND AND LibDwarf_FOUND AND NOT ENABLE_DEBUGINFOD)
-  return()
+if(LibElf_FOUND
+   AND LibDwarf_FOUND
+   AND NOT ENABLE_DEBUGINFOD)
+    return()
 endif()
 
 if(NOT UNIX)
-  return()
+    return()
 endif()
 
-# Minimum acceptable version of elfutils
-# NB: We need >=0.178 because libdw isn't thread-safe before then
-set(_min_version 0.178)
+# Minimum acceptable version of elfutils NB: We need >=0.186 because of NVIDIA line map
+# extensions
+set(_min_version 0.186)
 
-set(ElfUtils_MIN_VERSION ${_min_version}
+set(ElfUtils_MIN_VERSION
+    ${_min_version}
     CACHE STRING "Minimum acceptable elfutils version")
 if(${ElfUtils_MIN_VERSION} VERSION_LESS ${_min_version})
-  message(
-    FATAL_ERROR
-      "Requested version ${ElfUtils_MIN_VERSION} is less than minimum supported version (${_min_version})"
-    )
+    message(
+        FATAL_ERROR
+            "Requested version ${ElfUtils_MIN_VERSION} is less than minimum supported version (${_min_version})"
+        )
 endif()
 
 # -------------- PATHS --------------------------------------------------------
 
 # Base directory the of elfutils installation
-set(ElfUtils_ROOT_DIR "/usr"
+set(ElfUtils_ROOT_DIR
+    "/usr"
     CACHE PATH "Base directory the of elfutils installation")
 
 # Hint directory that contains the elfutils headers files
-set(ElfUtils_INCLUDEDIR "${ElfUtils_ROOT_DIR}/include"
+set(ElfUtils_INCLUDEDIR
+    "${ElfUtils_ROOT_DIR}/include"
     CACHE PATH "Hint directory that contains the elfutils headers files")
 
 # Hint directory that contains the elfutils library files
-set(ElfUtils_LIBRARYDIR "${ElfUtils_ROOT_DIR}/lib"
+set(ElfUtils_LIBRARYDIR
+    "${ElfUtils_ROOT_DIR}/lib"
     CACHE PATH "Hint directory that contains the elfutils library files")
 
 # libelf/dwarf-specific directory hints
 foreach(l LibElf LibDwarf LibDebuginfod)
-  foreach(d ROOT_DIR INCLUDEDIR LIBRARYDIR)
-    set(${l}_${d} ${ElfUtils_${d}})
-  endforeach()
+    foreach(d ROOT_DIR INCLUDEDIR LIBRARYDIR)
+        set(${l}_${d} ${ElfUtils_${d}})
+    endforeach()
 endforeach()
 
 # -------------- PACKAGES------------------------------------------------------
@@ -76,89 +82,94 @@
 
 # Don't search for libdw or libdebuginfod if we didn't find a suitable libelf
 if(LibElf_FOUND)
-  find_package(LibDwarf ${ElfUtils_MIN_VERSION})
-  if (ENABLE_DEBUGINFOD)
-    find_package(LibDebuginfod ${ElfUtils_MIN_VERSION} REQUIRED)
-  endif()
+    find_package(LibDwarf ${ElfUtils_MIN_VERSION})
+    if(ENABLE_DEBUGINFOD)
+        find_package(LibDebuginfod ${ElfUtils_MIN_VERSION} REQUIRED)
+    endif()
 endif()
 
 # -------------- SOURCE BUILD -------------------------------------------------
-if(LibElf_FOUND AND LibDwarf_FOUND AND (NOT ENABLE_DEBUGINFOD OR LibDebuginfod_FOUND))
-  if(ENABLE_DEBUGINFOD AND LibDebuginfod_FOUND)
-    set(_eu_root ${ElfUtils_ROOT_DIR})
-    set(_eu_inc_dirs ${LibElf_INCLUDE_DIRS} ${LibDwarf_INCLUDE_DIRS} ${LibDebuginfod_INCLUDE_DIRS})
-    set(_eu_lib_dirs ${LibElf_LIBRARY_DIRS} ${LibDwarf_LIBRARY_DIRS} ${LibDebuginfod_LIBRARY_DIRS})
-    set(_eu_libs ${LibElf_LIBRARIES} ${LibDwarf_LIBRARIES} ${LibDebuginfod_LIBRARIES})
-  else()
-    set(_eu_root ${ElfUtils_ROOT_DIR})
-    set(_eu_inc_dirs ${LibElf_INCLUDE_DIRS} ${LibDwarf_INCLUDE_DIRS})
-    set(_eu_lib_dirs ${LibElf_LIBRARY_DIRS} ${LibDwarf_LIBRARY_DIRS})
-    set(_eu_libs ${LibElf_LIBRARIES} ${LibDwarf_LIBRARIES})
-  endif()
-  add_library(ElfUtils SHARED IMPORTED)
+if(LibElf_FOUND
+   AND LibDwarf_FOUND
+   AND (NOT ENABLE_DEBUGINFOD OR LibDebuginfod_FOUND))
+    if(ENABLE_DEBUGINFOD AND LibDebuginfod_FOUND)
+        set(_eu_root ${ElfUtils_ROOT_DIR})
+        set(_eu_inc_dirs ${LibElf_INCLUDE_DIRS} ${LibDwarf_INCLUDE_DIRS}
+                         ${LibDebuginfod_INCLUDE_DIRS})
+        set(_eu_lib_dirs ${LibElf_LIBRARY_DIRS} ${LibDwarf_LIBRARY_DIRS}
+                         ${LibDebuginfod_LIBRARY_DIRS})
+        set(_eu_libs ${LibElf_LIBRARIES} ${LibDwarf_LIBRARIES} ${LibDebuginfod_LIBRARIES})
+    else()
+        set(_eu_root ${ElfUtils_ROOT_DIR})
+        set(_eu_inc_dirs ${LibElf_INCLUDE_DIRS} ${LibDwarf_INCLUDE_DIRS})
+        set(_eu_lib_dirs ${LibElf_LIBRARY_DIRS} ${LibDwarf_LIBRARY_DIRS})
+        set(_eu_libs ${LibElf_LIBRARIES} ${LibDwarf_LIBRARIES})
+    endif()
+    add_library(ElfUtils SHARED IMPORTED)
 elseif(NOT (LibElf_FOUND AND LibDwarf_FOUND) AND STERILE_BUILD)
-  message(FATAL_ERROR "Elfutils not found and cannot be downloaded because build is sterile.")
+    message(
+        FATAL_ERROR
+            "Elfutils not found and cannot be downloaded because build is sterile.")
 else()
-  # If we didn't find a suitable version on the system, then download one from the web
-  # NB: When building from source, we need at least elfutils-0.176 in order to use
-  #     the --enable-install-elf option
-  set(_elfutils_download_version 0.176)
-
-  # If the user specified a version newer than _elfutils_download_version, use that version.
-  # NB: We know ElfUtils_MIN_VERSION is >= _min_version from earlier checks
-  if(${ElfUtils_MIN_VERSION} VERSION_GREATER ${_elfutils_download_version})
-    set(_elfutils_download_version ${ElfUtils_MIN_VERSION})
-  endif()
-
-  message(STATUS "${ElfUtils_ERROR_REASON}")
-  message( STATUS "Attempting to build elfutils(${_elfutils_download_version}) as external project")
-  
-  if(NOT (${CMAKE_CXX_COMPILER_ID} STREQUAL "GNU") OR NOT (${CMAKE_C_COMPILER_ID} STREQUAL "GNU"))
-    message(FATAL_ERROR "ElfUtils will only build with the GNU compiler")
-  endif()
-
-  include(ExternalProject)
-  externalproject_add(
-    ElfUtils
-    PREFIX ${CMAKE_BINARY_DIR}/elfutils
-    URL https://sourceware.org/elfutils/ftp/${_elfutils_download_version}/elfutils-${_elfutils_download_version}.tar.bz2
-    BUILD_IN_SOURCE 1
-    CONFIGURE_COMMAND
-      CFLAGS=-g
-      CC=${CMAKE_C_COMPILER} CXX=${CMAKE_CXX_COMPILER}
-      <SOURCE_DIR>/configure
-      --enable-install-elfh
-      --prefix=${CMAKE_INSTALL_PREFIX}
-      --disable-debuginfod
-    BUILD_COMMAND make install
-    INSTALL_COMMAND ""
-  )
-
-  set(_eu_root ${CMAKE_INSTALL_PREFIX})
-  set(_eu_inc_dirs ${CMAKE_INSTALL_PREFIX}/include
-      ${CMAKE_INSTALL_PREFIX}/include/elfutils)
-  set(_eu_lib_dirs ${CMAKE_INSTALL_PREFIX}/lib
-      ${CMAKE_INSTALL_PREFIX}/lib/elfutils)
-  set(_eu_libs ${_eu_root}/lib/libelf.so ${_eu_root}/lib/libdw.so)
+    # If we didn't find a suitable version on the system, then download one from the web
+    # NB: When building from source, we need at least elfutils-0.176 in order to use the
+    # --enable-install-elf option
+    set(_elfutils_download_version 0.176)
+
+    # If the user specified a version newer than _elfutils_download_version, use that
+    # version. NB: We know ElfUtils_MIN_VERSION is >= _min_version from earlier checks
+    if(${ElfUtils_MIN_VERSION} VERSION_GREATER ${_elfutils_download_version})
+        set(_elfutils_download_version ${ElfUtils_MIN_VERSION})
+    endif()
+
+    message(STATUS "${ElfUtils_ERROR_REASON}")
+    message(
+        STATUS
+            "Attempting to build elfutils(${_elfutils_download_version}) as external project"
+        )
+
+    if(NOT (${CMAKE_CXX_COMPILER_ID} STREQUAL "GNU") OR NOT (${CMAKE_C_COMPILER_ID}
+                                                             STREQUAL "GNU"))
+        message(FATAL_ERROR "ElfUtils will only build with the GNU compiler")
+    endif()
+
+    include(ExternalProject)
+    externalproject_add(
+        ElfUtils
+        PREFIX ${CMAKE_BINARY_DIR}/elfutils
+        URL https://sourceware.org/elfutils/ftp/${_elfutils_download_version}/elfutils-${_elfutils_download_version}.tar.bz2
+        BUILD_IN_SOURCE 1
+        CONFIGURE_COMMAND
+            CFLAGS=-g CC=${CMAKE_C_COMPILER} CXX=${CMAKE_CXX_COMPILER}
+            <SOURCE_DIR>/configure --enable-install-elfh --prefix=${CMAKE_INSTALL_PREFIX}
+            --disable-debuginfod
+        BUILD_COMMAND make install
+        INSTALL_COMMAND "")
+
+    set(_eu_root ${CMAKE_INSTALL_PREFIX})
+    set(_eu_inc_dirs ${CMAKE_INSTALL_PREFIX}/include
+                     ${CMAKE_INSTALL_PREFIX}/include/elfutils)
+    set(_eu_lib_dirs ${CMAKE_INSTALL_PREFIX}/lib ${CMAKE_INSTALL_PREFIX}/lib/elfutils)
+    set(_eu_libs ${_eu_root}/lib/libelf.so ${_eu_root}/lib/libdw.so)
 endif()
 
 # -------------- EXPORT VARIABLES ---------------------------------------------
 
-set(ElfUtils_ROOT_DIR ${_eu_root}
-    CACHE PATH "Base directory the of elfutils installation"
-    FORCE)
-set(ElfUtils_INCLUDE_DIRS ${_eu_inc_dirs}
-    CACHE PATH "elfutils include directory"
-    FORCE)
-set(ElfUtils_LIBRARY_DIRS ${_eu_lib_dirs}
-    CACHE PATH "elfutils library directory"
-    FORCE)
-set(ElfUtils_INCLUDE_DIR ${ElfUtils_INCLUDE_DIRS}
-    CACHE PATH "elfutils include directory"
-    FORCE)
-set(ElfUtils_LIBRARIES ${_eu_libs}
-    CACHE FILEPATH "elfutils library files"
-    FORCE)
+set(ElfUtils_ROOT_DIR
+    ${_eu_root}
+    CACHE PATH "Base directory the of elfutils installation" FORCE)
+set(ElfUtils_INCLUDE_DIRS
+    ${_eu_inc_dirs}
+    CACHE PATH "elfutils include directory" FORCE)
+set(ElfUtils_LIBRARY_DIRS
+    ${_eu_lib_dirs}
+    CACHE PATH "elfutils library directory" FORCE)
+set(ElfUtils_INCLUDE_DIR
+    ${ElfUtils_INCLUDE_DIRS}
+    CACHE PATH "elfutils include directory" FORCE)
+set(ElfUtils_LIBRARIES
+    ${_eu_libs}
+    CACHE FILEPATH "elfutils library files" FORCE)
 
 link_directories(${ElfUtils_LIBRARY_DIRS})
 include_directories(${ElfUtils_INCLUDE_DIRS})

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/LanguageStandards.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/LanguageStandards.cmake Changed

@@ -6,6 +6,17 @@
 #=========================================================================
 
 #
+# C/C++ language standard cmake options.
+#
+
+set(DYNINST_CXX_LANGUAGE_STANDARD
+    "11"
+    CACHE STRING "C++ language standard version.")
+set(DYNINST_C_LANGUAGE_STANDARD
+    "11"
+    CACHE STRING "C language standard version.")
+
+#
 # --------  C++ language features ----------------
 #
 
@@ -13,17 +24,17 @@
 set(CMAKE_CXX_EXTENSIONS OFF)
 
 # Require C++11 support
-set(CMAKE_CXX_STANDARD 11)
+set(CMAKE_CXX_STANDARD ${DYNINST_CXX_LANGUAGE_STANDARD})
+message(STATUS "C++ language standard:  ${DYNINST_CXX_LANGUAGE_STANDARD}")
 set(CMAKE_CXX_STANDARD_REQUIRED ON)
 
 # Require the standards-compliant C++11 ABI for gcc
 if(CMAKE_CXX_COMPILER_ID STREQUAL "GNU")
-  if(CMAKE_CXX_COMPILER_VERSION VERSION_LESS "6.0")
-    message(FATAL_ERROR "Dyninst requires gcc >= 6.0")
-  endif()
+    if(CMAKE_CXX_COMPILER_VERSION VERSION_LESS "6.0")
+        message(FATAL_ERROR "Dyninst requires gcc >= 6.0")
+    endif()
 endif()
 
-
 #
 # --------  C language features ----------------
 #
@@ -31,6 +42,7 @@
 # Disable compiler-specific C language extensions (e.g., gnu99)
 set(CMAKE_C_EXTENSIONS OFF)
 
-# Require C99 support
-set(CMAKE_C_STANDARD 99)
+# Require C11 support
+set(CMAKE_C_STANDARD ${DYNINST_C_LANGUAGE_STANDARD})
+message(STATUS "C language standard:  ${DYNINST_C_LANGUAGE_STANDARD}")
 set(CMAKE_C_STANDARD_REQUIRED ON)

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/LibIberty.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/LibIberty.cmake Changed

@@ -22,83 +22,48 @@
 #======================================================================================
 
 if(LibIberty_FOUND)
-  return()
+    return()
 endif()
 
 if(NOT UNIX)
-  return()
+    return()
 endif()
 
 # -------------- PATHS --------------------------------------------------------
 
 # Base directory the of LibIberty installation
-set(LibIberty_ROOT_DIR "/usr"
+set(LibIberty_ROOT_DIR
+    "/usr"
     CACHE PATH "Base directory the of LibIberty installation")
 
 # Hint directory that contains the LibIberty library files
-set(LibIberty_LIBRARYDIR "${LibIberty_ROOT_DIR}/lib"
+set(LibIberty_LIBRARYDIR
+    "${LibIberty_ROOT_DIR}/lib"
     CACHE PATH "Hint directory that contains the LibIberty library files")
 
 # -------------- PACKAGES -----------------------------------------------------
 
-find_package(LibIberty)
-
-# -------------- SOURCE BUILD -------------------------------------------------
-if(LibIberty_FOUND)
-  set(_li_root ${LibIberty_ROOT_DIR})
-  set(_li_inc_dirs ${LibIberty_INCLUDE_DIRS})
-  set(_li_lib_dirs ${LibIberty_LIBRARY_DIRS})
-  set(_li_libs ${LibIberty_LIBRARIES})
-elseif(STERILE_BUILD)
-  message(FATAL_ERROR "LibIberty not found and cannot be downloaded because build is sterile.")
-else()
-  message(STATUS "${LibIberty_ERROR_REASON}")
-  message(STATUS "Attempting to build LibIberty as external project")
-
-  include(ExternalProject)
-  ExternalProject_Add(
-    LibIberty
-    PREFIX ${CMAKE_BINARY_DIR}/binutils
-    URL http://ftp.gnu.org/gnu/binutils/binutils-2.31.1.tar.gz
-    BUILD_IN_SOURCE 1
-    CONFIGURE_COMMAND
-      CFLAGS=-fPIC
-      CC=${CMAKE_C_COMPILER} CXX=${CMAKE_CXX_COMPILER}
-      <SOURCE_DIR>/configure --prefix=${CMAKE_BINARY_DIR}/binutils
-    BUILD_COMMAND make
-    INSTALL_DIR ${CMAKE_INSTALL_PREFIX}/lib/libiberty
-    INSTALL_COMMAND
-      install <SOURCE_DIR>/libiberty/libiberty.a <INSTALL_DIR>
-  )
-
-  set(_li_root ${CMAKE_INSTALL_PREFIX})
-  set(_li_inc_dirs ${_li_root}/include)
-  set(_li_lib_dirs ${_li_root}/lib)
-  set(_li_libs ${_li_lib_dirs}/libiberty/libiberty.a)
-  
-  # For backward compatibility
-  set(IBERTY_FOUND TRUE)
-  set(IBERTY_BUILD TRUE)
-endif()
+find_package(LibIberty REQUIRED)
 
 # -------------- EXPORT VARIABLES ---------------------------------------------
 
 add_library(LibIberty STATIC IMPORTED GLOBAL)
-set_target_properties(LibIberty PROPERTIES IMPORTED_LOCATION ${_li_libs})
-set_target_properties(LibIberty PROPERTIES INTERFACE_INCLUDE_DIRECTORIES ${_li_inc_dirs})
+set_target_properties(LibIberty PROPERTIES IMPORTED_LOCATION ${LibIberty_LIBRARIES})
+set_target_properties(LibIberty PROPERTIES INTERFACE_INCLUDE_DIRECTORIES
+                                           ${LibIberty_INCLUDE_DIRS})
 
-set(LibIberty_ROOT_DIR ${_li_root}
-    CACHE PATH "Base directory the of LibIberty installation"
-    FORCE)
-set(LibIberty_INCLUDE_DIRS ${_li_inc_dirs}
-    CACHE PATH "LibIberty include directories"
-    FORCE)
-set(LibIberty_LIBRARY_DIRS ${_li_lib_dirs}
-    CACHE PATH "LibIberty library directory"
-    FORCE)
-set(LibIberty_LIBRARIES ${_li_libs}
-    CACHE FILEPATH "LibIberty library files"
-    FORCE)
+set(LibIberty_ROOT_DIR
+    ${LibIberty_ROOT_DIR}
+    CACHE PATH "Base directory the of LibIberty installation" FORCE)
+set(LibIberty_INCLUDE_DIRS
+    ${LibIberty_INCLUDE_DIRS}
+    CACHE PATH "LibIberty include directories" FORCE)
+set(LibIberty_LIBRARY_DIRS
+    ${LibIberty_LIBRARY_DIRS}
+    CACHE PATH "LibIberty library directory" FORCE)
+set(LibIberty_LIBRARIES
+    ${LibIberty_LIBRARIES}
+    CACHE FILEPATH "LibIberty library files" FORCE)
 
 # For backward compatibility only
 set(IBERTY_LIBRARIES ${LibIberty_LIBRARIES})

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/Modules/DyninstSystemPaths.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/Modules/DyninstSystemPaths.cmake Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/Modules/FindBoost.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/Modules/FindBoost.cmake Changed

@@ -242,46 +242,45 @@
 cmake_policy(PUSH)
 cmake_policy(SET CMP0057 NEW) # if IN_LIST
 
-#-------------------------------------------------------------------------------
-# Before we go searching, check whether boost-cmake is available, unless the
-# user specifically asked NOT to search for boost-cmake.
-#
-# If Boost_DIR is set, this behaves as any find_package call would. If not,
-# it looks at BOOST_ROOT and BOOSTROOT to find Boost.
-#
-if (NOT Boost_NO_BOOST_CMAKE)
-  # If Boost_DIR is not set, look for BOOSTROOT and BOOST_ROOT as alternatives,
-  # since these are more conventional for Boost.
-  if ("$ENV{Boost_DIR}" STREQUAL "")
-    if (NOT "$ENV{BOOST_ROOT}" STREQUAL "")
-      set(ENV{Boost_DIR} $ENV{BOOST_ROOT})
-    elseif (NOT "$ENV{BOOSTROOT}" STREQUAL "")
-      set(ENV{Boost_DIR} $ENV{BOOSTROOT})
-    endif()
-  endif()
-
-  # Do the same find_package call but look specifically for the CMake version.
-  # Note that args are passed in the Boost_FIND_xxxxx variables, so there is no
-  # need to delegate them to this find_package call.
-  find_package(Boost QUIET NO_MODULE)
-  mark_as_advanced(Boost_DIR)
-
-  # If we found boost-cmake, then we're done.  Print out what we found.
-  # Otherwise let the rest of the module try to find it.
-  if (Boost_FOUND)
-    message(STATUS "Boost ${Boost_FIND_VERSION} found.")
-    if (Boost_FIND_COMPONENTS)
-      message(STATUS "Found Boost components:\n   ${Boost_FIND_COMPONENTS}")
-    endif()
-    # Restore project's policies
-    cmake_policy(POP)
-    return()
-  endif()
-endif()
+# -------------------------------------------------------------------------------
+# Before we go searching, check whether boost-cmake is available, unless the user
+# specifically asked NOT to search for boost-cmake.
+#
+# If Boost_DIR is set, this behaves as any find_package call would. If not, it looks at
+# BOOST_ROOT and BOOSTROOT to find Boost.
+#
+if(NOT Boost_NO_BOOST_CMAKE)
+    # If Boost_DIR is not set, look for BOOSTROOT and BOOST_ROOT as alternatives, since
+    # these are more conventional for Boost.
+    if("$ENV{Boost_DIR}" STREQUAL "")
+        if(NOT "$ENV{BOOST_ROOT}" STREQUAL "")
+            set(ENV{Boost_DIR} $ENV{BOOST_ROOT})
+        elseif(NOT "$ENV{BOOSTROOT}" STREQUAL "")
+            set(ENV{Boost_DIR} $ENV{BOOSTROOT})
+        endif()
+    endif()
 
+    # Do the same find_package call but look specifically for the CMake version. Note that
+    # args are passed in the Boost_FIND_xxxxx variables, so there is no need to delegate
+    # them to this find_package call.
+    find_package(Boost QUIET NO_MODULE)
+    mark_as_advanced(Boost_DIR)
+
+    # If we found boost-cmake, then we're done.  Print out what we found. Otherwise let
+    # the rest of the module try to find it.
+    if(Boost_FOUND)
+        message(STATUS "Boost ${Boost_FIND_VERSION} found.")
+        if(Boost_FIND_COMPONENTS)
+            message(STATUS "Found Boost components:\n   ${Boost_FIND_COMPONENTS}")
+        endif()
+        # Restore project's policies
+        cmake_policy(POP)
+        return()
+    endif()
+endif()
 
-#-------------------------------------------------------------------------------
-#  FindBoost functions & macros
+# -------------------------------------------------------------------------------
+# FindBoost functions & macros
 #
 
 ############################################
@@ -297,1890 +296,2461 @@
 #########################################################################
 
 macro(_Boost_ADJUST_LIB_VARS basename)
-  if(Boost_INCLUDE_DIR )
-    if(Boost_${basename}_LIBRARY_DEBUG AND Boost_${basename}_LIBRARY_RELEASE)
-      # if the generator is multi-config or if CMAKE_BUILD_TYPE is set for
-      # single-config generators, set optimized and debug libraries
-      get_property(_isMultiConfig GLOBAL PROPERTY GENERATOR_IS_MULTI_CONFIG)
-      if(_isMultiConfig OR CMAKE_BUILD_TYPE)
-        set(Boost_${basename}_LIBRARY optimized ${Boost_${basename}_LIBRARY_RELEASE} debug ${Boost_${basename}_LIBRARY_DEBUG})
-      else()
-        # For single-config generators where CMAKE_BUILD_TYPE has no value,
-        # just use the release libraries
-        set(Boost_${basename}_LIBRARY ${Boost_${basename}_LIBRARY_RELEASE} )
-      endif()
-      # FIXME: This probably should be set for both cases
-      set(Boost_${basename}_LIBRARIES optimized ${Boost_${basename}_LIBRARY_RELEASE} debug ${Boost_${basename}_LIBRARY_DEBUG})
-    endif()
-
-    # if only the release version was found, set the debug variable also to the release version
-    if(Boost_${basename}_LIBRARY_RELEASE AND NOT Boost_${basename}_LIBRARY_DEBUG)
-      set(Boost_${basename}_LIBRARY_DEBUG ${Boost_${basename}_LIBRARY_RELEASE})
-      set(Boost_${basename}_LIBRARY       ${Boost_${basename}_LIBRARY_RELEASE})
-      set(Boost_${basename}_LIBRARIES     ${Boost_${basename}_LIBRARY_RELEASE})
-    endif()
-
-    # if only the debug version was found, set the release variable also to the debug version
-    if(Boost_${basename}_LIBRARY_DEBUG AND NOT Boost_${basename}_LIBRARY_RELEASE)
-      set(Boost_${basename}_LIBRARY_RELEASE ${Boost_${basename}_LIBRARY_DEBUG})
-      set(Boost_${basename}_LIBRARY         ${Boost_${basename}_LIBRARY_DEBUG})
-      set(Boost_${basename}_LIBRARIES       ${Boost_${basename}_LIBRARY_DEBUG})
-    endif()
-
-    # If the debug & release library ends up being the same, omit the keywords
-    if("${Boost_${basename}_LIBRARY_RELEASE}" STREQUAL "${Boost_${basename}_LIBRARY_DEBUG}")
-      set(Boost_${basename}_LIBRARY   ${Boost_${basename}_LIBRARY_RELEASE} )
-      set(Boost_${basename}_LIBRARIES ${Boost_${basename}_LIBRARY_RELEASE} )
-    endif()
-
-    if(Boost_${basename}_LIBRARY AND Boost_${basename}_HEADER)
-      set(Boost_${basename}_FOUND ON)
-      if("x${basename}" STREQUAL "xTHREAD" AND NOT TARGET Threads::Threads)
-        string(APPEND Boost_ERROR_REASON_THREAD " (missing dependency: Threads)")
-        set(Boost_THREAD_FOUND OFF)
-      endif()
-    endif()
-
-  endif()
-  # Make variables changeable to the advanced user
-  mark_as_advanced(
-      Boost_${basename}_LIBRARY_RELEASE
-      Boost_${basename}_LIBRARY_DEBUG
-  )
+    if(Boost_INCLUDE_DIR)
+        if(Boost_${basename}_LIBRARY_DEBUG AND Boost_${basename}_LIBRARY_RELEASE)
+            # if the generator is multi-config or if CMAKE_BUILD_TYPE is set for
+            # single-config generators, set optimized and debug libraries
+            get_property(_isMultiConfig GLOBAL PROPERTY GENERATOR_IS_MULTI_CONFIG)
+            if(_isMultiConfig OR CMAKE_BUILD_TYPE)
+                set(Boost_${basename}_LIBRARY
+                    optimized ${Boost_${basename}_LIBRARY_RELEASE} debug
+                    ${Boost_${basename}_LIBRARY_DEBUG})
+            else()
+                # For single-config generators where CMAKE_BUILD_TYPE has no value, just
+                # use the release libraries
+                set(Boost_${basename}_LIBRARY ${Boost_${basename}_LIBRARY_RELEASE})
+            endif()
+            # FIXME: This probably should be set for both cases
+            set(Boost_${basename}_LIBRARIES
+                optimized ${Boost_${basename}_LIBRARY_RELEASE} debug
+                ${Boost_${basename}_LIBRARY_DEBUG})
+        endif()
+
+        # if only the release version was found, set the debug variable also to the
+        # release version
+        if(Boost_${basename}_LIBRARY_RELEASE AND NOT Boost_${basename}_LIBRARY_DEBUG)
+            set(Boost_${basename}_LIBRARY_DEBUG ${Boost_${basename}_LIBRARY_RELEASE})
+            set(Boost_${basename}_LIBRARY ${Boost_${basename}_LIBRARY_RELEASE})
+            set(Boost_${basename}_LIBRARIES ${Boost_${basename}_LIBRARY_RELEASE})
+        endif()
+
+        # if only the debug version was found, set the release variable also to the debug
+        # version
+        if(Boost_${basename}_LIBRARY_DEBUG AND NOT Boost_${basename}_LIBRARY_RELEASE)
+            set(Boost_${basename}_LIBRARY_RELEASE ${Boost_${basename}_LIBRARY_DEBUG})
+            set(Boost_${basename}_LIBRARY ${Boost_${basename}_LIBRARY_DEBUG})
+            set(Boost_${basename}_LIBRARIES ${Boost_${basename}_LIBRARY_DEBUG})
+        endif()
+
+        # If the debug & release library ends up being the same, omit the keywords
+        if("${Boost_${basename}_LIBRARY_RELEASE}" STREQUAL
+           "${Boost_${basename}_LIBRARY_DEBUG}")
+            set(Boost_${basename}_LIBRARY ${Boost_${basename}_LIBRARY_RELEASE})
+            set(Boost_${basename}_LIBRARIES ${Boost_${basename}_LIBRARY_RELEASE})
+        endif()
+
+        if(Boost_${basename}_LIBRARY AND Boost_${basename}_HEADER)
+            set(Boost_${basename}_FOUND ON)
+            if("x${basename}" STREQUAL "xTHREAD" AND NOT TARGET Threads::Threads)
+                string(APPEND Boost_ERROR_REASON_THREAD " (missing dependency: Threads)")
+                set(Boost_THREAD_FOUND OFF)
+            endif()
+        endif()
+
+    endif()
+    # Make variables changeable to the advanced user
+    mark_as_advanced(Boost_${basename}_LIBRARY_RELEASE Boost_${basename}_LIBRARY_DEBUG)
 endmacro()
 
-# Detect changes in used variables.
-# Compares the current variable value with the last one.
-# In short form:
-# v != v_LAST                      -> CHANGED = 1
-# v is defined, v_LAST not         -> CHANGED = 1
-# v is not defined, but v_LAST is  -> CHANGED = 1
-# otherwise                        -> CHANGED = 0
+# Detect changes in used variables. Compares the current variable value with the last one.
+# In short form: v != v_LAST                      -> CHANGED = 1 v is defined, v_LAST not
+# -> CHANGED = 1 v is not defined, but v_LAST is  -> CHANGED = 1 otherwise -> CHANGED = 0
 # CHANGED is returned in variable named ${changed_var}
 macro(_Boost_CHANGE_DETECT changed_var)
-  set(${changed_var} 0)
-  foreach(v ${ARGN})
-    if(DEFINED _Boost_COMPONENTS_SEARCHED)
-      if(${v})
-        if(_${v}_LAST)
-          string(COMPARE NOTEQUAL "${${v}}" "${_${v}_LAST}" _${v}_CHANGED)
+    set(${changed_var} 0)
+    foreach(v ${ARGN})
+        if(DEFINED _Boost_COMPONENTS_SEARCHED)
+            if(${v})
+                if(_${v}_LAST)
+                    string(COMPARE NOTEQUAL "${${v}}" "${_${v}_LAST}" _${v}_CHANGED)
+                else()
+                    set(_${v}_CHANGED 1)
+                endif()
+            elseif(_${v}_LAST)
+                set(_${v}_CHANGED 1)
+            endif()
+            if(_${v}_CHANGED)
+                set(${changed_var} 1)
+            endif()
         else()
-          set(_${v}_CHANGED 1)
+            set(_${v}_CHANGED 0)
         endif()
-      elseif(_${v}_LAST)
-        set(_${v}_CHANGED 1)
-      endif()
-      if(_${v}_CHANGED)
-        set(${changed_var} 1)
-      endif()
-    else()
-      set(_${v}_CHANGED 0)
-    endif()
-  endforeach()
+    endforeach()
 endmacro()
 
 #
-# Find the given library (var).
-# Use 'build_type' to support different lib paths for RELEASE or DEBUG builds
+# Find the given library (var). Use 'build_type' to support different lib paths for
+# RELEASE or DEBUG builds
 #
 macro(_Boost_FIND_LIBRARY var build_type)
 
-  find_library(${var} ${ARGN})
+    find_library(${var} ${ARGN})
 
-  if(${var})
-    # If this is the first library found then save Boost_LIBRARY_DIR_RELEASE,DEBUG.
-    if(NOT Boost_LIBRARY_DIR_${build_type})
-      get_filename_component(_dir "${${var}}" PATH)
-      set(Boost_LIBRARY_DIR_${build_type} "${_dir}" CACHE PATH "Boost library directory ${build_type}" FORCE)
-    endif()
-  elseif(_Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT)
-    # Try component-specific hints but do not save Boost_LIBRARY_DIR_RELEASE,DEBUG.
-    find_library(${var} HINTS ${_Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT} ${ARGN})
-  endif()
-
-  # If Boost_LIBRARY_DIR_RELEASE,DEBUG is known then search only there.
-  if(Boost_LIBRARY_DIR_${build_type})
-    set(_boost_LIBRARY_SEARCH_DIRS_${build_type} ${Boost_LIBRARY_DIR_${build_type}} NO_DEFAULT_PATH NO_CMAKE_FIND_ROOT_PATH)
-    if(Boost_DEBUG)
-      message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-        " Boost_LIBRARY_DIR_${build_type} = ${Boost_LIBRARY_DIR_${build_type}}"
-        " _boost_LIBRARY_SEARCH_DIRS_${build_type} = ${_boost_LIBRARY_SEARCH_DIRS_${build_type}}")
+    if(${var})
+        # If this is the first library found then save Boost_LIBRARY_DIR_RELEASE,DEBUG.
+        if(NOT Boost_LIBRARY_DIR_${build_type})
+            get_filename_component(_dir "${${var}}" PATH)
+            set(Boost_LIBRARY_DIR_${build_type}
+                "${_dir}"
+                CACHE PATH "Boost library directory ${build_type}" FORCE)
+        endif()
+    elseif(_Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT)
+        # Try component-specific hints but do not save Boost_LIBRARY_DIR_RELEASE,DEBUG.
+        find_library(${var} HINTS ${_Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT} ${ARGN})
+    endif()
+
+    # If Boost_LIBRARY_DIR_RELEASE,DEBUG is known then search only there.
+    if(Boost_LIBRARY_DIR_${build_type})
+        set(_boost_LIBRARY_SEARCH_DIRS_${build_type}
+            ${Boost_LIBRARY_DIR_${build_type}} NO_DEFAULT_PATH NO_CMAKE_FIND_ROOT_PATH)
+        if(Boost_DEBUG)
+            message(
+                STATUS
+                    " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                    " Boost_LIBRARY_DIR_${build_type} = ${Boost_LIBRARY_DIR_${build_type}}"
+                    " _boost_LIBRARY_SEARCH_DIRS_${build_type} = ${_boost_LIBRARY_SEARCH_DIRS_${build_type}}"
+                )
+        endif()
     endif()
-  endif()
 endmacro()
 
-#-------------------------------------------------------------------------------
+# -------------------------------------------------------------------------------
 
 # Convert CMAKE_CXX_COMPILER_VERSION to boost compiler suffix version.
-function(_Boost_COMPILER_DUMPVERSION _OUTPUT_VERSION _OUTPUT_VERSION_MAJOR _OUTPUT_VERSION_MINOR)
-  string(REGEX REPLACE "(0-9+)\\.(0-9+)(\\.0-9+)?" "\\1"
-    _boost_COMPILER_VERSION_MAJOR "${CMAKE_CXX_COMPILER_VERSION}")
-  string(REGEX REPLACE "(0-9+)\\.(0-9+)(\\.0-9+)?" "\\2"
-    _boost_COMPILER_VERSION_MINOR "${CMAKE_CXX_COMPILER_VERSION}")
-
-  set(_boost_COMPILER_VERSION "${_boost_COMPILER_VERSION_MAJOR}${_boost_COMPILER_VERSION_MINOR}")
-
-  set(${_OUTPUT_VERSION} ${_boost_COMPILER_VERSION} PARENT_SCOPE)
-  set(${_OUTPUT_VERSION_MAJOR} ${_boost_COMPILER_VERSION_MAJOR} PARENT_SCOPE)
-  set(${_OUTPUT_VERSION_MINOR} ${_boost_COMPILER_VERSION_MINOR} PARENT_SCOPE)
+function(_Boost_COMPILER_DUMPVERSION _OUTPUT_VERSION _OUTPUT_VERSION_MAJOR
+         _OUTPUT_VERSION_MINOR)
+    string(REGEX REPLACE "(0-9+)\\.(0-9+)(\\.0-9+)?" "\\1"
+                         _boost_COMPILER_VERSION_MAJOR "${CMAKE_CXX_COMPILER_VERSION}")
+    string(REGEX REPLACE "(0-9+)\\.(0-9+)(\\.0-9+)?" "\\2"
+                         _boost_COMPILER_VERSION_MINOR "${CMAKE_CXX_COMPILER_VERSION}")
+
+    set(_boost_COMPILER_VERSION
+        "${_boost_COMPILER_VERSION_MAJOR}${_boost_COMPILER_VERSION_MINOR}")
+
+    set(${_OUTPUT_VERSION}
+        ${_boost_COMPILER_VERSION}
+        PARENT_SCOPE)
+    set(${_OUTPUT_VERSION_MAJOR}
+        ${_boost_COMPILER_VERSION_MAJOR}
+        PARENT_SCOPE)
+    set(${_OUTPUT_VERSION_MINOR}
+        ${_boost_COMPILER_VERSION_MINOR}
+        PARENT_SCOPE)
 endfunction()
 
 #
-# Take a list of libraries with "thread" in it
-# and prepend duplicates with "thread_${Boost_THREADAPI}"
-# at the front of the list
+# Take a list of libraries with "thread" in it and prepend duplicates with
+# "thread_${Boost_THREADAPI}" at the front of the list
 #
 function(_Boost_PREPEND_LIST_WITH_THREADAPI _output)
-  set(_orig_libnames ${ARGN})
-  string(REPLACE "thread" "thread_${Boost_THREADAPI}" _threadapi_libnames "${_orig_libnames}")
-  set(${_output} ${_threadapi_libnames} ${_orig_libnames} PARENT_SCOPE)
+    set(_orig_libnames ${ARGN})
+    string(REPLACE "thread" "thread_${Boost_THREADAPI}" _threadapi_libnames
+                   "${_orig_libnames}")
+    set(${_output}
+        ${_threadapi_libnames} ${_orig_libnames}
+        PARENT_SCOPE)
 endfunction()
 
 #
 # If a library is found, replace its cache entry with its REALPATH
 #
 function(_Boost_SWAP_WITH_REALPATH _library _docstring)
-  if(${_library})
-    get_filename_component(_boost_filepathreal ${${_library}} REALPATH)
-    unset(${_library} CACHE)
-    set(${_library} ${_boost_filepathreal} CACHE FILEPATH "${_docstring}")
-  endif()
+    if(${_library})
+        get_filename_component(_boost_filepathreal ${${_library}} REALPATH)
+        unset(${_library} CACHE)
+        set(${_library}
+            ${_boost_filepathreal}
+            CACHE FILEPATH "${_docstring}")
+    endif()
 endfunction()
 
 function(_Boost_CHECK_SPELLING _var)
-  if(${_var})
-    string(TOUPPER ${_var} _var_UC)
-    message(FATAL_ERROR "ERROR: ${_var} is not the correct spelling.  The proper spelling is ${_var_UC}.")
-  endif()
+    if(${_var})
+        string(TOUPPER ${_var} _var_UC)
+        message(
+            FATAL_ERROR
+                "ERROR: ${_var} is not the correct spelling.  The proper spelling is ${_var_UC}."
+            )
+    endif()
 endfunction()
 
-# Guesses Boost's compiler prefix used in built library names
-# Returns the guess by setting the variable pointed to by _ret
+# Guesses Boost's compiler prefix used in built library names Returns the guess by setting
+# the variable pointed to by _ret
 function(_Boost_GUESS_COMPILER_PREFIX _ret)
-  if("x${CMAKE_CXX_COMPILER_ID}" STREQUAL "xIntel")
-    if(WIN32)
-      set (_boost_COMPILER "-iw")
-    else()
-      set (_boost_COMPILER "-il")
-    endif()
-  elseif (GHSMULTI)
-    set(_boost_COMPILER "-ghs")
-  elseif("x${CMAKE_CXX_COMPILER_ID}" STREQUAL "xMSVC")
-    if(MSVC_TOOLSET_VERSION GREATER_EQUAL 141)
-      set(_boost_COMPILER "-vc141;-vc140")
-    elseif(MSVC_TOOLSET_VERSION GREATER_EQUAL 80)
-      set(_boost_COMPILER "-vc${MSVC_TOOLSET_VERSION}")
-    elseif(NOT CMAKE_CXX_COMPILER_VERSION VERSION_LESS 13.10)
-      set(_boost_COMPILER "-vc71")
-    elseif(NOT CMAKE_CXX_COMPILER_VERSION VERSION_LESS 13) # Good luck!
-      set(_boost_COMPILER "-vc7") # yes, this is correct
-    else() # VS 6.0 Good luck!
-      set(_boost_COMPILER "-vc6") # yes, this is correct
-    endif()
-  elseif (BORLAND)
-    set(_boost_COMPILER "-bcb")
-  elseif(CMAKE_CXX_COMPILER_ID STREQUAL "SunPro")
-    set(_boost_COMPILER "-sw")
-  elseif(CMAKE_CXX_COMPILER_ID STREQUAL "XL")
-    set(_boost_COMPILER "-xlc")
-  elseif (MINGW)
-    if(${Boost_MAJOR_VERSION}.${Boost_MINOR_VERSION} VERSION_LESS 1.34)
-        set(_boost_COMPILER "-mgw") # no GCC version encoding prior to 1.34
-    else()
-      _Boost_COMPILER_DUMPVERSION(_boost_COMPILER_VERSION _boost_COMPILER_VERSION_MAJOR _boost_COMPILER_VERSION_MINOR)
-      set(_boost_COMPILER "-mgw${_boost_COMPILER_VERSION}")
-    endif()
-  elseif (UNIX)
-    _Boost_COMPILER_DUMPVERSION(_boost_COMPILER_VERSION _boost_COMPILER_VERSION_MAJOR _boost_COMPILER_VERSION_MINOR)
-    if(NOT Boost_VERSION VERSION_LESS 106900)
-      # From GCC 5 and clang 4, versioning changes and minor becomes patch.
-      # For those compilers, patch is exclude from compiler tag in Boost 1.69+ library naming.
-      if(CMAKE_CXX_COMPILER_ID STREQUAL "GNU" AND _boost_COMPILER_VERSION_MAJOR VERSION_GREATER 4)
-        set(_boost_COMPILER_VERSION "${_boost_COMPILER_VERSION_MAJOR}")
-      elseif(CMAKE_CXX_COMPILER_ID STREQUAL "Clang" AND _boost_COMPILER_VERSION_MAJOR VERSION_GREATER 3)
-        set(_boost_COMPILER_VERSION "${_boost_COMPILER_VERSION_MAJOR}")
-      endif()
-    endif()
-
-    if(CMAKE_CXX_COMPILER_ID STREQUAL "GNU")
-      if(${Boost_MAJOR_VERSION}.${Boost_MINOR_VERSION} VERSION_LESS 1.34)
-        set(_boost_COMPILER "-gcc") # no GCC version encoding prior to 1.34
-      else()
-        # Determine which version of GCC we have.
-        if(APPLE)
-          if(Boost_MINOR_VERSION)
-            if(${Boost_MINOR_VERSION} GREATER 35)
-              # In Boost 1.36.0 and newer, the mangled compiler name used
-              # on macOS/Darwin is "xgcc".
-              set(_boost_COMPILER "-xgcc${_boost_COMPILER_VERSION}")
+    if("x${CMAKE_CXX_COMPILER_ID}" STREQUAL "xIntel")
+        if(WIN32)
+            set(_boost_COMPILER "-iw")
+        else()
+            set(_boost_COMPILER "-il")
+        endif()
+    elseif(GHSMULTI)
+        set(_boost_COMPILER "-ghs")
+    elseif("x${CMAKE_CXX_COMPILER_ID}" STREQUAL "xMSVC")
+        if(MSVC_TOOLSET_VERSION GREATER_EQUAL 141)
+            set(_boost_COMPILER "-vc141;-vc140")
+        elseif(MSVC_TOOLSET_VERSION GREATER_EQUAL 80)
+            set(_boost_COMPILER "-vc${MSVC_TOOLSET_VERSION}")
+        elseif(NOT CMAKE_CXX_COMPILER_VERSION VERSION_LESS 13.10)
+            set(_boost_COMPILER "-vc71")
+        elseif(NOT CMAKE_CXX_COMPILER_VERSION VERSION_LESS 13) # Good luck!
+            set(_boost_COMPILER "-vc7") # yes, this is correct
+        else() # VS 6.0 Good luck!
+            set(_boost_COMPILER "-vc6") # yes, this is correct
+        endif()
+    elseif(BORLAND)
+        set(_boost_COMPILER "-bcb")
+    elseif(CMAKE_CXX_COMPILER_ID STREQUAL "SunPro")
+        set(_boost_COMPILER "-sw")
+    elseif(CMAKE_CXX_COMPILER_ID STREQUAL "XL")
+        set(_boost_COMPILER "-xlc")
+    elseif(MINGW)
+        if(${Boost_MAJOR_VERSION}.${Boost_MINOR_VERSION} VERSION_LESS 1.34)
+            set(_boost_COMPILER "-mgw") # no GCC version encoding prior to 1.34
+        else()
+            _boost_compiler_dumpversion(
+                _boost_COMPILER_VERSION _boost_COMPILER_VERSION_MAJOR
+                _boost_COMPILER_VERSION_MINOR)
+            set(_boost_COMPILER "-mgw${_boost_COMPILER_VERSION}")
+        endif()
+    elseif(UNIX)
+        _boost_compiler_dumpversion(_boost_COMPILER_VERSION _boost_COMPILER_VERSION_MAJOR
+                                    _boost_COMPILER_VERSION_MINOR)
+        if(NOT Boost_VERSION VERSION_LESS 106900)
+            # From GCC 5 and clang 4, versioning changes and minor becomes patch. For
+            # those compilers, patch is exclude from compiler tag in Boost 1.69+ library
+            # naming.
+            if(CMAKE_CXX_COMPILER_ID STREQUAL "GNU" AND _boost_COMPILER_VERSION_MAJOR
+                                                        VERSION_GREATER 4)
+                set(_boost_COMPILER_VERSION "${_boost_COMPILER_VERSION_MAJOR}")
+            elseif(CMAKE_CXX_COMPILER_ID STREQUAL "Clang"
+                   AND _boost_COMPILER_VERSION_MAJOR VERSION_GREATER 3)
+                set(_boost_COMPILER_VERSION "${_boost_COMPILER_VERSION_MAJOR}")
+            endif()
+        endif()
+
+        if(CMAKE_CXX_COMPILER_ID STREQUAL "GNU")
+            if(${Boost_MAJOR_VERSION}.${Boost_MINOR_VERSION} VERSION_LESS 1.34)
+                set(_boost_COMPILER "-gcc") # no GCC version encoding prior to 1.34
             else()
-              # In Boost <= 1.35.0, there is no mangled compiler name for
-              # the macOS/Darwin version of GCC.
-              set(_boost_COMPILER "")
+                # Determine which version of GCC we have.
+                if(APPLE)
+                    if(Boost_MINOR_VERSION)
+                        if(${Boost_MINOR_VERSION} GREATER 35)
+                            # In Boost 1.36.0 and newer, the mangled compiler name used on
+                            # macOS/Darwin is "xgcc".
+                            set(_boost_COMPILER "-xgcc${_boost_COMPILER_VERSION}")
+                        else()
+                            # In Boost <= 1.35.0, there is no mangled compiler name for
+                            # the macOS/Darwin version of GCC.
+                            set(_boost_COMPILER "")
+                        endif()
+                    else()
+                        # We don't know the Boost version, so assume it's pre-1.36.0.
+                        set(_boost_COMPILER "")
+                    endif()
+                else()
+                    set(_boost_COMPILER "-gcc${_boost_COMPILER_VERSION}")
+                endif()
             endif()
-          else()
-            # We don't know the Boost version, so assume it's
-            # pre-1.36.0.
-            set(_boost_COMPILER "")
-          endif()
-        else()
-          set(_boost_COMPILER "-gcc${_boost_COMPILER_VERSION}")
+        elseif(CMAKE_CXX_COMPILER_ID STREQUAL "Clang")
+            # TODO: Find out any Boost version constraints vs clang support.
+            set(_boost_COMPILER "-clang${_boost_COMPILER_VERSION}")
         endif()
-      endif()
-    elseif(CMAKE_CXX_COMPILER_ID STREQUAL "Clang")
-      # TODO: Find out any Boost version constraints vs clang support.
-      set(_boost_COMPILER "-clang${_boost_COMPILER_VERSION}")
-    endif()
-  else()
-    # TODO at least Boost_DEBUG here?
-    set(_boost_COMPILER "")
-  endif()
-  set(${_ret} ${_boost_COMPILER} PARENT_SCOPE)
+    else()
+        # TODO at least Boost_DEBUG here?
+        set(_boost_COMPILER "")
+    endif()
+    set(${_ret}
+        ${_boost_COMPILER}
+        PARENT_SCOPE)
 endfunction()
 
 #
-# Get component dependencies.  Requires the dependencies to have been
-# defined for the Boost release version.
+# Get component dependencies.  Requires the dependencies to have been defined for the
+# Boost release version.
 #
-# component - the component to check
-# _ret - list of library dependencies
+# component - the component to check _ret - list of library dependencies
 #
 function(_Boost_COMPONENT_DEPENDENCIES component _ret)
-  # Note: to add a new Boost release, run
-  #
-  #   % cmake -DBOOST_DIR=/path/to/boost/source -P Utilities/Scripts/BoostScanDeps.cmake
-  #
-  # The output may be added in a new block below.  If it's the same as
-  # the previous release, simply update the version range of the block
-  # for the previous release.  Also check if any new components have
-  # been added, and add any new components to
-  # _Boost_COMPONENT_HEADERS.
-  #
-  # This information was originally generated by running
-  # BoostScanDeps.cmake against every boost release to date supported
-  # by FindBoost:
-  #
-  #   % for version in /path/to/boost/sources/*
-  #     do
-  #       cmake -DBOOST_DIR=$version -P Utilities/Scripts/BoostScanDeps.cmake
-  #     done
-  #
-  # The output was then updated by search and replace with these regexes:
-  #
-  # - Strip message(STATUS) prefix dashes
-  #   s;^-- ;;
-  # - Indent
-  #   s;^set(;    set(;;
-  # - Add conditionals
-  #   s;Scanning /path/to/boost/sources/boost_$.*$_$.*$_\(.*);  elseif(NOT Boost_VERSION VERSION_LESS \10\20\3 AND Boost_VERSION VERSION_LESS xxxx);
-  #
-  # This results in the logic seen below, but will require the xxxx
-  # replacing with the following Boost release version (or the next
-  # minor version to be released, e.g. 1.59 was the latest at the time
-  # of writing, making 1.60 the next, so 106000 is the needed version
-  # number).  Identical consecutive releases were then merged together
-  # by updating the end range of the first block and removing the
-  # following redundant blocks.
-  #
-  # Running the script against all historical releases should be
-  # required only if the BoostScanDeps.cmake script logic is changed.
-  # The addition of a new release should only require it to be run
-  # against the new release.
-
-  # Handle Python version suffixes
-  if(component MATCHES "^(python|mpi_python|numpy)(0-90-9?|0-9\\.0-9)\$")
-    set(component "${CMAKE_MATCH_1}")
-    set(component_python_version "${CMAKE_MATCH_2}")
-  endif()
-
-  set(_Boost_IMPORTED_TARGETS TRUE)
-  if(Boost_VERSION AND Boost_VERSION VERSION_LESS 103300)
-    message(WARNING "Imported targets and dependency information not available for Boost version ${Boost_VERSION} (all versions older than 1.33)")
-    set(_Boost_IMPORTED_TARGETS FALSE)
-  elseif(NOT Boost_VERSION VERSION_LESS 103300 AND Boost_VERSION VERSION_LESS 103500)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex thread)
-    set(_Boost_REGEX_DEPENDENCIES thread)
-    set(_Boost_WAVE_DEPENDENCIES filesystem thread)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 103500 AND Boost_VERSION VERSION_LESS 103600)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system thread)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 103600 AND Boost_VERSION VERSION_LESS 103800)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system thread)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 103800 AND Boost_VERSION VERSION_LESS 104300)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_THREAD_DEPENDENCIES date_time)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system thread date_time)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 104300 AND Boost_VERSION VERSION_LESS 104400)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l random)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_THREAD_DEPENDENCIES date_time)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system thread date_time)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 104400 AND Boost_VERSION VERSION_LESS 104500)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l random serialization)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_THREAD_DEPENDENCIES date_time)
-    set(_Boost_WAVE_DEPENDENCIES serialization filesystem system thread date_time)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 104500 AND Boost_VERSION VERSION_LESS 104700)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l random)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_THREAD_DEPENDENCIES date_time)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread date_time)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 104700 AND Boost_VERSION VERSION_LESS 104800)
-    set(_Boost_CHRONO_DEPENDENCIES system)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l random)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_THREAD_DEPENDENCIES date_time)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread date_time)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 104800 AND Boost_VERSION VERSION_LESS 105000)
-    set(_Boost_CHRONO_DEPENDENCIES system)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l random)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_THREAD_DEPENDENCIES date_time)
-    set(_Boost_TIMER_DEPENDENCIES chrono system)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread date_time)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 105000 AND Boost_VERSION VERSION_LESS 105300)
-    set(_Boost_CHRONO_DEPENDENCIES system)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l regex random)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_THREAD_DEPENDENCIES chrono system date_time)
-    set(_Boost_TIMER_DEPENDENCIES chrono system)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread chrono date_time)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 105300 AND Boost_VERSION VERSION_LESS 105400)
-    set(_Boost_ATOMIC_DEPENDENCIES thread chrono system date_time)
-    set(_Boost_CHRONO_DEPENDENCIES system)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l regex random)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
-    set(_Boost_TIMER_DEPENDENCIES chrono system)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread chrono date_time)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 105400 AND Boost_VERSION VERSION_LESS 105500)
-    set(_Boost_ATOMIC_DEPENDENCIES thread chrono system date_time)
-    set(_Boost_CHRONO_DEPENDENCIES system)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_LOG_DEPENDENCIES log_setup date_time system filesystem thread regex chrono)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l regex random)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
-    set(_Boost_TIMER_DEPENDENCIES chrono system)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread chrono date_time atomic)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 105500 AND Boost_VERSION VERSION_LESS 105600)
-    set(_Boost_CHRONO_DEPENDENCIES system)
-    set(_Boost_COROUTINE_DEPENDENCIES context system)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_LOG_DEPENDENCIES log_setup date_time system filesystem thread regex chrono)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l regex random)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
-    set(_Boost_TIMER_DEPENDENCIES chrono system)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread chrono date_time atomic)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 105600 AND Boost_VERSION VERSION_LESS 105900)
-    set(_Boost_CHRONO_DEPENDENCIES system)
-    set(_Boost_COROUTINE_DEPENDENCIES context system)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_LOG_DEPENDENCIES log_setup date_time system filesystem thread regex chrono)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l atomic)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_RANDOM_DEPENDENCIES system)
-    set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
-    set(_Boost_TIMER_DEPENDENCIES chrono system)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread chrono date_time atomic)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 105900 AND Boost_VERSION VERSION_LESS 106000)
-    set(_Boost_CHRONO_DEPENDENCIES system)
-    set(_Boost_COROUTINE_DEPENDENCIES context system)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_LOG_DEPENDENCIES log_setup date_time system filesystem thread regex chrono atomic)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l atomic)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_RANDOM_DEPENDENCIES system)
-    set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
-    set(_Boost_TIMER_DEPENDENCIES chrono system)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread chrono date_time atomic)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 106000 AND Boost_VERSION VERSION_LESS 106100)
-    set(_Boost_CHRONO_DEPENDENCIES system)
-    set(_Boost_COROUTINE_DEPENDENCIES context system)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_LOG_DEPENDENCIES date_time log_setup system filesystem thread regex chrono atomic)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l atomic)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_RANDOM_DEPENDENCIES system)
-    set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
-    set(_Boost_TIMER_DEPENDENCIES chrono system)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread chrono date_time atomic)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 106100 AND Boost_VERSION VERSION_LESS 106200)
-    set(_Boost_CHRONO_DEPENDENCIES system)
-    set(_Boost_CONTEXT_DEPENDENCIES thread chrono system date_time)
-    set(_Boost_COROUTINE_DEPENDENCIES context system)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_LOG_DEPENDENCIES date_time log_setup system filesystem thread regex chrono atomic)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l atomic)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_RANDOM_DEPENDENCIES system)
-    set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread chrono date_time atomic)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 106200 AND Boost_VERSION VERSION_LESS 106300)
-    set(_Boost_CHRONO_DEPENDENCIES system)
-    set(_Boost_CONTEXT_DEPENDENCIES thread chrono system date_time)
-    set(_Boost_COROUTINE_DEPENDENCIES context system)
-    set(_Boost_FIBER_DEPENDENCIES context thread chrono system date_time)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_LOG_DEPENDENCIES date_time log_setup system filesystem thread regex chrono atomic)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l atomic)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_RANDOM_DEPENDENCIES system)
-    set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread chrono date_time atomic)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 106300 AND Boost_VERSION VERSION_LESS 106500)
-    set(_Boost_CHRONO_DEPENDENCIES system)
-    set(_Boost_CONTEXT_DEPENDENCIES thread chrono system date_time)
-    set(_Boost_COROUTINE_DEPENDENCIES context system)
-    set(_Boost_COROUTINE2_DEPENDENCIES context fiber thread chrono system date_time)
-    set(_Boost_FIBER_DEPENDENCIES context thread chrono system date_time)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_LOG_DEPENDENCIES date_time log_setup system filesystem thread regex chrono atomic)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l atomic)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_RANDOM_DEPENDENCIES system)
-    set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread chrono date_time atomic)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 106500 AND Boost_VERSION VERSION_LESS 106700)
-    set(_Boost_CHRONO_DEPENDENCIES system)
-    set(_Boost_CONTEXT_DEPENDENCIES thread chrono system date_time)
-    set(_Boost_COROUTINE_DEPENDENCIES context system)
-    set(_Boost_FIBER_DEPENDENCIES context thread chrono system date_time)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_LOG_DEPENDENCIES date_time log_setup system filesystem thread regex chrono atomic)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l atomic)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_NUMPY_DEPENDENCIES python${component_python_version})
-    set(_Boost_RANDOM_DEPENDENCIES system)
-    set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
-    set(_Boost_TIMER_DEPENDENCIES chrono system)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread chrono date_time atomic)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 106700 AND Boost_VERSION VERSION_LESS 106800)
-    set(_Boost_CHRONO_DEPENDENCIES system)
-    set(_Boost_CONTEXT_DEPENDENCIES thread chrono system date_time)
-    set(_Boost_COROUTINE_DEPENDENCIES context system)
-    set(_Boost_FIBER_DEPENDENCIES context thread chrono system date_time)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_LOG_DEPENDENCIES date_time log_setup system filesystem thread regex chrono atomic)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l atomic)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_NUMPY_DEPENDENCIES python${component_python_version})
-    set(_Boost_RANDOM_DEPENDENCIES system)
-    set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
-    set(_Boost_TIMER_DEPENDENCIES chrono system)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread chrono date_time atomic)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 106800 AND Boost_VERSION VERSION_LESS 106900)
-    set(_Boost_CHRONO_DEPENDENCIES system)
-    set(_Boost_CONTEXT_DEPENDENCIES thread chrono system date_time)
-    set(_Boost_CONTRACT_DEPENDENCIES thread chrono system date_time)
-    set(_Boost_COROUTINE_DEPENDENCIES context system)
-    set(_Boost_FIBER_DEPENDENCIES context thread chrono system date_time)
-    set(_Boost_FILESYSTEM_DEPENDENCIES system)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_LOG_DEPENDENCIES date_time log_setup system filesystem thread regex chrono atomic)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l atomic)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_NUMPY_DEPENDENCIES python${component_python_version})
-    set(_Boost_RANDOM_DEPENDENCIES system)
-    set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
-    set(_Boost_TIMER_DEPENDENCIES chrono system)
-    set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread chrono date_time atomic)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  elseif(NOT Boost_VERSION VERSION_LESS 106900 AND Boost_VERSION VERSION_LESS 107000)
-    set(_Boost_CONTRACT_DEPENDENCIES thread chrono date_time)
-    set(_Boost_COROUTINE_DEPENDENCIES context)
-    set(_Boost_FIBER_DEPENDENCIES context)
-    set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-    set(_Boost_LOG_DEPENDENCIES date_time log_setup filesystem thread regex chrono atomic)
-    set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l atomic)
-    set(_Boost_MPI_DEPENDENCIES serialization)
-    set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-    set(_Boost_NUMPY_DEPENDENCIES python${component_python_version})
-    set(_Boost_THREAD_DEPENDENCIES chrono date_time atomic)
-    set(_Boost_TIMER_DEPENDENCIES chrono system)
-    set(_Boost_WAVE_DEPENDENCIES filesystem serialization thread chrono date_time atomic)
-    set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-  else()
-    if(NOT Boost_VERSION VERSION_LESS 107000)
-      set(_Boost_CONTRACT_DEPENDENCIES thread chrono date_time)
-      set(_Boost_COROUTINE_DEPENDENCIES context)
-      set(_Boost_FIBER_DEPENDENCIES context)
-      set(_Boost_IOSTREAMS_DEPENDENCIES regex)
-      set(_Boost_LOG_DEPENDENCIES date_time log_setup filesystem thread regex chrono atomic)
-      set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f math_tr1l atomic)
-      set(_Boost_MPI_DEPENDENCIES serialization)
-      set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi serialization)
-      set(_Boost_NUMPY_DEPENDENCIES python${component_python_version})
-      set(_Boost_THREAD_DEPENDENCIES chrono date_time atomic)
-      set(_Boost_TIMER_DEPENDENCIES chrono system)
-      set(_Boost_WAVE_DEPENDENCIES filesystem serialization thread chrono date_time atomic)
-      set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
-    endif()
-    if(NOT Boost_VERSION VERSION_LESS 107100)
-      message(WARNING "New Boost version may have incorrect or missing dependencies and imported targets")
-    endif()
-  endif()
-
-  string(TOUPPER ${component} uppercomponent)
-  set(${_ret} ${_Boost_${uppercomponent}_DEPENDENCIES} PARENT_SCOPE)
-  set(_Boost_IMPORTED_TARGETS ${_Boost_IMPORTED_TARGETS} PARENT_SCOPE)
-
-  string(REGEX REPLACE ";" " " _boost_DEPS_STRING "${_Boost_${uppercomponent}_DEPENDENCIES}")
-  if (NOT _boost_DEPS_STRING)
-    set(_boost_DEPS_STRING "(none)")
-  endif()
-  # message(STATUS "Dependencies for Boost::${component}: ${_boost_DEPS_STRING}")
+    # Note: to add a new Boost release, run
+    #
+    # % cmake -DBOOST_DIR=/path/to/boost/source -P Utilities/Scripts/BoostScanDeps.cmake
+    #
+    # The output may be added in a new block below.  If it's the same as the previous
+    # release, simply update the version range of the block for the previous release. Also
+    # check if any new components have been added, and add any new components to
+    # _Boost_COMPONENT_HEADERS.
+    #
+    # This information was originally generated by running BoostScanDeps.cmake against
+    # every boost release to date supported by FindBoost:
+    #
+    # % for version in /path/to/boost/sources/* do cmake -DBOOST_DIR=$version -P
+    # Utilities/Scripts/BoostScanDeps.cmake done
+    #
+    # The output was then updated by search and replace with these regexes:
+    #
+    # - Strip message(STATUS) prefix dashes s;^-- ;;
+    # - Indent s;^set(;    set(;;
+    # - Add conditionals s;Scanning /path/to/boost/sources/boost_$.*$_$.*$_\(.*);
+    #   elseif(NOT Boost_VERSION VERSION_LESS \10\20\3 AND Boost_VERSION VERSION_LESS
+    #   xxxx);
+    #
+    # This results in the logic seen below, but will require the xxxx replacing with the
+    # following Boost release version (or the next minor version to be released, e.g. 1.59
+    # was the latest at the time of writing, making 1.60 the next, so 106000 is the needed
+    # version number).  Identical consecutive releases were then merged together by
+    # updating the end range of the first block and removing the following redundant
+    # blocks.
+    #
+    # Running the script against all historical releases should be required only if the
+    # BoostScanDeps.cmake script logic is changed. The addition of a new release should
+    # only require it to be run against the new release.
+
+    # Handle Python version suffixes
+    if(component MATCHES "^(python|mpi_python|numpy)(0-90-9?|0-9\\.0-9)\$")
+        set(component "${CMAKE_MATCH_1}")
+        set(component_python_version "${CMAKE_MATCH_2}")
+    endif()
+
+    set(_Boost_IMPORTED_TARGETS TRUE)
+    if(Boost_VERSION AND Boost_VERSION VERSION_LESS 103300)
+        message(
+            WARNING
+                "Imported targets and dependency information not available for Boost version ${Boost_VERSION} (all versions older than 1.33)"
+            )
+        set(_Boost_IMPORTED_TARGETS FALSE)
+    elseif(NOT Boost_VERSION VERSION_LESS 103300 AND Boost_VERSION VERSION_LESS 103500)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex thread)
+        set(_Boost_REGEX_DEPENDENCIES thread)
+        set(_Boost_WAVE_DEPENDENCIES filesystem thread)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 103500 AND Boost_VERSION VERSION_LESS 103600)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_WAVE_DEPENDENCIES filesystem system thread)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 103600 AND Boost_VERSION VERSION_LESS 103800)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f
+                                     math_tr1l)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_WAVE_DEPENDENCIES filesystem system thread)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 103800 AND Boost_VERSION VERSION_LESS 104300)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_MATH_DEPENDENCIES math_c99 math_c99f math_c99l math_tr1 math_tr1f
+                                     math_tr1l)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_THREAD_DEPENDENCIES date_time)
+        set(_Boost_WAVE_DEPENDENCIES filesystem system thread date_time)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 104300 AND Boost_VERSION VERSION_LESS 104400)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            random)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_THREAD_DEPENDENCIES date_time)
+        set(_Boost_WAVE_DEPENDENCIES filesystem system thread date_time)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 104400 AND Boost_VERSION VERSION_LESS 104500)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            random
+            serialization)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_THREAD_DEPENDENCIES date_time)
+        set(_Boost_WAVE_DEPENDENCIES serialization filesystem system thread date_time)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 104500 AND Boost_VERSION VERSION_LESS 104700)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            random)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_THREAD_DEPENDENCIES date_time)
+        set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread date_time)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 104700 AND Boost_VERSION VERSION_LESS 104800)
+        set(_Boost_CHRONO_DEPENDENCIES system)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            random)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_THREAD_DEPENDENCIES date_time)
+        set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread date_time)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 104800 AND Boost_VERSION VERSION_LESS 105000)
+        set(_Boost_CHRONO_DEPENDENCIES system)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            random)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_THREAD_DEPENDENCIES date_time)
+        set(_Boost_TIMER_DEPENDENCIES chrono system)
+        set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread date_time)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 105000 AND Boost_VERSION VERSION_LESS 105300)
+        set(_Boost_CHRONO_DEPENDENCIES system)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            regex
+            random)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_THREAD_DEPENDENCIES chrono system date_time)
+        set(_Boost_TIMER_DEPENDENCIES chrono system)
+        set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread chrono
+                                     date_time)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 105300 AND Boost_VERSION VERSION_LESS 105400)
+        set(_Boost_ATOMIC_DEPENDENCIES thread chrono system date_time)
+        set(_Boost_CHRONO_DEPENDENCIES system)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            regex
+            random)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
+        set(_Boost_TIMER_DEPENDENCIES chrono system)
+        set(_Boost_WAVE_DEPENDENCIES filesystem system serialization thread chrono
+                                     date_time)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 105400 AND Boost_VERSION VERSION_LESS 105500)
+        set(_Boost_ATOMIC_DEPENDENCIES thread chrono system date_time)
+        set(_Boost_CHRONO_DEPENDENCIES system)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_LOG_DEPENDENCIES
+            log_setup
+            date_time
+            system
+            filesystem
+            thread
+            regex
+            chrono)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            regex
+            random)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
+        set(_Boost_TIMER_DEPENDENCIES chrono system)
+        set(_Boost_WAVE_DEPENDENCIES
+            filesystem
+            system
+            serialization
+            thread
+            chrono
+            date_time
+            atomic)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 105500 AND Boost_VERSION VERSION_LESS 105600)
+        set(_Boost_CHRONO_DEPENDENCIES system)
+        set(_Boost_COROUTINE_DEPENDENCIES context system)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_LOG_DEPENDENCIES
+            log_setup
+            date_time
+            system
+            filesystem
+            thread
+            regex
+            chrono)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            regex
+            random)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
+        set(_Boost_TIMER_DEPENDENCIES chrono system)
+        set(_Boost_WAVE_DEPENDENCIES
+            filesystem
+            system
+            serialization
+            thread
+            chrono
+            date_time
+            atomic)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 105600 AND Boost_VERSION VERSION_LESS 105900)
+        set(_Boost_CHRONO_DEPENDENCIES system)
+        set(_Boost_COROUTINE_DEPENDENCIES context system)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_LOG_DEPENDENCIES
+            log_setup
+            date_time
+            system
+            filesystem
+            thread
+            regex
+            chrono)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            atomic)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_RANDOM_DEPENDENCIES system)
+        set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
+        set(_Boost_TIMER_DEPENDENCIES chrono system)
+        set(_Boost_WAVE_DEPENDENCIES
+            filesystem
+            system
+            serialization
+            thread
+            chrono
+            date_time
+            atomic)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 105900 AND Boost_VERSION VERSION_LESS 106000)
+        set(_Boost_CHRONO_DEPENDENCIES system)
+        set(_Boost_COROUTINE_DEPENDENCIES context system)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_LOG_DEPENDENCIES
+            log_setup
+            date_time
+            system
+            filesystem
+            thread
+            regex
+            chrono
+            atomic)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            atomic)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_RANDOM_DEPENDENCIES system)
+        set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
+        set(_Boost_TIMER_DEPENDENCIES chrono system)
+        set(_Boost_WAVE_DEPENDENCIES
+            filesystem
+            system
+            serialization
+            thread
+            chrono
+            date_time
+            atomic)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 106000 AND Boost_VERSION VERSION_LESS 106100)
+        set(_Boost_CHRONO_DEPENDENCIES system)
+        set(_Boost_COROUTINE_DEPENDENCIES context system)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_LOG_DEPENDENCIES
+            date_time
+            log_setup
+            system
+            filesystem
+            thread
+            regex
+            chrono
+            atomic)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            atomic)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_RANDOM_DEPENDENCIES system)
+        set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
+        set(_Boost_TIMER_DEPENDENCIES chrono system)
+        set(_Boost_WAVE_DEPENDENCIES
+            filesystem
+            system
+            serialization
+            thread
+            chrono
+            date_time
+            atomic)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 106100 AND Boost_VERSION VERSION_LESS 106200)
+        set(_Boost_CHRONO_DEPENDENCIES system)
+        set(_Boost_CONTEXT_DEPENDENCIES thread chrono system date_time)
+        set(_Boost_COROUTINE_DEPENDENCIES context system)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_LOG_DEPENDENCIES
+            date_time
+            log_setup
+            system
+            filesystem
+            thread
+            regex
+            chrono
+            atomic)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            atomic)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_RANDOM_DEPENDENCIES system)
+        set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
+        set(_Boost_WAVE_DEPENDENCIES
+            filesystem
+            system
+            serialization
+            thread
+            chrono
+            date_time
+            atomic)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 106200 AND Boost_VERSION VERSION_LESS 106300)
+        set(_Boost_CHRONO_DEPENDENCIES system)
+        set(_Boost_CONTEXT_DEPENDENCIES thread chrono system date_time)
+        set(_Boost_COROUTINE_DEPENDENCIES context system)
+        set(_Boost_FIBER_DEPENDENCIES context thread chrono system date_time)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_LOG_DEPENDENCIES
+            date_time
+            log_setup
+            system
+            filesystem
+            thread
+            regex
+            chrono
+            atomic)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            atomic)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_RANDOM_DEPENDENCIES system)
+        set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
+        set(_Boost_WAVE_DEPENDENCIES
+            filesystem
+            system
+            serialization
+            thread
+            chrono
+            date_time
+            atomic)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 106300 AND Boost_VERSION VERSION_LESS 106500)
+        set(_Boost_CHRONO_DEPENDENCIES system)
+        set(_Boost_CONTEXT_DEPENDENCIES thread chrono system date_time)
+        set(_Boost_COROUTINE_DEPENDENCIES context system)
+        set(_Boost_COROUTINE2_DEPENDENCIES context fiber thread chrono system date_time)
+        set(_Boost_FIBER_DEPENDENCIES context thread chrono system date_time)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_LOG_DEPENDENCIES
+            date_time
+            log_setup
+            system
+            filesystem
+            thread
+            regex
+            chrono
+            atomic)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            atomic)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_RANDOM_DEPENDENCIES system)
+        set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
+        set(_Boost_WAVE_DEPENDENCIES
+            filesystem
+            system
+            serialization
+            thread
+            chrono
+            date_time
+            atomic)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 106500 AND Boost_VERSION VERSION_LESS 106700)
+        set(_Boost_CHRONO_DEPENDENCIES system)
+        set(_Boost_CONTEXT_DEPENDENCIES thread chrono system date_time)
+        set(_Boost_COROUTINE_DEPENDENCIES context system)
+        set(_Boost_FIBER_DEPENDENCIES context thread chrono system date_time)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_LOG_DEPENDENCIES
+            date_time
+            log_setup
+            system
+            filesystem
+            thread
+            regex
+            chrono
+            atomic)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            atomic)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_NUMPY_DEPENDENCIES python${component_python_version})
+        set(_Boost_RANDOM_DEPENDENCIES system)
+        set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
+        set(_Boost_TIMER_DEPENDENCIES chrono system)
+        set(_Boost_WAVE_DEPENDENCIES
+            filesystem
+            system
+            serialization
+            thread
+            chrono
+            date_time
+            atomic)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 106700 AND Boost_VERSION VERSION_LESS 106800)
+        set(_Boost_CHRONO_DEPENDENCIES system)
+        set(_Boost_CONTEXT_DEPENDENCIES thread chrono system date_time)
+        set(_Boost_COROUTINE_DEPENDENCIES context system)
+        set(_Boost_FIBER_DEPENDENCIES context thread chrono system date_time)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_LOG_DEPENDENCIES
+            date_time
+            log_setup
+            system
+            filesystem
+            thread
+            regex
+            chrono
+            atomic)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            atomic)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_NUMPY_DEPENDENCIES python${component_python_version})
+        set(_Boost_RANDOM_DEPENDENCIES system)
+        set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
+        set(_Boost_TIMER_DEPENDENCIES chrono system)
+        set(_Boost_WAVE_DEPENDENCIES
+            filesystem
+            system
+            serialization
+            thread
+            chrono
+            date_time
+            atomic)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 106800 AND Boost_VERSION VERSION_LESS 106900)
+        set(_Boost_CHRONO_DEPENDENCIES system)
+        set(_Boost_CONTEXT_DEPENDENCIES thread chrono system date_time)
+        set(_Boost_CONTRACT_DEPENDENCIES thread chrono system date_time)
+        set(_Boost_COROUTINE_DEPENDENCIES context system)
+        set(_Boost_FIBER_DEPENDENCIES context thread chrono system date_time)
+        set(_Boost_FILESYSTEM_DEPENDENCIES system)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_LOG_DEPENDENCIES
+            date_time
+            log_setup
+            system
+            filesystem
+            thread
+            regex
+            chrono
+            atomic)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            atomic)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_NUMPY_DEPENDENCIES python${component_python_version})
+        set(_Boost_RANDOM_DEPENDENCIES system)
+        set(_Boost_THREAD_DEPENDENCIES chrono system date_time atomic)
+        set(_Boost_TIMER_DEPENDENCIES chrono system)
+        set(_Boost_WAVE_DEPENDENCIES
+            filesystem
+            system
+            serialization
+            thread
+            chrono
+            date_time
+            atomic)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    elseif(NOT Boost_VERSION VERSION_LESS 106900 AND Boost_VERSION VERSION_LESS 107000)
+        set(_Boost_CONTRACT_DEPENDENCIES thread chrono date_time)
+        set(_Boost_COROUTINE_DEPENDENCIES context)
+        set(_Boost_FIBER_DEPENDENCIES context)
+        set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+        set(_Boost_LOG_DEPENDENCIES
+            date_time
+            log_setup
+            filesystem
+            thread
+            regex
+            chrono
+            atomic)
+        set(_Boost_MATH_DEPENDENCIES
+            math_c99
+            math_c99f
+            math_c99l
+            math_tr1
+            math_tr1f
+            math_tr1l
+            atomic)
+        set(_Boost_MPI_DEPENDENCIES serialization)
+        set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                           serialization)
+        set(_Boost_NUMPY_DEPENDENCIES python${component_python_version})
+        set(_Boost_THREAD_DEPENDENCIES chrono date_time atomic)
+        set(_Boost_TIMER_DEPENDENCIES chrono system)
+        set(_Boost_WAVE_DEPENDENCIES filesystem serialization thread chrono date_time
+                                     atomic)
+        set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+    else()
+        if(NOT Boost_VERSION VERSION_LESS 107000)
+            set(_Boost_CONTRACT_DEPENDENCIES thread chrono date_time)
+            set(_Boost_COROUTINE_DEPENDENCIES context)
+            set(_Boost_FIBER_DEPENDENCIES context)
+            set(_Boost_IOSTREAMS_DEPENDENCIES regex)
+            set(_Boost_LOG_DEPENDENCIES
+                date_time
+                log_setup
+                filesystem
+                thread
+                regex
+                chrono
+                atomic)
+            set(_Boost_MATH_DEPENDENCIES
+                math_c99
+                math_c99f
+                math_c99l
+                math_tr1
+                math_tr1f
+                math_tr1l
+                atomic)
+            set(_Boost_MPI_DEPENDENCIES serialization)
+            set(_Boost_MPI_PYTHON_DEPENDENCIES python${component_python_version} mpi
+                                               serialization)
+            set(_Boost_NUMPY_DEPENDENCIES python${component_python_version})
+            set(_Boost_THREAD_DEPENDENCIES chrono date_time atomic)
+            set(_Boost_TIMER_DEPENDENCIES chrono system)
+            set(_Boost_WAVE_DEPENDENCIES filesystem serialization thread chrono date_time
+                                         atomic)
+            set(_Boost_WSERIALIZATION_DEPENDENCIES serialization)
+        endif()
+        if(NOT Boost_VERSION VERSION_LESS 107100)
+            message(
+                WARNING
+                    "New Boost version may have incorrect or missing dependencies and imported targets"
+                )
+        endif()
+    endif()
+
+    string(TOUPPER ${component} uppercomponent)
+    set(${_ret}
+        ${_Boost_${uppercomponent}_DEPENDENCIES}
+        PARENT_SCOPE)
+    set(_Boost_IMPORTED_TARGETS
+        ${_Boost_IMPORTED_TARGETS}
+        PARENT_SCOPE)
+
+    string(REGEX REPLACE ";" " " _boost_DEPS_STRING
+                         "${_Boost_${uppercomponent}_DEPENDENCIES}")
+    if(NOT _boost_DEPS_STRING)
+        set(_boost_DEPS_STRING "(none)")
+    endif()
+    # message(STATUS "Dependencies for Boost::${component}: ${_boost_DEPS_STRING}")
 endfunction()
 
 #
-# Get component headers.  This is the primary header (or headers) for
-# a given component, and is used to check that the headers are present
-# as well as the library itself as an extra sanity check of the build
-# environment.
+# Get component headers.  This is the primary header (or headers) for a given component,
+# and is used to check that the headers are present as well as the library itself as an
+# extra sanity check of the build environment.
 #
-# component - the component to check
-# _hdrs
+# component - the component to check _hdrs
 #
 function(_Boost_COMPONENT_HEADERS component _hdrs)
-  # Handle Python version suffixes
-  if(component MATCHES "^(python|mpi_python|numpy)(0-90-9?|0-9\\.0-9)\$")
-    set(component "${CMAKE_MATCH_1}")
-    set(component_python_version "${CMAKE_MATCH_2}")
-  endif()
-
-  # Note: new boost components will require adding here.  The header
-  # must be present in all versions of Boost providing a library.
-  set(_Boost_ATOMIC_HEADERS              "boost/atomic.hpp")
-  set(_Boost_CHRONO_HEADERS              "boost/chrono.hpp")
-  set(_Boost_CONTAINER_HEADERS           "boost/container/container_fwd.hpp")
-  set(_Boost_CONTRACT_HEADERS            "boost/contract.hpp")
-  if(Boost_VERSION VERSION_LESS 106100)
-    set(_Boost_CONTEXT_HEADERS           "boost/context/all.hpp")
-  else()
-    set(_Boost_CONTEXT_HEADERS           "boost/context/detail/fcontext.hpp")
-  endif()
-  set(_Boost_COROUTINE_HEADERS           "boost/coroutine/all.hpp")
-  set(_Boost_DATE_TIME_HEADERS           "boost/date_time/date.hpp")
-  set(_Boost_EXCEPTION_HEADERS           "boost/exception/exception.hpp")
-  set(_Boost_FIBER_HEADERS               "boost/fiber/all.hpp")
-  set(_Boost_FILESYSTEM_HEADERS          "boost/filesystem/path.hpp")
-  set(_Boost_GRAPH_HEADERS               "boost/graph/adjacency_list.hpp")
-  set(_Boost_GRAPH_PARALLEL_HEADERS      "boost/graph/adjacency_list.hpp")
-  set(_Boost_IOSTREAMS_HEADERS           "boost/iostreams/stream.hpp")
-  set(_Boost_LOCALE_HEADERS              "boost/locale.hpp")
-  set(_Boost_LOG_HEADERS                 "boost/log/core.hpp")
-  set(_Boost_LOG_SETUP_HEADERS           "boost/log/detail/setup_config.hpp")
-  set(_Boost_MATH_HEADERS                "boost/math_fwd.hpp")
-  set(_Boost_MATH_C99_HEADERS            "boost/math/tr1.hpp")
-  set(_Boost_MATH_C99F_HEADERS           "boost/math/tr1.hpp")
-  set(_Boost_MATH_C99L_HEADERS           "boost/math/tr1.hpp")
-  set(_Boost_MATH_TR1_HEADERS            "boost/math/tr1.hpp")
-  set(_Boost_MATH_TR1F_HEADERS           "boost/math/tr1.hpp")
-  set(_Boost_MATH_TR1L_HEADERS           "boost/math/tr1.hpp")
-  set(_Boost_MPI_HEADERS                 "boost/mpi.hpp")
-  set(_Boost_MPI_PYTHON_HEADERS          "boost/mpi/python/config.hpp")
-  set(_Boost_NUMPY_HEADERS               "boost/python/numpy.hpp")
-  set(_Boost_PRG_EXEC_MONITOR_HEADERS    "boost/test/prg_exec_monitor.hpp")
-  set(_Boost_PROGRAM_OPTIONS_HEADERS     "boost/program_options.hpp")
-  set(_Boost_PYTHON_HEADERS              "boost/python.hpp")
-  set(_Boost_RANDOM_HEADERS              "boost/random.hpp")
-  set(_Boost_REGEX_HEADERS               "boost/regex.hpp")
-  set(_Boost_SERIALIZATION_HEADERS       "boost/serialization/serialization.hpp")
-  set(_Boost_SIGNALS_HEADERS             "boost/signals.hpp")
-  set(_Boost_STACKTRACE_ADDR2LINE_HEADERS "boost/stacktrace.hpp")
-  set(_Boost_STACKTRACE_BACKTRACE_HEADERS "boost/stacktrace.hpp")
-  set(_Boost_STACKTRACE_BASIC_HEADERS    "boost/stacktrace.hpp")
-  set(_Boost_STACKTRACE_NOOP_HEADERS     "boost/stacktrace.hpp")
-  set(_Boost_STACKTRACE_WINDBG_CACHED_HEADERS "boost/stacktrace.hpp")
-  set(_Boost_STACKTRACE_WINDBG_HEADERS   "boost/stacktrace.hpp")
-  set(_Boost_SYSTEM_HEADERS              "boost/system/config.hpp")
-  set(_Boost_TEST_EXEC_MONITOR_HEADERS   "boost/test/test_exec_monitor.hpp")
-  set(_Boost_THREAD_HEADERS              "boost/thread.hpp")
-  set(_Boost_TIMER_HEADERS               "boost/timer.hpp")
-  set(_Boost_TYPE_ERASURE_HEADERS        "boost/type_erasure/config.hpp")
-  set(_Boost_UNIT_TEST_FRAMEWORK_HEADERS "boost/test/framework.hpp")
-  set(_Boost_WAVE_HEADERS                "boost/wave.hpp")
-  set(_Boost_WSERIALIZATION_HEADERS      "boost/archive/text_wiarchive.hpp")
-  if(WIN32)
-    set(_Boost_BZIP2_HEADERS             "boost/iostreams/filter/bzip2.hpp")
-    set(_Boost_ZLIB_HEADERS              "boost/iostreams/filter/zlib.hpp")
-  endif()
-
-  string(TOUPPER ${component} uppercomponent)
-  set(${_hdrs} ${_Boost_${uppercomponent}_HEADERS} PARENT_SCOPE)
-
-  string(REGEX REPLACE ";" " " _boost_HDRS_STRING "${_Boost_${uppercomponent}_HEADERS}")
-  if (NOT _boost_HDRS_STRING)
-    set(_boost_HDRS_STRING "(none)")
-  endif()
-  # message(STATUS "Headers for Boost::${component}: ${_boost_HDRS_STRING}")
+    # Handle Python version suffixes
+    if(component MATCHES "^(python|mpi_python|numpy)(0-90-9?|0-9\\.0-9)\$")
+        set(component "${CMAKE_MATCH_1}")
+        set(component_python_version "${CMAKE_MATCH_2}")
+    endif()
+
+    # Note: new boost components will require adding here.  The header must be present in
+    # all versions of Boost providing a library.
+    set(_Boost_ATOMIC_HEADERS "boost/atomic.hpp")
+    set(_Boost_CHRONO_HEADERS "boost/chrono.hpp")
+    set(_Boost_CONTAINER_HEADERS "boost/container/container_fwd.hpp")
+    set(_Boost_CONTRACT_HEADERS "boost/contract.hpp")
+    if(Boost_VERSION VERSION_LESS 106100)
+        set(_Boost_CONTEXT_HEADERS "boost/context/all.hpp")
+    else()
+        set(_Boost_CONTEXT_HEADERS "boost/context/detail/fcontext.hpp")
+    endif()
+    set(_Boost_COROUTINE_HEADERS "boost/coroutine/all.hpp")
+    set(_Boost_DATE_TIME_HEADERS "boost/date_time/date.hpp")
+    set(_Boost_EXCEPTION_HEADERS "boost/exception/exception.hpp")
+    set(_Boost_FIBER_HEADERS "boost/fiber/all.hpp")
+    set(_Boost_FILESYSTEM_HEADERS "boost/filesystem/path.hpp")
+    set(_Boost_GRAPH_HEADERS "boost/graph/adjacency_list.hpp")
+    set(_Boost_GRAPH_PARALLEL_HEADERS "boost/graph/adjacency_list.hpp")
+    set(_Boost_IOSTREAMS_HEADERS "boost/iostreams/stream.hpp")
+    set(_Boost_LOCALE_HEADERS "boost/locale.hpp")
+    set(_Boost_LOG_HEADERS "boost/log/core.hpp")
+    set(_Boost_LOG_SETUP_HEADERS "boost/log/detail/setup_config.hpp")
+    set(_Boost_MATH_HEADERS "boost/math_fwd.hpp")
+    set(_Boost_MATH_C99_HEADERS "boost/math/tr1.hpp")
+    set(_Boost_MATH_C99F_HEADERS "boost/math/tr1.hpp")
+    set(_Boost_MATH_C99L_HEADERS "boost/math/tr1.hpp")
+    set(_Boost_MATH_TR1_HEADERS "boost/math/tr1.hpp")
+    set(_Boost_MATH_TR1F_HEADERS "boost/math/tr1.hpp")
+    set(_Boost_MATH_TR1L_HEADERS "boost/math/tr1.hpp")
+    set(_Boost_MPI_HEADERS "boost/mpi.hpp")
+    set(_Boost_MPI_PYTHON_HEADERS "boost/mpi/python/config.hpp")
+    set(_Boost_NUMPY_HEADERS "boost/python/numpy.hpp")
+    set(_Boost_PRG_EXEC_MONITOR_HEADERS "boost/test/prg_exec_monitor.hpp")
+    set(_Boost_PROGRAM_OPTIONS_HEADERS "boost/program_options.hpp")
+    set(_Boost_PYTHON_HEADERS "boost/python.hpp")
+    set(_Boost_RANDOM_HEADERS "boost/random.hpp")
+    set(_Boost_REGEX_HEADERS "boost/regex.hpp")
+    set(_Boost_SERIALIZATION_HEADERS "boost/serialization/serialization.hpp")
+    set(_Boost_SIGNALS_HEADERS "boost/signals.hpp")
+    set(_Boost_STACKTRACE_ADDR2LINE_HEADERS "boost/stacktrace.hpp")
+    set(_Boost_STACKTRACE_BACKTRACE_HEADERS "boost/stacktrace.hpp")
+    set(_Boost_STACKTRACE_BASIC_HEADERS "boost/stacktrace.hpp")
+    set(_Boost_STACKTRACE_NOOP_HEADERS "boost/stacktrace.hpp")
+    set(_Boost_STACKTRACE_WINDBG_CACHED_HEADERS "boost/stacktrace.hpp")
+    set(_Boost_STACKTRACE_WINDBG_HEADERS "boost/stacktrace.hpp")
+    set(_Boost_SYSTEM_HEADERS "boost/system/config.hpp")
+    set(_Boost_TEST_EXEC_MONITOR_HEADERS "boost/test/test_exec_monitor.hpp")
+    set(_Boost_THREAD_HEADERS "boost/thread.hpp")
+    set(_Boost_TIMER_HEADERS "boost/timer.hpp")
+    set(_Boost_TYPE_ERASURE_HEADERS "boost/type_erasure/config.hpp")
+    set(_Boost_UNIT_TEST_FRAMEWORK_HEADERS "boost/test/framework.hpp")
+    set(_Boost_WAVE_HEADERS "boost/wave.hpp")
+    set(_Boost_WSERIALIZATION_HEADERS "boost/archive/text_wiarchive.hpp")
+    if(WIN32)
+        set(_Boost_BZIP2_HEADERS "boost/iostreams/filter/bzip2.hpp")
+        set(_Boost_ZLIB_HEADERS "boost/iostreams/filter/zlib.hpp")
+    endif()
+
+    string(TOUPPER ${component} uppercomponent)
+    set(${_hdrs}
+        ${_Boost_${uppercomponent}_HEADERS}
+        PARENT_SCOPE)
+
+    string(REGEX REPLACE ";" " " _boost_HDRS_STRING "${_Boost_${uppercomponent}_HEADERS}")
+    if(NOT _boost_HDRS_STRING)
+        set(_boost_HDRS_STRING "(none)")
+    endif()
+    # message(STATUS "Headers for Boost::${component}: ${_boost_HDRS_STRING}")
 endfunction()
 
 #
 # Determine if any missing dependencies require adding to the component list.
 #
-# Sets _Boost_${COMPONENT}_DEPENDENCIES for each required component,
-# plus _Boost_IMPORTED_TARGETS (TRUE if imported targets should be
-# defined; FALSE if dependency information is unavailable).
-#
-# componentvar - the component list variable name
-# extravar - the indirect dependency list variable name
+# Sets _Boost_${COMPONENT}_DEPENDENCIES for each required component, plus
+# _Boost_IMPORTED_TARGETS (TRUE if imported targets should be defined; FALSE if dependency
+# information is unavailable).
 #
+# componentvar - the component list variable name extravar - the indirect dependency list
+# variable name
 #
 function(_Boost_MISSING_DEPENDENCIES componentvar extravar)
-  # _boost_unprocessed_components - list of components requiring processing
-  # _boost_processed_components - components already processed (or currently being processed)
-  # _boost_new_components - new components discovered for future processing
-  #
-  list(APPEND _boost_unprocessed_components ${${componentvar}})
-
-  while(_boost_unprocessed_components)
-    list(APPEND _boost_processed_components ${_boost_unprocessed_components})
-    foreach(component ${_boost_unprocessed_components})
-      string(TOUPPER ${component} uppercomponent)
-      set(${_ret} ${_Boost_${uppercomponent}_DEPENDENCIES} PARENT_SCOPE)
-      _Boost_COMPONENT_DEPENDENCIES("${component}" _Boost_${uppercomponent}_DEPENDENCIES)
-      set(_Boost_${uppercomponent}_DEPENDENCIES ${_Boost_${uppercomponent}_DEPENDENCIES} PARENT_SCOPE)
-      set(_Boost_IMPORTED_TARGETS ${_Boost_IMPORTED_TARGETS} PARENT_SCOPE)
-      foreach(componentdep ${_Boost_${uppercomponent}_DEPENDENCIES})
-        if (NOT ("${componentdep}" IN_LIST _boost_processed_components OR "${componentdep}" IN_LIST _boost_new_components))
-          list(APPEND _boost_new_components ${componentdep})
-        endif()
-      endforeach()
-    endforeach()
-    set(_boost_unprocessed_components ${_boost_new_components})
-    unset(_boost_new_components)
-  endwhile()
-  set(_boost_extra_components ${_boost_processed_components})
-  if(_boost_extra_components AND ${componentvar})
-    list(REMOVE_ITEM _boost_extra_components ${${componentvar}})
-  endif()
-  set(${componentvar} ${_boost_processed_components} PARENT_SCOPE)
-  set(${extravar} ${_boost_extra_components} PARENT_SCOPE)
+    # _boost_unprocessed_components - list of components requiring processing
+    # _boost_processed_components - components already processed (or currently being
+    # processed) _boost_new_components - new components discovered for future processing
+    #
+    list(APPEND _boost_unprocessed_components ${${componentvar}})
+
+    while(_boost_unprocessed_components)
+        list(APPEND _boost_processed_components ${_boost_unprocessed_components})
+        foreach(component ${_boost_unprocessed_components})
+            string(TOUPPER ${component} uppercomponent)
+            set(${_ret}
+                ${_Boost_${uppercomponent}_DEPENDENCIES}
+                PARENT_SCOPE)
+            _boost_component_dependencies("${component}"
+                                          _Boost_${uppercomponent}_DEPENDENCIES)
+            set(_Boost_${uppercomponent}_DEPENDENCIES
+                ${_Boost_${uppercomponent}_DEPENDENCIES}
+                PARENT_SCOPE)
+            set(_Boost_IMPORTED_TARGETS
+                ${_Boost_IMPORTED_TARGETS}
+                PARENT_SCOPE)
+            foreach(componentdep ${_Boost_${uppercomponent}_DEPENDENCIES})
+                if(NOT ("${componentdep}" IN_LIST _boost_processed_components
+                        OR "${componentdep}" IN_LIST _boost_new_components))
+                    list(APPEND _boost_new_components ${componentdep})
+                endif()
+            endforeach()
+        endforeach()
+        set(_boost_unprocessed_components ${_boost_new_components})
+        unset(_boost_new_components)
+    endwhile()
+    set(_boost_extra_components ${_boost_processed_components})
+    if(_boost_extra_components AND ${componentvar})
+        list(REMOVE_ITEM _boost_extra_components ${${componentvar}})
+    endif()
+    set(${componentvar}
+        ${_boost_processed_components}
+        PARENT_SCOPE)
+    set(${extravar}
+        ${_boost_extra_components}
+        PARENT_SCOPE)
 endfunction()
 
 #
-# Some boost libraries may require particular set of compler features.
-# The very first one was `boost::fiber` introduced in Boost 1.62.
-# One can check required compiler features of it in
-# `${Boost_ROOT}/libs/fiber/build/Jamfile.v2`.
+# Some boost libraries may require particular set of compler features. The very first one
+# was `boost::fiber` introduced in Boost 1.62. One can check required compiler features of
+# it in `${Boost_ROOT}/libs/fiber/build/Jamfile.v2`.
 #
 function(_Boost_COMPILER_FEATURES component _ret)
-  # Boost >= 1.62 and < 1.67
-  if(NOT Boost_VERSION VERSION_LESS 106200 AND Boost_VERSION VERSION_LESS 106700)
-    set(_Boost_FIBER_COMPILER_FEATURES
-        cxx_alias_templates
-        cxx_auto_type
-        cxx_constexpr
-        cxx_defaulted_functions
-        cxx_final
-        cxx_lambdas
-        cxx_noexcept
-        cxx_nullptr
-        cxx_rvalue_references
-        cxx_thread_local
-        cxx_variadic_templates
-    )
-  endif()
-  string(TOUPPER ${component} uppercomponent)
-  set(${_ret} ${_Boost_${uppercomponent}_COMPILER_FEATURES} PARENT_SCOPE)
+    # Boost >= 1.62 and < 1.67
+    if(NOT Boost_VERSION VERSION_LESS 106200 AND Boost_VERSION VERSION_LESS 106700)
+        set(_Boost_FIBER_COMPILER_FEATURES
+            cxx_alias_templates
+            cxx_auto_type
+            cxx_constexpr
+            cxx_defaulted_functions
+            cxx_final
+            cxx_lambdas
+            cxx_noexcept
+            cxx_nullptr
+            cxx_rvalue_references
+            cxx_thread_local
+            cxx_variadic_templates)
+    endif()
+    string(TOUPPER ${component} uppercomponent)
+    set(${_ret}
+        ${_Boost_${uppercomponent}_COMPILER_FEATURES}
+        PARENT_SCOPE)
 endfunction()
 
 #
-# Update library search directory hint variable with paths used by prebuilt boost binaries.
+# Update library search directory hint variable with paths used by prebuilt boost
+# binaries.
 #
 # Prebuilt windows binaries (https://sourceforge.net/projects/boost/files/boost-binaries/)
-# have library directories named using MSVC compiler version and architecture.
-# This function would append corresponding directories if MSVC is a current compiler,
-# so having `BOOST_ROOT` would be enough to specify to find everything.
-#
-function(_Boost_UPDATE_WINDOWS_LIBRARY_SEARCH_DIRS_WITH_PREBUILT_PATHS componentlibvar basedir)
-  if("x${CMAKE_CXX_COMPILER_ID}" STREQUAL "xMSVC")
-    if(CMAKE_SIZEOF_VOID_P EQUAL 8)
-      set(_arch_suffix 64)
-    else()
-      set(_arch_suffix 32)
-    endif()
-    if(MSVC_TOOLSET_VERSION GREATER_EQUAL 141)
-      list(APPEND ${componentlibvar} ${basedir}/lib${_arch_suffix}-msvc-14.1)
-      list(APPEND ${componentlibvar} ${basedir}/lib${_arch_suffix}-msvc-14.0)
-    elseif(MSVC_TOOLSET_VERSION GREATER_EQUAL 80)
-      math(EXPR _toolset_major_version "${MSVC_TOOLSET_VERSION} / 10")
-      list(APPEND ${componentlibvar} ${basedir}/lib${_arch_suffix}-msvc-${_toolset_major_version}.0)
+# have library directories named using MSVC compiler version and architecture. This
+# function would append corresponding directories if MSVC is a current compiler, so having
+# `BOOST_ROOT` would be enough to specify to find everything.
+#
+function(_Boost_UPDATE_WINDOWS_LIBRARY_SEARCH_DIRS_WITH_PREBUILT_PATHS componentlibvar
+         basedir)
+    if("x${CMAKE_CXX_COMPILER_ID}" STREQUAL "xMSVC")
+        if(CMAKE_SIZEOF_VOID_P EQUAL 8)
+            set(_arch_suffix 64)
+        else()
+            set(_arch_suffix 32)
+        endif()
+        if(MSVC_TOOLSET_VERSION GREATER_EQUAL 141)
+            list(APPEND ${componentlibvar} ${basedir}/lib${_arch_suffix}-msvc-14.1)
+            list(APPEND ${componentlibvar} ${basedir}/lib${_arch_suffix}-msvc-14.0)
+        elseif(MSVC_TOOLSET_VERSION GREATER_EQUAL 80)
+            math(EXPR _toolset_major_version "${MSVC_TOOLSET_VERSION} / 10")
+            list(APPEND ${componentlibvar}
+                 ${basedir}/lib${_arch_suffix}-msvc-${_toolset_major_version}.0)
+        endif()
+        set(${componentlibvar}
+            ${${componentlibvar}}
+            PARENT_SCOPE)
     endif()
-    set(${componentlibvar} ${${componentlibvar}} PARENT_SCOPE)
-  endif()
 endfunction()
 
 #
 # End functions/macros
 #
-#-------------------------------------------------------------------------------
+# -------------------------------------------------------------------------------
 
-#-------------------------------------------------------------------------------
+# -------------------------------------------------------------------------------
 # main.
-#-------------------------------------------------------------------------------
+# -------------------------------------------------------------------------------
 
-
-# If the user sets Boost_LIBRARY_DIR, use it as the default for both
-# configurations.
+# If the user sets Boost_LIBRARY_DIR, use it as the default for both configurations.
 if(NOT Boost_LIBRARY_DIR_RELEASE AND Boost_LIBRARY_DIR)
-  set(Boost_LIBRARY_DIR_RELEASE "${Boost_LIBRARY_DIR}")
+    set(Boost_LIBRARY_DIR_RELEASE "${Boost_LIBRARY_DIR}")
 endif()
 if(NOT Boost_LIBRARY_DIR_DEBUG AND Boost_LIBRARY_DIR)
-  set(Boost_LIBRARY_DIR_DEBUG   "${Boost_LIBRARY_DIR}")
+    set(Boost_LIBRARY_DIR_DEBUG "${Boost_LIBRARY_DIR}")
 endif()
 
 if(NOT DEFINED Boost_USE_DEBUG_LIBS)
-  set(Boost_USE_DEBUG_LIBS TRUE)
+    set(Boost_USE_DEBUG_LIBS TRUE)
 endif()
 if(NOT DEFINED Boost_USE_RELEASE_LIBS)
-  set(Boost_USE_RELEASE_LIBS TRUE)
+    set(Boost_USE_RELEASE_LIBS TRUE)
 endif()
 if(NOT DEFINED Boost_USE_MULTITHREADED)
-  set(Boost_USE_MULTITHREADED TRUE)
+    set(Boost_USE_MULTITHREADED TRUE)
 endif()
 if(NOT DEFINED Boost_USE_DEBUG_RUNTIME)
-  set(Boost_USE_DEBUG_RUNTIME TRUE)
+    set(Boost_USE_DEBUG_RUNTIME TRUE)
 endif()
 
 # Check the version of Boost against the requested version.
 if(Boost_FIND_VERSION AND NOT Boost_FIND_VERSION_MINOR)
-  message(SEND_ERROR "When requesting a specific version of Boost, you must provide at least the major and minor version numbers, e.g., 1.34")
+    message(
+        SEND_ERROR
+            "When requesting a specific version of Boost, you must provide at least the major and minor version numbers, e.g., 1.34"
+        )
 endif()
 
 if(Boost_FIND_VERSION_EXACT)
-  # The version may appear in a directory with or without the patch
-  # level, even when the patch level is non-zero.
-  set(_boost_TEST_VERSIONS
-    "${Boost_FIND_VERSION_MAJOR}.${Boost_FIND_VERSION_MINOR}.${Boost_FIND_VERSION_PATCH}"
-    "${Boost_FIND_VERSION_MAJOR}.${Boost_FIND_VERSION_MINOR}")
+    # The version may appear in a directory with or without the patch level, even when the
+    # patch level is non-zero.
+    set(_boost_TEST_VERSIONS
+        "${Boost_FIND_VERSION_MAJOR}.${Boost_FIND_VERSION_MINOR}.${Boost_FIND_VERSION_PATCH}"
+        "${Boost_FIND_VERSION_MAJOR}.${Boost_FIND_VERSION_MINOR}")
 else()
-  # The user has not requested an exact version.  Among known
-  # versions, find those that are acceptable to the user request.
-  #
-  # Note: When adding a new Boost release, also update the dependency
-  # information in _Boost_COMPONENT_DEPENDENCIES and
-  # _Boost_COMPONENT_HEADERS.  See the instructions at the top of
-  # _Boost_COMPONENT_DEPENDENCIES.
-  set(_Boost_KNOWN_VERSIONS ${Boost_ADDITIONAL_VERSIONS}
-    "1.70.0" "1.70" "1.69.0" "1.69"
-    "1.68.0" "1.68" "1.67.0" "1.67" "1.66.0" "1.66" "1.65.1" "1.65.0" "1.65"
-    "1.64.0" "1.64" "1.63.0" "1.63" "1.62.0" "1.62" "1.61.0" "1.61" "1.60.0" "1.60"
-    "1.59.0" "1.59" "1.58.0" "1.58" "1.57.0" "1.57" "1.56.0" "1.56" "1.55.0" "1.55"
-    "1.54.0" "1.54" "1.53.0" "1.53" "1.52.0" "1.52" "1.51.0" "1.51"
-    "1.50.0" "1.50" "1.49.0" "1.49" "1.48.0" "1.48" "1.47.0" "1.47" "1.46.1"
-    "1.46.0" "1.46" "1.45.0" "1.45" "1.44.0" "1.44" "1.43.0" "1.43" "1.42.0" "1.42"
-    "1.41.0" "1.41" "1.40.0" "1.40" "1.39.0" "1.39" "1.38.0" "1.38" "1.37.0" "1.37"
-    "1.36.1" "1.36.0" "1.36" "1.35.1" "1.35.0" "1.35" "1.34.1" "1.34.0"
-    "1.34" "1.33.1" "1.33.0" "1.33")
-
-  set(_boost_TEST_VERSIONS)
-  if(Boost_FIND_VERSION)
-    set(_Boost_FIND_VERSION_SHORT "${Boost_FIND_VERSION_MAJOR}.${Boost_FIND_VERSION_MINOR}")
-    # Select acceptable versions.
-    foreach(version ${_Boost_KNOWN_VERSIONS})
-      if(NOT "${version}" VERSION_LESS "${Boost_FIND_VERSION}")
-        # This version is high enough.
-        list(APPEND _boost_TEST_VERSIONS "${version}")
-      elseif("${version}.99" VERSION_EQUAL "${_Boost_FIND_VERSION_SHORT}.99")
-        # This version is a short-form for the requested version with
-        # the patch level dropped.
-        list(APPEND _boost_TEST_VERSIONS "${version}")
-      endif()
-    endforeach()
-  else()
-    # Any version is acceptable.
-    set(_boost_TEST_VERSIONS "${_Boost_KNOWN_VERSIONS}")
-  endif()
+    # The user has not requested an exact version.  Among known versions, find those that
+    # are acceptable to the user request.
+    #
+    # Note: When adding a new Boost release, also update the dependency information in
+    # _Boost_COMPONENT_DEPENDENCIES and _Boost_COMPONENT_HEADERS.  See the instructions at
+    # the top of _Boost_COMPONENT_DEPENDENCIES.
+    set(_Boost_KNOWN_VERSIONS
+        ${Boost_ADDITIONAL_VERSIONS}
+        "1.70.0"
+        "1.70"
+        "1.69.0"
+        "1.69"
+        "1.68.0"
+        "1.68"
+        "1.67.0"
+        "1.67"
+        "1.66.0"
+        "1.66"
+        "1.65.1"
+        "1.65.0"
+        "1.65"
+        "1.64.0"
+        "1.64"
+        "1.63.0"
+        "1.63"
+        "1.62.0"
+        "1.62"
+        "1.61.0"
+        "1.61"
+        "1.60.0"
+        "1.60"
+        "1.59.0"
+        "1.59"
+        "1.58.0"
+        "1.58"
+        "1.57.0"
+        "1.57"
+        "1.56.0"
+        "1.56"
+        "1.55.0"
+        "1.55"
+        "1.54.0"
+        "1.54"
+        "1.53.0"
+        "1.53"
+        "1.52.0"
+        "1.52"
+        "1.51.0"
+        "1.51"
+        "1.50.0"
+        "1.50"
+        "1.49.0"
+        "1.49"
+        "1.48.0"
+        "1.48"
+        "1.47.0"
+        "1.47"
+        "1.46.1"
+        "1.46.0"
+        "1.46"
+        "1.45.0"
+        "1.45"
+        "1.44.0"
+        "1.44"
+        "1.43.0"
+        "1.43"
+        "1.42.0"
+        "1.42"
+        "1.41.0"
+        "1.41"
+        "1.40.0"
+        "1.40"
+        "1.39.0"
+        "1.39"
+        "1.38.0"
+        "1.38"
+        "1.37.0"
+        "1.37"
+        "1.36.1"
+        "1.36.0"
+        "1.36"
+        "1.35.1"
+        "1.35.0"
+        "1.35"
+        "1.34.1"
+        "1.34.0"
+        "1.34"
+        "1.33.1"
+        "1.33.0"
+        "1.33")
+
+    set(_boost_TEST_VERSIONS)
+    if(Boost_FIND_VERSION)
+        set(_Boost_FIND_VERSION_SHORT
+            "${Boost_FIND_VERSION_MAJOR}.${Boost_FIND_VERSION_MINOR}")
+        # Select acceptable versions.
+        foreach(version ${_Boost_KNOWN_VERSIONS})
+            if(NOT "${version}" VERSION_LESS "${Boost_FIND_VERSION}")
+                # This version is high enough.
+                list(APPEND _boost_TEST_VERSIONS "${version}")
+            elseif("${version}.99" VERSION_EQUAL "${_Boost_FIND_VERSION_SHORT}.99")
+                # This version is a short-form for the requested version with the patch
+                # level dropped.
+                list(APPEND _boost_TEST_VERSIONS "${version}")
+            endif()
+        endforeach()
+    else()
+        # Any version is acceptable.
+        set(_boost_TEST_VERSIONS "${_Boost_KNOWN_VERSIONS}")
+    endif()
 endif()
 
-# The reason that we failed to find Boost. This will be set to a
-# user-friendly message when we fail to find some necessary piece of
-# Boost.
+# The reason that we failed to find Boost. This will be set to a user-friendly message
+# when we fail to find some necessary piece of Boost.
 set(Boost_ERROR_REASON)
 
 if(Boost_DEBUG)
-  # Output some of their choices
-  message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                 "_boost_TEST_VERSIONS = ${_boost_TEST_VERSIONS}")
-  message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                 "Boost_USE_MULTITHREADED = ${Boost_USE_MULTITHREADED}")
-  message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                 "Boost_USE_STATIC_LIBS = ${Boost_USE_STATIC_LIBS}")
-  message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                 "Boost_USE_STATIC_RUNTIME = ${Boost_USE_STATIC_RUNTIME}")
-  message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                 "Boost_ADDITIONAL_VERSIONS = ${Boost_ADDITIONAL_VERSIONS}")
-  message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                 "Boost_NO_SYSTEM_PATHS = ${Boost_NO_SYSTEM_PATHS}")
-endif()
-
-# Supply Boost_LIB_DIAGNOSTIC_DEFINITIONS as a convenience target. It
-# will only contain any interface definitions on WIN32, but is created
-# on all platforms to keep end user code free from platform dependent
-# code.  Also provide convenience targets to disable autolinking and
-# enable dynamic linking.
+    # Output some of their choices
+    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                   "_boost_TEST_VERSIONS = ${_boost_TEST_VERSIONS}")
+    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                   "Boost_USE_MULTITHREADED = ${Boost_USE_MULTITHREADED}")
+    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                   "Boost_USE_STATIC_LIBS = ${Boost_USE_STATIC_LIBS}")
+    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                   "Boost_USE_STATIC_RUNTIME = ${Boost_USE_STATIC_RUNTIME}")
+    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                   "Boost_ADDITIONAL_VERSIONS = ${Boost_ADDITIONAL_VERSIONS}")
+    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                   "Boost_NO_SYSTEM_PATHS = ${Boost_NO_SYSTEM_PATHS}")
+endif()
+
+# Supply Boost_LIB_DIAGNOSTIC_DEFINITIONS as a convenience target. It will only contain
+# any interface definitions on WIN32, but is created on all platforms to keep end user
+# code free from platform dependent code.  Also provide convenience targets to disable
+# autolinking and enable dynamic linking.
 if(NOT TARGET Boost::diagnostic_definitions)
-  add_library(Boost::diagnostic_definitions INTERFACE IMPORTED)
-  add_library(Boost::disable_autolinking INTERFACE IMPORTED)
-  add_library(Boost::dynamic_linking INTERFACE IMPORTED)
-  set_target_properties(Boost::dynamic_linking PROPERTIES
-    INTERFACE_COMPILE_DEFINITIONS "BOOST_ALL_DYN_LINK")
+    add_library(Boost::diagnostic_definitions INTERFACE IMPORTED)
+    add_library(Boost::disable_autolinking INTERFACE IMPORTED)
+    add_library(Boost::dynamic_linking INTERFACE IMPORTED)
+    set_target_properties(Boost::dynamic_linking PROPERTIES INTERFACE_COMPILE_DEFINITIONS
+                                                            "BOOST_ALL_DYN_LINK")
 endif()
 if(WIN32)
-  # In windows, automatic linking is performed, so you do not have
-  # to specify the libraries.  If you are linking to a dynamic
-  # runtime, then you can choose to link to either a static or a
-  # dynamic Boost library, the default is to do a static link.  You
-  # can alter this for a specific library "whatever" by defining
-  # BOOST_WHATEVER_DYN_LINK to force Boost library "whatever" to be
-  # linked dynamically.  Alternatively you can force all Boost
-  # libraries to dynamic link by defining BOOST_ALL_DYN_LINK.
-
-  # This feature can be disabled for Boost library "whatever" by
-  # defining BOOST_WHATEVER_NO_LIB, or for all of Boost by defining
-  # BOOST_ALL_NO_LIB.
-
-  # If you want to observe which libraries are being linked against
-  # then defining BOOST_LIB_DIAGNOSTIC will cause the auto-linking
-  # code to emit a #pragma message each time a library is selected
-  # for linking.
-  set(Boost_LIB_DIAGNOSTIC_DEFINITIONS "-DBOOST_LIB_DIAGNOSTIC")
-  set_target_properties(Boost::diagnostic_definitions PROPERTIES
-    INTERFACE_COMPILE_DEFINITIONS "BOOST_LIB_DIAGNOSTIC")
-  set_target_properties(Boost::disable_autolinking PROPERTIES
-    INTERFACE_COMPILE_DEFINITIONS "BOOST_ALL_NO_LIB")
-endif()
-
-_Boost_CHECK_SPELLING(Boost_ROOT)
-_Boost_CHECK_SPELLING(Boost_LIBRARYDIR)
-_Boost_CHECK_SPELLING(Boost_INCLUDEDIR)
+    # In windows, automatic linking is performed, so you do not have to specify the
+    # libraries.  If you are linking to a dynamic runtime, then you can choose to link to
+    # either a static or a dynamic Boost library, the default is to do a static link.  You
+    # can alter this for a specific library "whatever" by defining BOOST_WHATEVER_DYN_LINK
+    # to force Boost library "whatever" to be linked dynamically.  Alternatively you can
+    # force all Boost libraries to dynamic link by defining BOOST_ALL_DYN_LINK.
+
+    # This feature can be disabled for Boost library "whatever" by defining
+    # BOOST_WHATEVER_NO_LIB, or for all of Boost by defining BOOST_ALL_NO_LIB.
+
+    # If you want to observe which libraries are being linked against then defining
+    # BOOST_LIB_DIAGNOSTIC will cause the auto-linking code to emit a #pragma message each
+    # time a library is selected for linking.
+    set(Boost_LIB_DIAGNOSTIC_DEFINITIONS "-DBOOST_LIB_DIAGNOSTIC")
+    set_target_properties(Boost::diagnostic_definitions
+                          PROPERTIES INTERFACE_COMPILE_DEFINITIONS "BOOST_LIB_DIAGNOSTIC")
+    set_target_properties(Boost::disable_autolinking
+                          PROPERTIES INTERFACE_COMPILE_DEFINITIONS "BOOST_ALL_NO_LIB")
+endif()
+
+_boost_check_spelling(Boost_ROOT)
+_boost_check_spelling(Boost_LIBRARYDIR)
+_boost_check_spelling(Boost_INCLUDEDIR)
 
 # Collect environment variable inputs as hints.  Do not consider changes.
 foreach(v BOOSTROOT BOOST_ROOT BOOST_INCLUDEDIR BOOST_LIBRARYDIR)
-  set(_env $ENV{${v}})
-  if(_env)
-    file(TO_CMAKE_PATH "${_env}" _ENV_${v})
-  else()
-    set(_ENV_${v} "")
-  endif()
+    set(_env $ENV{${v}})
+    if(_env)
+        file(TO_CMAKE_PATH "${_env}" _ENV_${v})
+    else()
+        set(_ENV_${v} "")
+    endif()
 endforeach()
 if(NOT _ENV_BOOST_ROOT AND _ENV_BOOSTROOT)
-  set(_ENV_BOOST_ROOT "${_ENV_BOOSTROOT}")
+    set(_ENV_BOOST_ROOT "${_ENV_BOOSTROOT}")
 endif()
 
 # Collect inputs and cached results.  Detect changes since the last run.
 if(NOT BOOST_ROOT AND BOOSTROOT)
-  set(BOOST_ROOT "${BOOSTROOT}")
+    set(BOOST_ROOT "${BOOSTROOT}")
 endif()
-set(_Boost_VARS_DIR
-  BOOST_ROOT
-  Boost_NO_SYSTEM_PATHS
-  )
+set(_Boost_VARS_DIR BOOST_ROOT Boost_NO_SYSTEM_PATHS)
 
 if(Boost_DEBUG)
-  message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                 "Declared as CMake or Environmental Variables:")
-  message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                 "  BOOST_ROOT = ${BOOST_ROOT}")
-  message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                 "  BOOST_INCLUDEDIR = ${BOOST_INCLUDEDIR}")
-  message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                 "  BOOST_LIBRARYDIR = ${BOOST_LIBRARYDIR}")
-  message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                 "_boost_TEST_VERSIONS = ${_boost_TEST_VERSIONS}")
+    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                   "Declared as CMake or Environmental Variables:")
+    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                   "  BOOST_ROOT = ${BOOST_ROOT}")
+    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                   "  BOOST_INCLUDEDIR = ${BOOST_INCLUDEDIR}")
+    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                   "  BOOST_LIBRARYDIR = ${BOOST_LIBRARYDIR}")
+    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                   "_boost_TEST_VERSIONS = ${_boost_TEST_VERSIONS}")
 endif()
 
 # ------------------------------------------------------------------------
-#  Search for Boost include DIR
+# Search for Boost include DIR
 # ------------------------------------------------------------------------
 
 set(_Boost_VARS_INC BOOST_INCLUDEDIR Boost_INCLUDE_DIR Boost_ADDITIONAL_VERSIONS)
-_Boost_CHANGE_DETECT(_Boost_CHANGE_INCDIR ${_Boost_VARS_DIR} ${_Boost_VARS_INC})
-# Clear Boost_INCLUDE_DIR if it did not change but other input affecting the
-# location did.  We will find a new one based on the new inputs.
+_boost_change_detect(_Boost_CHANGE_INCDIR ${_Boost_VARS_DIR} ${_Boost_VARS_INC})
+# Clear Boost_INCLUDE_DIR if it did not change but other input affecting the location did.
+# We will find a new one based on the new inputs.
 if(_Boost_CHANGE_INCDIR AND NOT _Boost_INCLUDE_DIR_CHANGED)
-  unset(Boost_INCLUDE_DIR CACHE)
+    unset(Boost_INCLUDE_DIR CACHE)
 endif()
 
 if(NOT Boost_INCLUDE_DIR)
-  set(_boost_INCLUDE_SEARCH_DIRS "")
-  if(BOOST_INCLUDEDIR)
-    list(APPEND _boost_INCLUDE_SEARCH_DIRS ${BOOST_INCLUDEDIR})
-  elseif(_ENV_BOOST_INCLUDEDIR)
-    list(APPEND _boost_INCLUDE_SEARCH_DIRS ${_ENV_BOOST_INCLUDEDIR})
-  endif()
-
-  if( BOOST_ROOT )
-    list(APPEND _boost_INCLUDE_SEARCH_DIRS ${BOOST_ROOT}/include ${BOOST_ROOT})
-  elseif( _ENV_BOOST_ROOT )
-    list(APPEND _boost_INCLUDE_SEARCH_DIRS ${_ENV_BOOST_ROOT}/include ${_ENV_BOOST_ROOT})
-  endif()
-
-  if( Boost_NO_SYSTEM_PATHS)
-    list(APPEND _boost_INCLUDE_SEARCH_DIRS NO_CMAKE_SYSTEM_PATH NO_SYSTEM_ENVIRONMENT_PATH)
-  else()
-    if("x${CMAKE_CXX_COMPILER_ID}" STREQUAL "xMSVC")
-      foreach(ver ${_boost_TEST_VERSIONS})
-        string(REPLACE "." "_" ver "${ver}")
-        list(APPEND _boost_INCLUDE_SEARCH_DIRS PATHS "C:/local/boost_${ver}")
-      endforeach()
-    endif()
-    list(APPEND _boost_INCLUDE_SEARCH_DIRS PATHS
-      C:/boost/include
-      C:/boost
-      /sw/local/include
-      )
-  endif()
-
-  # Try to find Boost by stepping backwards through the Boost versions
-  # we know about.
-  # Build a list of path suffixes for each version.
-  set(_boost_PATH_SUFFIXES)
-  foreach(_boost_VER ${_boost_TEST_VERSIONS})
-    # Add in a path suffix, based on the required version, ideally
-    # we could read this from version.hpp, but for that to work we'd
-    # need to know the include dir already
-    set(_boost_BOOSTIFIED_VERSION)
-
-    # Transform 1.35 => 1_35 and 1.36.0 => 1_36_0
-    if(_boost_VER MATCHES "(0-9+)\\.(0-9+)\\.(0-9+)")
-        set(_boost_BOOSTIFIED_VERSION
-          "${CMAKE_MATCH_1}_${CMAKE_MATCH_2}_${CMAKE_MATCH_3}")
-    elseif(_boost_VER MATCHES "(0-9+)\\.(0-9+)")
-        set(_boost_BOOSTIFIED_VERSION
-          "${CMAKE_MATCH_1}_${CMAKE_MATCH_2}")
-    endif()
-
-    list(APPEND _boost_PATH_SUFFIXES
-      "boost-${_boost_BOOSTIFIED_VERSION}"
-      "boost_${_boost_BOOSTIFIED_VERSION}"
-      "boost/boost-${_boost_BOOSTIFIED_VERSION}"
-      "boost/boost_${_boost_BOOSTIFIED_VERSION}"
-      )
+    set(_boost_INCLUDE_SEARCH_DIRS "")
+    if(BOOST_INCLUDEDIR)
+        list(APPEND _boost_INCLUDE_SEARCH_DIRS ${BOOST_INCLUDEDIR})
+    elseif(_ENV_BOOST_INCLUDEDIR)
+        list(APPEND _boost_INCLUDE_SEARCH_DIRS ${_ENV_BOOST_INCLUDEDIR})
+    endif()
 
-  endforeach()
+    if(BOOST_ROOT)
+        list(APPEND _boost_INCLUDE_SEARCH_DIRS ${BOOST_ROOT}/include ${BOOST_ROOT})
+    elseif(_ENV_BOOST_ROOT)
+        list(APPEND _boost_INCLUDE_SEARCH_DIRS ${_ENV_BOOST_ROOT}/include
+             ${_ENV_BOOST_ROOT})
+    endif()
 
-  if(Boost_DEBUG)
-    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                   "Include debugging info:")
-    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                   "  _boost_INCLUDE_SEARCH_DIRS = ${_boost_INCLUDE_SEARCH_DIRS}")
-    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                   "  _boost_PATH_SUFFIXES = ${_boost_PATH_SUFFIXES}")
-  endif()
+    if(Boost_NO_SYSTEM_PATHS)
+        list(APPEND _boost_INCLUDE_SEARCH_DIRS NO_CMAKE_SYSTEM_PATH
+             NO_SYSTEM_ENVIRONMENT_PATH)
+    else()
+        if("x${CMAKE_CXX_COMPILER_ID}" STREQUAL "xMSVC")
+            foreach(ver ${_boost_TEST_VERSIONS})
+                string(REPLACE "." "_" ver "${ver}")
+                list(APPEND _boost_INCLUDE_SEARCH_DIRS PATHS "C:/local/boost_${ver}")
+            endforeach()
+        endif()
+        list(APPEND _boost_INCLUDE_SEARCH_DIRS PATHS C:/boost/include C:/boost
+             /sw/local/include)
+    endif()
+
+    # Try to find Boost by stepping backwards through the Boost versions we know about.
+    # Build a list of path suffixes for each version.
+    set(_boost_PATH_SUFFIXES)
+    foreach(_boost_VER ${_boost_TEST_VERSIONS})
+        # Add in a path suffix, based on the required version, ideally we could read this
+        # from version.hpp, but for that to work we'd need to know the include dir already
+        set(_boost_BOOSTIFIED_VERSION)
+
+        # Transform 1.35 => 1_35 and 1.36.0 => 1_36_0
+        if(_boost_VER MATCHES "(0-9+)\\.(0-9+)\\.(0-9+)")
+            set(_boost_BOOSTIFIED_VERSION
+                "${CMAKE_MATCH_1}_${CMAKE_MATCH_2}_${CMAKE_MATCH_3}")
+        elseif(_boost_VER MATCHES "(0-9+)\\.(0-9+)")
+            set(_boost_BOOSTIFIED_VERSION "${CMAKE_MATCH_1}_${CMAKE_MATCH_2}")
+        endif()
+
+        list(
+            APPEND
+            _boost_PATH_SUFFIXES
+            "boost-${_boost_BOOSTIFIED_VERSION}"
+            "boost_${_boost_BOOSTIFIED_VERSION}"
+            "boost/boost-${_boost_BOOSTIFIED_VERSION}"
+            "boost/boost_${_boost_BOOSTIFIED_VERSION}")
 
-  # Look for a standard boost header file.
-  find_path(Boost_INCLUDE_DIR
-    NAMES         boost/config.hpp
-    HINTS         ${_boost_INCLUDE_SEARCH_DIRS}
-    PATH_SUFFIXES ${_boost_PATH_SUFFIXES}
-    )
+    endforeach()
+
+    if(Boost_DEBUG)
+        message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                       "Include debugging info:")
+        message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                       "  _boost_INCLUDE_SEARCH_DIRS = ${_boost_INCLUDE_SEARCH_DIRS}")
+        message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                       "  _boost_PATH_SUFFIXES = ${_boost_PATH_SUFFIXES}")
+    endif()
+
+    # Look for a standard boost header file.
+    find_path(
+        Boost_INCLUDE_DIR
+        NAMES boost/config.hpp
+        HINTS ${_boost_INCLUDE_SEARCH_DIRS}
+        PATH_SUFFIXES ${_boost_PATH_SUFFIXES})
 endif()
 
 # ------------------------------------------------------------------------
-#  Extract version information from version.hpp
+# Extract version information from version.hpp
 # ------------------------------------------------------------------------
 
-# Set Boost_FOUND based only on header location and version.
-# It will be updated below for component libraries.
+# Set Boost_FOUND based only on header location and version. It will be updated below for
+# component libraries.
 if(Boost_INCLUDE_DIR)
-  if(Boost_DEBUG)
-    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                   "location of version.hpp: ${Boost_INCLUDE_DIR}/boost/version.hpp")
-  endif()
+    if(Boost_DEBUG)
+        message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                       "location of version.hpp: ${Boost_INCLUDE_DIR}/boost/version.hpp")
+    endif()
 
-  # Extract Boost_VERSION and Boost_LIB_VERSION from version.hpp
-  set(Boost_VERSION 0)
-  set(Boost_LIB_VERSION "")
-  file(STRINGS "${Boost_INCLUDE_DIR}/boost/version.hpp" _boost_VERSION_HPP_CONTENTS REGEX "#define BOOST_(LIB_)?VERSION ")
-  set(_Boost_VERSION_REGEX "(0-9+)")
-  set(_Boost_LIB_VERSION_REGEX "\"(0-9_+)\"")
-  foreach(v VERSION LIB_VERSION)
-    if("${_boost_VERSION_HPP_CONTENTS}" MATCHES "#define BOOST_${v} ${_Boost_${v}_REGEX}")
-      set(Boost_${v} "${CMAKE_MATCH_1}")
-    endif()
-  endforeach()
-  unset(_boost_VERSION_HPP_CONTENTS)
-
-  math(EXPR Boost_MAJOR_VERSION "${Boost_VERSION} / 100000")
-  math(EXPR Boost_MINOR_VERSION "${Boost_VERSION} / 100 % 1000")
-  math(EXPR Boost_SUBMINOR_VERSION "${Boost_VERSION} % 100")
-  set(Boost_VERSION_STRING "${Boost_MAJOR_VERSION}.${Boost_MINOR_VERSION}.${Boost_SUBMINOR_VERSION}")
-
-  string(APPEND Boost_ERROR_REASON
-    "Boost version: ${Boost_MAJOR_VERSION}.${Boost_MINOR_VERSION}.${Boost_SUBMINOR_VERSION}\nBoost include path: ${Boost_INCLUDE_DIR}")
-  if(Boost_DEBUG)
-    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                   "version.hpp reveals boost "
-                   "${Boost_MAJOR_VERSION}.${Boost_MINOR_VERSION}.${Boost_SUBMINOR_VERSION}")
-  endif()
-
-  if(Boost_FIND_VERSION)
-    # Set Boost_FOUND based on requested version.
-    set(_Boost_VERSION "${Boost_MAJOR_VERSION}.${Boost_MINOR_VERSION}.${Boost_SUBMINOR_VERSION}")
-    if("${_Boost_VERSION}" VERSION_LESS "${Boost_FIND_VERSION}")
-      set(Boost_FOUND 0)
-      set(_Boost_VERSION_AGE "old")
-    elseif(Boost_FIND_VERSION_EXACT AND
-        NOT "${_Boost_VERSION}" VERSION_EQUAL "${Boost_FIND_VERSION}")
-      set(Boost_FOUND 0)
-      set(_Boost_VERSION_AGE "new")
+    # Extract Boost_VERSION and Boost_LIB_VERSION from version.hpp
+    set(Boost_VERSION 0)
+    set(Boost_LIB_VERSION "")
+    file(STRINGS "${Boost_INCLUDE_DIR}/boost/version.hpp" _boost_VERSION_HPP_CONTENTS
+         REGEX "#define BOOST_(LIB_)?VERSION ")
+    set(_Boost_VERSION_REGEX "(0-9+)")
+    set(_Boost_LIB_VERSION_REGEX "\"(0-9_+)\"")
+    foreach(v VERSION LIB_VERSION)
+        if("${_boost_VERSION_HPP_CONTENTS}" MATCHES
+           "#define BOOST_${v} ${_Boost_${v}_REGEX}")
+            set(Boost_${v} "${CMAKE_MATCH_1}")
+        endif()
+    endforeach()
+    unset(_boost_VERSION_HPP_CONTENTS)
+
+    math(EXPR Boost_MAJOR_VERSION "${Boost_VERSION} / 100000")
+    math(EXPR Boost_MINOR_VERSION "${Boost_VERSION} / 100 % 1000")
+    math(EXPR Boost_SUBMINOR_VERSION "${Boost_VERSION} % 100")
+    set(Boost_VERSION_STRING
+        "${Boost_MAJOR_VERSION}.${Boost_MINOR_VERSION}.${Boost_SUBMINOR_VERSION}")
+
+    string(
+        APPEND
+        Boost_ERROR_REASON
+        "Boost version: ${Boost_MAJOR_VERSION}.${Boost_MINOR_VERSION}.${Boost_SUBMINOR_VERSION}\nBoost include path: ${Boost_INCLUDE_DIR}"
+        )
+    if(Boost_DEBUG)
+        message(
+            STATUS
+                " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                "version.hpp reveals boost "
+                "${Boost_MAJOR_VERSION}.${Boost_MINOR_VERSION}.${Boost_SUBMINOR_VERSION}")
+    endif()
+
+    if(Boost_FIND_VERSION)
+        # Set Boost_FOUND based on requested version.
+        set(_Boost_VERSION
+            "${Boost_MAJOR_VERSION}.${Boost_MINOR_VERSION}.${Boost_SUBMINOR_VERSION}")
+        if("${_Boost_VERSION}" VERSION_LESS "${Boost_FIND_VERSION}")
+            set(Boost_FOUND 0)
+            set(_Boost_VERSION_AGE "old")
+        elseif(Boost_FIND_VERSION_EXACT AND NOT "${_Boost_VERSION}" VERSION_EQUAL
+                                            "${Boost_FIND_VERSION}")
+            set(Boost_FOUND 0)
+            set(_Boost_VERSION_AGE "new")
+        else()
+            set(Boost_FOUND 1)
+        endif()
+        if(NOT Boost_FOUND)
+            # State that we found a version of Boost that is too new or too old.
+            string(
+                APPEND
+                Boost_ERROR_REASON
+                "\nDetected version of Boost is too ${_Boost_VERSION_AGE}. Requested version was ${Boost_FIND_VERSION_MAJOR}.${Boost_FIND_VERSION_MINOR}"
+                )
+            if(Boost_FIND_VERSION_PATCH)
+                string(APPEND Boost_ERROR_REASON ".${Boost_FIND_VERSION_PATCH}")
+            endif()
+            if(NOT Boost_FIND_VERSION_EXACT)
+                string(APPEND Boost_ERROR_REASON " (or newer)")
+            endif()
+            string(APPEND Boost_ERROR_REASON ".")
+        endif()
     else()
-      set(Boost_FOUND 1)
+        # Caller will accept any Boost version.
+        set(Boost_FOUND 1)
     endif()
-    if(NOT Boost_FOUND)
-      # State that we found a version of Boost that is too new or too old.
-      string(APPEND Boost_ERROR_REASON
-        "\nDetected version of Boost is too ${_Boost_VERSION_AGE}. Requested version was ${Boost_FIND_VERSION_MAJOR}.${Boost_FIND_VERSION_MINOR}")
-      if (Boost_FIND_VERSION_PATCH)
-        string(APPEND Boost_ERROR_REASON
-          ".${Boost_FIND_VERSION_PATCH}")
-      endif ()
-      if (NOT Boost_FIND_VERSION_EXACT)
-        string(APPEND Boost_ERROR_REASON " (or newer)")
-      endif ()
-      string(APPEND Boost_ERROR_REASON ".")
-    endif ()
-  else()
-    # Caller will accept any Boost version.
-    set(Boost_FOUND 1)
-  endif()
 else()
-  set(Boost_FOUND 0)
-  string(APPEND Boost_ERROR_REASON
-    "Unable to find the Boost header files. Please set BOOST_ROOT to the root directory containing Boost or BOOST_INCLUDEDIR to the directory containing Boost's headers.")
+    set(Boost_FOUND 0)
+    string(
+        APPEND
+        Boost_ERROR_REASON
+        "Unable to find the Boost header files. Please set BOOST_ROOT to the root directory containing Boost or BOOST_INCLUDEDIR to the directory containing Boost's headers."
+        )
 endif()
 
 # ------------------------------------------------------------------------
-#  Prefix initialization
+# Prefix initialization
 # ------------------------------------------------------------------------
 
 set(Boost_LIB_PREFIX "")
-if ( (GHSMULTI AND Boost_USE_STATIC_LIBS) OR
-    (WIN32 AND Boost_USE_STATIC_LIBS AND NOT CYGWIN) )
-  set(Boost_LIB_PREFIX "lib")
+if((GHSMULTI AND Boost_USE_STATIC_LIBS)
+   OR (WIN32
+       AND Boost_USE_STATIC_LIBS
+       AND NOT CYGWIN))
+    set(Boost_LIB_PREFIX "lib")
 endif()
 
-if ( NOT Boost_NAMESPACE )
-  set(Boost_NAMESPACE "boost")
+if(NOT Boost_NAMESPACE)
+    set(Boost_NAMESPACE "boost")
 endif()
 
 if(Boost_DEBUG)
-  message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-    "Boost_LIB_PREFIX = ${Boost_LIB_PREFIX}")
-  message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-    "Boost_NAMESPACE = ${Boost_NAMESPACE}")
+    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                   "Boost_LIB_PREFIX = ${Boost_LIB_PREFIX}")
+    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                   "Boost_NAMESPACE = ${Boost_NAMESPACE}")
 endif()
 
 # ------------------------------------------------------------------------
-#  Suffix initialization and compiler suffix detection.
+# Suffix initialization and compiler suffix detection.
 # ------------------------------------------------------------------------
 
 set(_Boost_VARS_NAME
-  Boost_NAMESPACE
-  Boost_COMPILER
-  Boost_THREADAPI
-  Boost_USE_DEBUG_PYTHON
-  Boost_USE_MULTITHREADED
-  Boost_USE_STATIC_LIBS
-  Boost_USE_STATIC_RUNTIME
-  Boost_USE_STLPORT
-  Boost_USE_STLPORT_DEPRECATED_NATIVE_IOSTREAMS
-  )
-_Boost_CHANGE_DETECT(_Boost_CHANGE_LIBNAME ${_Boost_VARS_NAME})
+    Boost_NAMESPACE
+    Boost_COMPILER
+    Boost_THREADAPI
+    Boost_USE_DEBUG_PYTHON
+    Boost_USE_MULTITHREADED
+    Boost_USE_STATIC_LIBS
+    Boost_USE_STATIC_RUNTIME
+    Boost_USE_STLPORT
+    Boost_USE_STLPORT_DEPRECATED_NATIVE_IOSTREAMS)
+_boost_change_detect(_Boost_CHANGE_LIBNAME ${_Boost_VARS_NAME})
 
 # Setting some more suffixes for the library
-if (Boost_COMPILER)
-  set(_boost_COMPILER ${Boost_COMPILER})
-  if(Boost_DEBUG)
-    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                   "using user-specified Boost_COMPILER = ${_boost_COMPILER}")
-  endif()
+if(Boost_COMPILER)
+    set(_boost_COMPILER ${Boost_COMPILER})
+    if(Boost_DEBUG)
+        message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                       "using user-specified Boost_COMPILER = ${_boost_COMPILER}")
+    endif()
 else()
-  # Attempt to guess the compiler suffix
-  # NOTE: this is not perfect yet, if you experience any issues
-  # please report them and use the Boost_COMPILER variable
-  # to work around the problems.
-  _Boost_GUESS_COMPILER_PREFIX(_boost_COMPILER)
-  if(Boost_DEBUG)
-    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-      "guessed _boost_COMPILER = ${_boost_COMPILER}")
-  endif()
+    # Attempt to guess the compiler suffix NOTE: this is not perfect yet, if you
+    # experience any issues please report them and use the Boost_COMPILER variable to work
+    # around the problems.
+    _boost_guess_compiler_prefix(_boost_COMPILER)
+    if(Boost_DEBUG)
+        message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                       "guessed _boost_COMPILER = ${_boost_COMPILER}")
+    endif()
 endif()
 
-set (_boost_MULTITHREADED "-mt")
-if( NOT Boost_USE_MULTITHREADED )
-  set (_boost_MULTITHREADED "")
+set(_boost_MULTITHREADED "-mt")
+if(NOT Boost_USE_MULTITHREADED)
+    set(_boost_MULTITHREADED "")
 endif()
 if(Boost_DEBUG)
-  message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-    "_boost_MULTITHREADED = ${_boost_MULTITHREADED}")
+    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                   "_boost_MULTITHREADED = ${_boost_MULTITHREADED}")
 endif()
 
-#======================
+# ======================
 # Systematically build up the Boost ABI tag for the 'tagged' and 'versioned' layouts
 # http://boost.org/doc/libs/1_66_0/more/getting_started/windows.html#library-naming
 # http://boost.org/doc/libs/1_66_0/boost/config/auto_link.hpp
 # http://boost.org/doc/libs/1_66_0/tools/build/src/tools/common.jam
 # http://boost.org/doc/libs/1_66_0/boostcpp.jam
-set( _boost_RELEASE_ABI_TAG "-")
-set( _boost_DEBUG_ABI_TAG   "-")
-# Key       Use this library when:
-#  s        linking statically to the C++ standard library and
-#           compiler runtime support libraries.
+set(_boost_RELEASE_ABI_TAG "-")
+set(_boost_DEBUG_ABI_TAG "-")
+# Key       Use this library when: s        linking statically to the C++ standard library
+# and compiler runtime support libraries.
 if(Boost_USE_STATIC_RUNTIME)
-  set( _boost_RELEASE_ABI_TAG "${_boost_RELEASE_ABI_TAG}s")
-  set( _boost_DEBUG_ABI_TAG   "${_boost_DEBUG_ABI_TAG}s")
+    set(_boost_RELEASE_ABI_TAG "${_boost_RELEASE_ABI_TAG}s")
+    set(_boost_DEBUG_ABI_TAG "${_boost_DEBUG_ABI_TAG}s")
 endif()
-#  g        using debug versions of the standard and runtime
-#           support libraries
+# g        using debug versions of the standard and runtime support libraries
 if(WIN32 AND Boost_USE_DEBUG_RUNTIME)
-  if("x${CMAKE_CXX_COMPILER_ID}" STREQUAL "xMSVC"
-          OR "x${CMAKE_CXX_COMPILER_ID}" STREQUAL "xClang"
-          OR "x${CMAKE_CXX_COMPILER_ID}" STREQUAL "xIntel")
-    string(APPEND _boost_DEBUG_ABI_TAG "g")
-  endif()
+    if("x${CMAKE_CXX_COMPILER_ID}" STREQUAL "xMSVC"
+       OR "x${CMAKE_CXX_COMPILER_ID}" STREQUAL "xClang"
+       OR "x${CMAKE_CXX_COMPILER_ID}" STREQUAL "xIntel")
+        string(APPEND _boost_DEBUG_ABI_TAG "g")
+    endif()
 endif()
-#  y        using special debug build of python
+# y        using special debug build of python
 if(Boost_USE_DEBUG_PYTHON)
-  string(APPEND _boost_DEBUG_ABI_TAG "y")
+    string(APPEND _boost_DEBUG_ABI_TAG "y")
 endif()
-#  d        using a debug version of your code
+# d        using a debug version of your code
 string(APPEND _boost_DEBUG_ABI_TAG "d")
-#  p        using the STLport standard library rather than the
-#           default one supplied with your compiler
+# p        using the STLport standard library rather than the default one supplied with
+# your compiler
 if(Boost_USE_STLPORT)
-  string(APPEND _boost_RELEASE_ABI_TAG "p")
-  string(APPEND _boost_DEBUG_ABI_TAG "p")
+    string(APPEND _boost_RELEASE_ABI_TAG "p")
+    string(APPEND _boost_DEBUG_ABI_TAG "p")
 endif()
-#  n        using the STLport deprecated "native iostreams" feature
-#           removed from the documentation in 1.43.0 but still present in
-#           boost/config/auto_link.hpp
+# n        using the STLport deprecated "native iostreams" feature removed from the
+# documentation in 1.43.0 but still present in boost/config/auto_link.hpp
 if(Boost_USE_STLPORT_DEPRECATED_NATIVE_IOSTREAMS)
-  string(APPEND _boost_RELEASE_ABI_TAG "n")
-  string(APPEND _boost_DEBUG_ABI_TAG "n")
+    string(APPEND _boost_RELEASE_ABI_TAG "n")
+    string(APPEND _boost_DEBUG_ABI_TAG "n")
 endif()
 
-#  -x86     Architecture and address model tag
-#           First character is the architecture, then word-size, either 32 or 64
-#           Only used in 'versioned' layout, added in Boost 1.66.0
+# -x86     Architecture and address model tag First character is the architecture, then
+# word-size, either 32 or 64 Only used in 'versioned' layout, added in Boost 1.66.0
 if(DEFINED Boost_ARCHITECTURE)
-  set(_boost_ARCHITECTURE_TAG "${Boost_ARCHITECTURE}")
-  if(Boost_DEBUG)
-    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-      "using user-specified Boost_ARCHITECTURE = ${_boost_ARCHITECTURE_TAG}")
-  endif()
-else()
-  set(_boost_ARCHITECTURE_TAG "")
-  # {CMAKE_CXX_COMPILER_ARCHITECTURE_ID} is not currently set for all compilers
-  if(NOT "x${CMAKE_CXX_COMPILER_ARCHITECTURE_ID}" STREQUAL "x" AND NOT Boost_VERSION VERSION_LESS 106600)
-    string(APPEND _boost_ARCHITECTURE_TAG "-")
-    # This needs to be kept in-sync with the section of CMakePlatformId.h.in
-    # inside 'defined(_WIN32) && defined(_MSC_VER)'
-    if(CMAKE_CXX_COMPILER_ARCHITECTURE_ID STREQUAL "IA64")
-      string(APPEND _boost_ARCHITECTURE_TAG "i")
-    elseif(CMAKE_CXX_COMPILER_ARCHITECTURE_ID STREQUAL "X86"
-              OR CMAKE_CXX_COMPILER_ARCHITECTURE_ID STREQUAL "x64")
-      string(APPEND _boost_ARCHITECTURE_TAG "x")
-    elseif(CMAKE_CXX_COMPILER_ARCHITECTURE_ID MATCHES "^ARM")
-      string(APPEND _boost_ARCHITECTURE_TAG "a")
-    elseif(CMAKE_CXX_COMPILER_ARCHITECTURE_ID STREQUAL "MIPS")
-      string(APPEND _boost_ARCHITECTURE_TAG "m")
+    set(_boost_ARCHITECTURE_TAG "${Boost_ARCHITECTURE}")
+    if(Boost_DEBUG)
+        message(
+            STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                   "using user-specified Boost_ARCHITECTURE = ${_boost_ARCHITECTURE_TAG}")
     endif()
+else()
+    set(_boost_ARCHITECTURE_TAG "")
+    # {CMAKE_CXX_COMPILER_ARCHITECTURE_ID} is not currently set for all compilers
+    if(NOT "x${CMAKE_CXX_COMPILER_ARCHITECTURE_ID}" STREQUAL "x" AND NOT Boost_VERSION
+                                                                     VERSION_LESS 106600)
+        string(APPEND _boost_ARCHITECTURE_TAG "-")
+        # This needs to be kept in-sync with the section of CMakePlatformId.h.in inside
+        # 'defined(_WIN32) && defined(_MSC_VER)'
+        if(CMAKE_CXX_COMPILER_ARCHITECTURE_ID STREQUAL "IA64")
+            string(APPEND _boost_ARCHITECTURE_TAG "i")
+        elseif(CMAKE_CXX_COMPILER_ARCHITECTURE_ID STREQUAL "X86"
+               OR CMAKE_CXX_COMPILER_ARCHITECTURE_ID STREQUAL "x64")
+            string(APPEND _boost_ARCHITECTURE_TAG "x")
+        elseif(CMAKE_CXX_COMPILER_ARCHITECTURE_ID MATCHES "^ARM")
+            string(APPEND _boost_ARCHITECTURE_TAG "a")
+        elseif(CMAKE_CXX_COMPILER_ARCHITECTURE_ID STREQUAL "MIPS")
+            string(APPEND _boost_ARCHITECTURE_TAG "m")
+        endif()
 
-    if(CMAKE_SIZEOF_VOID_P EQUAL 8)
-      string(APPEND _boost_ARCHITECTURE_TAG "64")
-    else()
-      string(APPEND _boost_ARCHITECTURE_TAG "32")
+        if(CMAKE_SIZEOF_VOID_P EQUAL 8)
+            string(APPEND _boost_ARCHITECTURE_TAG "64")
+        else()
+            string(APPEND _boost_ARCHITECTURE_TAG "32")
+        endif()
     endif()
-  endif()
 endif()
 
 if(Boost_DEBUG)
-  message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-    "_boost_RELEASE_ABI_TAG = ${_boost_RELEASE_ABI_TAG}")
-  message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-    "_boost_DEBUG_ABI_TAG = ${_boost_DEBUG_ABI_TAG}")
+    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                   "_boost_RELEASE_ABI_TAG = ${_boost_RELEASE_ABI_TAG}")
+    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                   "_boost_DEBUG_ABI_TAG = ${_boost_DEBUG_ABI_TAG}")
 endif()
 
 # ------------------------------------------------------------------------
-#  Begin finding boost libraries
+# Begin finding boost libraries
 # ------------------------------------------------------------------------
 
 set(_Boost_VARS_LIB "")
 foreach(c DEBUG RELEASE)
-  set(_Boost_VARS_LIB_${c} BOOST_LIBRARYDIR Boost_LIBRARY_DIR_${c})
-  list(APPEND _Boost_VARS_LIB ${_Boost_VARS_LIB_${c}})
-  _Boost_CHANGE_DETECT(_Boost_CHANGE_LIBDIR_${c} ${_Boost_VARS_DIR} ${_Boost_VARS_LIB_${c}} Boost_INCLUDE_DIR)
-  # Clear Boost_LIBRARY_DIR_${c} if it did not change but other input affecting the
-  # location did.  We will find a new one based on the new inputs.
-  if(_Boost_CHANGE_LIBDIR_${c} AND NOT _Boost_LIBRARY_DIR_${c}_CHANGED)
-    unset(Boost_LIBRARY_DIR_${c} CACHE)
-  endif()
-
-  # If Boost_LIBRARY_DIR_RELEASE,DEBUG is set, prefer its value.
-  if(Boost_LIBRARY_DIR_${c})
-    set(_boost_LIBRARY_SEARCH_DIRS_${c} ${Boost_LIBRARY_DIR_${c}} NO_DEFAULT_PATH NO_CMAKE_FIND_ROOT_PATH)
-  else()
-    set(_boost_LIBRARY_SEARCH_DIRS_${c} "")
-    if(BOOST_LIBRARYDIR)
-      list(APPEND _boost_LIBRARY_SEARCH_DIRS_${c} ${BOOST_LIBRARYDIR})
-    elseif(_ENV_BOOST_LIBRARYDIR)
-      list(APPEND _boost_LIBRARY_SEARCH_DIRS_${c} ${_ENV_BOOST_LIBRARYDIR})
-    endif()
-
-    if(BOOST_ROOT)
-      list(APPEND _boost_LIBRARY_SEARCH_DIRS_${c} ${BOOST_ROOT}/lib ${BOOST_ROOT}/stage/lib)
-      _Boost_UPDATE_WINDOWS_LIBRARY_SEARCH_DIRS_WITH_PREBUILT_PATHS(_boost_LIBRARY_SEARCH_DIRS_${c} "${BOOST_ROOT}")
-    elseif(_ENV_BOOST_ROOT)
-      list(APPEND _boost_LIBRARY_SEARCH_DIRS_${c} ${_ENV_BOOST_ROOT}/lib ${_ENV_BOOST_ROOT}/stage/lib)
-      _Boost_UPDATE_WINDOWS_LIBRARY_SEARCH_DIRS_WITH_PREBUILT_PATHS(_boost_LIBRARY_SEARCH_DIRS_${c} "${_ENV_BOOST_ROOT}")
+    set(_Boost_VARS_LIB_${c} BOOST_LIBRARYDIR Boost_LIBRARY_DIR_${c})
+    list(APPEND _Boost_VARS_LIB ${_Boost_VARS_LIB_${c}})
+    _boost_change_detect(_Boost_CHANGE_LIBDIR_${c} ${_Boost_VARS_DIR}
+                         ${_Boost_VARS_LIB_${c}} Boost_INCLUDE_DIR)
+    # Clear Boost_LIBRARY_DIR_${c} if it did not change but other input affecting the
+    # location did.  We will find a new one based on the new inputs.
+    if(_Boost_CHANGE_LIBDIR_${c} AND NOT _Boost_LIBRARY_DIR_${c}_CHANGED)
+        unset(Boost_LIBRARY_DIR_${c} CACHE)
     endif()
 
-    list(APPEND _boost_LIBRARY_SEARCH_DIRS_${c}
-      ${Boost_INCLUDE_DIR}/lib
-      ${Boost_INCLUDE_DIR}/../lib
-      ${Boost_INCLUDE_DIR}/stage/lib
-      )
-    _Boost_UPDATE_WINDOWS_LIBRARY_SEARCH_DIRS_WITH_PREBUILT_PATHS(_boost_LIBRARY_SEARCH_DIRS_${c} "${Boost_INCLUDE_DIR}/..")
-    _Boost_UPDATE_WINDOWS_LIBRARY_SEARCH_DIRS_WITH_PREBUILT_PATHS(_boost_LIBRARY_SEARCH_DIRS_${c} "${Boost_INCLUDE_DIR}")
-    if( Boost_NO_SYSTEM_PATHS )
-      list(APPEND _boost_LIBRARY_SEARCH_DIRS_${c} NO_CMAKE_SYSTEM_PATH NO_SYSTEM_ENVIRONMENT_PATH)
+    # If Boost_LIBRARY_DIR_RELEASE,DEBUG is set, prefer its value.
+    if(Boost_LIBRARY_DIR_${c})
+        set(_boost_LIBRARY_SEARCH_DIRS_${c} ${Boost_LIBRARY_DIR_${c}} NO_DEFAULT_PATH
+                                            NO_CMAKE_FIND_ROOT_PATH)
     else()
-      foreach(ver ${_boost_TEST_VERSIONS})
-        string(REPLACE "." "_" ver "${ver}")
-        _Boost_UPDATE_WINDOWS_LIBRARY_SEARCH_DIRS_WITH_PREBUILT_PATHS(_boost_LIBRARY_SEARCH_DIRS_${c} "C:/local/boost_${ver}")
-      endforeach()
-      _Boost_UPDATE_WINDOWS_LIBRARY_SEARCH_DIRS_WITH_PREBUILT_PATHS(_boost_LIBRARY_SEARCH_DIRS_${c} "C:/boost")
-      list(APPEND _boost_LIBRARY_SEARCH_DIRS_${c} PATHS
-        C:/boost/lib
-        C:/boost
-        /sw/local/lib
-        )
+        set(_boost_LIBRARY_SEARCH_DIRS_${c} "")
+        if(BOOST_LIBRARYDIR)
+            list(APPEND _boost_LIBRARY_SEARCH_DIRS_${c} ${BOOST_LIBRARYDIR})
+        elseif(_ENV_BOOST_LIBRARYDIR)
+            list(APPEND _boost_LIBRARY_SEARCH_DIRS_${c} ${_ENV_BOOST_LIBRARYDIR})
+        endif()
+
+        if(BOOST_ROOT)
+            list(APPEND _boost_LIBRARY_SEARCH_DIRS_${c} ${BOOST_ROOT}/lib
+                 ${BOOST_ROOT}/stage/lib)
+            _boost_update_windows_library_search_dirs_with_prebuilt_paths(
+                _boost_LIBRARY_SEARCH_DIRS_${c} "${BOOST_ROOT}")
+        elseif(_ENV_BOOST_ROOT)
+            list(APPEND _boost_LIBRARY_SEARCH_DIRS_${c} ${_ENV_BOOST_ROOT}/lib
+                 ${_ENV_BOOST_ROOT}/stage/lib)
+            _boost_update_windows_library_search_dirs_with_prebuilt_paths(
+                _boost_LIBRARY_SEARCH_DIRS_${c} "${_ENV_BOOST_ROOT}")
+        endif()
+
+        list(APPEND _boost_LIBRARY_SEARCH_DIRS_${c} ${Boost_INCLUDE_DIR}/lib
+             ${Boost_INCLUDE_DIR}/../lib ${Boost_INCLUDE_DIR}/stage/lib)
+        _boost_update_windows_library_search_dirs_with_prebuilt_paths(
+            _boost_LIBRARY_SEARCH_DIRS_${c} "${Boost_INCLUDE_DIR}/..")
+        _boost_update_windows_library_search_dirs_with_prebuilt_paths(
+            _boost_LIBRARY_SEARCH_DIRS_${c} "${Boost_INCLUDE_DIR}")
+        if(Boost_NO_SYSTEM_PATHS)
+            list(APPEND _boost_LIBRARY_SEARCH_DIRS_${c} NO_CMAKE_SYSTEM_PATH
+                 NO_SYSTEM_ENVIRONMENT_PATH)
+        else()
+            foreach(ver ${_boost_TEST_VERSIONS})
+                string(REPLACE "." "_" ver "${ver}")
+                _boost_update_windows_library_search_dirs_with_prebuilt_paths(
+                    _boost_LIBRARY_SEARCH_DIRS_${c} "C:/local/boost_${ver}")
+            endforeach()
+            _boost_update_windows_library_search_dirs_with_prebuilt_paths(
+                _boost_LIBRARY_SEARCH_DIRS_${c} "C:/boost")
+            list(APPEND _boost_LIBRARY_SEARCH_DIRS_${c} PATHS C:/boost/lib C:/boost
+                 /sw/local/lib)
+        endif()
     endif()
-  endif()
 endforeach()
 
 if(Boost_DEBUG)
-  message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-    "_boost_LIBRARY_SEARCH_DIRS_RELEASE = ${_boost_LIBRARY_SEARCH_DIRS_RELEASE}"
-    "_boost_LIBRARY_SEARCH_DIRS_DEBUG   = ${_boost_LIBRARY_SEARCH_DIRS_DEBUG}")
+    message(
+        STATUS
+            " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+            "_boost_LIBRARY_SEARCH_DIRS_RELEASE = ${_boost_LIBRARY_SEARCH_DIRS_RELEASE}"
+            "_boost_LIBRARY_SEARCH_DIRS_DEBUG   = ${_boost_LIBRARY_SEARCH_DIRS_DEBUG}")
 endif()
 
 # Support preference of static libs by adjusting CMAKE_FIND_LIBRARY_SUFFIXES
-if( Boost_USE_STATIC_LIBS )
-  set( _boost_ORIG_CMAKE_FIND_LIBRARY_SUFFIXES ${CMAKE_FIND_LIBRARY_SUFFIXES})
-  if(WIN32)
-    list(INSERT CMAKE_FIND_LIBRARY_SUFFIXES 0 .lib .a)
-  else()
-    set(CMAKE_FIND_LIBRARY_SUFFIXES .a)
-  endif()
+if(Boost_USE_STATIC_LIBS)
+    set(_boost_ORIG_CMAKE_FIND_LIBRARY_SUFFIXES ${CMAKE_FIND_LIBRARY_SUFFIXES})
+    if(WIN32)
+        list(INSERT CMAKE_FIND_LIBRARY_SUFFIXES 0 .lib .a)
+    else()
+        set(CMAKE_FIND_LIBRARY_SUFFIXES .a)
+    endif()
 endif()
 
 # We want to use the tag inline below without risking double dashes
 if(_boost_RELEASE_ABI_TAG)
-  if(${_boost_RELEASE_ABI_TAG} STREQUAL "-")
-    set(_boost_RELEASE_ABI_TAG "")
-  endif()
+    if(${_boost_RELEASE_ABI_TAG} STREQUAL "-")
+        set(_boost_RELEASE_ABI_TAG "")
+    endif()
 endif()
 if(_boost_DEBUG_ABI_TAG)
-  if(${_boost_DEBUG_ABI_TAG} STREQUAL "-")
-    set(_boost_DEBUG_ABI_TAG "")
-  endif()
+    if(${_boost_DEBUG_ABI_TAG} STREQUAL "-")
+        set(_boost_DEBUG_ABI_TAG "")
+    endif()
 endif()
 
-# The previous behavior of FindBoost when Boost_USE_STATIC_LIBS was enabled
-# on WIN32 was to:
-#  1. Search for static libs compiled against a SHARED C++ standard runtime library (use if found)
-#  2. Search for static libs compiled against a STATIC C++ standard runtime library (use if found)
-# We maintain this behavior since changing it could break people's builds.
-# To disable the ambiguous behavior, the user need only
-# set Boost_USE_STATIC_RUNTIME either ON or OFF.
+# The previous behavior of FindBoost when Boost_USE_STATIC_LIBS was enabled on WIN32 was
+# to: 1. Search for static libs compiled against a SHARED C++ standard runtime library
+# (use if found) 2. Search for static libs compiled against a STATIC C++ standard runtime
+# library (use if found) We maintain this behavior since changing it could break people's
+# builds. To disable the ambiguous behavior, the user need only set
+# Boost_USE_STATIC_RUNTIME either ON or OFF.
 set(_boost_STATIC_RUNTIME_WORKAROUND false)
 if(WIN32 AND Boost_USE_STATIC_LIBS)
-  if(NOT DEFINED Boost_USE_STATIC_RUNTIME)
-    set(_boost_STATIC_RUNTIME_WORKAROUND TRUE)
-  endif()
+    if(NOT DEFINED Boost_USE_STATIC_RUNTIME)
+        set(_boost_STATIC_RUNTIME_WORKAROUND TRUE)
+    endif()
 endif()
 
-# On versions < 1.35, remove the System library from the considered list
-# since it wasn't added until 1.35.
+# On versions < 1.35, remove the System library from the considered list since it wasn't
+# added until 1.35.
 if(Boost_VERSION AND Boost_FIND_COMPONENTS)
-   if(Boost_VERSION LESS 103500)
-     list(REMOVE_ITEM Boost_FIND_COMPONENTS system)
-   endif()
+    if(Boost_VERSION LESS 103500)
+        list(REMOVE_ITEM Boost_FIND_COMPONENTS system)
+    endif()
 endif()
 
-# Additional components may be required via component dependencies.
-# Add any missing components to the list.
-_Boost_MISSING_DEPENDENCIES(Boost_FIND_COMPONENTS _Boost_EXTRA_FIND_COMPONENTS)
+# Additional components may be required via component dependencies. Add any missing
+# components to the list.
+_boost_missing_dependencies(Boost_FIND_COMPONENTS _Boost_EXTRA_FIND_COMPONENTS)
 
 # If thread is required, get the thread libs as a dependency
 if("thread" IN_LIST Boost_FIND_COMPONENTS)
-  if(Boost_FIND_QUIETLY)
-    set(_Boost_find_quiet QUIET)
-  else()
-    set(_Boost_find_quiet "")
-  endif()
-  find_package(Threads ${_Boost_find_quiet})
-  unset(_Boost_find_quiet)
+    if(Boost_FIND_QUIETLY)
+        set(_Boost_find_quiet QUIET)
+    else()
+        set(_Boost_find_quiet "")
+    endif()
+    find_package(Threads ${_Boost_find_quiet})
+    unset(_Boost_find_quiet)
 endif()
 
 # If the user changed any of our control inputs flush previous results.
-if(_Boost_CHANGE_LIBDIR_DEBUG OR _Boost_CHANGE_LIBDIR_RELEASE OR _Boost_CHANGE_LIBNAME)
-  foreach(COMPONENT ${_Boost_COMPONENTS_SEARCHED})
-    string(TOUPPER ${COMPONENT} UPPERCOMPONENT)
-    foreach(c DEBUG RELEASE)
-      set(_var Boost_${UPPERCOMPONENT}_LIBRARY_${c})
-      unset(${_var} CACHE)
-      set(${_var} "${_var}-NOTFOUND")
+if(_Boost_CHANGE_LIBDIR_DEBUG
+   OR _Boost_CHANGE_LIBDIR_RELEASE
+   OR _Boost_CHANGE_LIBNAME)
+    foreach(COMPONENT ${_Boost_COMPONENTS_SEARCHED})
+        string(TOUPPER ${COMPONENT} UPPERCOMPONENT)
+        foreach(c DEBUG RELEASE)
+            set(_var Boost_${UPPERCOMPONENT}_LIBRARY_${c})
+            unset(${_var} CACHE)
+            set(${_var} "${_var}-NOTFOUND")
+        endforeach()
     endforeach()
-  endforeach()
-  set(_Boost_COMPONENTS_SEARCHED "")
+    set(_Boost_COMPONENTS_SEARCHED "")
 endif()
 
 foreach(COMPONENT ${Boost_FIND_COMPONENTS})
-  string(TOUPPER ${COMPONENT} UPPERCOMPONENT)
+    string(TOUPPER ${COMPONENT} UPPERCOMPONENT)
 
-  set( _boost_docstring_release "Boost ${COMPONENT} library (release)")
-  set( _boost_docstring_debug   "Boost ${COMPONENT} library (debug)")
+    set(_boost_docstring_release "Boost ${COMPONENT} library (release)")
+    set(_boost_docstring_debug "Boost ${COMPONENT} library (debug)")
 
-  # Compute component-specific hints.
-  set(_Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT "")
-  if(${COMPONENT} STREQUAL "mpi" OR ${COMPONENT} STREQUAL "mpi_python" OR
-     ${COMPONENT} STREQUAL "graph_parallel")
-    foreach(lib ${MPI_CXX_LIBRARIES} ${MPI_C_LIBRARIES})
-      if(IS_ABSOLUTE "${lib}")
-        get_filename_component(libdir "${lib}" PATH)
-        string(REPLACE "\\" "/" libdir "${libdir}")
-        list(APPEND _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT ${libdir})
-      endif()
-    endforeach()
-  endif()
+    # Compute component-specific hints.
+    set(_Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT "")
+    if(${COMPONENT} STREQUAL "mpi"
+       OR ${COMPONENT} STREQUAL "mpi_python"
+       OR ${COMPONENT} STREQUAL "graph_parallel")
+        foreach(lib ${MPI_CXX_LIBRARIES} ${MPI_C_LIBRARIES})
+            if(IS_ABSOLUTE "${lib}")
+                get_filename_component(libdir "${lib}" PATH)
+                string(REPLACE "\\" "/" libdir "${libdir}")
+                list(APPEND _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT ${libdir})
+            endif()
+        endforeach()
+    endif()
 
-  # Handle Python version suffixes
-  unset(COMPONENT_PYTHON_VERSION_MAJOR)
-  unset(COMPONENT_PYTHON_VERSION_MINOR)
-  if(${COMPONENT} MATCHES "^(python|mpi_python|numpy)(0-9)\$")
-    set(COMPONENT_UNVERSIONED "${CMAKE_MATCH_1}")
-    set(COMPONENT_PYTHON_VERSION_MAJOR "${CMAKE_MATCH_2}")
-  elseif(${COMPONENT} MATCHES "^(python|mpi_python|numpy)(0-9)\\.?(0-9)\$")
-    set(COMPONENT_UNVERSIONED "${CMAKE_MATCH_1}")
-    set(COMPONENT_PYTHON_VERSION_MAJOR "${CMAKE_MATCH_2}")
-    set(COMPONENT_PYTHON_VERSION_MINOR "${CMAKE_MATCH_3}")
-  endif()
-
-  unset(_Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME)
-  if (COMPONENT_PYTHON_VERSION_MINOR)
-    # Boost >= 1.67
-    list(APPEND _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME "${COMPONENT_UNVERSIONED}${COMPONENT_PYTHON_VERSION_MAJOR}${COMPONENT_PYTHON_VERSION_MINOR}")
-    # Debian/Ubuntu (Some versions omit the 2 and/or 3 from the suffix)
-    list(APPEND _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME "${COMPONENT_UNVERSIONED}${COMPONENT_PYTHON_VERSION_MAJOR}-py${COMPONENT_PYTHON_VERSION_MAJOR}${COMPONENT_PYTHON_VERSION_MINOR}")
-    list(APPEND _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME "${COMPONENT_UNVERSIONED}-py${COMPONENT_PYTHON_VERSION_MAJOR}${COMPONENT_PYTHON_VERSION_MINOR}")
-    # Gentoo
-    list(APPEND _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME "${COMPONENT_UNVERSIONED}-${COMPONENT_PYTHON_VERSION_MAJOR}${COMPONENT_PYTHON_VERSION_MINOR}")
-    # RPMs
-    list(APPEND _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME "${COMPONENT_UNVERSIONED}-${COMPONENT_PYTHON_VERSION_MAJOR}${COMPONENT_PYTHON_VERSION_MINOR}")
-  endif()
-  if (COMPONENT_PYTHON_VERSION_MAJOR AND NOT COMPONENT_PYTHON_VERSION_MINOR)
-    # Boost < 1.67
-    list(APPEND _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME "${COMPONENT_UNVERSIONED}${COMPONENT_PYTHON_VERSION_MAJOR}")
-  endif()
-
-  # Consolidate and report component-specific hints.
-  if(_Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME)
-    list(REMOVE_DUPLICATES _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME)
-    if(Boost_DEBUG)
-      message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-        "Component-specific library search names for ${COMPONENT_NAME}: "
-        "${_Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME}")
-    endif()
-  endif()
-  if(_Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT)
-    list(REMOVE_DUPLICATES _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT)
-    if(Boost_DEBUG)
-      message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-        "Component-specific library search paths for ${COMPONENT}: "
-        "${_Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT}")
-    endif()
-  endif()
-
-  #
-  # Find headers
-  #
-  _Boost_COMPONENT_HEADERS("${COMPONENT}" Boost_${UPPERCOMPONENT}_HEADER_NAME)
-  # Look for a standard boost header file.
-  if(Boost_${UPPERCOMPONENT}_HEADER_NAME)
-    if(EXISTS "${Boost_INCLUDE_DIR}/${Boost_${UPPERCOMPONENT}_HEADER_NAME}")
-      set(Boost_${UPPERCOMPONENT}_HEADER ON)
+    # Handle Python version suffixes
+    unset(COMPONENT_PYTHON_VERSION_MAJOR)
+    unset(COMPONENT_PYTHON_VERSION_MINOR)
+    if(${COMPONENT} MATCHES "^(python|mpi_python|numpy)(0-9)\$")
+        set(COMPONENT_UNVERSIONED "${CMAKE_MATCH_1}")
+        set(COMPONENT_PYTHON_VERSION_MAJOR "${CMAKE_MATCH_2}")
+    elseif(${COMPONENT} MATCHES "^(python|mpi_python|numpy)(0-9)\\.?(0-9)\$")
+        set(COMPONENT_UNVERSIONED "${CMAKE_MATCH_1}")
+        set(COMPONENT_PYTHON_VERSION_MAJOR "${CMAKE_MATCH_2}")
+        set(COMPONENT_PYTHON_VERSION_MINOR "${CMAKE_MATCH_3}")
+    endif()
+
+    unset(_Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME)
+    if(COMPONENT_PYTHON_VERSION_MINOR)
+        # Boost >= 1.67
+        list(
+            APPEND
+            _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME
+            "${COMPONENT_UNVERSIONED}${COMPONENT_PYTHON_VERSION_MAJOR}${COMPONENT_PYTHON_VERSION_MINOR}"
+            )
+        # Debian/Ubuntu (Some versions omit the 2 and/or 3 from the suffix)
+        list(
+            APPEND
+            _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME
+            "${COMPONENT_UNVERSIONED}${COMPONENT_PYTHON_VERSION_MAJOR}-py${COMPONENT_PYTHON_VERSION_MAJOR}${COMPONENT_PYTHON_VERSION_MINOR}"
+            )
+        list(
+            APPEND
+            _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME
+            "${COMPONENT_UNVERSIONED}-py${COMPONENT_PYTHON_VERSION_MAJOR}${COMPONENT_PYTHON_VERSION_MINOR}"
+            )
+        # Gentoo
+        list(
+            APPEND
+            _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME
+            "${COMPONENT_UNVERSIONED}-${COMPONENT_PYTHON_VERSION_MAJOR}${COMPONENT_PYTHON_VERSION_MINOR}"
+            )
+        # RPMs
+        list(
+            APPEND
+            _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME
+            "${COMPONENT_UNVERSIONED}-${COMPONENT_PYTHON_VERSION_MAJOR}${COMPONENT_PYTHON_VERSION_MINOR}"
+            )
+    endif()
+    if(COMPONENT_PYTHON_VERSION_MAJOR AND NOT COMPONENT_PYTHON_VERSION_MINOR)
+        # Boost < 1.67
+        list(APPEND _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME
+             "${COMPONENT_UNVERSIONED}${COMPONENT_PYTHON_VERSION_MAJOR}")
+    endif()
+
+    # Consolidate and report component-specific hints.
+    if(_Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME)
+        list(REMOVE_DUPLICATES _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME)
+        if(Boost_DEBUG)
+            message(
+                STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                       "Component-specific library search names for ${COMPONENT_NAME}: "
+                       "${_Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME}")
+        endif()
+    endif()
+    if(_Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT)
+        list(REMOVE_DUPLICATES _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT)
+        if(Boost_DEBUG)
+            message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                           "Component-specific library search paths for ${COMPONENT}: "
+                           "${_Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT}")
+        endif()
+    endif()
+
+    #
+    # Find headers
+    #
+    _boost_component_headers("${COMPONENT}" Boost_${UPPERCOMPONENT}_HEADER_NAME)
+    # Look for a standard boost header file.
+    if(Boost_${UPPERCOMPONENT}_HEADER_NAME)
+        if(EXISTS "${Boost_INCLUDE_DIR}/${Boost_${UPPERCOMPONENT}_HEADER_NAME}")
+            set(Boost_${UPPERCOMPONENT}_HEADER ON)
+        else()
+            set(Boost_${UPPERCOMPONENT}_HEADER OFF)
+        endif()
     else()
-      set(Boost_${UPPERCOMPONENT}_HEADER OFF)
+        set(Boost_${UPPERCOMPONENT}_HEADER ON)
+        message(WARNING "No header defined for ${COMPONENT}; skipping header check")
     endif()
-  else()
-    set(Boost_${UPPERCOMPONENT}_HEADER ON)
-    message(WARNING "No header defined for ${COMPONENT}; skipping header check")
-  endif()
-
-  #
-  # Find RELEASE libraries
-  #
-  unset(_boost_RELEASE_NAMES)
-  foreach(component IN LISTS _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME COMPONENT)
-    foreach(compiler IN LISTS _boost_COMPILER)
-      list(APPEND _boost_RELEASE_NAMES
-        ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_RELEASE_ABI_TAG}${_boost_ARCHITECTURE_TAG}-${Boost_LIB_VERSION}
-        ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_RELEASE_ABI_TAG}${_boost_ARCHITECTURE_TAG}
-        ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_RELEASE_ABI_TAG} )
-    endforeach()
-    list(APPEND _boost_RELEASE_NAMES
-      ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_RELEASE_ABI_TAG}${_boost_ARCHITECTURE_TAG}-${Boost_LIB_VERSION}
-      ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_RELEASE_ABI_TAG}${_boost_ARCHITECTURE_TAG}
-      ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_RELEASE_ABI_TAG}
-      ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}
-      ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component} )
-    if(_boost_STATIC_RUNTIME_WORKAROUND)
-      set(_boost_RELEASE_STATIC_ABI_TAG "-s${_boost_RELEASE_ABI_TAG}")
-      foreach(compiler IN LISTS _boost_COMPILER)
-        list(APPEND _boost_RELEASE_NAMES
-          ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_RELEASE_STATIC_ABI_TAG}${_boost_ARCHITECTURE_TAG}-${Boost_LIB_VERSION}
-          ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_RELEASE_STATIC_ABI_TAG}${_boost_ARCHITECTURE_TAG}
-          ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_RELEASE_STATIC_ABI_TAG} )
-      endforeach()
-      list(APPEND _boost_RELEASE_NAMES
-        ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_RELEASE_STATIC_ABI_TAG}${_boost_ARCHITECTURE_TAG}-${Boost_LIB_VERSION}
-        ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_RELEASE_STATIC_ABI_TAG}${_boost_ARCHITECTURE_TAG}
-        ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_RELEASE_STATIC_ABI_TAG} )
-    endif()
-  endforeach()
-  if(Boost_THREADAPI AND ${COMPONENT} STREQUAL "thread")
-    _Boost_PREPEND_LIST_WITH_THREADAPI(_boost_RELEASE_NAMES ${_boost_RELEASE_NAMES})
-  endif()
-  if(Boost_DEBUG)
-    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
-                   "Searching for ${UPPERCOMPONENT}_LIBRARY_RELEASE: ${_boost_RELEASE_NAMES}")
-  endif()
 
-  # if Boost_LIBRARY_DIR_RELEASE is not defined,
-  # but Boost_LIBRARY_DIR_DEBUG is, look there first for RELEASE libs
-  if(NOT Boost_LIBRARY_DIR_RELEASE AND Boost_LIBRARY_DIR_DEBUG)
-    list(INSERT _boost_LIBRARY_SEARCH_DIRS_RELEASE 0 ${Boost_LIBRARY_DIR_DEBUG})
-  endif()
-
-  # Avoid passing backslashes to _Boost_FIND_LIBRARY due to macro re-parsing.
-  string(REPLACE "\\" "/" _boost_LIBRARY_SEARCH_DIRS_tmp "${_boost_LIBRARY_SEARCH_DIRS_RELEASE}")
-
-  if(Boost_USE_RELEASE_LIBS)
-    _Boost_FIND_LIBRARY(Boost_${UPPERCOMPONENT}_LIBRARY_RELEASE RELEASE
-      NAMES ${_boost_RELEASE_NAMES}
-      HINTS ${_boost_LIBRARY_SEARCH_DIRS_tmp}
-      NAMES_PER_DIR
-      DOC "${_boost_docstring_release}"
-      )
-  endif()
-
-  #
-  # Find DEBUG libraries
-  #
-  unset(_boost_DEBUG_NAMES)
-  foreach(component IN LISTS _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME COMPONENT)
-    foreach(compiler IN LISTS _boost_COMPILER)
-      list(APPEND _boost_DEBUG_NAMES
-        ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_DEBUG_ABI_TAG}${_boost_ARCHITECTURE_TAG}-${Boost_LIB_VERSION}
-        ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_DEBUG_ABI_TAG}${_boost_ARCHITECTURE_TAG}
-        ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_DEBUG_ABI_TAG} )
+    #
+    # Find RELEASE libraries
+    #
+    unset(_boost_RELEASE_NAMES)
+    foreach(component IN LISTS _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME COMPONENT)
+        foreach(compiler IN LISTS _boost_COMPILER)
+            list(
+                APPEND
+                _boost_RELEASE_NAMES
+                ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_RELEASE_ABI_TAG}${_boost_ARCHITECTURE_TAG}-${Boost_LIB_VERSION}
+                ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_RELEASE_ABI_TAG}${_boost_ARCHITECTURE_TAG}
+                ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_RELEASE_ABI_TAG}
+                )
+        endforeach()
+        list(
+            APPEND
+            _boost_RELEASE_NAMES
+            ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_RELEASE_ABI_TAG}${_boost_ARCHITECTURE_TAG}-${Boost_LIB_VERSION}
+            ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_RELEASE_ABI_TAG}${_boost_ARCHITECTURE_TAG}
+            ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_RELEASE_ABI_TAG}
+            ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}
+            ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component})
+        if(_boost_STATIC_RUNTIME_WORKAROUND)
+            set(_boost_RELEASE_STATIC_ABI_TAG "-s${_boost_RELEASE_ABI_TAG}")
+            foreach(compiler IN LISTS _boost_COMPILER)
+                list(
+                    APPEND
+                    _boost_RELEASE_NAMES
+                    ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_RELEASE_STATIC_ABI_TAG}${_boost_ARCHITECTURE_TAG}-${Boost_LIB_VERSION}
+                    ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_RELEASE_STATIC_ABI_TAG}${_boost_ARCHITECTURE_TAG}
+                    ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_RELEASE_STATIC_ABI_TAG}
+                    )
+            endforeach()
+            list(
+                APPEND
+                _boost_RELEASE_NAMES
+                ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_RELEASE_STATIC_ABI_TAG}${_boost_ARCHITECTURE_TAG}-${Boost_LIB_VERSION}
+                ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_RELEASE_STATIC_ABI_TAG}${_boost_ARCHITECTURE_TAG}
+                ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_RELEASE_STATIC_ABI_TAG}
+                )
+        endif()
     endforeach()
-    list(APPEND _boost_DEBUG_NAMES
-      ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_DEBUG_ABI_TAG}${_boost_ARCHITECTURE_TAG}-${Boost_LIB_VERSION}
-      ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_DEBUG_ABI_TAG}${_boost_ARCHITECTURE_TAG}
-      ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_DEBUG_ABI_TAG}
-      ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}
-      ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component} )
-    if(_boost_STATIC_RUNTIME_WORKAROUND)
-      set(_boost_DEBUG_STATIC_ABI_TAG "-s${_boost_DEBUG_ABI_TAG}")
-      foreach(compiler IN LISTS _boost_COMPILER)
-        list(APPEND _boost_DEBUG_NAMES
-          ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_DEBUG_STATIC_ABI_TAG}${_boost_ARCHITECTURE_TAG}-${Boost_LIB_VERSION}
-          ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_DEBUG_STATIC_ABI_TAG}${_boost_ARCHITECTURE_TAG}
-          ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_DEBUG_STATIC_ABI_TAG} )
-      endforeach()
-      list(APPEND _boost_DEBUG_NAMES
-        ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_DEBUG_STATIC_ABI_TAG}${_boost_ARCHITECTURE_TAG}-${Boost_LIB_VERSION}
-        ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_DEBUG_STATIC_ABI_TAG}${_boost_ARCHITECTURE_TAG}
-        ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_DEBUG_STATIC_ABI_TAG} )
-    endif()
-  endforeach()
-  if(Boost_THREADAPI AND ${COMPONENT} STREQUAL "thread")
-     _Boost_PREPEND_LIST_WITH_THREADAPI(_boost_DEBUG_NAMES ${_boost_DEBUG_NAMES})
-  endif()
-  if(Boost_DEBUG)
-    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+    if(Boost_THREADAPI AND ${COMPONENT} STREQUAL "thread")
+        _boost_prepend_list_with_threadapi(_boost_RELEASE_NAMES ${_boost_RELEASE_NAMES})
+    endif()
+    if(Boost_DEBUG)
+        message(
+            STATUS
+                " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
+                "Searching for ${UPPERCOMPONENT}_LIBRARY_RELEASE: ${_boost_RELEASE_NAMES}"
+            )
+    endif()
+
+    # if Boost_LIBRARY_DIR_RELEASE is not defined, but Boost_LIBRARY_DIR_DEBUG is, look
+    # there first for RELEASE libs
+    if(NOT Boost_LIBRARY_DIR_RELEASE AND Boost_LIBRARY_DIR_DEBUG)
+        list(INSERT _boost_LIBRARY_SEARCH_DIRS_RELEASE 0 ${Boost_LIBRARY_DIR_DEBUG})
+    endif()
+
+    # Avoid passing backslashes to _Boost_FIND_LIBRARY due to macro re-parsing.
+    string(REPLACE "\\" "/" _boost_LIBRARY_SEARCH_DIRS_tmp
+                   "${_boost_LIBRARY_SEARCH_DIRS_RELEASE}")
+
+    if(Boost_USE_RELEASE_LIBS)
+        _boost_find_library(
+            Boost_${UPPERCOMPONENT}_LIBRARY_RELEASE
+            RELEASE
+            NAMES
+            ${_boost_RELEASE_NAMES}
+            HINTS
+            ${_boost_LIBRARY_SEARCH_DIRS_tmp}
+            NAMES_PER_DIR
+            DOC
+            "${_boost_docstring_release}")
+    endif()
+
+    #
+    # Find DEBUG libraries
+    #
+    unset(_boost_DEBUG_NAMES)
+    foreach(component IN LISTS _Boost_FIND_LIBRARY_HINTS_FOR_COMPONENT_NAME COMPONENT)
+        foreach(compiler IN LISTS _boost_COMPILER)
+            list(
+                APPEND
+                _boost_DEBUG_NAMES
+                ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_DEBUG_ABI_TAG}${_boost_ARCHITECTURE_TAG}-${Boost_LIB_VERSION}
+                ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_DEBUG_ABI_TAG}${_boost_ARCHITECTURE_TAG}
+                ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_DEBUG_ABI_TAG}
+                )
+        endforeach()
+        list(
+            APPEND
+            _boost_DEBUG_NAMES
+            ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_DEBUG_ABI_TAG}${_boost_ARCHITECTURE_TAG}-${Boost_LIB_VERSION}
+            ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_DEBUG_ABI_TAG}${_boost_ARCHITECTURE_TAG}
+            ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_DEBUG_ABI_TAG}
+            ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}
+            ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component})
+        if(_boost_STATIC_RUNTIME_WORKAROUND)
+            set(_boost_DEBUG_STATIC_ABI_TAG "-s${_boost_DEBUG_ABI_TAG}")
+            foreach(compiler IN LISTS _boost_COMPILER)
+                list(
+                    APPEND
+                    _boost_DEBUG_NAMES
+                    ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_DEBUG_STATIC_ABI_TAG}${_boost_ARCHITECTURE_TAG}-${Boost_LIB_VERSION}
+                    ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_DEBUG_STATIC_ABI_TAG}${_boost_ARCHITECTURE_TAG}
+                    ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${compiler}${_boost_MULTITHREADED}${_boost_DEBUG_STATIC_ABI_TAG}
+                    )
+            endforeach()
+            list(
+                APPEND
+                _boost_DEBUG_NAMES
+                ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_DEBUG_STATIC_ABI_TAG}${_boost_ARCHITECTURE_TAG}-${Boost_LIB_VERSION}
+                ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_DEBUG_STATIC_ABI_TAG}${_boost_ARCHITECTURE_TAG}
+                ${Boost_LIB_PREFIX}${Boost_NAMESPACE}_${component}${_boost_MULTITHREADED}${_boost_DEBUG_STATIC_ABI_TAG}
+                )
+        endif()
+    endforeach()
+    if(Boost_THREADAPI AND ${COMPONENT} STREQUAL "thread")
+        _boost_prepend_list_with_threadapi(_boost_DEBUG_NAMES ${_boost_DEBUG_NAMES})
+    endif()
+    if(Boost_DEBUG)
+        message(
+            STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  "
                    "Searching for ${UPPERCOMPONENT}_LIBRARY_DEBUG: ${_boost_DEBUG_NAMES}")
-  endif()
+    endif()
 
-  # if Boost_LIBRARY_DIR_DEBUG is not defined,
-  # but Boost_LIBRARY_DIR_RELEASE is, look there first for DEBUG libs
-  if(NOT Boost_LIBRARY_DIR_DEBUG AND Boost_LIBRARY_DIR_RELEASE)
-    list(INSERT _boost_LIBRARY_SEARCH_DIRS_DEBUG 0 ${Boost_LIBRARY_DIR_RELEASE})
-  endif()
-
-  # Avoid passing backslashes to _Boost_FIND_LIBRARY due to macro re-parsing.
-  string(REPLACE "\\" "/" _boost_LIBRARY_SEARCH_DIRS_tmp "${_boost_LIBRARY_SEARCH_DIRS_DEBUG}")
-
-  if(Boost_USE_DEBUG_LIBS)
-    _Boost_FIND_LIBRARY(Boost_${UPPERCOMPONENT}_LIBRARY_DEBUG DEBUG
-      NAMES ${_boost_DEBUG_NAMES}
-      HINTS ${_boost_LIBRARY_SEARCH_DIRS_tmp}
-      NAMES_PER_DIR
-      DOC "${_boost_docstring_debug}"
-      )
-  endif ()
-
-  if(Boost_REALPATH)
-    _Boost_SWAP_WITH_REALPATH(Boost_${UPPERCOMPONENT}_LIBRARY_RELEASE "${_boost_docstring_release}")
-    _Boost_SWAP_WITH_REALPATH(Boost_${UPPERCOMPONENT}_LIBRARY_DEBUG   "${_boost_docstring_debug}"  )
-  endif()
+    # if Boost_LIBRARY_DIR_DEBUG is not defined, but Boost_LIBRARY_DIR_RELEASE is, look
+    # there first for DEBUG libs
+    if(NOT Boost_LIBRARY_DIR_DEBUG AND Boost_LIBRARY_DIR_RELEASE)
+        list(INSERT _boost_LIBRARY_SEARCH_DIRS_DEBUG 0 ${Boost_LIBRARY_DIR_RELEASE})
+    endif()
+
+    # Avoid passing backslashes to _Boost_FIND_LIBRARY due to macro re-parsing.
+    string(REPLACE "\\" "/" _boost_LIBRARY_SEARCH_DIRS_tmp
+                   "${_boost_LIBRARY_SEARCH_DIRS_DEBUG}")
+
+    if(Boost_USE_DEBUG_LIBS)
+        _boost_find_library(
+            Boost_${UPPERCOMPONENT}_LIBRARY_DEBUG
+            DEBUG
+            NAMES
+            ${_boost_DEBUG_NAMES}
+            HINTS
+            ${_boost_LIBRARY_SEARCH_DIRS_tmp}
+            NAMES_PER_DIR
+            DOC
+            "${_boost_docstring_debug}")
+    endif()
+
+    if(Boost_REALPATH)
+        _boost_swap_with_realpath(Boost_${UPPERCOMPONENT}_LIBRARY_RELEASE
+                                  "${_boost_docstring_release}")
+        _boost_swap_with_realpath(Boost_${UPPERCOMPONENT}_LIBRARY_DEBUG
+                                  "${_boost_docstring_debug}")
+    endif()
 
-  _Boost_ADJUST_LIB_VARS(${UPPERCOMPONENT})
+    _boost_adjust_lib_vars(${UPPERCOMPONENT})
 
-  # Check if component requires some compiler features
-  _Boost_COMPILER_FEATURES(${COMPONENT} _Boost_${UPPERCOMPONENT}_COMPILER_FEATURES)
+    # Check if component requires some compiler features
+    _boost_compiler_features(${COMPONENT} _Boost_${UPPERCOMPONENT}_COMPILER_FEATURES)
 
 endforeach()
 
 # Restore the original find library ordering
-if( Boost_USE_STATIC_LIBS )
-  set(CMAKE_FIND_LIBRARY_SUFFIXES ${_boost_ORIG_CMAKE_FIND_LIBRARY_SUFFIXES})
+if(Boost_USE_STATIC_LIBS)
+    set(CMAKE_FIND_LIBRARY_SUFFIXES ${_boost_ORIG_CMAKE_FIND_LIBRARY_SUFFIXES})
 endif()
 
 # ------------------------------------------------------------------------
-#  End finding boost libraries
+# End finding boost libraries
 # ------------------------------------------------------------------------
 
 set(Boost_INCLUDE_DIRS ${Boost_INCLUDE_DIR})
 set(Boost_LIBRARY_DIRS)
 if(Boost_LIBRARY_DIR_RELEASE)
-  list(APPEND Boost_LIBRARY_DIRS ${Boost_LIBRARY_DIR_RELEASE})
+    list(APPEND Boost_LIBRARY_DIRS ${Boost_LIBRARY_DIR_RELEASE})
 endif()
 if(Boost_LIBRARY_DIR_DEBUG)
-  list(APPEND Boost_LIBRARY_DIRS ${Boost_LIBRARY_DIR_DEBUG})
+    list(APPEND Boost_LIBRARY_DIRS ${Boost_LIBRARY_DIR_DEBUG})
 endif()
 if(Boost_LIBRARY_DIRS)
-  list(REMOVE_DUPLICATES Boost_LIBRARY_DIRS)
+    list(REMOVE_DUPLICATES Boost_LIBRARY_DIRS)
 endif()
 
-# The above setting of Boost_FOUND was based only on the header files.
-# Update it for the requested component libraries.
+# The above setting of Boost_FOUND was based only on the header files. Update it for the
+# requested component libraries.
 if(Boost_FOUND)
-  # The headers were found.  Check for requested component libs.
-  set(_boost_CHECKED_COMPONENT FALSE)
-  set(_Boost_MISSING_COMPONENTS "")
-  foreach(COMPONENT ${Boost_FIND_COMPONENTS})
-    string(TOUPPER ${COMPONENT} UPPERCOMPONENT)
-    set(_boost_CHECKED_COMPONENT TRUE)
-    if(NOT Boost_${UPPERCOMPONENT}_FOUND AND Boost_FIND_REQUIRED_${COMPONENT})
-      list(APPEND _Boost_MISSING_COMPONENTS ${COMPONENT})
-    endif()
-  endforeach()
-  if(_Boost_MISSING_COMPONENTS AND _Boost_EXTRA_FIND_COMPONENTS)
-    # Optional indirect dependencies are not counted as missing.
-    list(REMOVE_ITEM _Boost_MISSING_COMPONENTS ${_Boost_EXTRA_FIND_COMPONENTS})
-  endif()
-
-  if(Boost_DEBUG)
-    message(STATUS " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  Boost_FOUND = ${Boost_FOUND}")
-  endif()
-
-  if (_Boost_MISSING_COMPONENTS)
-    set(Boost_FOUND 0)
-    # We were unable to find some libraries, so generate a sensible
-    # error message that lists the libraries we were unable to find.
-    string(APPEND Boost_ERROR_REASON
-      "\nCould not find the following")
-    if(Boost_USE_STATIC_LIBS)
-      string(APPEND Boost_ERROR_REASON " static")
-    endif()
-    string(APPEND Boost_ERROR_REASON
-      " Boost libraries:\n")
-    foreach(COMPONENT ${_Boost_MISSING_COMPONENTS})
-      string(TOUPPER ${COMPONENT} UPPERCOMPONENT)
-      string(APPEND Boost_ERROR_REASON
-        "        ${Boost_NAMESPACE}_${COMPONENT}${Boost_ERROR_REASON_${UPPERCOMPONENT}}\n")
+    # The headers were found.  Check for requested component libs.
+    set(_boost_CHECKED_COMPONENT FALSE)
+    set(_Boost_MISSING_COMPONENTS "")
+    foreach(COMPONENT ${Boost_FIND_COMPONENTS})
+        string(TOUPPER ${COMPONENT} UPPERCOMPONENT)
+        set(_boost_CHECKED_COMPONENT TRUE)
+        if(NOT Boost_${UPPERCOMPONENT}_FOUND AND Boost_FIND_REQUIRED_${COMPONENT})
+            list(APPEND _Boost_MISSING_COMPONENTS ${COMPONENT})
+        endif()
     endforeach()
+    if(_Boost_MISSING_COMPONENTS AND _Boost_EXTRA_FIND_COMPONENTS)
+        # Optional indirect dependencies are not counted as missing.
+        list(REMOVE_ITEM _Boost_MISSING_COMPONENTS ${_Boost_EXTRA_FIND_COMPONENTS})
+    endif()
 
-    list(LENGTH Boost_FIND_COMPONENTS Boost_NUM_COMPONENTS_WANTED)
-    list(LENGTH _Boost_MISSING_COMPONENTS Boost_NUM_MISSING_COMPONENTS)
-    if (${Boost_NUM_COMPONENTS_WANTED} EQUAL ${Boost_NUM_MISSING_COMPONENTS})
-      string(APPEND Boost_ERROR_REASON
-        "No Boost libraries were found. You may need to set BOOST_LIBRARYDIR to the directory containing Boost libraries or BOOST_ROOT to the location of Boost.")
-    else ()
-      string(APPEND Boost_ERROR_REASON
-        "Some (but not all) of the required Boost libraries were found. You may need to install these additional Boost libraries. Alternatively, set BOOST_LIBRARYDIR to the directory containing Boost libraries or BOOST_ROOT to the location of Boost.")
-    endif ()
-  endif ()
-
-  if( NOT Boost_LIBRARY_DIRS AND NOT _boost_CHECKED_COMPONENT )
-    # Compatibility Code for backwards compatibility with CMake
-    # 2.4's FindBoost module.
-
-    # Look for the boost library path.
-    # Note that the user may not have installed any libraries
-    # so it is quite possible the Boost_LIBRARY_DIRS may not exist.
-    set(_boost_LIB_DIR ${Boost_INCLUDE_DIR})
-
-    if("${_boost_LIB_DIR}" MATCHES "boost-0-9+")
-      get_filename_component(_boost_LIB_DIR ${_boost_LIB_DIR} PATH)
-    endif()
-
-    if("${_boost_LIB_DIR}" MATCHES "/include$")
-      # Strip off the trailing "/include" in the path.
-      get_filename_component(_boost_LIB_DIR ${_boost_LIB_DIR} PATH)
-    endif()
-
-    if(EXISTS "${_boost_LIB_DIR}/lib")
-      string(APPEND _boost_LIB_DIR /lib)
-    elseif(EXISTS "${_boost_LIB_DIR}/stage/lib")
-      string(APPEND _boost_LIB_DIR "/stage/lib")
-    else()
-      set(_boost_LIB_DIR "")
+    if(Boost_DEBUG)
+        message(
+            STATUS
+                " ${CMAKE_CURRENT_LIST_FILE}:${CMAKE_CURRENT_LIST_LINE}  Boost_FOUND = ${Boost_FOUND}"
+            )
     endif()
 
-    if(_boost_LIB_DIR AND EXISTS "${_boost_LIB_DIR}")
-      set(Boost_LIBRARY_DIRS ${_boost_LIB_DIR})
+    if(_Boost_MISSING_COMPONENTS)
+        set(Boost_FOUND 0)
+        # We were unable to find some libraries, so generate a sensible error message that
+        # lists the libraries we were unable to find.
+        string(APPEND Boost_ERROR_REASON "\nCould not find the following")
+        if(Boost_USE_STATIC_LIBS)
+            string(APPEND Boost_ERROR_REASON " static")
+        endif()
+        string(APPEND Boost_ERROR_REASON " Boost libraries:\n")
+        foreach(COMPONENT ${_Boost_MISSING_COMPONENTS})
+            string(TOUPPER ${COMPONENT} UPPERCOMPONENT)
+            string(
+                APPEND
+                Boost_ERROR_REASON
+                "        ${Boost_NAMESPACE}_${COMPONENT}${Boost_ERROR_REASON_${UPPERCOMPONENT}}\n"
+                )
+        endforeach()
+
+        list(LENGTH Boost_FIND_COMPONENTS Boost_NUM_COMPONENTS_WANTED)
+        list(LENGTH _Boost_MISSING_COMPONENTS Boost_NUM_MISSING_COMPONENTS)
+        if(${Boost_NUM_COMPONENTS_WANTED} EQUAL ${Boost_NUM_MISSING_COMPONENTS})
+            string(
+                APPEND
+                Boost_ERROR_REASON
+                "No Boost libraries were found. You may need to set BOOST_LIBRARYDIR to the directory containing Boost libraries or BOOST_ROOT to the location of Boost."
+                )
+        else()
+            string(
+                APPEND
+                Boost_ERROR_REASON
+                "Some (but not all) of the required Boost libraries were found. You may need to install these additional Boost libraries. Alternatively, set BOOST_LIBRARYDIR to the directory containing Boost libraries or BOOST_ROOT to the location of Boost."
+                )
+        endif()
     endif()
 
-  endif()
+    if(NOT Boost_LIBRARY_DIRS AND NOT _boost_CHECKED_COMPONENT)
+        # Compatibility Code for backwards compatibility with CMake 2.4's FindBoost
+        # module.
+
+        # Look for the boost library path. Note that the user may not have installed any
+        # libraries so it is quite possible the Boost_LIBRARY_DIRS may not exist.
+        set(_boost_LIB_DIR ${Boost_INCLUDE_DIR})
+
+        if("${_boost_LIB_DIR}" MATCHES "boost-0-9+")
+            get_filename_component(_boost_LIB_DIR ${_boost_LIB_DIR} PATH)
+        endif()
+
+        if("${_boost_LIB_DIR}" MATCHES "/include$")
+            # Strip off the trailing "/include" in the path.
+            get_filename_component(_boost_LIB_DIR ${_boost_LIB_DIR} PATH)
+        endif()
+
+        if(EXISTS "${_boost_LIB_DIR}/lib")
+            string(APPEND _boost_LIB_DIR /lib)
+        elseif(EXISTS "${_boost_LIB_DIR}/stage/lib")
+            string(APPEND _boost_LIB_DIR "/stage/lib")
+        else()
+            set(_boost_LIB_DIR "")
+        endif()
+
+        if(_boost_LIB_DIR AND EXISTS "${_boost_LIB_DIR}")
+            set(Boost_LIBRARY_DIRS ${_boost_LIB_DIR})
+        endif()
+
+    endif()
 else()
-  # Boost headers were not found so no components were found.
-  foreach(COMPONENT ${Boost_FIND_COMPONENTS})
-    string(TOUPPER ${COMPONENT} UPPERCOMPONENT)
-    set(Boost_${UPPERCOMPONENT}_FOUND 0)
-  endforeach()
+    # Boost headers were not found so no components were found.
+    foreach(COMPONENT ${Boost_FIND_COMPONENTS})
+        string(TOUPPER ${COMPONENT} UPPERCOMPONENT)
+        set(Boost_${UPPERCOMPONENT}_FOUND 0)
+    endforeach()
 endif()
 
 # ------------------------------------------------------------------------
-#  Add imported targets
+# Add imported targets
 # ------------------------------------------------------------------------
 
 if(Boost_FOUND)
-  # For header-only libraries
-  if(NOT TARGET Boost::boost)
-    add_library(Boost::boost INTERFACE IMPORTED)
-    if(Boost_INCLUDE_DIRS)
-      set_target_properties(Boost::boost PROPERTIES
-        INTERFACE_INCLUDE_DIRECTORIES "${Boost_INCLUDE_DIRS}")
-    endif()
-  endif()
-
-  foreach(COMPONENT ${Boost_FIND_COMPONENTS})
-    if(_Boost_IMPORTED_TARGETS AND NOT TARGET Boost::${COMPONENT})
-      string(TOUPPER ${COMPONENT} UPPERCOMPONENT)
-      if(Boost_${UPPERCOMPONENT}_FOUND)
-        if(Boost_USE_STATIC_LIBS)
-          add_library(Boost::${COMPONENT} STATIC IMPORTED)
-        else()
-          # Even if Boost_USE_STATIC_LIBS is OFF, we might have static
-          # libraries as a result.
-          add_library(Boost::${COMPONENT} UNKNOWN IMPORTED)
-        endif()
+    # For header-only libraries
+    if(NOT TARGET Boost::boost)
+        add_library(Boost::boost INTERFACE IMPORTED)
         if(Boost_INCLUDE_DIRS)
-          set_target_properties(Boost::${COMPONENT} PROPERTIES
-            INTERFACE_INCLUDE_DIRECTORIES "${Boost_INCLUDE_DIRS}")
-        endif()
-        if(EXISTS "${Boost_${UPPERCOMPONENT}_LIBRARY}")
-          set_target_properties(Boost::${COMPONENT} PROPERTIES
-            IMPORTED_LINK_INTERFACE_LANGUAGES "CXX"
-            IMPORTED_LOCATION "${Boost_${UPPERCOMPONENT}_LIBRARY}")
-        endif()
-        if(EXISTS "${Boost_${UPPERCOMPONENT}_LIBRARY_RELEASE}")
-          set_property(TARGET Boost::${COMPONENT} APPEND PROPERTY
-            IMPORTED_CONFIGURATIONS RELEASE)
-          set_target_properties(Boost::${COMPONENT} PROPERTIES
-            IMPORTED_LINK_INTERFACE_LANGUAGES_RELEASE "CXX"
-            IMPORTED_LOCATION_RELEASE "${Boost_${UPPERCOMPONENT}_LIBRARY_RELEASE}")
-        endif()
-        if(EXISTS "${Boost_${UPPERCOMPONENT}_LIBRARY_DEBUG}")
-          set_property(TARGET Boost::${COMPONENT} APPEND PROPERTY
-            IMPORTED_CONFIGURATIONS DEBUG)
-          set_target_properties(Boost::${COMPONENT} PROPERTIES
-            IMPORTED_LINK_INTERFACE_LANGUAGES_DEBUG "CXX"
-            IMPORTED_LOCATION_DEBUG "${Boost_${UPPERCOMPONENT}_LIBRARY_DEBUG}")
-        endif()
-        if(_Boost_${UPPERCOMPONENT}_DEPENDENCIES)
-          unset(_Boost_${UPPERCOMPONENT}_TARGET_DEPENDENCIES)
-          foreach(dep ${_Boost_${UPPERCOMPONENT}_DEPENDENCIES})
-            list(APPEND _Boost_${UPPERCOMPONENT}_TARGET_DEPENDENCIES Boost::${dep})
-          endforeach()
-          if(COMPONENT STREQUAL "thread")
-            list(APPEND _Boost_${UPPERCOMPONENT}_TARGET_DEPENDENCIES Threads::Threads)
-          endif()
-          set_target_properties(Boost::${COMPONENT} PROPERTIES
-            INTERFACE_LINK_LIBRARIES "${_Boost_${UPPERCOMPONENT}_TARGET_DEPENDENCIES}")
-        endif()
-        if(_Boost_${UPPERCOMPONENT}_COMPILER_FEATURES)
-          set_target_properties(Boost::${COMPONENT} PROPERTIES
-            INTERFACE_COMPILE_FEATURES "${_Boost_${UPPERCOMPONENT}_COMPILER_FEATURES}")
+            set_target_properties(Boost::boost PROPERTIES INTERFACE_INCLUDE_DIRECTORIES
+                                                          "${Boost_INCLUDE_DIRS}")
         endif()
-      endif()
     endif()
-  endforeach()
+
+    foreach(COMPONENT ${Boost_FIND_COMPONENTS})
+        if(_Boost_IMPORTED_TARGETS AND NOT TARGET Boost::${COMPONENT})
+            string(TOUPPER ${COMPONENT} UPPERCOMPONENT)
+            if(Boost_${UPPERCOMPONENT}_FOUND)
+                if(Boost_USE_STATIC_LIBS)
+                    add_library(Boost::${COMPONENT} STATIC IMPORTED)
+                else()
+                    # Even if Boost_USE_STATIC_LIBS is OFF, we might have static libraries
+                    # as a result.
+                    add_library(Boost::${COMPONENT} UNKNOWN IMPORTED)
+                endif()
+                if(Boost_INCLUDE_DIRS)
+                    set_target_properties(
+                        Boost::${COMPONENT} PROPERTIES INTERFACE_INCLUDE_DIRECTORIES
+                                                       "${Boost_INCLUDE_DIRS}")
+                endif()
+                if(EXISTS "${Boost_${UPPERCOMPONENT}_LIBRARY}")
+                    set_target_properties(
+                        Boost::${COMPONENT}
+                        PROPERTIES IMPORTED_LINK_INTERFACE_LANGUAGES "CXX"
+                                   IMPORTED_LOCATION "${Boost_${UPPERCOMPONENT}_LIBRARY}")
+                endif()
+                if(EXISTS "${Boost_${UPPERCOMPONENT}_LIBRARY_RELEASE}")
+                    set_property(
+                        TARGET Boost::${COMPONENT}
+                        APPEND
+                        PROPERTY IMPORTED_CONFIGURATIONS RELEASE)
+                    set_target_properties(
+                        Boost::${COMPONENT}
+                        PROPERTIES IMPORTED_LINK_INTERFACE_LANGUAGES_RELEASE "CXX"
+                                   IMPORTED_LOCATION_RELEASE
+                                   "${Boost_${UPPERCOMPONENT}_LIBRARY_RELEASE}")
+                endif()
+                if(EXISTS "${Boost_${UPPERCOMPONENT}_LIBRARY_DEBUG}")
+                    set_property(
+                        TARGET Boost::${COMPONENT}
+                        APPEND
+                        PROPERTY IMPORTED_CONFIGURATIONS DEBUG)
+                    set_target_properties(
+                        Boost::${COMPONENT}
+                        PROPERTIES IMPORTED_LINK_INTERFACE_LANGUAGES_DEBUG "CXX"
+                                   IMPORTED_LOCATION_DEBUG
+                                   "${Boost_${UPPERCOMPONENT}_LIBRARY_DEBUG}")
+                endif()
+                if(_Boost_${UPPERCOMPONENT}_DEPENDENCIES)
+                    unset(_Boost_${UPPERCOMPONENT}_TARGET_DEPENDENCIES)
+                    foreach(dep ${_Boost_${UPPERCOMPONENT}_DEPENDENCIES})
+                        list(APPEND _Boost_${UPPERCOMPONENT}_TARGET_DEPENDENCIES
+                             Boost::${dep})
+                    endforeach()
+                    if(COMPONENT STREQUAL "thread")
+                        list(APPEND _Boost_${UPPERCOMPONENT}_TARGET_DEPENDENCIES
+                             Threads::Threads)
+                    endif()
+                    set_target_properties(
+                        Boost::${COMPONENT}
+                        PROPERTIES INTERFACE_LINK_LIBRARIES
+                                   "${_Boost_${UPPERCOMPONENT}_TARGET_DEPENDENCIES}")
+                endif()
+                if(_Boost_${UPPERCOMPONENT}_COMPILER_FEATURES)
+                    set_target_properties(
+                        Boost::${COMPONENT}
+                        PROPERTIES INTERFACE_COMPILE_FEATURES
+                                   "${_Boost_${UPPERCOMPONENT}_COMPILER_FEATURES}")
+                endif()
+            endif()
+        endif()
+    endforeach()
 endif()
 
 # ------------------------------------------------------------------------
-#  Notification to end user about what was found
+# Notification to end user about what was found
 # ------------------------------------------------------------------------
 
 set(Boost_LIBRARIES "")
 if(Boost_FOUND)
-  if(NOT Boost_FIND_QUIETLY)
-    message(STATUS "Boost version: ${Boost_MAJOR_VERSION}.${Boost_MINOR_VERSION}.${Boost_SUBMINOR_VERSION}")
-    if(Boost_FIND_COMPONENTS)
-      message(STATUS "Found the following Boost libraries:")
-    endif()
-  endif()
-  foreach( COMPONENT  ${Boost_FIND_COMPONENTS} )
-    string( TOUPPER ${COMPONENT} UPPERCOMPONENT )
-    if( Boost_${UPPERCOMPONENT}_FOUND )
-      if(NOT Boost_FIND_QUIETLY)
-        message (STATUS "  ${COMPONENT}")
-      endif()
-      list(APPEND Boost_LIBRARIES ${Boost_${UPPERCOMPONENT}_LIBRARY})
-      if(COMPONENT STREQUAL "thread")
-        list(APPEND Boost_LIBRARIES ${CMAKE_THREAD_LIBS_INIT})
-      endif()
+    if(NOT Boost_FIND_QUIETLY)
+        message(
+            STATUS
+                "Boost version: ${Boost_MAJOR_VERSION}.${Boost_MINOR_VERSION}.${Boost_SUBMINOR_VERSION}"
+            )
+        if(Boost_FIND_COMPONENTS)
+            message(STATUS "Found the following Boost libraries:")
+        endif()
     endif()
-  endforeach()
+    foreach(COMPONENT ${Boost_FIND_COMPONENTS})
+        string(TOUPPER ${COMPONENT} UPPERCOMPONENT)
+        if(Boost_${UPPERCOMPONENT}_FOUND)
+            if(NOT Boost_FIND_QUIETLY)
+                message(STATUS "  ${COMPONENT}")
+            endif()
+            list(APPEND Boost_LIBRARIES ${Boost_${UPPERCOMPONENT}_LIBRARY})
+            if(COMPONENT STREQUAL "thread")
+                list(APPEND Boost_LIBRARIES ${CMAKE_THREAD_LIBS_INIT})
+            endif()
+        endif()
+    endforeach()
 else()
-  if(Boost_FIND_REQUIRED)
-    message(SEND_ERROR "Unable to find the requested Boost libraries.\n${Boost_ERROR_REASON}")
-  else()
-    if(NOT Boost_FIND_QUIETLY)
-      # we opt not to automatically output Boost_ERROR_REASON here as
-      # it could be quite lengthy and somewhat imposing in its requests
-      # Since Boost is not always a required dependency we'll leave this
-      # up to the end-user.
-      if(Boost_DEBUG OR Boost_DETAILED_FAILURE_MSG)
-        message(STATUS "Could NOT find Boost\n${Boost_ERROR_REASON}")
-      else()
-        message(STATUS "Could NOT find Boost")
-      endif()
+    if(Boost_FIND_REQUIRED)
+        message(
+            SEND_ERROR
+                "Unable to find the requested Boost libraries.\n${Boost_ERROR_REASON}")
+    else()
+        if(NOT Boost_FIND_QUIETLY)
+            # we opt not to automatically output Boost_ERROR_REASON here as it could be
+            # quite lengthy and somewhat imposing in its requests Since Boost is not
+            # always a required dependency we'll leave this up to the end-user.
+            if(Boost_DEBUG OR Boost_DETAILED_FAILURE_MSG)
+                message(STATUS "Could NOT find Boost\n${Boost_ERROR_REASON}")
+            else()
+                message(STATUS "Could NOT find Boost")
+            endif()
+        endif()
     endif()
-  endif()
 endif()
 
 # Configure display of cache entries in GUI.
 foreach(v BOOSTROOT BOOST_ROOT ${_Boost_VARS_INC} ${_Boost_VARS_LIB})
-  get_property(_type CACHE ${v} PROPERTY TYPE)
-  if(_type)
-    set_property(CACHE ${v} PROPERTY ADVANCED 1)
-    if("x${_type}" STREQUAL "xUNINITIALIZED")
-      if("x${v}" STREQUAL "xBoost_ADDITIONAL_VERSIONS")
-        set_property(CACHE ${v} PROPERTY TYPE STRING)
-      else()
-        set_property(CACHE ${v} PROPERTY TYPE PATH)
-      endif()
+    get_property(
+        _type
+        CACHE ${v}
+        PROPERTY TYPE)
+    if(_type)
+        set_property(CACHE ${v} PROPERTY ADVANCED 1)
+        if("x${_type}" STREQUAL "xUNINITIALIZED")
+            if("x${v}" STREQUAL "xBoost_ADDITIONAL_VERSIONS")
+                set_property(CACHE ${v} PROPERTY TYPE STRING)
+            else()
+                set_property(CACHE ${v} PROPERTY TYPE PATH)
+            endif()
+        endif()
     endif()
-  endif()
 endforeach()
 
-# Record last used values of input variables so we can
-# detect on the next run if the user changed them.
-foreach(v
-    ${_Boost_VARS_INC} ${_Boost_VARS_LIB}
-    ${_Boost_VARS_DIR} ${_Boost_VARS_NAME}
-    )
-  if(DEFINED ${v})
-    set(_${v}_LAST "${${v}}" CACHE INTERNAL "Last used ${v} value.")
-  else()
-    unset(_${v}_LAST CACHE)
-  endif()
+# Record last used values of input variables so we can detect on the next run if the user
+# changed them.
+foreach(v ${_Boost_VARS_INC} ${_Boost_VARS_LIB} ${_Boost_VARS_DIR} ${_Boost_VARS_NAME})
+    if(DEFINED ${v})
+        set(_${v}_LAST
+            "${${v}}"
+            CACHE INTERNAL "Last used ${v} value.")
+    else()
+        unset(_${v}_LAST CACHE)
+    endif()
 endforeach()
 
-# Maintain a persistent list of components requested anywhere since
-# the last flush.
+# Maintain a persistent list of components requested anywhere since the last flush.
 set(_Boost_COMPONENTS_SEARCHED "${_Boost_COMPONENTS_SEARCHED}")
 list(APPEND _Boost_COMPONENTS_SEARCHED ${Boost_FIND_COMPONENTS})
 list(REMOVE_DUPLICATES _Boost_COMPONENTS_SEARCHED)
 list(SORT _Boost_COMPONENTS_SEARCHED)
-set(_Boost_COMPONENTS_SEARCHED "${_Boost_COMPONENTS_SEARCHED}"
-  CACHE INTERNAL "Components requested for this build tree.")
+set(_Boost_COMPONENTS_SEARCHED
+    "${_Boost_COMPONENTS_SEARCHED}"
+    CACHE INTERNAL "Components requested for this build tree.")
 
 # Restore project's policies
 cmake_policy(POP)

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/Modules/FindLibDebuginfod.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/Modules/FindLibDebuginfod.cmake Changed

@@ -28,49 +28,35 @@
 pkg_check_modules(PC_Debuginfod QUIET REQUIRED libdebuginfod>=${ElfUtils_MIN_VERSION})
 set(LibDebuginfod_VERSION "${PC_Debuginfod_VERSION}")
 
-find_path(LibDebuginfod_INCLUDE_DIRS
-          NAMES
-            debuginfod.h
-          HINTS
-            ${PC_Debuginfod_INCLUDEDIR}
-            ${PC_Debuginfod_INCLUDE_DIRS}
-            ${LibDebuginfod_ROOT_DIR}/include
-            ${LibDebuginfod_ROOT_DIR}
-            ${LibDebuginfod_INCLUDEDIR}
-          PATHS
-            ${DYNINST_SYSTEM_INCLUDE_PATHS}
-          PATH_SUFFIXES
-            ${_path_suffixes}
-          DOC
-            "libdebuginfod include directories")
+find_path(
+    LibDebuginfod_INCLUDE_DIRS
+    NAMES debuginfod.h
+    HINTS ${PC_Debuginfod_INCLUDEDIR} ${PC_Debuginfod_INCLUDE_DIRS}
+          ${LibDebuginfod_ROOT_DIR}/include ${LibDebuginfod_ROOT_DIR}
+          ${LibDebuginfod_INCLUDEDIR} ${PC_Debuginfod_INCLUDEDIR}/elfutils
+    PATHS ${DYNINST_SYSTEM_INCLUDE_PATHS}
+    PATH_SUFFIXES ${_path_suffixes}
+    DOC "libdebuginfod include directories")
 
-find_library(LibDebuginfod_LIBRARIES
-             NAMES
-               libdebuginfod.so.1 libdebuginfod.so
-             HINTS
-               ${PC_Debuginfod_LIBDIR}
-               ${PC_Debuginfod_LIBRARY_DIRS}
-               ${LibDebuginfod_ROOT_DIR}/lib
-               ${LibDebuginfod_ROOT_DIR}
-               ${LibDebuginfod_LIBRARYDIR}
-             PATHS
-               ${DYNINST_SYSTEM_LIBRARY_PATHS}
-             PATH_SUFFIXES
-               ${_path_suffixes})
+find_library(
+    LibDebuginfod_LIBRARIES
+    NAMES libdebuginfod.so.1 libdebuginfod.so
+    HINTS ${PC_Debuginfod_LIBDIR} ${PC_Debuginfod_LIBRARY_DIRS}
+          ${LibDebuginfod_ROOT_DIR}/lib ${LibDebuginfod_ROOT_DIR}
+          ${LibDebuginfod_LIBRARYDIR}
+    PATHS ${DYNINST_SYSTEM_LIBRARY_PATHS}
+    PATH_SUFFIXES ${_path_suffixes})
 
 include(FindPackageHandleStandardArgs)
-find_package_handle_standard_args(LibDebuginfod
-                                  FOUND_VAR
-                                    LibDebuginfod_FOUND
-                                  REQUIRED_VARS
-                                    LibDebuginfod_INCLUDE_DIRS
-                                    LibDebuginfod_LIBRARIES
-                                  VERSION_VAR
-                                    LibDebuginfod_VERSION)
+find_package_handle_standard_args(
+    LibDebuginfod
+    FOUND_VAR LibDebuginfod_FOUND
+    REQUIRED_VARS LibDebuginfod_INCLUDE_DIRS LibDebuginfod_LIBRARIES
+    VERSION_VAR LibDebuginfod_VERSION)
 
 if(LibDebuginfod_FOUND)
-  set(LibDebuginfod_INCLUDE_DIRS ${LibDebuginfod_INCLUDE_DIRS})
-  set(LibDebuginfod_LIBRARIES ${LibDebuginfod_LIBRARIES})
-  get_filename_component(_debuginfod_dir ${LibDebuginfod_LIBRARIES} DIRECTORY)
-  set(LibDebuginfod_LIBRARY_DIRS ${_debuginfod_dir} "${_debuginfod_dir}/elfutils")
+    set(LibDebuginfod_INCLUDE_DIRS ${LibDebuginfod_INCLUDE_DIRS})
+    set(LibDebuginfod_LIBRARIES ${LibDebuginfod_LIBRARIES})
+    get_filename_component(_debuginfod_dir ${LibDebuginfod_LIBRARIES} DIRECTORY)
+    set(LibDebuginfod_LIBRARY_DIRS ${_debuginfod_dir} "${_debuginfod_dir}/elfutils")
 endif()

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/Modules/FindLibDwarf.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/Modules/FindLibDwarf.cmake Changed

@@ -32,36 +32,35 @@
 # Non-standard subdirectories to search
 set(_path_suffixes libdw libdwarf elfutils)
 
-find_path(LibDwarf_INCLUDE_DIR
-          NAMES libdw.h
-          HINTS ${LibDwarf_ROOT_DIR}/include ${LibDwarf_ROOT_DIR} ${LibDwarf_INCLUDEDIR}
-          PATHS ${DYNINST_SYSTEM_INCLUDE_PATHS}
-          PATH_SUFFIXES ${_path_suffixes}
-          DOC "libdw include directories")
+find_path(
+    LibDwarf_INCLUDE_DIR
+    NAMES libdw.h
+    HINTS ${LibDwarf_ROOT_DIR}/include ${LibDwarf_ROOT_DIR} ${LibDwarf_INCLUDEDIR}
+    PATHS ${DYNINST_SYSTEM_INCLUDE_PATHS}
+    PATH_SUFFIXES ${_path_suffixes}
+    DOC "libdw include directories")
 
-find_library(LibDwarf_LIBRARIES
-             NAMES libdw.so.1 libdw.so
-             HINTS ${LibDwarf_ROOT_DIR}/lib ${LibDwarf_ROOT_DIR} ${LibDwarf_LIBRARYDIR}
-             PATHS ${DYNINST_SYSTEM_LIBRARY_PATHS}
-             PATH_SUFFIXES ${_path_suffixes})
+find_library(
+    LibDwarf_LIBRARIES
+    NAMES libdw.so.1 libdw.so
+    HINTS ${LibDwarf_ROOT_DIR}/lib ${LibDwarf_ROOT_DIR} ${LibDwarf_LIBRARYDIR}
+    PATHS ${DYNINST_SYSTEM_LIBRARY_PATHS}
+    PATH_SUFFIXES ${_path_suffixes})
 
 # Find the library with the highest version
 set(_max_ver 0.0)
 set(_max_ver_lib)
 foreach(l ${LibDwarf_LIBRARIES})
-  get_filename_component(_dw_realpath ${LibDwarf_LIBRARIES} REALPATH)
-  string(REGEX MATCH
-               "libdw\\-(.+)\\.so\\.*$"
-               res
-               ${_dw_realpath})
+    get_filename_component(_dw_realpath ${LibDwarf_LIBRARIES} REALPATH)
+    string(REGEX MATCH "libdw\\-(.+)\\.so\\.*$" res ${_dw_realpath})
 
-  # The library version number is stored in CMAKE_MATCH_1
-  set(_cur_ver ${CMAKE_MATCH_1})
+    # The library version number is stored in CMAKE_MATCH_1
+    set(_cur_ver ${CMAKE_MATCH_1})
 
-  if(${_cur_ver} VERSION_GREATER ${_max_ver})
-    set(_max_ver ${_cur_ver})
-    set(_max_ver_lib ${l})
-  endif()
+    if(${_cur_ver} VERSION_GREATER ${_max_ver})
+        set(_max_ver ${_cur_ver})
+        set(_max_ver_lib ${l})
+    endif()
 endforeach()
 
 # Set the exported variables to the best match
@@ -69,22 +68,19 @@
 set(LibDwarf_VERSION ${_max_ver})
 
 include(FindPackageHandleStandardArgs)
-find_package_handle_standard_args(LibDwarf
-                                  FOUND_VAR
-                                  LibDwarf_FOUND
-                                  REQUIRED_VARS
-                                  LibDwarf_LIBRARIES
-                                  LibDwarf_INCLUDE_DIR
-                                  VERSION_VAR
-                                  LibDwarf_VERSION)
+find_package_handle_standard_args(
+    LibDwarf
+    FOUND_VAR LibDwarf_FOUND
+    REQUIRED_VARS LibDwarf_LIBRARIES LibDwarf_INCLUDE_DIR
+    VERSION_VAR LibDwarf_VERSION)
 
 # Export cache variables
 if(LibDwarf_FOUND)
-  set(LibDwarf_INCLUDE_DIRS ${LibDwarf_INCLUDE_DIR})
-  set(LibDwarf_LIBRARIES ${LibDwarf_LIBRARIES})
+    set(LibDwarf_INCLUDE_DIRS ${LibDwarf_INCLUDE_DIR})
+    set(LibDwarf_LIBRARIES ${LibDwarf_LIBRARIES})
 
-  # Because we only report the library with the largest version, we are
-  # guaranteed there is only one file in LibDwarf_LIBRARIES
-  get_filename_component(_dw_dir ${LibDwarf_LIBRARIES} DIRECTORY)
-  set(LibDwarf_LIBRARY_DIRS ${_dw_dir})
+    # Because we only report the library with the largest version, we are guaranteed there
+    # is only one file in LibDwarf_LIBRARIES
+    get_filename_component(_dw_dir ${LibDwarf_LIBRARIES} DIRECTORY)
+    set(LibDwarf_LIBRARY_DIRS ${_dw_dir})
 endif()

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/Modules/FindLibElf.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/Modules/FindLibElf.cmake Changed

@@ -35,36 +35,35 @@
 # Non-standard subdirectories to search
 set(_path_suffixes libelf libelfls elfutils)
 
-find_path(LibElf_INCLUDE_DIR
-          NAMES libelf.h
-          HINTS ${LibElf_ROOT_DIR}/include ${LibElf_ROOT_DIR} ${LibElf_INCLUDEDIR}
-          PATHS ${DYNINST_SYSTEM_INCLUDE_PATHS}
-          PATH_SUFFIXES ${_path_suffixes}
-          DOC "libelf include directories")
+find_path(
+    LibElf_INCLUDE_DIR
+    NAMES libelf.h
+    HINTS ${LibElf_ROOT_DIR}/include ${LibElf_ROOT_DIR} ${LibElf_INCLUDEDIR}
+    PATHS ${DYNINST_SYSTEM_INCLUDE_PATHS}
+    PATH_SUFFIXES ${_path_suffixes}
+    DOC "libelf include directories")
 
-find_library(LibElf_LIBRARIES
-             NAMES libelf.so.1 libelf.so
-             HINTS ${LibElf_ROOT_DIR}/lib ${LibElf_ROOT_DIR} ${LibElf_LIBRARYDIR}
-             PATHS ${DYNINST_SYSTEM_LIBRARY_PATHS}
-             PATH_SUFFIXES ${_path_suffixes})
+find_library(
+    LibElf_LIBRARIES
+    NAMES libelf.so.1 libelf.so
+    HINTS ${LibElf_ROOT_DIR}/lib ${LibElf_ROOT_DIR} ${LibElf_LIBRARYDIR}
+    PATHS ${DYNINST_SYSTEM_LIBRARY_PATHS}
+    PATH_SUFFIXES ${_path_suffixes})
 
 # Find the library with the highest version
 set(_max_ver 0.0)
 set(_max_ver_lib)
 foreach(l ${LibElf_LIBRARIES})
-  get_filename_component(_elf_realpath ${LibElf_LIBRARIES} REALPATH)
-  string(REGEX MATCH
-               "libelf\\-(.+)\\.so\\.*$"
-               res
-               ${_elf_realpath})
+    get_filename_component(_elf_realpath ${LibElf_LIBRARIES} REALPATH)
+    string(REGEX MATCH "libelf\\-(.+)\\.so\\.*$" res ${_elf_realpath})
 
-  # The library version number is stored in CMAKE_MATCH_1
-  set(_cur_ver ${CMAKE_MATCH_1})
+    # The library version number is stored in CMAKE_MATCH_1
+    set(_cur_ver ${CMAKE_MATCH_1})
 
-  if(${_cur_ver} VERSION_GREATER ${_max_ver})
-    set(_max_ver ${_cur_ver})
-    set(_max_ver_lib ${l})
-  endif()
+    if(${_cur_ver} VERSION_GREATER ${_max_ver})
+        set(_max_ver ${_cur_ver})
+        set(_max_ver_lib ${l})
+    endif()
 endforeach()
 
 # Set the exported variables to the best match
@@ -72,22 +71,19 @@
 set(LibElf_VERSION ${_max_ver})
 
 include(FindPackageHandleStandardArgs)
-find_package_handle_standard_args(LibElf
-                                  FOUND_VAR
-                                  LibElf_FOUND
-                                  REQUIRED_VARS
-                                  LibElf_LIBRARIES
-                                  LibElf_INCLUDE_DIR
-                                  VERSION_VAR
-                                  LibElf_VERSION)
+find_package_handle_standard_args(
+    LibElf
+    FOUND_VAR LibElf_FOUND
+    REQUIRED_VARS LibElf_LIBRARIES LibElf_INCLUDE_DIR
+    VERSION_VAR LibElf_VERSION)
 
 # Export cache variables
 if(LibElf_FOUND)
-  set(LibElf_INCLUDE_DIRS ${LibElf_INCLUDE_DIR})
-  set(LibElf_LIBRARIES ${LibElf_LIBRARIES})
+    set(LibElf_INCLUDE_DIRS ${LibElf_INCLUDE_DIR})
+    set(LibElf_LIBRARIES ${LibElf_LIBRARIES})
 
-  # Because we only report the library with the largest version, we are
-  # guaranteed there is only one file in LibElf_LIBRARIES
-  get_filename_component(_elf_dir ${LibElf_LIBRARIES} DIRECTORY)
-  set(LibElf_LIBRARY_DIRS ${_elf_dir} "${_elf_dir}/elfutils")
+    # Because we only report the library with the largest version, we are guaranteed there
+    # is only one file in LibElf_LIBRARIES
+    get_filename_component(_elf_dir ${LibElf_LIBRARIES} DIRECTORY)
+    set(LibElf_LIBRARY_DIRS ${_elf_dir} "${_elf_dir}/elfutils")
 endif()

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/Modules/FindLibIberty.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/Modules/FindLibIberty.cmake Changed

@@ -30,13 +30,13 @@
 #========================================================================================
 
 if(LibIberty_FOUND)
-  return()
+    return()
 endif()
 
-# Keep the semantics of IBERTY_LIBRARIES for backward compatibility
-# NB: If both are specified, LibIberty_LIBRARIES is ignored
+# Keep the semantics of IBERTY_LIBRARIES for backward compatibility NB: If both are
+# specified, LibIberty_LIBRARIES is ignored
 if(NOT "${IBERTY_LIBRARIES}" STREQUAL "")
-  set(LibIberty_LIBRARIES ${IBERTY_LIBRARIES})
+    set(LibIberty_LIBRARIES ${IBERTY_LIBRARIES})
 endif()
 
 include(DyninstSystemPaths)
@@ -44,38 +44,37 @@
 # Non-standard subdirectories to search
 set(_path_suffixes libiberty iberty)
 
-find_path(LibIberty_INCLUDE_DIRS
-          NAMES libiberty.h
-          HINTS ${LibIberty_ROOT_DIR} ${LibIberty_ROOT_DIR}/include ${LibIberty_INCLUDEDIR}
-          PATHS ${DYNINST_SYSTEM_INCLUDE_PATHS}
-          PATH_SUFFIXES ${_path_suffixes}
-          DOC "LibIberty include directories")
+find_path(
+    LibIberty_INCLUDE_DIRS
+    NAMES libiberty.h
+    HINTS ${LibIberty_ROOT_DIR} ${LibIberty_ROOT_DIR}/include ${LibIberty_INCLUDEDIR}
+    PATHS ${DYNINST_SYSTEM_INCLUDE_PATHS}
+    PATH_SUFFIXES ${_path_suffixes}
+    DOC "LibIberty include directories")
 
 # iberty_pic is for Debian <= wheezy
-find_library(LibIberty_LIBRARIES
-             NAMES iberty_pic iberty
-             HINTS ${LibIberty_ROOT_DIR}
-                   ${LibIberty_LIBRARYDIR}
-                   ${IBERTY_LIBRARIES}
-             PATHS ${DYNINST_SYSTEM_LIBRARY_PATHS}
-             PATH_SUFFIXES ${_path_suffixes})
+find_library(
+    LibIberty_LIBRARIES
+    NAMES iberty_pic iberty
+    HINTS ${LibIberty_ROOT_DIR} ${LibIberty_LIBRARYDIR} ${IBERTY_LIBRARIES}
+    PATHS ${DYNINST_SYSTEM_LIBRARY_PATHS}
+    PATH_SUFFIXES ${_path_suffixes})
 
 include(FindPackageHandleStandardArgs)
-find_package_handle_standard_args(LibIberty
-                                  FOUND_VAR
-                                  LibIberty_FOUND
-                                  REQUIRED_VARS
-                                  LibIberty_LIBRARIES)
+find_package_handle_standard_args(
+    LibIberty
+    FOUND_VAR LibIberty_FOUND
+    REQUIRED_VARS LibIberty_LIBRARIES)
 
 # For backwards compatibility only
 set(IBERTY_FOUND ${LibIberty_FOUND})
 
 if(LibIberty_FOUND)
-  foreach(l in ${LibIberty_LIBRARIES})
-    get_filename_component(_dir ${l} DIRECTORY)
-    list(APPEND LibIberty_LIBRARY_DIRS ${_dir})
-  endforeach()
-  
-  # For backwards compatibility only
-  set(IBERTY_LIBRARIES ${LibIberty_LIBRARIES})
+    foreach(l ${LibIberty_LIBRARIES})
+        get_filename_component(_dir ${l} DIRECTORY)
+        list(APPEND LibIberty_LIBRARY_DIRS ${_dir})
+    endforeach()
+
+    # For backwards compatibility only
+    set(IBERTY_LIBRARIES ${LibIberty_LIBRARIES})
 endif()

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/Modules/FindTBB.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/Modules/FindTBB.cmake Changed

@@ -59,7 +59,7 @@
 #======================================================================================================
 
 if(TBB_FOUND)
-  return()
+    return()
 endif()
 
 include(FindPackageHandleStandardArgs)
@@ -68,15 +68,15 @@
 # Check the build type
 #
 if(NOT DEFINED TBB_USE_DEBUG_BUILD)
-  if(CMAKE_BUILD_TYPE MATCHES "(Debug|DEBUG|debug)")
-    set(TBB_BUILD_TYPE DEBUG)
-  else()
-    set(TBB_BUILD_TYPE RELEASE)
-  endif()
+    if(CMAKE_BUILD_TYPE MATCHES "(Debug|DEBUG|debug)")
+        set(TBB_BUILD_TYPE DEBUG)
+    else()
+        set(TBB_BUILD_TYPE RELEASE)
+    endif()
 elseif(TBB_USE_DEBUG_BUILD)
-  set(TBB_BUILD_TYPE DEBUG)
+    set(TBB_BUILD_TYPE DEBUG)
 else()
-  set(TBB_BUILD_TYPE RELEASE)
+    set(TBB_BUILD_TYPE RELEASE)
 endif()
 
 #
@@ -88,167 +88,160 @@
 
 # Define the search directories based on the current platform
 if(CMAKE_SYSTEM_NAME STREQUAL "Windows")
-  set(TBB_DEFAULT_SEARCH_DIR "C:/Program Files/Intel/TBB"
-      "C:/Program Files (x86)/Intel/TBB")
+    set(TBB_DEFAULT_SEARCH_DIR "C:/Program Files/Intel/TBB"
+                               "C:/Program Files (x86)/Intel/TBB")
 
-  # Set the target architecture
-  if(CMAKE_SIZEOF_VOID_P EQUAL 8)
-    set(TBB_ARCHITECTURE "intel64")
-  else()
-    set(TBB_ARCHITECTURE "ia32")
-  endif()
+    # Set the target architecture
+    if(CMAKE_SIZEOF_VOID_P EQUAL 8)
+        set(TBB_ARCHITECTURE "intel64")
+    else()
+        set(TBB_ARCHITECTURE "ia32")
+    endif()
 
-  # Set the TBB search library path search suffix based on the version of VC
-  if(WINDOWS_STORE)
-    set(TBB_LIB_PATH_SUFFIX "lib/${TBB_ARCHITECTURE}/vc11_ui")
-  elseif(MSVC14)
-    set(TBB_LIB_PATH_SUFFIX "lib/${TBB_ARCHITECTURE}/vc14")
-  elseif(MSVC12)
-    set(TBB_LIB_PATH_SUFFIX "lib/${TBB_ARCHITECTURE}/vc12")
-  elseif(MSVC11)
-    set(TBB_LIB_PATH_SUFFIX "lib/${TBB_ARCHITECTURE}/vc11")
-  elseif(MSVC10)
-    set(TBB_LIB_PATH_SUFFIX "lib/${TBB_ARCHITECTURE}/vc10")
-  endif()
+    # Set the TBB search library path search suffix based on the version of VC
+    if(WINDOWS_STORE)
+        set(TBB_LIB_PATH_SUFFIX "lib/${TBB_ARCHITECTURE}/vc11_ui")
+    elseif(MSVC14)
+        set(TBB_LIB_PATH_SUFFIX "lib/${TBB_ARCHITECTURE}/vc14")
+    elseif(MSVC12)
+        set(TBB_LIB_PATH_SUFFIX "lib/${TBB_ARCHITECTURE}/vc12")
+    elseif(MSVC11)
+        set(TBB_LIB_PATH_SUFFIX "lib/${TBB_ARCHITECTURE}/vc11")
+    elseif(MSVC10)
+        set(TBB_LIB_PATH_SUFFIX "lib/${TBB_ARCHITECTURE}/vc10")
+    endif()
 
-  # Add the library path search suffix for the VC independent version of TBB
-  list(APPEND TBB_LIB_PATH_SUFFIX "lib/${TBB_ARCHITECTURE}/vc_mt")
+    # Add the library path search suffix for the VC independent version of TBB
+    list(APPEND TBB_LIB_PATH_SUFFIX "lib/${TBB_ARCHITECTURE}/vc_mt")
 
 elseif(CMAKE_SYSTEM_NAME STREQUAL "Darwin")
-  # OS X
-  set(TBB_DEFAULT_SEARCH_DIR "/opt/intel/tbb")
+    # OS X
+    set(TBB_DEFAULT_SEARCH_DIR "/opt/intel/tbb")
 
-  # TODO: Check to see which C++ library is being used by the compiler.
-  if(NOT ${CMAKE_SYSTEM_VERSION} VERSION_LESS 13.0)
-    # The default C++ library on OS X 10.9 and later is libc++
-    set(TBB_LIB_PATH_SUFFIX "lib/libc++" "lib")
-  else()
-    set(TBB_LIB_PATH_SUFFIX "lib")
-  endif()
+    # TODO: Check to see which C++ library is being used by the compiler.
+    if(NOT ${CMAKE_SYSTEM_VERSION} VERSION_LESS 13.0)
+        # The default C++ library on OS X 10.9 and later is libc++
+        set(TBB_LIB_PATH_SUFFIX "lib/libc++" "lib")
+    else()
+        set(TBB_LIB_PATH_SUFFIX "lib")
+    endif()
 elseif(CMAKE_SYSTEM_NAME STREQUAL "Linux")
-  # Linux
-  set(TBB_DEFAULT_SEARCH_DIR "/opt/intel/tbb")
+    # Linux
+    set(TBB_DEFAULT_SEARCH_DIR "/opt/intel/tbb")
 
-  # TODO: Check compiler version to see the suffix should be <arch>/gcc4.1 or
-  # <arch>/gcc4.1. For now, assume that the compiler is more recent than gcc
-  # 4.4.x or later.
-  if(CMAKE_SYSTEM_PROCESSOR STREQUAL "x86_64")
-    set(TBB_LIB_PATH_SUFFIX "lib/intel64/gcc4.4")
-  elseif(CMAKE_SYSTEM_PROCESSOR MATCHES "^i.86$")
-    set(TBB_LIB_PATH_SUFFIX "lib/ia32/gcc4.4")
-  endif()
+    # TODO: Check compiler version to see the suffix should be <arch>/gcc4.1 or
+    # <arch>/gcc4.1. For now, assume that the compiler is more recent than gcc 4.4.x or
+    # later.
+    if(CMAKE_SYSTEM_PROCESSOR STREQUAL "x86_64")
+        set(TBB_LIB_PATH_SUFFIX "lib/intel64/gcc4.4")
+    elseif(CMAKE_SYSTEM_PROCESSOR MATCHES "^i.86$")
+        set(TBB_LIB_PATH_SUFFIX "lib/ia32/gcc4.4")
+    endif()
 endif()
 
 #
 # Find the TBB include dir
 #
-find_path(TBB_INCLUDE_DIRS tbb/tbb.h
-          HINTS ${TBB_INCLUDE_DIRS} ${TBB_SEARCH_DIR}
-          PATHS ${TBB_DEFAULT_SEARCH_DIR}
-          PATH_SUFFIXES include)
+find_path(
+    TBB_INCLUDE_DIRS tbb/tbb.h
+    HINTS ${TBB_INCLUDE_DIRS} ${TBB_SEARCH_DIR}
+    PATHS ${TBB_DEFAULT_SEARCH_DIR}
+    PATH_SUFFIXES include)
 
 #
 # Set version strings
 #
 if(TBB_INCLUDE_DIRS)
-  # Starting in 2020.1.1, tbb_stddef.h is replaced by version.h
-  set(_version_files
-  	"${TBB_INCLUDE_DIRS}/tbb/tbb_stddef.h"
-  	"${TBB_INCLUDE_DIRS}/tbb/version.h"
-  )
-  foreach(f IN ITEMS ${_version_files})
-    if(EXISTS ${f})
-  	  set(_version_file ${f})
-    endif()
-  endforeach()
-  unset(_version_files)
- 
-  file(READ ${_version_file} _tbb_version_file)
-  string(REGEX
-         REPLACE ".*#define TBB_VERSION_MAJOR (0-9+).*"
-                 "\\1"
-                 TBB_VERSION_MAJOR
-                 "${_tbb_version_file}")
-  string(REGEX
-         REPLACE ".*#define TBB_VERSION_MINOR (0-9+).*"
-                 "\\1"
-                 TBB_VERSION_MINOR
-                 "${_tbb_version_file}")
-  string(REGEX
-         REPLACE ".*#define TBB_INTERFACE_VERSION (0-9+).*"
-                 "\\1"
-                 TBB_INTERFACE_VERSION
-                 "${_tbb_version_file}")
+    # Starting in 2020.1.1, tbb_stddef.h is replaced by version.h
+    set(_version_files "${TBB_INCLUDE_DIRS}/tbb/tbb_stddef.h"
+                       "${TBB_INCLUDE_DIRS}/tbb/version.h")
+    foreach(f IN ITEMS ${_version_files})
+        if(EXISTS ${f})
+            set(_version_file ${f})
+        endif()
+    endforeach()
+    unset(_version_files)
+
+    file(READ ${_version_file} _tbb_version_file)
+    string(REGEX REPLACE ".*#define TBB_VERSION_MAJOR (0-9+).*" "\\1" TBB_VERSION_MAJOR
+                         "${_tbb_version_file}")
+    string(REGEX REPLACE ".*#define TBB_VERSION_MINOR (0-9+).*" "\\1" TBB_VERSION_MINOR
+                         "${_tbb_version_file}")
+    string(REGEX REPLACE ".*#define TBB_INTERFACE_VERSION (0-9+).*" "\\1"
+                         TBB_INTERFACE_VERSION "${_tbb_version_file}")
 
-  # The TBB_VERSION_MINOR isn't necessarily changed for minor releases
-  # Hence, we need to read the engineering versioning in TBB_INTERFACE_VERSION
-  # to get the minor version correct
-  if("${TBB_VERSION_MINOR}" STREQUAL "0")
-	  math(EXPR _tbb_iface_major_ver "${TBB_INTERFACE_VERSION} / 100")
-	  math(EXPR TBB_VERSION_MINOR "${TBB_INTERFACE_VERSION} - ${_tbb_iface_major_ver} * 100")
-  endif()
-  set(TBB_VERSION "${TBB_VERSION_MAJOR}.${TBB_VERSION_MINOR}")
+    # The TBB_VERSION_MINOR isn't necessarily changed for minor releases Hence, we need to
+    # read the engineering versioning in TBB_INTERFACE_VERSION to get the minor version
+    # correct
+    if("${TBB_VERSION_MINOR}" STREQUAL "0")
+        math(EXPR _tbb_iface_major_ver "${TBB_INTERFACE_VERSION} / 100")
+        math(EXPR TBB_VERSION_MINOR
+             "${TBB_INTERFACE_VERSION} - ${_tbb_iface_major_ver} * 100")
+    endif()
+    set(TBB_VERSION "${TBB_VERSION_MAJOR}.${TBB_VERSION_MINOR}")
 endif()
 
 #
 # Find TBB components
 #
 if(TBB_VERSION VERSION_LESS 4.3)
-  set(TBB_SEARCH_COMPOMPONENTS tbb_preview tbbmalloc tbb)
+    set(TBB_SEARCH_COMPOMPONENTS tbb_preview tbbmalloc tbb)
 else()
-  set(TBB_SEARCH_COMPOMPONENTS tbb_preview tbbmalloc_proxy tbbmalloc tbb)
+    set(TBB_SEARCH_COMPOMPONENTS tbb_preview tbbmalloc_proxy tbbmalloc tbb)
 endif()
 
 set(TBB_LIBRARY_DIRS)
 
 # Find each component
 foreach(_comp ${TBB_SEARCH_COMPOMPONENTS})
-  message(STATUS "Searching for ${_comp}...")
-  message(STATUS "Hints: ${TBB_LIBRARY} ${TBB_SEARCH_DIR}")
-  if(";${TBB_FIND_COMPONENTS};tbb;" MATCHES ";${_comp};")
+    message(STATUS "Searching for ${_comp}...")
+    message(STATUS "Hints: ${TBB_LIBRARY} ${TBB_SEARCH_DIR}")
+    if(";${TBB_FIND_COMPONENTS};tbb;" MATCHES ";${_comp};")
 
-    # Search for the libraries
-    find_library(TBB_${_comp}_LIBRARY_RELEASE ${_comp}
-                 HINTS ${TBB_LIBRARY} ${TBB_SEARCH_DIR}
-                 PATHS ${TBB_DEFAULT_SEARCH_DIR} ENV LIBRARY_PATH
-                 PATH_SUFFIXES ${TBB_LIB_PATH_SUFFIX} lib_release)
+        # Search for the libraries
+        find_library(
+            TBB_${_comp}_LIBRARY_RELEASE ${_comp}
+            HINTS ${TBB_LIBRARY} ${TBB_SEARCH_DIR}
+            PATHS ${TBB_DEFAULT_SEARCH_DIR} ENV LIBRARY_PATH
+            PATH_SUFFIXES ${TBB_LIB_PATH_SUFFIX} lib_release)
 
-    find_library(TBB_${_comp}_LIBRARY_DEBUG ${_comp}_debug
-                 HINTS ${TBB_LIBRARY} ${TBB_SEARCH_DIR}
-                 PATHS ${TBB_DEFAULT_SEARCH_DIR} ENV LIBRARY_PATH
-                 PATH_SUFFIXES ${TBB_LIB_PATH_SUFFIX} lib_debug)
+        find_library(
+            TBB_${_comp}_LIBRARY_DEBUG ${_comp}_debug
+            HINTS ${TBB_LIBRARY} ${TBB_SEARCH_DIR}
+            PATHS ${TBB_DEFAULT_SEARCH_DIR} ENV LIBRARY_PATH
+            PATH_SUFFIXES ${TBB_LIB_PATH_SUFFIX} lib_debug)
 
-    if(TBB_${_comp}_LIBRARY_DEBUG)
-      list(APPEND TBB_LIBRARIES_DEBUG "${TBB_${_comp}_LIBRARY_DEBUG}")
-      message(STATUS "Found ${TBB_${_comp}_LIBRARY_DEBUG}")
-    endif()
-    if(TBB_${_comp}_LIBRARY_RELEASE)
-      list(APPEND TBB_LIBRARIES_RELEASE "${TBB_${_comp}_LIBRARY_RELEASE}")
-      message(STATUS "Found ${TBB_${_comp}_LIBRARY_RELEASE}")
-    endif()
-    if(TBB_${_comp}_LIBRARY_${TBB_BUILD_TYPE} AND NOT TBB_${_comp}_LIBRARY)
-      set(TBB_${_comp}_LIBRARY "${TBB_${_comp}_LIBRARY_${TBB_BUILD_TYPE}}")
-    endif()
+        if(TBB_${_comp}_LIBRARY_DEBUG)
+            list(APPEND TBB_LIBRARIES_DEBUG "${TBB_${_comp}_LIBRARY_DEBUG}")
+            message(STATUS "Found ${TBB_${_comp}_LIBRARY_DEBUG}")
+        endif()
+        if(TBB_${_comp}_LIBRARY_RELEASE)
+            list(APPEND TBB_LIBRARIES_RELEASE "${TBB_${_comp}_LIBRARY_RELEASE}")
+            message(STATUS "Found ${TBB_${_comp}_LIBRARY_RELEASE}")
+        endif()
+        if(TBB_${_comp}_LIBRARY_${TBB_BUILD_TYPE} AND NOT TBB_${_comp}_LIBRARY)
+            set(TBB_${_comp}_LIBRARY "${TBB_${_comp}_LIBRARY_${TBB_BUILD_TYPE}}")
+        endif()
 
-    if(TBB_${_comp}_LIBRARY AND EXISTS "${TBB_${_comp}_LIBRARY}")
-      set(TBB_${_comp}_FOUND TRUE)
-    else()
-      set(TBB_${_comp}_FOUND FALSE)
-    endif()
+        if(TBB_${_comp}_LIBRARY AND EXISTS "${TBB_${_comp}_LIBRARY}")
+            set(TBB_${_comp}_FOUND TRUE)
+        else()
+            set(TBB_${_comp}_FOUND FALSE)
+        endif()
 
-    # Mark internal variables as advanced
-    mark_as_advanced(TBB_${_comp}_LIBRARY_RELEASE)
-    mark_as_advanced(TBB_${_comp}_LIBRARY_DEBUG)
-    mark_as_advanced(TBB_${_comp}_LIBRARY)
+        # Mark internal variables as advanced
+        mark_as_advanced(TBB_${_comp}_LIBRARY_RELEASE)
+        mark_as_advanced(TBB_${_comp}_LIBRARY_DEBUG)
+        mark_as_advanced(TBB_${_comp}_LIBRARY)
 
-    # Save the directory names for each library component
-    if(TBB_USE_DEBUG_BUILD)
-      get_filename_component(_dir ${TBB_${_comp}_LIBRARY_DEBUG} DIRECTORY)
-    else()
-      get_filename_component(_dir ${TBB_${_comp}_LIBRARY_RELEASE} DIRECTORY)
+        # Save the directory names for each library component
+        if(TBB_USE_DEBUG_BUILD)
+            get_filename_component(_dir ${TBB_${_comp}_LIBRARY_DEBUG} DIRECTORY)
+        else()
+            get_filename_component(_dir ${TBB_${_comp}_LIBRARY_RELEASE} DIRECTORY)
+        endif()
+        list(APPEND TBB_LIBRARY_DIRS ${_dir})
     endif()
-    list(APPEND TBB_LIBRARY_DIRS ${_dir})
-  endif()
 endforeach()
 
 #
@@ -258,53 +251,42 @@
 set(TBB_DEFINITIONS_DEBUG "-DTBB_USE_DEBUG=1")
 
 if(TBB_LIBRARIES_${TBB_BUILD_TYPE})
-  set(TBB_DEFINITIONS "${TBB_DEFINITIONS_${TBB_BUILD_TYPE}}")
-  set(TBB_LIBRARIES "${TBB_LIBRARIES_${TBB_BUILD_TYPE}}")
+    set(TBB_DEFINITIONS "${TBB_DEFINITIONS_${TBB_BUILD_TYPE}}")
+    set(TBB_LIBRARIES "${TBB_LIBRARIES_${TBB_BUILD_TYPE}}")
 elseif(TBB_LIBRARIES_RELEASE)
-  set(TBB_DEFINITIONS "${TBB_DEFINITIONS_RELEASE}")
-  set(TBB_LIBRARIES "${TBB_LIBRARIES_RELEASE}")
+    set(TBB_DEFINITIONS "${TBB_DEFINITIONS_RELEASE}")
+    set(TBB_LIBRARIES "${TBB_LIBRARIES_RELEASE}")
 elseif(TBB_LIBRARIES_DEBUG)
-  set(TBB_DEFINITIONS "${TBB_DEFINITIONS_DEBUG}")
-  set(TBB_LIBRARIES "${TBB_LIBRARIES_DEBUG}")
+    set(TBB_DEFINITIONS "${TBB_DEFINITIONS_DEBUG}")
+    set(TBB_LIBRARIES "${TBB_LIBRARIES_DEBUG}")
 endif()
 
-find_package_handle_standard_args(TBB
-                                  REQUIRED_VARS
-                                  TBB_INCLUDE_DIRS
-                                  TBB_LIBRARIES
-                                  HANDLE_COMPONENTS
-                                  VERSION_VAR
-                                  TBB_VERSION)
+find_package_handle_standard_args(
+    TBB
+    REQUIRED_VARS TBB_INCLUDE_DIRS TBB_LIBRARIES
+    HANDLE_COMPONENTS
+    VERSION_VAR TBB_VERSION)
 
 #
 # Create targets
 #
 if(NOT CMAKE_VERSION VERSION_LESS 3.0 AND TBB_FOUND)
-  add_library(TBB SHARED IMPORTED)
-  set_target_properties(TBB
-                        PROPERTIES INTERFACE_INCLUDE_DIRECTORIES
-                                   ${TBB_INCLUDE_DIRS}
-                                   IMPORTED_LOCATION
-                                   ${TBB_LIBRARIES})
-  if(TBB_LIBRARIES_RELEASE AND TBB_LIBRARIES_DEBUG)
-    set_target_properties(TBB
-                          PROPERTIES INTERFACE_COMPILE_DEFINITIONS
-                                     "$<$<CONFIG:Debug>:TBB_USE_DEBUG=1>"
-                                     IMPORTED_LOCATION_DEBUG
-                                     ${TBB_LIBRARIES_DEBUG}
-                                     IMPORTED_LOCATION_RELWITHDEBINFO
-                                     ${TBB_LIBRARIES_DEBUG}
-                                     IMPORTED_LOCATION_RELEASE
-                                     ${TBB_LIBRARIES_RELEASE}
-                                     IMPORTED_LOCATION_MINSIZEREL
-                                     ${TBB_LIBRARIES_RELEASE})
-  elseif(TBB_LIBRARIES_RELEASE)
-    set_target_properties(TBB
-                          PROPERTIES IMPORTED_LOCATION ${TBB_LIBRARIES_RELEASE})
-  else()
-    set_target_properties(TBB
-                          PROPERTIES IMPORTED_LOCATION ${TBB_LIBRARIES_DEBUG})
-  endif()
+    add_library(TBB SHARED IMPORTED)
+    set_target_properties(TBB PROPERTIES INTERFACE_INCLUDE_DIRECTORIES ${TBB_INCLUDE_DIRS}
+                                         IMPORTED_LOCATION ${TBB_LIBRARIES})
+    if(TBB_LIBRARIES_RELEASE AND TBB_LIBRARIES_DEBUG)
+        set_target_properties(
+            TBB
+            PROPERTIES INTERFACE_COMPILE_DEFINITIONS "$<$<CONFIG:Debug>:TBB_USE_DEBUG=1>"
+                       IMPORTED_LOCATION_DEBUG ${TBB_LIBRARIES_DEBUG}
+                       IMPORTED_LOCATION_RELWITHDEBINFO ${TBB_LIBRARIES_DEBUG}
+                       IMPORTED_LOCATION_RELEASE ${TBB_LIBRARIES_RELEASE}
+                       IMPORTED_LOCATION_MINSIZEREL ${TBB_LIBRARIES_RELEASE})
+    elseif(TBB_LIBRARIES_RELEASE)
+        set_target_properties(TBB PROPERTIES IMPORTED_LOCATION ${TBB_LIBRARIES_RELEASE})
+    else()
+        set_target_properties(TBB PROPERTIES IMPORTED_LOCATION ${TBB_LIBRARIES_DEBUG})
+    endif()
 endif()
 
 mark_as_advanced(TBB_INCLUDE_DIRS TBB_LIBRARIES TBB_LIBRARY_DIRS)

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/Modules/FindThreadDB.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/Modules/FindThreadDB.cmake Changed

@@ -7,46 +7,43 @@
 #  THREAD_DB_DEFINITIONS - Compiler switches required for using thread_db
 #
 
-if (THREAD_DB_LIBRARIES AND THREAD_DB_INCLUDE_DIRS)
-  set (Thread_Db_FIND_QUIETLY TRUE)
-endif (THREAD_DB_LIBRARIES AND THREAD_DB_INCLUDE_DIRS)
+if(THREAD_DB_LIBRARIES AND THREAD_DB_INCLUDE_DIRS)
+    set(Thread_Db_FIND_QUIETLY TRUE)
+endif(THREAD_DB_LIBRARIES AND THREAD_DB_INCLUDE_DIRS)
 
-find_path (THREAD_DB_INCLUDE_DIR
-    NAMES
-      thread_db.h
-    HINTS
-      ${THREAD_DB_INCLUDE_DIRS}
-    PATHS
-      /usr/include
-      /usr/include/thread_db
-      /usr/local/include
-      /opt/local/include
-      /sw/include
-      ENV CPATH) # PATH and INCLUDE will also work
+find_path(
+    THREAD_DB_INCLUDE_DIR
+    NAMES thread_db.h
+    HINTS ${THREAD_DB_INCLUDE_DIRS}
+    PATHS /usr/include
+          /usr/include/thread_db
+          /usr/local/include
+          /opt/local/include
+          /sw/include
+          ENV
+          CPATH) # PATH and INCLUDE will also work
 
-find_library (THREAD_DB_LIBRARIES
-    NAMES
-      thread_db
-    HINTS
-      ${THREAD_DB_LIBRARIES}
-    PATHS
-      /usr/lib
-      /usr/lib64
-      /usr/local/lib
-      /usr/local/lib64
-      /opt/local/lib
-      /opt/local/lib64
-      /sw/lib
-      ENV LIBRARY_PATH   # PATH and LIB will also work
-      ENV LD_LIBRARY_PATH)
-include (FindPackageHandleStandardArgs)
-
-
-# handle the QUIETLY and REQUIRED arguments and set THREAD_DB_FOUND to TRUE
-# if all listed variables are TRUE
-FIND_PACKAGE_HANDLE_STANDARD_ARGS(Thread_Db DEFAULT_MSG
+find_library(
     THREAD_DB_LIBRARIES
-    THREAD_DB_INCLUDE_DIR)
+    NAMES thread_db
+    HINTS ${THREAD_DB_LIBRARIES}
+    PATHS /usr/lib
+          /usr/lib64
+          /usr/local/lib
+          /usr/local/lib64
+          /opt/local/lib
+          /opt/local/lib64
+          /sw/lib
+          ENV
+          LIBRARY_PATH # PATH and LIB will also work
+          ENV
+          LD_LIBRARY_PATH)
+include(FindPackageHandleStandardArgs)
+
+# handle the QUIETLY and REQUIRED arguments and set THREAD_DB_FOUND to TRUE if all listed
+# variables are TRUE
+find_package_handle_standard_args(Thread_Db DEFAULT_MSG THREAD_DB_LIBRARIES
+                                  THREAD_DB_INCLUDE_DIR)
 
-#mark_as_advanced(LIBDW_INCLUDE_DIR DWARF_INCLUDE_DIR)
-#mark_as_advanced(THREAD_DB_INCLUDE_DIRS THREAD_DB_LIBRARIES)
+# mark_as_advanced(LIBDW_INCLUDE_DIR DWARF_INCLUDE_DIR)
+# mark_as_advanced(THREAD_DB_INCLUDE_DIRS THREAD_DB_LIBRARIES)

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/Modules/FindValgrind.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/Modules/FindValgrind.cmake Changed

@@ -25,21 +25,21 @@
 
 include(DyninstSystemPaths)
 
-find_path(Valgrind_INCLUDE_DIR
-          NAMES valgrind.h
-          HINTS ${Valgrind_ROOT_DIR}/include ${Valgrind_ROOT_DIR} ${Valgrind_INCLUDEDIR}
-          PATHS ${DYNINST_SYSTEM_INCLUDE_PATHS}
-          PATH_SUFFIXES valgrind
-          DOC "Valgrind include directory")
+find_path(
+    Valgrind_INCLUDE_DIR
+    NAMES valgrind.h
+    HINTS ${Valgrind_ROOT_DIR}/include ${Valgrind_ROOT_DIR} ${Valgrind_INCLUDEDIR}
+    PATHS ${DYNINST_SYSTEM_INCLUDE_PATHS}
+    PATH_SUFFIXES valgrind
+    DOC "Valgrind include directory")
 
 include(FindPackageHandleStandardArgs)
-find_package_handle_standard_args(Valgrind
-                                  FOUND_VAR
-                                  Valgrind_FOUND
-                                  REQUIRED_VARS
-                                  Valgrind_INCLUDE_DIR)
+find_package_handle_standard_args(
+    Valgrind
+    FOUND_VAR Valgrind_FOUND
+    REQUIRED_VARS Valgrind_INCLUDE_DIR)
 
 # Export cache variables
 if(Valgrind_FOUND)
-  set(Valgrind_INCLUDE_DIRS ${Valgrind_INCLUDE_DIR})
+    set(Valgrind_INCLUDE_DIRS ${Valgrind_INCLUDE_DIR})
 endif()

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/ThreadingBuildingBlocks.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/ThreadingBuildingBlocks.cmake Changed

@@ -38,140 +38,163 @@
 #=====================================================================================
 
 if(TBB_FOUND)
-  return()
+    return()
 endif()
 
 # -------------- RUNTIME CONFIGURATION ----------------------------------------
 
 # Use debug versions of TBB libraries
-set(TBB_USE_DEBUG_BUILD OFF CACHE BOOL "Use debug versions of TBB libraries")
+set(TBB_USE_DEBUG_BUILD
+    OFF
+    CACHE BOOL "Use debug versions of TBB libraries")
 
 # Minimum version of TBB (assumes a dotted-decimal format: YYYY.XX)
 if(${CMAKE_CXX_COMPILER_ID} STREQUAL "Clang")
-  set(_tbb_min_version 2019.7)
+    set(_tbb_min_version 2019.7)
 else()
-  set(_tbb_min_version 2018.6)
+    set(_tbb_min_version 2018.6)
 endif()
 
-set(TBB_MIN_VERSION ${_tbb_min_version} CACHE STRING "Minimum version of TBB (assumes a dotted-decimal format: YYYY.XX)")
+set(TBB_MIN_VERSION
+    ${_tbb_min_version}
+    CACHE STRING "Minimum version of TBB (assumes a dotted-decimal format: YYYY.XX)")
 
 if(${TBB_MIN_VERSION} VERSION_LESS ${_tbb_min_version})
-  message(
-    FATAL_ERROR
-    "Requested TBB version ${TBB_MIN_VERSION} is less than minimum supported version ${_tbb_min_version}"
-  )
+    message(
+        FATAL_ERROR
+            "Requested TBB version ${TBB_MIN_VERSION} is less than minimum supported version ${_tbb_min_version}"
+        )
 endif()
 
 # -------------- PATHS --------------------------------------------------------
 
 # TBB root directory
-set(TBB_ROOT_DIR "/usr" CACHE PATH "TBB root directory")
+set(TBB_ROOT_DIR
+    "/usr"
+    CACHE PATH "TBB root directory")
 
 # TBB include directory hint
-set(TBB_INCLUDEDIR "${TBB_ROOT_DIR}/include" CACHE PATH "TBB include directory")
+set(TBB_INCLUDEDIR
+    "${TBB_ROOT_DIR}/include"
+    CACHE PATH "TBB include directory")
 
 # TBB library directory hint
-set(TBB_LIBRARYDIR "${TBB_ROOT_DIR}/lib" CACHE PATH "TBB library directory")
+set(TBB_LIBRARYDIR
+    "${TBB_ROOT_DIR}/lib"
+    CACHE PATH "TBB library directory")
 
 # Translate to FindTBB names
 set(TBB_LIBRARY ${TBB_LIBRARYDIR})
 set(TBB_INCLUDE_DIR ${TBB_INCLUDEDIR})
 
-# The specific TBB libraries we need
-# NB: This should _NOT_ be a cache variable
+# The specific TBB libraries we need NB: This should _NOT_ be a cache variable
 set(_tbb_components tbb tbbmalloc tbbmalloc_proxy)
 
 find_package(TBB ${TBB_MIN_VERSION} COMPONENTS ${_tbb_components})
 
 # -------------- SOURCE BUILD -------------------------------------------------
 if(TBB_FOUND)
-  # Force the cache entries to be updated
-  # Normally, these would not be exported. However, we need them in the Testsuite
-  set(TBB_INCLUDE_DIRS ${TBB_INCLUDE_DIRS} CACHE PATH "TBB include directory" FORCE)
-  set(TBB_LIBRARY_DIRS ${TBB_LIBRARY_DIRS} CACHE PATH "TBB library directory" FORCE)
-  set(TBB_DEFINITIONS ${TBB_DEFINITIONS} CACHE STRING "TBB compiler definitions" FORCE)
-  set(TBB_LIBRARIES ${TBB_LIBRARIES} CACHE FILEPATH "TBB library files" FORCE)
-  
-  if(NOT TARGET TBB)
-    add_library(TBB SHARED IMPORTED)
-  endif()
+    # Force the cache entries to be updated Normally, these would not be exported.
+    # However, we need them in the Testsuite
+    set(TBB_INCLUDE_DIRS
+        ${TBB_INCLUDE_DIRS}
+        CACHE PATH "TBB include directory" FORCE)
+    set(TBB_LIBRARY_DIRS
+        ${TBB_LIBRARY_DIRS}
+        CACHE PATH "TBB library directory" FORCE)
+    set(TBB_DEFINITIONS
+        ${TBB_DEFINITIONS}
+        CACHE STRING "TBB compiler definitions" FORCE)
+    set(TBB_LIBRARIES
+        ${TBB_LIBRARIES}
+        CACHE FILEPATH "TBB library files" FORCE)
+
+    if(NOT TARGET TBB)
+        add_library(TBB SHARED IMPORTED)
+    endif()
 elseif(NOT TBB_FOUND AND STERILE_BUILD)
-  message(FATAL_ERROR "TBB not found and cannot be downloaded because build is sterile.")
+    message(
+        FATAL_ERROR "TBB not found and cannot be downloaded because build is sterile.")
 else()
-  # If we didn't find a suitable version on the system, then download one from the web
-  message(STATUS "${ThreadingBuildingBlocks_ERROR_REASON}")
-  message(STATUS "Attempting to build TBB(${TBB_MIN_VERSION}) as external project")
-  
-  if(NOT UNIX)
-    message(FATAL_ERROR "Building TBB from source is not supported on this platform")
-  endif()
-
-  # Forcibly update the cache variables
-  set(TBB_ROOT_DIR ${CMAKE_INSTALL_PREFIX} CACHE PATH "TBB root directory" FORCE)
-  set(TBB_INCLUDE_DIRS ${TBB_ROOT_DIR}/include CACHE PATH "TBB include directory" FORCE)
-  set(TBB_LIBRARY_DIRS ${TBB_ROOT_DIR}/lib CACHE PATH "TBB library directory" FORCE)
-  set(TBB_DEFINITIONS "" CACHE STRING "TBB compiler definitions" FORCE)
-
-  set(_tbb_libraries)
-  set(_tbb_components_cfg)
-
-  foreach(c ${_tbb_components})
-    # Generate make target names
-  	if(${c} STREQUAL tbbmalloc_proxy)
-  	  # tbbmalloc_proxy is spelled tbbproxy in their Makefiles
-  	  list(APPEND _tbb_components_cfg tbbproxy_release)
-  	else()
-  	  list(APPEND _tbb_components_cfg ${c}_release)
-  	endif()
-  	
-  	# Generate library filenames
-  	list(APPEND _tbb_libraries "${TBB_LIBRARY_DIRS}/lib${c}.so")
-  	
-    foreach(t RELEASE DEBUG)
-      set(TBB_${c}_LIBRARY_${t} "${TBB_LIBRARY_DIRS}/lib${c}.so" CACHE FILEPATH "" FORCE)
+    # If we didn't find a suitable version on the system, then download one from the web
+    message(STATUS "${ThreadingBuildingBlocks_ERROR_REASON}")
+    message(STATUS "Attempting to build TBB(${TBB_MIN_VERSION}) as external project")
+
+    if(NOT UNIX)
+        message(FATAL_ERROR "Building TBB from source is not supported on this platform")
+    endif()
+
+    # Forcibly update the cache variables
+    set(TBB_ROOT_DIR
+        ${CMAKE_INSTALL_PREFIX}
+        CACHE PATH "TBB root directory" FORCE)
+    set(TBB_INCLUDE_DIRS
+        ${TBB_ROOT_DIR}/include
+        CACHE PATH "TBB include directory" FORCE)
+    set(TBB_LIBRARY_DIRS
+        ${TBB_ROOT_DIR}/lib
+        CACHE PATH "TBB library directory" FORCE)
+    set(TBB_DEFINITIONS
+        ""
+        CACHE STRING "TBB compiler definitions" FORCE)
+
+    set(_tbb_libraries)
+    set(_tbb_components_cfg)
+
+    foreach(c ${_tbb_components})
+        # Generate make target names
+        if(${c} STREQUAL tbbmalloc_proxy)
+            # tbbmalloc_proxy is spelled tbbproxy in their Makefiles
+            list(APPEND _tbb_components_cfg tbbproxy_release)
+        else()
+            list(APPEND _tbb_components_cfg ${c}_release)
+        endif()
+
+        # Generate library filenames
+        list(APPEND _tbb_libraries "${TBB_LIBRARY_DIRS}/lib${c}.so")
+
+        foreach(t RELEASE DEBUG)
+            set(TBB_${c}_LIBRARY_${t}
+                "${TBB_LIBRARY_DIRS}/lib${c}.so"
+                CACHE FILEPATH "" FORCE)
+        endforeach()
     endforeach()
-  endforeach()
-  
-  set(TBB_LIBRARIES ${_tbb_libraries} CACHE FILEPATH "TBB library files" FORCE)
-  
-  # Split the dotted decimal version into major/minor parts
-  string(REGEX REPLACE "\\." ";" _tbb_download_name ${TBB_MIN_VERSION})
-  list(GET _tbb_download_name 0 _tbb_ver_major)
-  list(GET _tbb_download_name 1 _tbb_ver_minor)
-  
-  include(ExternalProject)
-  set(_tbb_prefix_dir ${CMAKE_BINARY_DIR}/tbb)
-
-  # Set the compiler for TBB
-  # It assumes gcc and tests for Intel, so clang is the only
-  # one that needs special treatment.
-  if(${CMAKE_CXX_COMPILER_ID} STREQUAL "Clang")
-  	set(_tbb_compiler "compiler=clang")
-  endif()
-  
-  ExternalProject_Add(
-    TBB
-    PREFIX ${_tbb_prefix_dir}
-    URL https://github.com/01org/tbb/archive/${_tbb_ver_major}_U${_tbb_ver_minor}.tar.gz
-    BUILD_IN_SOURCE 1
-    CONFIGURE_COMMAND ""
-    BUILD_COMMAND
-      CC=${CMAKE_C_COMPILER} CXX=${CMAKE_CXX_COMPILER}
-      $(MAKE) -C src
-      ${_tbb_components_cfg}
-      tbb_build_dir=${_tbb_prefix_dir}/src
-      tbb_build_prefix=tbb
-      ${_tbb_compiler}
-    INSTALL_COMMAND
-      ${CMAKE_COMMAND}
-      	-DLIBDIR=${TBB_LIBRARY_DIRS}
-      	-DINCDIR=${TBB_INCLUDE_DIRS}
-        -DPREFIX=${_tbb_prefix_dir}
-      	-P ${CMAKE_CURRENT_LIST_DIR}/ThreadingBuildingBlocks.install.cmake
-  )
+
+    set(TBB_LIBRARIES
+        ${_tbb_libraries}
+        CACHE FILEPATH "TBB library files" FORCE)
+
+    # Split the dotted decimal version into major/minor parts
+    string(REGEX REPLACE "\\." ";" _tbb_download_name ${TBB_MIN_VERSION})
+    list(GET _tbb_download_name 0 _tbb_ver_major)
+    list(GET _tbb_download_name 1 _tbb_ver_minor)
+
+    include(ExternalProject)
+    set(_tbb_prefix_dir ${CMAKE_BINARY_DIR}/tbb)
+
+    # Set the compiler for TBB It assumes gcc and tests for Intel, so clang is the only
+    # one that needs special treatment.
+    if(${CMAKE_CXX_COMPILER_ID} STREQUAL "Clang")
+        set(_tbb_compiler "compiler=clang")
+    endif()
+
+    externalproject_add(
+        TBB
+        PREFIX ${_tbb_prefix_dir}
+        URL https://github.com/01org/tbb/archive/${_tbb_ver_major}_U${_tbb_ver_minor}.tar.gz
+        BUILD_IN_SOURCE 1
+        CONFIGURE_COMMAND ""
+        BUILD_COMMAND
+            CC=${CMAKE_C_COMPILER} CXX=${CMAKE_CXX_COMPILER} $(MAKE) -C src
+            ${_tbb_components_cfg} tbb_build_dir=${_tbb_prefix_dir}/src
+            tbb_build_prefix=tbb ${_tbb_compiler}
+        INSTALL_COMMAND
+            ${CMAKE_COMMAND} -DLIBDIR=${TBB_LIBRARY_DIRS} -DINCDIR=${TBB_INCLUDE_DIRS}
+            -DPREFIX=${_tbb_prefix_dir} -P
+            ${CMAKE_CURRENT_LIST_DIR}/ThreadingBuildingBlocks.install.cmake)
 endif()
- 
-include_directories(${TBB_INCLUDE_DIRS})
+
+include_directories(SYSTEM ${TBB_INCLUDE_DIRS})
 link_directories(${TBB_LIBRARY_DIRS})
 
 message(STATUS "TBB include directory: ${TBB_INCLUDE_DIRS}")

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/ThreadingBuildingBlocks.install.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/ThreadingBuildingBlocks.install.cmake Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/cap_arch_def.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/cap_arch_def.cmake Changed

@@ -1,151 +1,100 @@
-# The test suite needs this as a list rather than a bunch
-# of definitions so that we can append _test to it. 
-
-set (CAP_DEFINES
-     -Dcap_dynamic_heap 
-     -Dcap_liveness 
-     -Dcap_threads
-)
-
-if (PLATFORM MATCHES i386)
-set (ARCH_DEFINES -Darch_x86)
-set (CAP_DEFINES ${CAP_DEFINES}
-             -Dcap_fixpoint_gen 
-             -Dcap_noaddr_gen 
-             -Dcap_stripped_binaries 
-             -Dcap_tramp_liveness 
-             -Dcap_virtual_registers
-             -Dcap_stack_mods
-    )
-
-elseif (PLATFORM MATCHES x86_64 OR PLATFORM MATCHES amd64)
-set (ARCH_DEFINES -Darch_x86_64 -Darch_64bit)
-set (CAP_DEFINES ${CAP_DEFINES} 
-             -Dcap_32_64
-             -Dcap_fixpoint_gen 
-             -Dcap_noaddr_gen
-             -Dcap_registers
-             -Dcap_stripped_binaries 
-             -Dcap_tramp_liveness
-             -Dcap_stack_mods
-    )
-
-elseif (PLATFORM MATCHES ppc32)
-set (ARCH_DEFINES -Darch_power)
-set (CAP_DEFINES ${CAP_DEFINES} 
-             -Dcap_registers
-    )
-
-elseif (PLATFORM MATCHES ppc64)
-   set (ARCH_DEFINES -Darch_power -Darch_64bit)
-   set (CMAKE_C_FLAGS "${CMAKE_C_FLAGS} -m64")
-   set (CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} -m64")
-   set (CAP_DEFINES ${CAP_DEFINES} 
-                -Dcap_32_64
-                -Dcap_registers
-                -Dcap_toc_64
-       )
-   if (SYSPLATFORM MATCHES ppc64le)
-      set (CAP_DEFINES ${CAP_DEFINES} 
-              -Darch_ppc_little_endian
-          )
-   endif (SYSPLATFORM MATCHES ppc64le)
-elseif (PLATFORM MATCHES aarch64)
-  #set (ARCH_DEFINES -Daarch_64 -Darch_64bit)
-  set (ARCH_DEFINES -Darch_aarch64 -Darch_64bit)
-  set (CAP_DEFINES ${CAP_DEFINES} -Dcap_32_64 -Dcap_registers)
-endif (PLATFORM MATCHES i386)
-
-if (PLATFORM MATCHES linux)
-set (OS_DEFINES -Dos_linux)
-set (CAP_DEFINES ${CAP_DEFINES} 
-             -Dcap_async_events
-             -Dcap_binary_rewriter
-             -Dcap_dwarf
-             -Dcap_mutatee_traps
-             -Dcap_ptrace
-    )
-set (BUG_DEFINES -Dbug_syscall_changepc_rewind -Dbug_force_terminate_failure)
-
-elseif (PLATFORM MATCHES cnl)
-set (OS_DEFINES -Dos_linux -Dos_cnl)
-set (CAP_DEFINES ${CAP_DEFINES} 
-             -Dcap_async_events
-             -Dcap_binary_rewriter
-             -Dcap_dwarf
-             -Dcap_mutatee_traps
-             -Dcap_ptrace
-    )
-set (BUG_DEFINES -Dbug_syscall_changepc_rewind)
-
-elseif (PLATFORM MATCHES freebsd)
-set (OS_DEFINES -Dos_freebsd)
-set (CAP_DEFINES ${CAP_DEFINES} 
-             -Dcap_binary_rewriter
-             -Dcap_dwarf
-             -Dcap_mutatee_traps
-    )
-set (BUG_DEFINES -Dbug_freebsd_missing_sigstop 
-             -Dbug_freebsd_mt_suspend 
-             -Dbug_freebsd_change_pc 
-             -Dbug_phdrs_first_page 
-             -Dbug_syscall_changepc_rewind
-    )
-
-elseif (PLATFORM STREQUAL i386-unknown-nt4.0)
-set (OS_DEFINES -Dos_windows)
-set (CAP_DEFINES ${CAP_DEFINES} 
-             -Dcap_mem_emulation
-             -Dcap_mutatee_traps
-    )
-endif (PLATFORM MATCHES linux)
-
-
-if (PLATFORM STREQUAL i386-unknown-linux2.4)
-set (OLD_DEFINES -Di386_unknown_linux2_0)
-
-elseif (PLATFORM STREQUAL x86_64-unknown-linux2.4)
-set (OLD_DEFINES -Dx86_64_unknown_linux2_4)
-
-elseif (PLATFORM STREQUAL ppc32_linux)
-set (OLD_DEFINES -Dppc32_linux)
-set (BUG_DEFINES ${BUG_DEFINES} -Dbug_registers_after_exit)
-
-elseif (PLATFORM STREQUAL ppc64_linux)
-set (OLD_DEFINES -Dppc64_linux)
-set (BUG_DEFINES ${BUG_DEFINES} -Dbug_registers_after_exit)
-
-elseif (PLATFORM STREQUAL x86_64_cnl)
-set (OLD_DEFINES -Dx86_64_cnl -Dx86_64_unknown_linux2_4)
-
-elseif (PLATFORM STREQUAL i386-unknown-freebsd7.2)
-set (OLD_DEFINES -Di386_unknown_freebsd7_0)
-
-elseif (PLATFORM STREQUAL amd64-unknown-freebsd7.2)
-set (OLD_DEFINES -Damd64_unknown_freebsd7_0)
-
-elseif (PLATFORM STREQUAL i386-unknown-nt4.0)
-set (OLD_DEFINES -Di386_unknown_nt4_0)
-elseif (PLATFORM STREQUAL aarch64-unknown-linux)
-  set (OLD_DEFINES -Daarch64_unknown_linux)
-else (PLATFORM STREQUAL i386-unknown-linux2.4)
-  message (FATAL_ERROR "Unknown platform: ${PLATFORM}")
-endif (PLATFORM STREQUAL i386-unknown-linux2.4)
-
-if (THREAD_DB_FOUND)
-message (STATUS "-- Enabling ThreadDB support")
-set (CAP_DEFINES ${CAP_DEFINES} -Dcap_thread_db)
-endif (THREAD_DB_FOUND)
-
-set (UNIFIED_DEFINES ${CAP_DEFINES} ${BUG_DEFINES} ${ARCH_DEFINES} ${OS_DEFINES} ${OLD_DEFINES})
-
-foreach (def ${UNIFIED_DEFINES})
-  add_definitions (${def})
+#
+# -- Define the capabilities for each supported architecture/platform
+#
+#  cap_32_64 - This host 64-bit platform supports modifying 32-bit binaries
+#
+
+set(CAP_DEFINES -Dcap_dynamic_heap -Dcap_liveness -Dcap_threads)
+
+if(PLATFORM MATCHES i386)
+    set(ARCH_DEFINES -Darch_x86)
+    set(CAP_DEFINES
+        ${CAP_DEFINES}
+        -Dcap_fixpoint_gen
+        -Dcap_noaddr_gen
+        -Dcap_stripped_binaries
+        -Dcap_tramp_liveness
+        -Dcap_virtual_registers
+        -Dcap_stack_mods)
+
+elseif(PLATFORM MATCHES x86_64 OR PLATFORM MATCHES amd64)
+    set(ARCH_DEFINES -Darch_x86_64 -Darch_64bit)
+    set(CAP_DEFINES
+        ${CAP_DEFINES}
+        -Dcap_32_64
+        -Dcap_fixpoint_gen
+        -Dcap_noaddr_gen
+        -Dcap_registers
+        -Dcap_stripped_binaries
+        -Dcap_tramp_liveness
+        -Dcap_stack_mods)
+
+elseif(PLATFORM MATCHES ppc64)
+    set(ARCH_DEFINES -Darch_power -Darch_64bit)
+    set(CMAKE_C_FLAGS "${CMAKE_C_FLAGS} -m64")
+    set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} -m64")
+    set(CAP_DEFINES ${CAP_DEFINES} -Dcap_32_64 -Dcap_registers -Dcap_toc_64)
+elseif(PLATFORM MATCHES aarch64)
+    # set (ARCH_DEFINES -Daarch_64 -Darch_64bit)
+    set(ARCH_DEFINES -Darch_aarch64 -Darch_64bit)
+    set(CAP_DEFINES ${CAP_DEFINES} -Dcap_registers)
+endif(PLATFORM MATCHES i386)
+
+if(PLATFORM MATCHES linux)
+    set(OS_DEFINES -Dos_linux)
+    set(CAP_DEFINES ${CAP_DEFINES} -Dcap_async_events -Dcap_binary_rewriter -Dcap_dwarf
+                    -Dcap_mutatee_traps -Dcap_ptrace)
+    set(BUG_DEFINES -Dbug_syscall_changepc_rewind -Dbug_force_terminate_failure)
+
+elseif(PLATFORM MATCHES freebsd)
+    set(OS_DEFINES -Dos_freebsd)
+    set(CAP_DEFINES ${CAP_DEFINES} -Dcap_binary_rewriter -Dcap_dwarf -Dcap_mutatee_traps)
+    set(BUG_DEFINES
+        -Dbug_freebsd_missing_sigstop -Dbug_freebsd_mt_suspend -Dbug_freebsd_change_pc
+        -Dbug_phdrs_first_page -Dbug_syscall_changepc_rewind)
+
+elseif(PLATFORM STREQUAL i386-unknown-nt4.0)
+    set(OS_DEFINES -Dos_windows)
+    set(CAP_DEFINES ${CAP_DEFINES} -Dcap_mutatee_traps)
+endif(PLATFORM MATCHES linux)
+
+if(PLATFORM STREQUAL i386-unknown-linux2.4)
+    set(OLD_DEFINES -Di386_unknown_linux2_0)
+
+elseif(PLATFORM STREQUAL x86_64-unknown-linux2.4)
+    set(OLD_DEFINES -Dx86_64_unknown_linux2_4)
+
+elseif(PLATFORM STREQUAL ppc64_linux)
+    set(OLD_DEFINES -Dppc64_linux)
+    set(BUG_DEFINES ${BUG_DEFINES} -Dbug_registers_after_exit)
+
+elseif(PLATFORM STREQUAL i386-unknown-freebsd7.2)
+    set(OLD_DEFINES -Di386_unknown_freebsd7_0)
+
+elseif(PLATFORM STREQUAL amd64-unknown-freebsd7.2)
+    set(OLD_DEFINES -Damd64_unknown_freebsd7_0)
+
+elseif(PLATFORM STREQUAL i386-unknown-nt4.0)
+    set(OLD_DEFINES -Di386_unknown_nt4_0)
+elseif(PLATFORM STREQUAL aarch64-unknown-linux)
+    set(OLD_DEFINES -Daarch64_unknown_linux)
+else(PLATFORM STREQUAL i386-unknown-linux2.4)
+    message(FATAL_ERROR "Unknown platform: ${PLATFORM}")
+endif(PLATFORM STREQUAL i386-unknown-linux2.4)
+
+if(THREAD_DB_FOUND)
+    message(STATUS "-- Enabling ThreadDB support")
+    set(CAP_DEFINES ${CAP_DEFINES} -Dcap_thread_db)
+endif(THREAD_DB_FOUND)
+
+set(UNIFIED_DEFINES ${CAP_DEFINES} ${BUG_DEFINES} ${ARCH_DEFINES} ${OS_DEFINES}
+                    ${OLD_DEFINES})
+
+foreach(def ${UNIFIED_DEFINES})
+    add_definitions(${def})
 endforeach()
 
-
-set (CMAKE_C_FLAGS "${CMAKE_C_FLAGS} ${UNIFIED_DEF_STRING}")
-set (CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} ${UNIFIED_DEF_STRING}")
+set(CMAKE_C_FLAGS "${CMAKE_C_FLAGS} ${UNIFIED_DEF_STRING}")
+set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} ${UNIFIED_DEF_STRING}")
 
 message(STATUS "Set arch and platform based definitions")
-

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/optimization.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/optimization.cmake Changed

@@ -1,50 +1,56 @@
-if (CMAKE_COMPILER_IS_GNUCXX 
-    OR ${CMAKE_C_COMPILER_ID} MATCHES Clang
-    OR ${CMAKE_C_COMPILER_ID} MATCHES GNU
-    OR ${CMAKE_C_COMPILER_ID} MATCHES Intel)
-if(ENABLE_LTO)
-    set(LTO_FLAGS "-flto")
-    set(LTO_LINK_FLAGS "-fuse-ld=gold")
-else()
-    set(LTO_FLAGS "")
-    set(LTO_LINK_FLAGS "")
-endif()
-set (CMAKE_C_FLAGS_DEBUG "-O0 -g")
-set (CMAKE_CXX_FLAGS_DEBUG "-O0 -g")
-
-set (CMAKE_C_FLAGS_RELEASE "-O2 ${LTO_FLAGS}")
-set (CMAKE_CXX_FLAGS_RELEASE "-O2 ${LTO_FLAGS}")
-
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "-O2 -g ${LTO_FLAGS}")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "-O2 -g ${LTO_FLAGS}")
-
-set (FORCE_FRAME_POINTER "-fno-omit-frame-pointer")
-# Ensure each library is fully linked
-set (CMAKE_SHARED_LINKER_FLAGS "${CMAKE_SHARED_LINKER_FLAGS} -Wl,--no-undefined")
-
-set (CMAKE_SHARED_LINKER_FLAGS "${CMAKE_SHARED_LINKER_FLAGS} ${LTO_LINK_FLAGS}")
-set (CMAKE_MODULE_LINKER_FLAGS "${CMAKE_MODULE_LINKER_FLAGS} ${LTO_LINK_FLAGS}")
-else (MSVC)
-if(ENABLE_LTO)
-    set(LTO_FLAGS "/GL")
-    set(LTO_LINK_FLAGS "/LTCG")
-else()
-    set(LTO_FLAGS "")
-    set(LTO_LINK_FLAGS "")
-endif()
-set (CMAKE_C_FLAGS_DEBUG "/MP /Od /Zi /MDd /D_DEBUG")
-set (CMAKE_CXX_FLAGS_DEBUG "/MP /Od /Zi /MDd /D_DEBUG")
-
-set (CMAKE_C_FLAGS_RELEASE "/MP /O2 /MD /D NDEBUG ${LTO_FLAGS}")
-set (CMAKE_CXX_FLAGS_RELEASE "/MP /O2 /MD /D NDEBUG ${LTO_FLAGS}")
-
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "/MP /O2 /Zi /MD /D NDEBUG ${LTO_FLAGS}")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "/MP /O2 /Zi /MD /D NDEBUG ${LTO_FLAGS}")
-
-set (FORCE_FRAME_POINTER "/Oy-")
-
-set (CMAKE_SHARED_LINKER_FLAGS "${CMAKE_SHARED_LINKER_FLAGS} ${LTO_LINK_FLAGS}")
-set (CMAKE_MODULE_LINKER_FLAGS "${CMAKE_MODULE_LINKER_FLAGS} ${LTO_LINK_FLAGS}")
-set (CMAKE_STATIC_LINKER_FLAGS "${CMAKE_STATIC_LINKER_FLAGS} ${LTO_LINK_FLAGS}")
+if(CMAKE_COMPILER_IS_GNUCXX
+   OR ${CMAKE_C_COMPILER_ID} MATCHES Clang
+   OR ${CMAKE_C_COMPILER_ID} MATCHES GNU
+   OR ${CMAKE_C_COMPILER_ID} MATCHES Intel)
+    if(ENABLE_LTO)
+        set(LTO_FLAGS "-flto")
+        set(LTO_LINK_FLAGS "-fuse-ld=bfd")
+    else()
+        set(LTO_FLAGS "")
+        set(LTO_LINK_FLAGS "")
+    endif()
+    set(CMAKE_C_FLAGS_DEBUG "-Og -g3")
+    set(CMAKE_CXX_FLAGS_DEBUG "-Og -g3")
+
+    set(CMAKE_C_FLAGS_RELEASE "-O2 ${LTO_FLAGS}")
+    set(CMAKE_CXX_FLAGS_RELEASE "-O2 ${LTO_FLAGS}")
+
+    set(CMAKE_C_FLAGS_RELWITHDEBINFO "-O2 -g3 ${LTO_FLAGS}")
+    set(CMAKE_CXX_FLAGS_RELWITHDEBINFO "-O2 -g3 ${LTO_FLAGS}")
+
+    set(CMAKE_C_FLAGS_MINSIZEREL "-Os ${LTO_FLAGS}")
+    set(CMAKE_CXX_FLAGS_MINSIZEREL "-Os ${LTO_FLAGS}")
+
+    set(FORCE_FRAME_POINTER "-fno-omit-frame-pointer")
+    # Ensure each library is fully linked
+    set(CMAKE_SHARED_LINKER_FLAGS "${CMAKE_SHARED_LINKER_FLAGS} -Wl,--no-undefined")
+
+    set(CMAKE_SHARED_LINKER_FLAGS "${CMAKE_SHARED_LINKER_FLAGS} ${LTO_LINK_FLAGS}")
+    set(CMAKE_MODULE_LINKER_FLAGS "${CMAKE_MODULE_LINKER_FLAGS} ${LTO_LINK_FLAGS}")
+else(MSVC)
+    if(ENABLE_LTO)
+        set(LTO_FLAGS "/GL")
+        set(LTO_LINK_FLAGS "/LTCG")
+    else()
+        set(LTO_FLAGS "")
+        set(LTO_LINK_FLAGS "")
+    endif()
+    set(CMAKE_C_FLAGS_DEBUG "/MP /Od /Zi /MDd /D_DEBUG")
+    set(CMAKE_CXX_FLAGS_DEBUG "/MP /Od /Zi /MDd /D_DEBUG")
+
+    set(CMAKE_C_FLAGS_RELEASE "/MP /O2 /MD ${LTO_FLAGS}")
+    set(CMAKE_CXX_FLAGS_RELEASE "/MP /O2 /MD ${LTO_FLAGS}")
+
+    set(CMAKE_C_FLAGS_RELWITHDEBINFO "/MP /O2 /Zi /MD ${LTO_FLAGS}")
+    set(CMAKE_CXX_FLAGS_RELWITHDEBINFO "/MP /O2 /Zi /MD ${LTO_FLAGS}")
+
+    set(CMAKE_C_FLAGS_MINSIZEREL "/MP /O1 /MD ${LTO_FLAGS}")
+    set(CMAKE_CXX_FLAGS_MINSIZEREL "/MP /O1 /MD ${LTO_FLAGS}")
+
+    set(FORCE_FRAME_POINTER "/Oy-")
+
+    set(CMAKE_SHARED_LINKER_FLAGS "${CMAKE_SHARED_LINKER_FLAGS} ${LTO_LINK_FLAGS}")
+    set(CMAKE_MODULE_LINKER_FLAGS "${CMAKE_MODULE_LINKER_FLAGS} ${LTO_LINK_FLAGS}")
+    set(CMAKE_STATIC_LINKER_FLAGS "${CMAKE_STATIC_LINKER_FLAGS} ${LTO_LINK_FLAGS}")
 endif()
 message(STATUS "Set optimization flags")

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/options.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/options.cmake Changed

@@ -1,31 +1,30 @@
 # Use OpenMP?
-option (USE_OpenMP "Use OpenMP for parallel parsing" ON)
+option(USE_OpenMP "Use OpenMP for parallel parsing" ON)
 
 # Use SymtabAPI or SymLite?
-option (LIGHTWEIGHT_SYMTAB "Use lightweight symtab interface for ParseAPI, ProcControl, and Stackwalker; disables DyninstAPI build" OFF)
+option(
+    LIGHTWEIGHT_SYMTAB
+    "Use lightweight symtab interface for ParseAPI, ProcControl, and Stackwalker; disables DyninstAPI build"
+    OFF)
 
 # Use ParseAPI analysis in Stackwalker?
-option (SW_ANALYSIS_STEPPER "Use ParseAPI-based analysis stepper in Stackwalker" ON)
+option(SW_ANALYSIS_STEPPER "Use ParseAPI-based analysis stepper in Stackwalker" ON)
 
-option (BUILD_TARBALLS "Build Dyninst package tarballs. Requires git archive, tar, gzip." OFF)
-option (BUILD_RTLIB_32 "Build 32-bit runtime library on mixed 32/64 systems" OFF)
+option(BUILD_RTLIB_32 "Build 32-bit runtime library on mixed 32/64 systems" OFF)
 
-option(BUILD_RTLIB "Building runtime library (can be disabled safely for component-level builds)" ON)
-option(BUILD_DOCS "Build manuals from LaTeX sources" ON)
-
-option (ENABLE_LTO "Enable Link-Time Optimization" OFF)
+option(ENABLE_LTO "Enable Link-Time Optimization" OFF)
 
 option(ENABLE_DEBUGINFOD "Enable debuginfod support" OFF)
 
 # Some global on/off switches
-if (LIGHTWEIGHT_SYMTAB)
-add_definitions (-DWITHOUT_SYMTAB_API -DWITH_SYMLITE)
+if(LIGHTWEIGHT_SYMTAB)
+    add_definitions(-DWITHOUT_SYMTAB_API -DWITH_SYMLITE)
 else()
-add_definitions (-DWITH_SYMTAB_API -DWITHOUT_SYMLITE)
+    add_definitions(-DWITH_SYMTAB_API -DWITHOUT_SYMLITE)
 endif()
 
-if (SW_ANALYSIS_STEPPER)
-add_definitions (-DUSE_PARSE_API)
+if(SW_ANALYSIS_STEPPER)
+    add_definitions(-DUSE_PARSE_API)
 endif()
 
 message(STATUS "Options set")

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/platform.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/platform.cmake Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/platform_unix.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/platform_unix.cmake Changed

@@ -1,40 +1,34 @@
-set (PLATFORM $ENV{PLATFORM})
+set(PLATFORM $ENV{PLATFORM})
 message(STATUS "-- Input platform: ${PLATFORM}")
-set (VALID_PLATFORMS
-    amd64-unknown-freebsd7.2 
-    i386-unknown-freebsd7.2 
-    i386-unknown-linux2.4 
-    ppc32_linux 
-    ppc64_linux 
-    x86_64-unknown-linux2.4
-    aarch64-unknown-linux
-    )
+set(VALID_PLATFORMS
+    amd64-unknown-freebsd7.2 i386-unknown-freebsd7.2 i386-unknown-linux2.4 ppc64_linux
+    x86_64-unknown-linux2.4 aarch64-unknown-linux)
 
-if (NOT PLATFORM)
-set (INVALID_PLATFORM true)
+if(NOT PLATFORM)
+    set(INVALID_PLATFORM true)
 else()
-list (FIND VALID_PLATFORMS ${PLATFORM} PLATFORM_FOUND)
-  if (PLATFORM_FOUND EQUAL -1)
-  set (INVALID_PLATFORM true)
-  endif()
+    list(FIND VALID_PLATFORMS ${PLATFORM} PLATFORM_FOUND)
+    if(PLATFORM_FOUND EQUAL -1)
+        set(INVALID_PLATFORM true)
+    endif()
 endif()
 
-
-execute_process (COMMAND ${DYNINST_ROOT}/scripts/sysname OUTPUT_VARIABLE SYSNAME_OUT)
+execute_process(COMMAND ${DYNINST_ROOT}/scripts/sysname OUTPUT_VARIABLE SYSNAME_OUT)
 string(REPLACE "\n" "" SYSPLATFORM ${SYSNAME_OUT})
 
-if (INVALID_PLATFORM)
-# Try to set it automatically
-execute_process (COMMAND ${DYNINST_ROOT}/scripts/dynsysname ${SYSNAME_OUT}
-                 OUTPUT_VARIABLE DYNSYSNAME_OUT
-                 )
-string (REPLACE "\n" "" PLATFORM ${DYNSYSNAME_OUT})
-message (STATUS "-- Attempting to automatically identify platform: ${PLATFORM}")
+if(INVALID_PLATFORM)
+    # Try to set it automatically
+    execute_process(COMMAND ${DYNINST_ROOT}/scripts/dynsysname ${SYSNAME_OUT}
+                    OUTPUT_VARIABLE DYNSYSNAME_OUT)
+    string(REPLACE "\n" "" PLATFORM ${DYNSYSNAME_OUT})
+    message(STATUS "-- Attempting to automatically identify platform: ${PLATFORM}")
 endif()
 
-list (FIND VALID_PLATFORMS ${PLATFORM} PLATFORM_FOUND)
+list(FIND VALID_PLATFORMS ${PLATFORM} PLATFORM_FOUND)
 
-if (PLATFORM_FOUND EQUAL -1)
-message (FATAL_ERROR "Error: unknown platform ${PLATFORM}; please set the PLATFORM environment variable to one of the following options: ${VALID_PLATFORMS}")
+if(PLATFORM_FOUND EQUAL -1)
+    message(
+        FATAL_ERROR
+            "Error: unknown platform ${PLATFORM}; please set the PLATFORM environment variable to one of the following options: ${VALID_PLATFORMS}"
+        )
 endif()
-

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/platform_windows.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/platform_windows.cmake Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/shared.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/shared.cmake Changed

@@ -1,131 +1,161 @@
-set (DYNINST_MAJOR_VERSION 11)
-set (DYNINST_MINOR_VERSION 0)
-set (DYNINST_PATCH_VERSION 1)
+set(DYNINST_MAJOR_VERSION 12)
+set(DYNINST_MINOR_VERSION 2)
+set(DYNINST_PATCH_VERSION 1)
 
-set (SOVERSION "${DYNINST_MAJOR_VERSION}.${DYNINST_MINOR_VERSION}")
-set (LIBVERSION "${SOVERSION}.${DYNINST_PATCH_VERSION}")
-set (DYNINST_VERSION "${LIBVERSION}")
+set(SOVERSION "${DYNINST_MAJOR_VERSION}.${DYNINST_MINOR_VERSION}")
+set(LIBVERSION "${SOVERSION}.${DYNINST_PATCH_VERSION}")
+set(DYNINST_VERSION "${LIBVERSION}")
 
 if(CMAKE_CONFIGURATION_TYPES)
-  set(CMAKE_CONFIGURATION_TYPES Debug Release)
-  set(CMAKE_CONFIGURATION_TYPES "${CMAKE_CONFIGURATION_TYPES}" CACHE STRING
-  "Reset the available configurations to exclude MinSizeRel and RelWithDebugInfo" FORCE)
+    set(CMAKE_CONFIGURATION_TYPES Debug Release)
+    set(CMAKE_CONFIGURATION_TYPES
+        "${CMAKE_CONFIGURATION_TYPES}"
+        CACHE
+            STRING
+            "Reset the available configurations to exclude MinSizeRel and RelWithDebugInfo"
+            FORCE)
 endif()
 
-if (LIGHTWEIGHT_SYMTAB)
-  set(SYMREADER symLite)
+if(LIGHTWEIGHT_SYMTAB)
+    set(SYMREADER symLite)
 else()
-  set(SYMREADER symtabAPI)
+    set(SYMREADER symtabAPI)
 endif()
 
 # Link libraries privately when possible
-function (target_link_private_libraries target)
-  if(${CMAKE_VERSION} VERSION_LESS "2.8.7")
-    target_link_libraries (${target} ${ARGN})
-  else()
-    target_link_libraries (${target} LINK_PRIVATE ${ARGN})
-  endif()
-endfunction ()
-
-set(ALL_DYNINST_TARGETS "" CACHE INTERNAL "")
-
-function (dyninst_library target)
-  add_library (${target} ${SRC_LIST})
-  # add boost as a universal dependencies for all sub libraries
-  if(TARGET boost)
-    add_dependencies (${target} boost)
-  endif()
-  target_link_private_libraries (${target} ${ARGN})
-  FILE (GLOB headers "h/*.h" "${CMAKE_CURRENT_BINARY_DIR}/h/*.h")
-  set (ACTUAL_TARGETS ${target})
-  set (ALL_TARGETS "${ARGN};${target}")
-  if(${ENABLE_STATIC_LIBS})
-    set (ACTUAL_TARGETS ${ACTUAL_TARGETS} ${target}_static)
-    add_library (${target}_static STATIC ${SRC_LIST})
-  endif()
-  message(STATUS "Building ${ACTUAL_TARGETS}...")
-  set_target_properties (${ACTUAL_TARGETS} PROPERTIES PUBLIC_HEADER "${headers}")
-  set_target_properties (${ACTUAL_TARGETS} PROPERTIES LIBRARY_OUTPUT_DIRECTORY ${CMAKE_CURRENT_BINARY_DIR})
-  set_target_properties (${target} PROPERTIES SOVERSION ${SOVERSION} VERSION ${LIBVERSION} CLEAN_DIRECT_OUTPUT 1)
-  set (INSTALL_TARGETS ${ACTUAL_TARGETS})
-  foreach (dep ${ARGN})
-    message(STATUS "Processing dependent target ${dep}...")
-    if(TARGET ${dep})
-        get_target_property(dep_dir ${dep} LIBRARY_OUTPUT_DIRECTORY)
-        if(EXISTS ${dep_dir} AND IS_DIRECTORY ${dep_dir})
-          message(STATUS "Found dependency location ${dep_dir}")
-          install(SCRIPT ${dep_dir}/cmake_install.cmake)
-        endif()
+function(target_link_private_libraries target)
+    if(${CMAKE_VERSION} VERSION_LESS "2.8.7")
+        target_link_libraries(${target} ${ARGN})
+    else()
+        target_link_libraries(${target} LINK_PRIVATE ${ARGN})
     endif()
-  endforeach()
-  install (TARGETS ${INSTALL_TARGETS}
-    EXPORT ${target}Targets
-    COMPONENT ${target}
-    RUNTIME DESTINATION ${INSTALL_LIB_DIR}
-    LIBRARY DESTINATION ${INSTALL_LIB_DIR}
-    ARCHIVE DESTINATION ${INSTALL_LIB_DIR}
-    PUBLIC_HEADER DESTINATION ${INSTALL_INCLUDE_DIR})
-  add_custom_target(${target}-install
-    DEPENDS ${target}
-    COMMAND "${CMAKE_COMMAND}" -P "${CMAKE_CURRENT_BINARY_DIR}/cmake_install.cmake"
-    )
-  set(ALL_DYNINST_TARGETS "${ALL_DYNINST_TARGETS};${target}" CACHE INTERNAL "")
-  install (EXPORT ${target}Targets
-    DESTINATION "${INSTALL_CMAKE_DIR}")
-  configure_file("${DYNINST_ROOT}/cmake/${PROJECT_NAME}Config.cmake.in" "${PROJECT_BINARY_DIR}/${CMAKE_FILES_DIRECTORY}/${PROJECT_NAME}Config.cmake" @ONLY)
-  configure_file("${DYNINST_ROOT}/cmake/${PROJECT_NAME}ConfigVersion.cmake.in" "${PROJECT_BINARY_DIR}/${CMAKE_FILES_DIRECTORY}/${PROJECT_NAME}ConfigVersion.cmake" @ONLY)
-  install (FILES
-    "${PROJECT_BINARY_DIR}/${CMAKE_FILES_DIRECTORY}/${PROJECT_NAME}Config.cmake"
-    "${PROJECT_BINARY_DIR}${CMAKE_FILES_DIRECTORY}/${PROJECT_NAME}ConfigVersion.cmake"
-    DESTINATION "${INSTALL_CMAKE_DIR}")
 endfunction()
 
+set(ALL_DYNINST_TARGETS
+    ""
+    CACHE INTERNAL "")
 
-include (${DYNINST_ROOT}/cmake/platform.cmake)
-include (${DYNINST_ROOT}/cmake/cap_arch_def.cmake)
-include (${DYNINST_ROOT}/cmake/visibility.cmake)
-include (${DYNINST_ROOT}/cmake/warnings.cmake)
-include (${DYNINST_ROOT}/cmake/options.cmake)
-include (${DYNINST_ROOT}/cmake/optimization.cmake)
-include (${DYNINST_ROOT}/cmake/endian.cmake)
-
-set (BUILD_SHARED_LIBS ON)
+function(dyninst_library target)
+    add_library(${target} ${SRC_LIST})
+    # add boost as a universal dependencies for all sub libraries
+    if(TARGET boost)
+        add_dependencies(${target} boost)
+    endif()
+    target_link_private_libraries(${target} ${ARGN})
+    file(GLOB headers "h/*.h" "${CMAKE_CURRENT_BINARY_DIR}/h/*.h")
+    set(ACTUAL_TARGETS ${target})
+    set(ALL_TARGETS "${ARGN};${target}")
+    if(${ENABLE_STATIC_LIBS})
+        set(ACTUAL_TARGETS ${ACTUAL_TARGETS} ${target}_static)
+        add_library(${target}_static STATIC ${SRC_LIST})
+    endif()
+    message(STATUS "Building ${ACTUAL_TARGETS}...")
+    set_target_properties(${ACTUAL_TARGETS} PROPERTIES PUBLIC_HEADER "${headers}")
+    set_target_properties(${ACTUAL_TARGETS} PROPERTIES LIBRARY_OUTPUT_DIRECTORY
+                                                       ${CMAKE_CURRENT_BINARY_DIR})
+    set_target_properties(
+        ${target}
+        PROPERTIES SOVERSION ${SOVERSION}
+                   VERSION ${LIBVERSION}
+                   CLEAN_DIRECT_OUTPUT 1)
+    set(INSTALL_TARGETS ${ACTUAL_TARGETS})
+    foreach(dep ${ARGN})
+        message(STATUS "Processing dependent target ${dep}...")
+        if(TARGET ${dep})
+            get_target_property(dep_dir ${dep} LIBRARY_OUTPUT_DIRECTORY)
+            if(EXISTS ${dep_dir} AND IS_DIRECTORY ${dep_dir})
+                message(STATUS "Found dependency location ${dep_dir}")
+                install(SCRIPT ${dep_dir}/cmake_install.cmake)
+            endif()
+        endif()
+    endforeach()
+    install(
+        TARGETS ${INSTALL_TARGETS}
+        EXPORT ${target}Targets
+        COMPONENT ${target}
+        RUNTIME DESTINATION ${INSTALL_LIB_DIR}
+        LIBRARY DESTINATION ${INSTALL_LIB_DIR}
+        ARCHIVE DESTINATION ${INSTALL_LIB_DIR}
+        PUBLIC_HEADER DESTINATION ${INSTALL_INCLUDE_DIR})
+    add_custom_target(
+        ${target}-install
+        DEPENDS ${target}
+        COMMAND "${CMAKE_COMMAND}" -P "${CMAKE_CURRENT_BINARY_DIR}/cmake_install.cmake")
+    set(ALL_DYNINST_TARGETS
+        "${ALL_DYNINST_TARGETS};${target}"
+        CACHE INTERNAL "")
+    install(EXPORT ${target}Targets DESTINATION "${INSTALL_CMAKE_DIR}")
+    configure_file(
+        "${DYNINST_ROOT}/cmake/${PROJECT_NAME}Config.cmake.in"
+        "${PROJECT_BINARY_DIR}/${CMAKE_FILES_DIRECTORY}/${PROJECT_NAME}Config.cmake"
+        @ONLY)
+    configure_file(
+        "${DYNINST_ROOT}/cmake/${PROJECT_NAME}ConfigVersion.cmake.in"
+        "${PROJECT_BINARY_DIR}/${CMAKE_FILES_DIRECTORY}/${PROJECT_NAME}ConfigVersion.cmake"
+        @ONLY)
+    install(
+        FILES
+            "${PROJECT_BINARY_DIR}/${CMAKE_FILES_DIRECTORY}/${PROJECT_NAME}Config.cmake"
+            "${PROJECT_BINARY_DIR}${CMAKE_FILES_DIRECTORY}/${PROJECT_NAME}ConfigVersion.cmake"
+        DESTINATION "${INSTALL_CMAKE_DIR}")
+endfunction()
 
-set (INSTALL_BIN_DIR bin CACHE PATH "Installation directory for executables")
-set (INSTALL_LIB_DIR lib CACHE PATH "Installation directory for libraries")
-set (INSTALL_INCLUDE_DIR include CACHE PATH "Installation directory for header files")
-set (INSTALL_CMAKE_DIR lib/cmake/${PROJECT_NAME} CACHE PATH "Installation directory for CMake files")
-set (INSTALL_DOC_DIR share/doc CACHE PATH "Installation directory for manuals")
+include(${DYNINST_ROOT}/cmake/platform.cmake)
+include(${DYNINST_ROOT}/cmake/cap_arch_def.cmake)
+include(${DYNINST_ROOT}/cmake/visibility.cmake)
+include(${DYNINST_ROOT}/cmake/warnings.cmake)
+include(${DYNINST_ROOT}/cmake/options.cmake)
+include(${DYNINST_ROOT}/cmake/optimization.cmake)
+
+set(BUILD_SHARED_LIBS ON)
+
+set(INSTALL_BIN_DIR
+    bin
+    CACHE PATH "Installation directory for executables")
+set(INSTALL_LIB_DIR
+    lib
+    CACHE PATH "Installation directory for libraries")
+set(INSTALL_INCLUDE_DIR
+    include
+    CACHE PATH "Installation directory for header files")
+set(INSTALL_CMAKE_DIR
+    lib/cmake/${PROJECT_NAME}
+    CACHE PATH "Installation directory for CMake files")
+set(INSTALL_DOC_DIR
+    share/doc
+    CACHE PATH "Installation directory for manuals")
 
 # Make the above absolute paths if necessary
-foreach (p BIN LIB INCLUDE CMAKE)
-  set (var INSTALL_${p}_DIR)
-  if (NOT IS_ABSOLUTE "${${var}}")
-     set (${var} "${CMAKE_INSTALL_PREFIX}/${${var}}")
-  endif()
+foreach(p BIN LIB INCLUDE CMAKE)
+    set(var INSTALL_${p}_DIR)
+    if(NOT IS_ABSOLUTE "${${var}}")
+        set(${var} "${CMAKE_INSTALL_PREFIX}/${${var}}")
+    endif()
 endforeach()
 
 if(PLATFORM MATCHES nt OR PLATFORM MATCHES windows)
-  add_definitions(-DWIN32_LEAN_AND_MEAN)
-  if (CMAKE_C_COMPILER_VERSION VERSION_GREATER 19)
-    add_definitions(-D_SILENCE_STDEXT_HASH_DEPRECATION_WARNINGS=1)
-  else()
-    add_definitions(-Dsnprintf=_snprintf)
-  endif()
+    add_definitions(-DWIN32_LEAN_AND_MEAN)
+    if(CMAKE_C_COMPILER_VERSION VERSION_GREATER 19)
+        add_definitions(-D_SILENCE_STDEXT_HASH_DEPRECATION_WARNINGS=1)
+    else()
+        add_definitions(-Dsnprintf=_snprintf)
+    endif()
 endif()
 
 #
 # DyninstConfig.cmake
 
-file (RELATIVE_PATH REL_INCLUDE_DIR "${INSTALL_CMAKE_DIR}" "${INSTALL_INCLUDE_DIR}")
+file(RELATIVE_PATH REL_INCLUDE_DIR "${INSTALL_CMAKE_DIR}" "${INSTALL_INCLUDE_DIR}")
 
 # For the install tree
-set (CONF_INCLUDE_DIRS "\${DYNINST_CMAKE_DIR}/${REL_INCLUDE_DIR}")
+set(CONF_INCLUDE_DIRS "\${DYNINST_CMAKE_DIR}/${REL_INCLUDE_DIR}")
 
 # set default configuration type
 
-if (NOT CMAKE_BUILD_TYPE)
-   set (CMAKE_BUILD_TYPE RelWithDebInfo CACHE STRING 
-       "Choose the build type (None, Debug, Release, RelWithDebInfo, MinSizeRel)" FORCE)
+if(NOT CMAKE_BUILD_TYPE)
+    set(CMAKE_BUILD_TYPE
+        RelWithDebInfo
+        CACHE STRING
+              "Choose the build type (None, Debug, Release, RelWithDebInfo, MinSizeRel)"
+              FORCE)
 endif()
-

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/visibility.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/visibility.cmake Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/cmake/warnings.cmake -> _service:tar_scm:dyninst-12.2.1.tar.gz/cmake/warnings.cmake Changed

@@ -1,12 +1,191 @@
-if (CMAKE_COMPILER_IS_GNUCXX)
-  set(CMAKE_C_FLAGS "${CMAKE_C_FLAGS} -W -Wall -Wpointer-arith -Wcast-qual")
-  set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} -W -Wall -Wpointer-arith -Wcast-qual -Woverloaded-virtual")
-  if (CMAKE_C_COMPILER_ID MATCHES GNU)
-    set(CMAKE_C_FLAGS "${CMAKE_C_FLAGS} -Wcast-align")
-    set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} -Wcast-align -Wno-non-template-friend -Wno-unused-local-typedefs -Wno-deprecated-declarations")
-  endif()
-elseif (MSVC)
-  message(STATUS "TODO: Set up custom warning flags for MSVC")
-  set(CMAKE_C_FLAGS "${CMAKE_C_FLAGS} /wd4251 /wd4091 /wd4503")
-  set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} /wd4251 /wd4091 /wd4503")
+#
+# cmake warning options
+#
+
+option(DYNINST_DISABLE_DIAGNOSTIC_SUPPRESSIONS
+       "Disable all warning suppressions and frame size overrides." OFF)
+
+set(DYNINST_EXTRA_WARNINGS
+    ""
+    CACHE
+        STRING
+        "Additional warning options to enable if available.  ;-separated without leading '-' (Wopt1;Wopt2...)."
+    )
+
+option(DYNINST_WARNINGS_AS_ERRORS "Treat compilation warnings as errors" OFF)
+
+if(DYNINST_DISABLE_DIAGNOSTIC_SUPPRESSIONS)
+    add_definitions(-DDYNINST_DIAGNOSTIC_NO_SUPPRESSIONS)
+    message(
+        STATUS
+            "DYNINST_DISABLE_DIAGNOSTIC_SUPPRESSIONS set: disabling all dyninst warning suppressions and frame size overrides"
+        )
 endif()
+
+# Frame sizes are larger for debug build, so adjust based on build type files with
+# functions containing large frames are adjust below (the value could be made
+# significantly maller if more files are adjusted).
+#
+set(defaultDebugMaxFrameSize 24576)
+set(defaultNonDebugMaxFrameSize 20480)
+
+# REQUESTED_WARNING_FLAGS is a list of warning flags for C and C++ programs to enable if
+# supported by the compiler.  The values do not include the the initial '-'
+
+list(
+    APPEND
+    REQUESTED_WARNING_FLAGS
+    Wall
+    Wextra
+    Wpedantic
+    Walloca
+    Wcast-align
+    Wcast-qual
+    Wcomma-subscript
+    Wctor-dtor-privacy
+    Wdeprecated-copy-dtor
+    Wdouble-promotion
+    Wduplicated-branches
+    Wduplicated-cond
+    Wenum-conversion
+    Wextra-semi
+    Wfloat-equal
+    Wformat-overflow=2
+    Wformat-signedness
+    Wformat=2
+    Wframe-larger-than=${defaultNonDebugMaxFrameSize}
+    Wjump-misses-init
+    Wlogical-op
+    Wmismatched-tags
+    Wmissing-braces
+    Wmultichar
+    Wnoexcept
+    Wnon-virtual-dtor
+    Woverloaded-virtual
+    Wpointer-arith
+    Wrange-loop-construct
+    Wrestrict
+    Wshadow
+    Wstrict-null-sentinel
+    Wsuggest-attribute=format
+    Wsuggest-attribute=malloc
+    Wuninitialized
+    Wvla
+    Wvolatile
+    Wwrite-strings)
+
+# list(APPEND REQUESTED_WARNING_FLAGS Werror)
+
+# list(APPEND REQUESTED_WARNING_FLAGS Wredundant-tags) list(APPEND REQUESTED_WARNING_FLAGS
+# Wnull-dereference) list(APPEND REQUESTED_WARNING_FLAGS Wconversion) list(APPEND
+# REQUESTED_WARNING_FLAGS Wzero-as-null-pointer-constant) list(APPEND
+# REQUESTED_WARNING_FLAGS Wuseless-cast) list(APPEND REQUESTED_WARNING_FLAGS
+# Wsuggest-override) list(APPEND REQUESTED_WARNING_FLAGS Wsuggest-final-types) list(APPEND
+# REQUESTED_WARNING_FLAGS Wsuggest-final-methods) list(APPEND REQUESTED_WARNING_FLAGS
+# Wsign-promo) list(APPEND REQUESTED_WARNING_FLAGS Wold-style-cast) list(APPEND
+# REQUESTED_WARNING_FLAGS Walloc-zero)
+
+if(DYNINST_EXTRA_WARNINGS)
+    list(APPEND REQUESTED_WARNING_FLAGS ${DYNINST_EXTRA_WARNINGS})
+    message(
+        STATUS
+            "DYNINST_EXTRA_WARNINGS set, adding extra warnings:  ${DYNINST_EXTRA_WARNINGS}"
+        )
+endif()
+
+if(DYNINST_WARNINGS_AS_ERRORS)
+    list(APPEND REQUESTED_WARNING_FLAGS "Werror")
+    message(STATUS "DYNINST_WARNINGS_AS_ERRORS set: treating warnings as errors")
+
+    # If not building with OpenMP or if static libs are enabled, ignore OpenMP pragma
+    # warnings
+    if(NOT USE_OpenMP OR ENABLE_STATIC_LIBS)
+        list(APPEND REQUESTED_WARNING_FLAGS "Wno-unknown-pragmas")
+    endif()
+endif()
+
+if(CMAKE_C_COMPILER_ID MATCHES "^(GNU|Clang)$")
+    include(CheckCCompilerFlag)
+    foreach(f IN LISTS REQUESTED_WARNING_FLAGS)
+        string(REGEX REPLACE "^a-zA-Z0-9" "_" v "HAS_C_FLAG_${f}")
+        set(CMAKE_REQUIRED_FLAGS "-${f}")
+        check_c_source_compiles(
+            "int main(){return 0;}" "${v}" FAIL_REGEX
+            "warning: *command- line option|-Wunknown-warning-option")
+        # Previous two lines are equivalent to below, but also catches a 0 exit status
+        # with a warning message output: check_c_compiler_flag("-${f}" "${v}")
+        if(${v})
+            string(APPEND SUPPORTED_C_WARNING_FLAGS " -${f}")
+            if(f MATCHES "^(.*)=0-9+$")
+                # set generic variable if warning is parameterized with a number
+                string(REGEX REPLACE "^a-zA-Z0-9" "_" v "HAS_C_FLAG_${CMAKE_MATCH_1}")
+                set("${v}" 1)
+            endif()
+        endif()
+    endforeach()
+endif()
+
+if(CMAKE_CXX_COMPILER_ID MATCHES "^(GNU|Clang)$")
+    include(CheckCXXCompilerFlag)
+    foreach(f IN LISTS REQUESTED_WARNING_FLAGS)
+        string(REGEX REPLACE "^a-zA-Z0-9" "_" v "HAS_CPP_FLAG_${f}")
+        set(CMAKE_REQUIRED_FLAGS "-${f}")
+        check_cxx_source_compiles(
+            "int main(){return 0;}" "${v}" FAIL_REGEX
+            "warning: *command- line option|-Wunknown-warning-option")
+        if(${v})
+            string(APPEND SUPPORTED_CXX_WARNING_FLAGS " -${f}")
+            if(f MATCHES "^(.*)=0-9+$")
+                string(REGEX REPLACE "^a-zA-Z0-9" "_" v "HAS_CPP_FLAG_${CMAKE_MATCH_1}")
+                set("${v}" 1)
+            endif()
+        endif()
+    endforeach()
+endif()
+
+# If -Wframe-larger-than is available adjust the value to allow for larger frames based on
+# compiler version and build type for the following 3 files:
+#
+# instructionAPI/src/InstructionDecoder-power.C (includes
+# instructionAPI/src/power-opcode-table.C)
+# instructionAPI/src/AMDGPU/cdna2/InstructionDecoder-amdgpu-cdna2.C (includes
+# instructionAPI/src/AMDGPU/cdna2/finalizeOperands.C) common/src/MachSyscall.C (includes
+# common/src/SyscallInformation.C)
+#
+if(HAS_CPP_FLAG_Wframe_larger_than AND NOT DYNINST_DISABLE_DIAGNOSTIC_SUPPRESSIONS)
+    # Override the default frame size maximum for DEBUG (-O0) build types as there stack
+    # frames are larger:
+    #
+    add_compile_options(
+        $<$<CONFIG:DEBUG>:-Wframe-larger-than=${defaultDebugMaxFrameSize}>)
+
+    # Use worst-case values discovered so far.  For most gcc versions SyscallInformation.C
+    # stack frame size is less than than the default and InstructionDecoder-power.C is
+    # less than 76800, but for some environments and compiler configurations the following
+    # are needed:
+    #
+    set(debugMaxFrameSizeOverrideSyscallInformation 81920)
+    set(debugMaxFrameSizeOverridePowerOpcodeTable 358400)
+    if(${CMAKE_CXX_COMPILER_VERSION} MATCHES "^7(\.|$)")
+        set(nonDebugMaxFrameSizeOverridePowerOpcodeTable 38912)
+    endif()
+    # most gcc's are under the default using -Og, but rhel's requires 30000
+    set(debugMaxFrameSizeOverrideFinalizeOperands 30000)
+    if(${CMAKE_CXX_COMPILER_VERSION} MATCHES "^6(\.|$)")
+        set(nonDebugMaxFrameSizeOverrideFinalizeOperands 30000)
+    endif()
+endif()
+
+unset(CMAKE_REQUIRED_FLAGS)
+
+if(MSVC)
+    message(STATUS "TODO: Set up custom warning flags for MSVC")
+endif()
+
+message(STATUS "Using C warning flags: ${SUPPORTED_C_WARNING_FLAGS}")
+message(STATUS "Using CXX warning flags: ${SUPPORTED_CXX_WARNING_FLAGS}")
+message(
+    STATUS
+        "Extra CXX DEBUG warning flags: -Wframe-larger-than=${defaultDebugMaxFrameSize}")
+set(CMAKE_C_FLAGS "${CMAKE_C_FLAGS} ${SUPPORTED_C_WARNING_FLAGS}")
+set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} ${SUPPORTED_CXX_WARNING_FLAGS}")

_service:tar_scm:dyninst-11.0.1.tar.gz/common/CMakeLists.txt -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/CMakeLists.txt Changed

@@ -1,133 +1,132 @@
 # CMake configuration for common directory
 
 if(NOT WIN32)
-include_directories (
-    ${PROJECT_SOURCE_DIR}/common/h 
-    ${PROJECT_SOURCE_DIR}/common/src
-  )
+    include_directories(${PROJECT_SOURCE_DIR}/common/h ${PROJECT_SOURCE_DIR}/common/src)
 else()
-include_directories (
-    ${PROJECT_SOURCE_DIR}/common/h # don't include common/src; anything from there can still collide with default includes.
-	# stupid Windows case-insensitive naming.
-  )
+    include_directories(
+        ${PROJECT_SOURCE_DIR}/common/h # don't include common/src; anything from there can
+                                       # still collide with default includes.
+        # stupid Windows case-insensitive naming.
+        )
 endif()
 
-
-set (SRC_LIST
+set(SRC_LIST
     src/pfq-rwlock.C
     src/concurrent.C
-    src/string-regex.C
-    src/Timer.C 
-    src/Types.C 
+    src/Timer.C
+    src/Types.C
     src/lprintf.C
-    src/pathName.C 
-    src/Time.C 
-    src/fraction.C
-    src/timing.C 
-    src/stats.C 
-    src/Annotatable.C 
-    src/MappedFile.C 
-    src/sha1.C 
+    src/pathName.C
+    src/stats.C
+    src/Annotatable.C
+    src/MappedFile.C
+    src/sha1.C
     src/util.C
-    src/Node.C 
-    src/Graph.C 
-    src/Edge.C 
-    src/DOT.C 
-    src/dyn_regs.C 
-    src/AST.C 
-    src/addrtranslate.C 
-    src/arch-x86.C 
-    src/arch-power.C 
-	src/arch-aarch64.C
-    src/debug_common.C 
-    src/VariableLocation.C 
+    src/Node.C
+    src/Graph.C
+    src/Edge.C
+    src/DOT.C
+    src/dyn_regs.C
+    src/AST.C
+    src/addrtranslate.C
+    src/arch-x86.C
+    src/arch-power.C
+    src/arch-aarch64.C
+    src/debug_common.C
+    src/VariableLocation.C
     src/Buffer.C
-    src/MachSyscall.C
-  )
-
-set (C_SRC_LIST
-)
-
-if (PLATFORM MATCHES freebsd)
-  set (SRC_LIST ${SRC_LIST} 
-    src/timing-freebsd.C
-    src/freebsdKludges.C
-    src/addrtranslate-sysv.C
-    src/addrtranslate-freebsd.C
-    src/symbolDemangleWithCache.C
-  )
-  set (C_SRC_LIST ${C_SRC_LIST}
-    src/symbolDemangle.c
-  )
+    src/MachSyscall.C)
+
+set(C_SRC_LIST)
+
+if(PLATFORM MATCHES freebsd)
+    set(SRC_LIST ${SRC_LIST} src/freebsdKludges.C src/addrtranslate-sysv.C
+                 src/addrtranslate-freebsd.C src/symbolDemangleWithCache.C)
+    set(C_SRC_LIST ${C_SRC_LIST} src/symbolDemangle.c)
 endif()
 
-if (PLATFORM MATCHES linux)
-  set (SRC_LIST ${SRC_LIST}
-    src/linuxKludges.C
-    src/timing-linux.C
-    src/parseauxv.C
-    src/addrtranslate-sysv.C
-    src/addrtranslate-auxv.C
-    src/addrtranslate-linux.C
-    src/symbolDemangleWithCache.C
-  )
-  set (C_SRC_LIST ${C_SRC_LIST}
-    src/symbolDemangle.c
-  )
+if(PLATFORM MATCHES linux)
+    set(SRC_LIST
+        ${SRC_LIST}
+        src/linuxKludges.C
+        src/parseauxv.C
+        src/addrtranslate-sysv.C
+        src/addrtranslate-auxv.C
+        src/addrtranslate-linux.C
+        src/symbolDemangleWithCache.C)
+    set(C_SRC_LIST ${C_SRC_LIST} src/symbolDemangle.c)
+endif()
+
+if(PLATFORM MATCHES nt OR PLATFORM MATCHES windows)
+    set(SRC_LIST
+        ${SRC_LIST} src/ntKludges.C
+        # src/dthread-win.C src/dthread.C
+        src/addrtranslate-win.C)
+    add_definitions(-DWIN32 -D_WIN32_WINNT=0x500)
+endif()
+
+set_source_files_properties(${SRC_LIST} PROPERTIES LANGUAGE CXX)
+set_source_files_properties(${C_SRC_LIST} PROPERTIES LANGUAGE C)
+set(SRC_LIST ${SRC_LIST} ${C_SRC_LIST})
+
+if(${CMAKE_CXX_COMPILER_ID} MATCHES "GNU")
+    if(${CMAKE_CXX_COMPILER_VERSION} MATCHES "^789(\.|$)")
+        # Disable var-tracking-assignments for arch-x86.C for gcc 7, 8, & 9. The default
+        # max size for these compilers is too small so it fails, adjusting it using
+        #
+        # PROPERTIES COMPILE_FLAGS "--param=max-vartrack-size=600000000"
+        #
+        # succeeds, but just disable it.
+        set_source_files_properties(
+            src/arch-x86.C PROPERTIES COMPILE_FLAGS "-fno-var-tracking-assignments")
+    endif()
+endif()
+
+# adjust warning threshold if set in cmake/warnings.cmake
+if(debugMaxFrameSizeOverrideSyscallInformation)
+    set_source_files_properties(
+        src/MachSyscall.C
+        PROPERTIES
+            COMPILE_FLAGS
+            $<$<CONFIG:DEBUG>:-Wframe-larger-than=${debugMaxFrameSizeOverrideSyscallInformation}>
+        )
+endif()
+if(nonDebugMaxFrameSizeOverrideSyscallInformation)
+    set_source_files_properties(
+        src/MachSyscall.C
+        PROPERTIES
+            COMPILE_FLAGS
+            $<$<NOT:$<CONFIG:DEBUG>>:-Wframe-larger-than=${nonDebugMaxFrameSizeOverrideSyscallInformation}>
+        )
 endif()
 
-if (PLATFORM MATCHES cnl)
-  set (SRC_LIST ${SRC_LIST}
-    src/linuxKludges.C
-    src/timing-linux.C
-    src/parseauxv.C
-    src/addrtranslate-sysv.C
-    src/addrtranslate-auxv.C
-    src/addrtranslate-linux.C
-  )
-endif()  
-
-if (PLATFORM MATCHES nt OR PLATFORM MATCHES windows)
-  set (SRC_LIST ${SRC_LIST}
-    src/ntKludges.C
-    src/timing-nt.C
-#    src/dthread-win.C
-#	src/dthread.C
-    src/addrtranslate-win.C
-  )
-  add_definitions(-DWIN32 -D_WIN32_WINNT=0x500)
-endif()  
-
-
-SET_SOURCE_FILES_PROPERTIES(${SRC_LIST} PROPERTIES LANGUAGE CXX)
-SET_SOURCE_FILES_PROPERTIES(${C_SRC_LIST} PROPERTIES LANGUAGE C)
-set (SRC_LIST ${SRC_LIST}
-  ${C_SRC_LIST}
-)
-
-ADD_DEFINITIONS(-DCOMMON_LIB)
+add_definitions(-DCOMMON_LIB)
 
 dyninst_library(common)
 
 if(TARGET LibIberty)
-  add_dependencies(common LibIberty)
-  target_link_libraries(common PRIVATE LibIberty)
+    add_dependencies(common LibIberty)
+    target_link_libraries(common PRIVATE LibIberty)
 
-  if(${ENABLE_STATIC_LIBS})
-	  target_link_libraries(common_static PRIVATE LibIberty)
-  endif()
+    if(${ENABLE_STATIC_LIBS})
+        target_link_libraries(common_static PRIVATE LibIberty)
+    endif()
 endif()
 
 if(TARGET TBB)
     add_dependencies(common TBB)
 endif()
 if(PLATFORM MATCHES nt OR PLATFORM MATCHES windows)
-  target_link_private_libraries(common Psapi WS2_32 dbghelp)
+    target_link_private_libraries(common Psapi WS2_32 dbghelp)
 endif()
 target_link_private_libraries(common ${Boost_LIBRARIES})
 target_link_libraries(common PUBLIC ${TBB_LIBRARIES})
 
 if(USE_OpenMP)
-  set_target_properties(common PROPERTIES COMPILE_FLAGS ${OpenMP_CXX_FLAGS} LINK_FLAGS ${OpenMP_CXX_FLAGS})
+    set_target_properties(common PROPERTIES COMPILE_FLAGS ${OpenMP_CXX_FLAGS}
+                                            LINK_FLAGS ${OpenMP_CXX_FLAGS})
 endif()
 
+# Install AMDGPU headers under subdirectory of common/h/AMDGPU
+set(AMDGPU_HEADER ${DYNINST_ROOT}/common/h/AMDGPU)
+install(DIRECTORY ${AMDGPU_HEADER} DESTINATION ${INSTALL_INCLUDE_DIR})

_service:tar_scm:dyninst-11.0.1.tar.gz/common/doc/manual_frontpage.tex -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/doc/manual_frontpage.tex Changed

_service:tar_scm:dyninst-12.2.1.tar.gz/common/h/AMDGPU Added

_service:tar_scm:dyninst-12.2.1.tar.gz/common/h/AMDGPU/cdna2 Added

_service:tar_scm:dyninst-12.2.1.tar.gz/common/h/AMDGPU/cdna2/amdgpu_cdna2_op_table.h Added

@@ -0,0 +1,1135 @@
+amdgpu_cdna2_op_BUFFER_ATOMIC_ADD,
+amdgpu_cdna2_op_BUFFER_ATOMIC_ADD_F32,
+amdgpu_cdna2_op_BUFFER_ATOMIC_ADD_F64,
+amdgpu_cdna2_op_BUFFER_ATOMIC_ADD_X2,
+amdgpu_cdna2_op_BUFFER_ATOMIC_AND,
+amdgpu_cdna2_op_BUFFER_ATOMIC_AND_X2,
+amdgpu_cdna2_op_BUFFER_ATOMIC_CMPSWAP,
+amdgpu_cdna2_op_BUFFER_ATOMIC_CMPSWAP_X2,
+amdgpu_cdna2_op_BUFFER_ATOMIC_DEC,
+amdgpu_cdna2_op_BUFFER_ATOMIC_DEC_X2,
+amdgpu_cdna2_op_BUFFER_ATOMIC_INC,
+amdgpu_cdna2_op_BUFFER_ATOMIC_INC_X2,
+amdgpu_cdna2_op_BUFFER_ATOMIC_MAX_F64,
+amdgpu_cdna2_op_BUFFER_ATOMIC_MIN_F64,
+amdgpu_cdna2_op_BUFFER_ATOMIC_OR,
+amdgpu_cdna2_op_BUFFER_ATOMIC_OR_X2,
+amdgpu_cdna2_op_BUFFER_ATOMIC_PK_ADD_F16,
+amdgpu_cdna2_op_BUFFER_ATOMIC_SMAX,
+amdgpu_cdna2_op_BUFFER_ATOMIC_SMAX_X2,
+amdgpu_cdna2_op_BUFFER_ATOMIC_SMIN,
+amdgpu_cdna2_op_BUFFER_ATOMIC_SMIN_X2,
+amdgpu_cdna2_op_BUFFER_ATOMIC_SUB,
+amdgpu_cdna2_op_BUFFER_ATOMIC_SUB_X2,
+amdgpu_cdna2_op_BUFFER_ATOMIC_SWAP,
+amdgpu_cdna2_op_BUFFER_ATOMIC_SWAP_X2,
+amdgpu_cdna2_op_BUFFER_ATOMIC_UMAX,
+amdgpu_cdna2_op_BUFFER_ATOMIC_UMAX_X2,
+amdgpu_cdna2_op_BUFFER_ATOMIC_UMIN,
+amdgpu_cdna2_op_BUFFER_ATOMIC_UMIN_X2,
+amdgpu_cdna2_op_BUFFER_ATOMIC_XOR,
+amdgpu_cdna2_op_BUFFER_ATOMIC_XOR_X2,
+amdgpu_cdna2_op_BUFFER_INVL2,
+amdgpu_cdna2_op_BUFFER_LOAD_DWORD,
+amdgpu_cdna2_op_BUFFER_LOAD_DWORDX2,
+amdgpu_cdna2_op_BUFFER_LOAD_DWORDX3,
+amdgpu_cdna2_op_BUFFER_LOAD_DWORDX4,
+amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_D16_HI_X,
+amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_D16_X,
+amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_D16_XY,
+amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_D16_XYZ,
+amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_D16_XYZW,
+amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_X,
+amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_XY,
+amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_XYZ,
+amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_XYZW,
+amdgpu_cdna2_op_BUFFER_LOAD_SBYTE,
+amdgpu_cdna2_op_BUFFER_LOAD_SBYTE_D16,
+amdgpu_cdna2_op_BUFFER_LOAD_SBYTE_D16_HI,
+amdgpu_cdna2_op_BUFFER_LOAD_SHORT_D16,
+amdgpu_cdna2_op_BUFFER_LOAD_SHORT_D16_HI,
+amdgpu_cdna2_op_BUFFER_LOAD_SSHORT,
+amdgpu_cdna2_op_BUFFER_LOAD_UBYTE,
+amdgpu_cdna2_op_BUFFER_LOAD_UBYTE_D16,
+amdgpu_cdna2_op_BUFFER_LOAD_UBYTE_D16_HI,
+amdgpu_cdna2_op_BUFFER_LOAD_USHORT,
+amdgpu_cdna2_op_BUFFER_STORE_BYTE,
+amdgpu_cdna2_op_BUFFER_STORE_BYTE_D16_HI,
+amdgpu_cdna2_op_BUFFER_STORE_DWORD,
+amdgpu_cdna2_op_BUFFER_STORE_DWORDX2,
+amdgpu_cdna2_op_BUFFER_STORE_DWORDX3,
+amdgpu_cdna2_op_BUFFER_STORE_DWORDX4,
+amdgpu_cdna2_op_BUFFER_STORE_FORMAT_D16_HI_X,
+amdgpu_cdna2_op_BUFFER_STORE_FORMAT_D16_X,
+amdgpu_cdna2_op_BUFFER_STORE_FORMAT_D16_XY,
+amdgpu_cdna2_op_BUFFER_STORE_FORMAT_D16_XYZ,
+amdgpu_cdna2_op_BUFFER_STORE_FORMAT_D16_XYZW,
+amdgpu_cdna2_op_BUFFER_STORE_FORMAT_X,
+amdgpu_cdna2_op_BUFFER_STORE_FORMAT_XY,
+amdgpu_cdna2_op_BUFFER_STORE_FORMAT_XYZ,
+amdgpu_cdna2_op_BUFFER_STORE_FORMAT_XYZW,
+amdgpu_cdna2_op_BUFFER_STORE_LDS_DWORD,
+amdgpu_cdna2_op_BUFFER_STORE_SHORT,
+amdgpu_cdna2_op_BUFFER_STORE_SHORT_D16_HI,
+amdgpu_cdna2_op_BUFFER_WBINVL1,
+amdgpu_cdna2_op_BUFFER_WBINVL1_VOL,
+amdgpu_cdna2_op_BUFFER_WBL2,
+amdgpu_cdna2_op_DS_ADD_F32,
+amdgpu_cdna2_op_DS_ADD_F64,
+amdgpu_cdna2_op_DS_ADD_RTN_F32,
+amdgpu_cdna2_op_DS_ADD_RTN_F64,
+amdgpu_cdna2_op_DS_ADD_RTN_U32,
+amdgpu_cdna2_op_DS_ADD_RTN_U64,
+amdgpu_cdna2_op_DS_ADD_U32,
+amdgpu_cdna2_op_DS_ADD_U64,
+amdgpu_cdna2_op_DS_AND_B32,
+amdgpu_cdna2_op_DS_AND_B64,
+amdgpu_cdna2_op_DS_AND_RTN_B32,
+amdgpu_cdna2_op_DS_AND_RTN_B64,
+amdgpu_cdna2_op_DS_APPEND,
+amdgpu_cdna2_op_DS_BPERMUTE_B32,
+amdgpu_cdna2_op_DS_CMPST_B32,
+amdgpu_cdna2_op_DS_CMPST_B64,
+amdgpu_cdna2_op_DS_CMPST_F32,
+amdgpu_cdna2_op_DS_CMPST_F64,
+amdgpu_cdna2_op_DS_CMPST_RTN_B32,
+amdgpu_cdna2_op_DS_CMPST_RTN_B64,
+amdgpu_cdna2_op_DS_CMPST_RTN_F32,
+amdgpu_cdna2_op_DS_CMPST_RTN_F64,
+amdgpu_cdna2_op_DS_CONDXCHG32_RTN_B64,
+amdgpu_cdna2_op_DS_CONSUME,
+amdgpu_cdna2_op_DS_DEC_RTN_U32,
+amdgpu_cdna2_op_DS_DEC_RTN_U64,
+amdgpu_cdna2_op_DS_DEC_U32,
+amdgpu_cdna2_op_DS_DEC_U64,
+amdgpu_cdna2_op_DS_GWS_BARRIER,
+amdgpu_cdna2_op_DS_GWS_INIT,
+amdgpu_cdna2_op_DS_GWS_SEMA_BR,
+amdgpu_cdna2_op_DS_GWS_SEMA_P,
+amdgpu_cdna2_op_DS_GWS_SEMA_RELEASE_ALL,
+amdgpu_cdna2_op_DS_GWS_SEMA_V,
+amdgpu_cdna2_op_DS_INC_RTN_U32,
+amdgpu_cdna2_op_DS_INC_RTN_U64,
+amdgpu_cdna2_op_DS_INC_U32,
+amdgpu_cdna2_op_DS_INC_U64,
+amdgpu_cdna2_op_DS_MAX_F32,
+amdgpu_cdna2_op_DS_MAX_F64,
+amdgpu_cdna2_op_DS_MAX_I32,
+amdgpu_cdna2_op_DS_MAX_I64,
+amdgpu_cdna2_op_DS_MAX_RTN_F32,
+amdgpu_cdna2_op_DS_MAX_RTN_F64,
+amdgpu_cdna2_op_DS_MAX_RTN_I32,
+amdgpu_cdna2_op_DS_MAX_RTN_I64,
+amdgpu_cdna2_op_DS_MAX_RTN_U32,
+amdgpu_cdna2_op_DS_MAX_RTN_U64,
+amdgpu_cdna2_op_DS_MAX_U32,
+amdgpu_cdna2_op_DS_MAX_U64,
+amdgpu_cdna2_op_DS_MIN_F32,
+amdgpu_cdna2_op_DS_MIN_F64,
+amdgpu_cdna2_op_DS_MIN_I32,
+amdgpu_cdna2_op_DS_MIN_I64,
+amdgpu_cdna2_op_DS_MIN_RTN_F32,
+amdgpu_cdna2_op_DS_MIN_RTN_F64,
+amdgpu_cdna2_op_DS_MIN_RTN_I32,
+amdgpu_cdna2_op_DS_MIN_RTN_I64,
+amdgpu_cdna2_op_DS_MIN_RTN_U32,
+amdgpu_cdna2_op_DS_MIN_RTN_U64,
+amdgpu_cdna2_op_DS_MIN_U32,
+amdgpu_cdna2_op_DS_MIN_U64,
+amdgpu_cdna2_op_DS_MSKOR_B32,
+amdgpu_cdna2_op_DS_MSKOR_B64,
+amdgpu_cdna2_op_DS_MSKOR_RTN_B32,
+amdgpu_cdna2_op_DS_MSKOR_RTN_B64,
+amdgpu_cdna2_op_DS_NOP,
+amdgpu_cdna2_op_DS_OR_B32,
+amdgpu_cdna2_op_DS_OR_B64,
+amdgpu_cdna2_op_DS_OR_RTN_B32,
+amdgpu_cdna2_op_DS_OR_RTN_B64,
+amdgpu_cdna2_op_DS_PERMUTE_B32,
+amdgpu_cdna2_op_DS_READ2ST64_B32,
+amdgpu_cdna2_op_DS_READ2ST64_B64,
+amdgpu_cdna2_op_DS_READ2_B32,
+amdgpu_cdna2_op_DS_READ2_B64,
+amdgpu_cdna2_op_DS_READ_ADDTID_B32,
+amdgpu_cdna2_op_DS_READ_B128,
+amdgpu_cdna2_op_DS_READ_B32,
+amdgpu_cdna2_op_DS_READ_B64,
+amdgpu_cdna2_op_DS_READ_B96,
+amdgpu_cdna2_op_DS_READ_I16,
+amdgpu_cdna2_op_DS_READ_I8,
+amdgpu_cdna2_op_DS_READ_I8_D16,
+amdgpu_cdna2_op_DS_READ_I8_D16_HI,
+amdgpu_cdna2_op_DS_READ_U16,
+amdgpu_cdna2_op_DS_READ_U16_D16,
+amdgpu_cdna2_op_DS_READ_U16_D16_HI,
+amdgpu_cdna2_op_DS_READ_U8,
+amdgpu_cdna2_op_DS_READ_U8_D16,
+amdgpu_cdna2_op_DS_READ_U8_D16_HI,
+amdgpu_cdna2_op_DS_RSUB_RTN_U32,
+amdgpu_cdna2_op_DS_RSUB_RTN_U64,
+amdgpu_cdna2_op_DS_RSUB_U32,
+amdgpu_cdna2_op_DS_RSUB_U64,
+amdgpu_cdna2_op_DS_SUB_RTN_U32,
+amdgpu_cdna2_op_DS_SUB_RTN_U64,
+amdgpu_cdna2_op_DS_SUB_U32,
+amdgpu_cdna2_op_DS_SUB_U64,
+amdgpu_cdna2_op_DS_SWIZZLE_B32,
+amdgpu_cdna2_op_DS_WRAP_RTN_B32,
+amdgpu_cdna2_op_DS_WRITE2ST64_B32,
+amdgpu_cdna2_op_DS_WRITE2ST64_B64,
+amdgpu_cdna2_op_DS_WRITE2_B32,
+amdgpu_cdna2_op_DS_WRITE2_B64,
+amdgpu_cdna2_op_DS_WRITE_ADDTID_B32,
+amdgpu_cdna2_op_DS_WRITE_B128,
+amdgpu_cdna2_op_DS_WRITE_B16,
+amdgpu_cdna2_op_DS_WRITE_B16_D16_HI,
+amdgpu_cdna2_op_DS_WRITE_B32,
+amdgpu_cdna2_op_DS_WRITE_B64,
+amdgpu_cdna2_op_DS_WRITE_B8,
+amdgpu_cdna2_op_DS_WRITE_B8_D16_HI,
+amdgpu_cdna2_op_DS_WRITE_B96,
+amdgpu_cdna2_op_DS_WRXCHG2ST64_RTN_B32,
+amdgpu_cdna2_op_DS_WRXCHG2ST64_RTN_B64,
+amdgpu_cdna2_op_DS_WRXCHG2_RTN_B32,
+amdgpu_cdna2_op_DS_WRXCHG2_RTN_B64,
+amdgpu_cdna2_op_DS_WRXCHG_RTN_B32,
+amdgpu_cdna2_op_DS_WRXCHG_RTN_B64,
+amdgpu_cdna2_op_DS_XOR_B32,
+amdgpu_cdna2_op_DS_XOR_B64,
+amdgpu_cdna2_op_DS_XOR_RTN_B32,
+amdgpu_cdna2_op_DS_XOR_RTN_B64,
+amdgpu_cdna2_op_FLAT_ATOMIC_ADD,
+amdgpu_cdna2_op_FLAT_ATOMIC_ADD_F64,
+amdgpu_cdna2_op_FLAT_ATOMIC_ADD_X2,
+amdgpu_cdna2_op_FLAT_ATOMIC_AND,
+amdgpu_cdna2_op_FLAT_ATOMIC_AND_X2,
+amdgpu_cdna2_op_FLAT_ATOMIC_CMPSWAP,
+amdgpu_cdna2_op_FLAT_ATOMIC_CMPSWAP_X2,
+amdgpu_cdna2_op_FLAT_ATOMIC_DEC,
+amdgpu_cdna2_op_FLAT_ATOMIC_DEC_X2,
+amdgpu_cdna2_op_FLAT_ATOMIC_INC,
+amdgpu_cdna2_op_FLAT_ATOMIC_INC_X2,
+amdgpu_cdna2_op_FLAT_ATOMIC_MAX_F64,
+amdgpu_cdna2_op_FLAT_ATOMIC_MIN_F64,
+amdgpu_cdna2_op_FLAT_ATOMIC_OR,
+amdgpu_cdna2_op_FLAT_ATOMIC_OR_X2,
+amdgpu_cdna2_op_FLAT_ATOMIC_SMAX,
+amdgpu_cdna2_op_FLAT_ATOMIC_SMAX_X2,
+amdgpu_cdna2_op_FLAT_ATOMIC_SMIN,
+amdgpu_cdna2_op_FLAT_ATOMIC_SMIN_X2,
+amdgpu_cdna2_op_FLAT_ATOMIC_SUB,
+amdgpu_cdna2_op_FLAT_ATOMIC_SUB_X2,
+amdgpu_cdna2_op_FLAT_ATOMIC_SWAP,
+amdgpu_cdna2_op_FLAT_ATOMIC_SWAP_X2,
+amdgpu_cdna2_op_FLAT_ATOMIC_UMAX,
+amdgpu_cdna2_op_FLAT_ATOMIC_UMAX_X2,
+amdgpu_cdna2_op_FLAT_ATOMIC_UMIN,
+amdgpu_cdna2_op_FLAT_ATOMIC_UMIN_X2,
+amdgpu_cdna2_op_FLAT_ATOMIC_XOR,
+amdgpu_cdna2_op_FLAT_ATOMIC_XOR_X2,
+amdgpu_cdna2_op_FLAT_LOAD_DWORD,
+amdgpu_cdna2_op_FLAT_LOAD_DWORDX2,
+amdgpu_cdna2_op_FLAT_LOAD_DWORDX3,
+amdgpu_cdna2_op_FLAT_LOAD_DWORDX4,
+amdgpu_cdna2_op_FLAT_LOAD_SBYTE,
+amdgpu_cdna2_op_FLAT_LOAD_SBYTE_D16,
+amdgpu_cdna2_op_FLAT_LOAD_SBYTE_D16_HI,
+amdgpu_cdna2_op_FLAT_LOAD_SHORT_D16,
+amdgpu_cdna2_op_FLAT_LOAD_SHORT_D16_HI,
+amdgpu_cdna2_op_FLAT_LOAD_SSHORT,
+amdgpu_cdna2_op_FLAT_LOAD_UBYTE,
+amdgpu_cdna2_op_FLAT_LOAD_UBYTE_D16,
+amdgpu_cdna2_op_FLAT_LOAD_UBYTE_D16_HI,
+amdgpu_cdna2_op_FLAT_LOAD_USHORT,
+amdgpu_cdna2_op_FLAT_STORE_BYTE,
+amdgpu_cdna2_op_FLAT_STORE_BYTE_D16_HI,
+amdgpu_cdna2_op_FLAT_STORE_DWORD,
+amdgpu_cdna2_op_FLAT_STORE_DWORDX2,
+amdgpu_cdna2_op_FLAT_STORE_DWORDX3,
+amdgpu_cdna2_op_FLAT_STORE_DWORDX4,
+amdgpu_cdna2_op_FLAT_STORE_SHORT,
+amdgpu_cdna2_op_FLAT_STORE_SHORT_D16_HI,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_ADD,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_ADD_F32,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_ADD_F64,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_ADD_X2,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_AND,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_AND_X2,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_CMPSWAP,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_CMPSWAP_X2,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_DEC,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_DEC_X2,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_INC,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_INC_X2,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_MAX_F64,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_MIN_F64,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_OR,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_OR_X2,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_PK_ADD_F16,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_SMAX,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_SMAX_X2,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_SMIN,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_SMIN_X2,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_SUB,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_SUB_X2,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_SWAP,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_SWAP_X2,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_UMAX,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_UMAX_X2,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_UMIN,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_UMIN_X2,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_XOR,
+amdgpu_cdna2_op_GLOBAL_ATOMIC_XOR_X2,
+amdgpu_cdna2_op_GLOBAL_LOAD_DWORD,
+amdgpu_cdna2_op_GLOBAL_LOAD_DWORDX2,
+amdgpu_cdna2_op_GLOBAL_LOAD_DWORDX3,
+amdgpu_cdna2_op_GLOBAL_LOAD_DWORDX4,
+amdgpu_cdna2_op_GLOBAL_LOAD_SBYTE,
+amdgpu_cdna2_op_GLOBAL_LOAD_SBYTE_D16,
+amdgpu_cdna2_op_GLOBAL_LOAD_SBYTE_D16_HI,
+amdgpu_cdna2_op_GLOBAL_LOAD_SHORT_D16,
+amdgpu_cdna2_op_GLOBAL_LOAD_SHORT_D16_HI,
+amdgpu_cdna2_op_GLOBAL_LOAD_SSHORT,
+amdgpu_cdna2_op_GLOBAL_LOAD_UBYTE,
+amdgpu_cdna2_op_GLOBAL_LOAD_UBYTE_D16,
+amdgpu_cdna2_op_GLOBAL_LOAD_UBYTE_D16_HI,
+amdgpu_cdna2_op_GLOBAL_LOAD_USHORT,
+amdgpu_cdna2_op_GLOBAL_STORE_BYTE,
+amdgpu_cdna2_op_GLOBAL_STORE_BYTE_D16_HI,
+amdgpu_cdna2_op_GLOBAL_STORE_DWORD,
+amdgpu_cdna2_op_GLOBAL_STORE_DWORDX2,
+amdgpu_cdna2_op_GLOBAL_STORE_DWORDX3,
+amdgpu_cdna2_op_GLOBAL_STORE_DWORDX4,
+amdgpu_cdna2_op_GLOBAL_STORE_SHORT,
+amdgpu_cdna2_op_GLOBAL_STORE_SHORT_D16_HI,
+amdgpu_cdna2_op_IMAGE_ATOMIC_ADD,
+amdgpu_cdna2_op_IMAGE_ATOMIC_AND,
+amdgpu_cdna2_op_IMAGE_ATOMIC_CMPSWAP,
+amdgpu_cdna2_op_IMAGE_ATOMIC_DEC,
+amdgpu_cdna2_op_IMAGE_ATOMIC_INC,
+amdgpu_cdna2_op_IMAGE_ATOMIC_OR,
+amdgpu_cdna2_op_IMAGE_ATOMIC_SMAX,
+amdgpu_cdna2_op_IMAGE_ATOMIC_SMIN,
+amdgpu_cdna2_op_IMAGE_ATOMIC_SUB,
+amdgpu_cdna2_op_IMAGE_ATOMIC_SWAP,
+amdgpu_cdna2_op_IMAGE_ATOMIC_UMAX,
+amdgpu_cdna2_op_IMAGE_ATOMIC_UMIN,
+amdgpu_cdna2_op_IMAGE_ATOMIC_XOR,
+amdgpu_cdna2_op_IMAGE_GET_RESINFO,
+amdgpu_cdna2_op_IMAGE_LOAD,
+amdgpu_cdna2_op_IMAGE_LOAD_MIP,
+amdgpu_cdna2_op_IMAGE_LOAD_MIP_PCK,
+amdgpu_cdna2_op_IMAGE_LOAD_MIP_PCK_SGN,
+amdgpu_cdna2_op_IMAGE_LOAD_PCK,
+amdgpu_cdna2_op_IMAGE_LOAD_PCK_SGN,
+amdgpu_cdna2_op_IMAGE_SAMPLE,
+amdgpu_cdna2_op_IMAGE_STORE,
+amdgpu_cdna2_op_IMAGE_STORE_MIP,
+amdgpu_cdna2_op_IMAGE_STORE_MIP_PCK,
+amdgpu_cdna2_op_IMAGE_STORE_PCK,
+amdgpu_cdna2_op_SCRATCH_LOAD_DWORD,
+amdgpu_cdna2_op_SCRATCH_LOAD_DWORDX2,
+amdgpu_cdna2_op_SCRATCH_LOAD_DWORDX3,
+amdgpu_cdna2_op_SCRATCH_LOAD_DWORDX4,
+amdgpu_cdna2_op_SCRATCH_LOAD_SBYTE,
+amdgpu_cdna2_op_SCRATCH_LOAD_SBYTE_D16,
+amdgpu_cdna2_op_SCRATCH_LOAD_SBYTE_D16_HI,
+amdgpu_cdna2_op_SCRATCH_LOAD_SHORT_D16,
+amdgpu_cdna2_op_SCRATCH_LOAD_SHORT_D16_HI,
+amdgpu_cdna2_op_SCRATCH_LOAD_SSHORT,
+amdgpu_cdna2_op_SCRATCH_LOAD_UBYTE,
+amdgpu_cdna2_op_SCRATCH_LOAD_UBYTE_D16,
+amdgpu_cdna2_op_SCRATCH_LOAD_UBYTE_D16_HI,
+amdgpu_cdna2_op_SCRATCH_LOAD_USHORT,
+amdgpu_cdna2_op_SCRATCH_STORE_BYTE,
+amdgpu_cdna2_op_SCRATCH_STORE_BYTE_D16_HI,
+amdgpu_cdna2_op_SCRATCH_STORE_DWORD,
+amdgpu_cdna2_op_SCRATCH_STORE_DWORDX2,
+amdgpu_cdna2_op_SCRATCH_STORE_DWORDX3,
+amdgpu_cdna2_op_SCRATCH_STORE_DWORDX4,
+amdgpu_cdna2_op_SCRATCH_STORE_SHORT,
+amdgpu_cdna2_op_SCRATCH_STORE_SHORT_D16_HI,
+amdgpu_cdna2_op_S_ABSDIFF_I32,
+amdgpu_cdna2_op_S_ABS_I32,
+amdgpu_cdna2_op_S_ADDC_U32,
+amdgpu_cdna2_op_S_ADDK_I32,
+amdgpu_cdna2_op_S_ADD_I32,
+amdgpu_cdna2_op_S_ADD_U32,
+amdgpu_cdna2_op_S_ANDN1_SAVEEXEC_B64,
+amdgpu_cdna2_op_S_ANDN1_WREXEC_B64,
+amdgpu_cdna2_op_S_ANDN2_B32,
+amdgpu_cdna2_op_S_ANDN2_B64,
+amdgpu_cdna2_op_S_ANDN2_SAVEEXEC_B64,
+amdgpu_cdna2_op_S_ANDN2_WREXEC_B64,
+amdgpu_cdna2_op_S_AND_B32,
+amdgpu_cdna2_op_S_AND_B64,
+amdgpu_cdna2_op_S_AND_SAVEEXEC_B64,
+amdgpu_cdna2_op_S_ASHR_I32,
+amdgpu_cdna2_op_S_ASHR_I64,
+amdgpu_cdna2_op_S_ATC_PROBE,
+amdgpu_cdna2_op_S_ATC_PROBE_BUFFER,
+amdgpu_cdna2_op_S_ATOMIC_ADD,
+amdgpu_cdna2_op_S_ATOMIC_ADD_X2,
+amdgpu_cdna2_op_S_ATOMIC_AND,
+amdgpu_cdna2_op_S_ATOMIC_AND_X2,
+amdgpu_cdna2_op_S_ATOMIC_CMPSWAP,
+amdgpu_cdna2_op_S_ATOMIC_CMPSWAP_X2,
+amdgpu_cdna2_op_S_ATOMIC_DEC,
+amdgpu_cdna2_op_S_ATOMIC_DEC_X2,
+amdgpu_cdna2_op_S_ATOMIC_INC,
+amdgpu_cdna2_op_S_ATOMIC_INC_X2,
+amdgpu_cdna2_op_S_ATOMIC_OR,
+amdgpu_cdna2_op_S_ATOMIC_OR_X2,
+amdgpu_cdna2_op_S_ATOMIC_SMAX,
+amdgpu_cdna2_op_S_ATOMIC_SMAX_X2,
+amdgpu_cdna2_op_S_ATOMIC_SMIN,
+amdgpu_cdna2_op_S_ATOMIC_SMIN_X2,
+amdgpu_cdna2_op_S_ATOMIC_SUB,
+amdgpu_cdna2_op_S_ATOMIC_SUB_X2,
+amdgpu_cdna2_op_S_ATOMIC_SWAP,
+amdgpu_cdna2_op_S_ATOMIC_SWAP_X2,
+amdgpu_cdna2_op_S_ATOMIC_UMAX,
+amdgpu_cdna2_op_S_ATOMIC_UMAX_X2,
+amdgpu_cdna2_op_S_ATOMIC_UMIN,
+amdgpu_cdna2_op_S_ATOMIC_UMIN_X2,
+amdgpu_cdna2_op_S_ATOMIC_XOR,
+amdgpu_cdna2_op_S_ATOMIC_XOR_X2,
+amdgpu_cdna2_op_S_BARRIER,
+amdgpu_cdna2_op_S_BCNT0_I32_B32,
+amdgpu_cdna2_op_S_BCNT0_I32_B64,
+amdgpu_cdna2_op_S_BCNT1_I32_B32,
+amdgpu_cdna2_op_S_BCNT1_I32_B64,
+amdgpu_cdna2_op_S_BFE_I32,
+amdgpu_cdna2_op_S_BFE_I64,
+amdgpu_cdna2_op_S_BFE_U32,
+amdgpu_cdna2_op_S_BFE_U64,
+amdgpu_cdna2_op_S_BFM_B32,
+amdgpu_cdna2_op_S_BFM_B64,
+amdgpu_cdna2_op_S_BITCMP0_B32,
+amdgpu_cdna2_op_S_BITCMP0_B64,
+amdgpu_cdna2_op_S_BITCMP1_B32,
+amdgpu_cdna2_op_S_BITCMP1_B64,
+amdgpu_cdna2_op_S_BITREPLICATE_B64_B32,
+amdgpu_cdna2_op_S_BITSET0_B32,
+amdgpu_cdna2_op_S_BITSET0_B64,
+amdgpu_cdna2_op_S_BITSET1_B32,
+amdgpu_cdna2_op_S_BITSET1_B64,
+amdgpu_cdna2_op_S_BRANCH,
+amdgpu_cdna2_op_S_BREV_B32,
+amdgpu_cdna2_op_S_BREV_B64,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_ADD,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_ADD_X2,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_AND,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_AND_X2,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_CMPSWAP,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_CMPSWAP_X2,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_DEC,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_DEC_X2,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_INC,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_INC_X2,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_OR,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_OR_X2,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_SMAX,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_SMAX_X2,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_SMIN,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_SMIN_X2,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_SUB,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_SUB_X2,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_SWAP,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_SWAP_X2,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_UMAX,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_UMAX_X2,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_UMIN,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_UMIN_X2,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_XOR,
+amdgpu_cdna2_op_S_BUFFER_ATOMIC_XOR_X2,
+amdgpu_cdna2_op_S_BUFFER_LOAD_DWORD,
+amdgpu_cdna2_op_S_BUFFER_LOAD_DWORDX16,
+amdgpu_cdna2_op_S_BUFFER_LOAD_DWORDX2,
+amdgpu_cdna2_op_S_BUFFER_LOAD_DWORDX4,
+amdgpu_cdna2_op_S_BUFFER_LOAD_DWORDX8,
+amdgpu_cdna2_op_S_BUFFER_STORE_DWORD,
+amdgpu_cdna2_op_S_BUFFER_STORE_DWORDX2,
+amdgpu_cdna2_op_S_BUFFER_STORE_DWORDX4,
+amdgpu_cdna2_op_S_CALL_B64,
+amdgpu_cdna2_op_S_CBRANCH_CDBGSYS,
+amdgpu_cdna2_op_S_CBRANCH_CDBGSYS_AND_USER,
+amdgpu_cdna2_op_S_CBRANCH_CDBGSYS_OR_USER,
+amdgpu_cdna2_op_S_CBRANCH_CDBGUSER,
+amdgpu_cdna2_op_S_CBRANCH_EXECNZ,
+amdgpu_cdna2_op_S_CBRANCH_EXECZ,
+amdgpu_cdna2_op_S_CBRANCH_G_FORK,
+amdgpu_cdna2_op_S_CBRANCH_I_FORK,
+amdgpu_cdna2_op_S_CBRANCH_JOIN,
+amdgpu_cdna2_op_S_CBRANCH_SCC0,
+amdgpu_cdna2_op_S_CBRANCH_SCC1,
+amdgpu_cdna2_op_S_CBRANCH_VCCNZ,
+amdgpu_cdna2_op_S_CBRANCH_VCCZ,
+amdgpu_cdna2_op_S_CMOVK_I32,
+amdgpu_cdna2_op_S_CMOV_B32,
+amdgpu_cdna2_op_S_CMOV_B64,
+amdgpu_cdna2_op_S_CMPK_EQ_I32,
+amdgpu_cdna2_op_S_CMPK_EQ_U32,
+amdgpu_cdna2_op_S_CMPK_GE_I32,
+amdgpu_cdna2_op_S_CMPK_GE_U32,
+amdgpu_cdna2_op_S_CMPK_GT_I32,
+amdgpu_cdna2_op_S_CMPK_GT_U32,
+amdgpu_cdna2_op_S_CMPK_LE_I32,
+amdgpu_cdna2_op_S_CMPK_LE_U32,
+amdgpu_cdna2_op_S_CMPK_LG_I32,
+amdgpu_cdna2_op_S_CMPK_LG_U32,
+amdgpu_cdna2_op_S_CMPK_LT_I32,
+amdgpu_cdna2_op_S_CMPK_LT_U32,
+amdgpu_cdna2_op_S_CMP_EQ_I32,
+amdgpu_cdna2_op_S_CMP_EQ_U32,
+amdgpu_cdna2_op_S_CMP_EQ_U64,
+amdgpu_cdna2_op_S_CMP_GE_I32,
+amdgpu_cdna2_op_S_CMP_GE_U32,
+amdgpu_cdna2_op_S_CMP_GT_I32,
+amdgpu_cdna2_op_S_CMP_GT_U32,
+amdgpu_cdna2_op_S_CMP_LE_I32,
+amdgpu_cdna2_op_S_CMP_LE_U32,
+amdgpu_cdna2_op_S_CMP_LG_I32,
+amdgpu_cdna2_op_S_CMP_LG_U32,
+amdgpu_cdna2_op_S_CMP_LG_U64,
+amdgpu_cdna2_op_S_CMP_LT_I32,
+amdgpu_cdna2_op_S_CMP_LT_U32,
+amdgpu_cdna2_op_S_CSELECT_B32,
+amdgpu_cdna2_op_S_CSELECT_B64,
+amdgpu_cdna2_op_S_DCACHE_DISCARD,
+amdgpu_cdna2_op_S_DCACHE_DISCARD_X2,
+amdgpu_cdna2_op_S_DCACHE_INV,
+amdgpu_cdna2_op_S_DCACHE_INV_VOL,
+amdgpu_cdna2_op_S_DCACHE_WB,
+amdgpu_cdna2_op_S_DCACHE_WB_VOL,
+amdgpu_cdna2_op_S_DECPERFLEVEL,
+amdgpu_cdna2_op_S_ENDPGM,
+amdgpu_cdna2_op_S_ENDPGM_ORDERED_PS_DONE,
+amdgpu_cdna2_op_S_ENDPGM_SAVED,
+amdgpu_cdna2_op_S_FF0_I32_B32,
+amdgpu_cdna2_op_S_FF0_I32_B64,
+amdgpu_cdna2_op_S_FF1_I32_B32,
+amdgpu_cdna2_op_S_FF1_I32_B64,
+amdgpu_cdna2_op_S_FLBIT_I32,
+amdgpu_cdna2_op_S_FLBIT_I32_B32,
+amdgpu_cdna2_op_S_FLBIT_I32_B64,
+amdgpu_cdna2_op_S_FLBIT_I32_I64,
+amdgpu_cdna2_op_S_GETPC_B64,
+amdgpu_cdna2_op_S_GETREG_B32,
+amdgpu_cdna2_op_S_ICACHE_INV,
+amdgpu_cdna2_op_S_INCPERFLEVEL,
+amdgpu_cdna2_op_S_LOAD_DWORD,
+amdgpu_cdna2_op_S_LOAD_DWORDX16,
+amdgpu_cdna2_op_S_LOAD_DWORDX2,
+amdgpu_cdna2_op_S_LOAD_DWORDX4,
+amdgpu_cdna2_op_S_LOAD_DWORDX8,
+amdgpu_cdna2_op_S_LSHL1_ADD_U32,
+amdgpu_cdna2_op_S_LSHL2_ADD_U32,
+amdgpu_cdna2_op_S_LSHL3_ADD_U32,
+amdgpu_cdna2_op_S_LSHL4_ADD_U32,
+amdgpu_cdna2_op_S_LSHL_B32,
+amdgpu_cdna2_op_S_LSHL_B64,
+amdgpu_cdna2_op_S_LSHR_B32,
+amdgpu_cdna2_op_S_LSHR_B64,
+amdgpu_cdna2_op_S_MAX_I32,
+amdgpu_cdna2_op_S_MAX_U32,
+amdgpu_cdna2_op_S_MEMREALTIME,
+amdgpu_cdna2_op_S_MEMTIME,
+amdgpu_cdna2_op_S_MIN_I32,
+amdgpu_cdna2_op_S_MIN_U32,
+amdgpu_cdna2_op_S_MOVK_I32,
+amdgpu_cdna2_op_S_MOVRELD_B32,
+amdgpu_cdna2_op_S_MOVRELD_B64,
+amdgpu_cdna2_op_S_MOVRELS_B32,
+amdgpu_cdna2_op_S_MOVRELS_B64,
+amdgpu_cdna2_op_S_MOV_B32,
+amdgpu_cdna2_op_S_MOV_B64,
+amdgpu_cdna2_op_S_MULK_I32,
+amdgpu_cdna2_op_S_MUL_HI_I32,
+amdgpu_cdna2_op_S_MUL_HI_U32,
+amdgpu_cdna2_op_S_MUL_I32,
+amdgpu_cdna2_op_S_NAND_B32,
+amdgpu_cdna2_op_S_NAND_B64,
+amdgpu_cdna2_op_S_NAND_SAVEEXEC_B64,
+amdgpu_cdna2_op_S_NOP,
+amdgpu_cdna2_op_S_NOR_B32,
+amdgpu_cdna2_op_S_NOR_B64,
+amdgpu_cdna2_op_S_NOR_SAVEEXEC_B64,
+amdgpu_cdna2_op_S_NOT_B32,
+amdgpu_cdna2_op_S_NOT_B64,
+amdgpu_cdna2_op_S_ORN1_SAVEEXEC_B64,
+amdgpu_cdna2_op_S_ORN2_B32,
+amdgpu_cdna2_op_S_ORN2_B64,
+amdgpu_cdna2_op_S_ORN2_SAVEEXEC_B64,
+amdgpu_cdna2_op_S_OR_B32,
+amdgpu_cdna2_op_S_OR_B64,
+amdgpu_cdna2_op_S_OR_SAVEEXEC_B64,
+amdgpu_cdna2_op_S_PACK_HH_B32_B16,
+amdgpu_cdna2_op_S_PACK_LH_B32_B16,
+amdgpu_cdna2_op_S_PACK_LL_B32_B16,
+amdgpu_cdna2_op_S_QUADMASK_B32,
+amdgpu_cdna2_op_S_QUADMASK_B64,
+amdgpu_cdna2_op_S_RFE_B64,
+amdgpu_cdna2_op_S_RFE_RESTORE_B64,
+amdgpu_cdna2_op_S_SCRATCH_LOAD_DWORD,
+amdgpu_cdna2_op_S_SCRATCH_LOAD_DWORDX2,
+amdgpu_cdna2_op_S_SCRATCH_LOAD_DWORDX4,
+amdgpu_cdna2_op_S_SCRATCH_STORE_DWORD,
+amdgpu_cdna2_op_S_SCRATCH_STORE_DWORDX2,
+amdgpu_cdna2_op_S_SCRATCH_STORE_DWORDX4,
+amdgpu_cdna2_op_S_SENDMSG,
+amdgpu_cdna2_op_S_SENDMSGHALT,
+amdgpu_cdna2_op_S_SETHALT,
+amdgpu_cdna2_op_S_SETKILL,
+amdgpu_cdna2_op_S_SETPC_B64,
+amdgpu_cdna2_op_S_SETPRIO,
+amdgpu_cdna2_op_S_SETREG_B32,
+amdgpu_cdna2_op_S_SETREG_IMM32_B32,
+amdgpu_cdna2_op_S_SETVSKIP,
+amdgpu_cdna2_op_S_SET_GPR_IDX_IDX,
+amdgpu_cdna2_op_S_SET_GPR_IDX_MODE,
+amdgpu_cdna2_op_S_SET_GPR_IDX_OFF,
+amdgpu_cdna2_op_S_SET_GPR_IDX_ON,
+amdgpu_cdna2_op_S_SEXT_I32_I16,
+amdgpu_cdna2_op_S_SEXT_I32_I8,
+amdgpu_cdna2_op_S_SLEEP,
+amdgpu_cdna2_op_S_STORE_DWORD,
+amdgpu_cdna2_op_S_STORE_DWORDX2,
+amdgpu_cdna2_op_S_STORE_DWORDX4,
+amdgpu_cdna2_op_S_SUBB_U32,
+amdgpu_cdna2_op_S_SUB_I32,
+amdgpu_cdna2_op_S_SUB_U32,
+amdgpu_cdna2_op_S_SWAPPC_B64,
+amdgpu_cdna2_op_S_TRAP,
+amdgpu_cdna2_op_S_TTRACEDATA,
+amdgpu_cdna2_op_S_WAITCNT,
+amdgpu_cdna2_op_S_WAKEUP,
+amdgpu_cdna2_op_S_WQM_B32,
+amdgpu_cdna2_op_S_WQM_B64,
+amdgpu_cdna2_op_S_XNOR_B32,
+amdgpu_cdna2_op_S_XNOR_B64,
+amdgpu_cdna2_op_S_XNOR_SAVEEXEC_B64,
+amdgpu_cdna2_op_S_XOR_B32,
+amdgpu_cdna2_op_S_XOR_B64,
+amdgpu_cdna2_op_S_XOR_SAVEEXEC_B64,
+amdgpu_cdna2_op_TBUFFER_LOAD_FORMAT_D16_X,
+amdgpu_cdna2_op_TBUFFER_LOAD_FORMAT_D16_XY,
+amdgpu_cdna2_op_TBUFFER_LOAD_FORMAT_D16_XYZ,
+amdgpu_cdna2_op_TBUFFER_LOAD_FORMAT_D16_XYZW,
+amdgpu_cdna2_op_TBUFFER_LOAD_FORMAT_X,
+amdgpu_cdna2_op_TBUFFER_LOAD_FORMAT_XY,
+amdgpu_cdna2_op_TBUFFER_LOAD_FORMAT_XYZ,
+amdgpu_cdna2_op_TBUFFER_LOAD_FORMAT_XYZW,
+amdgpu_cdna2_op_TBUFFER_STORE_FORMAT_D16_X,
+amdgpu_cdna2_op_TBUFFER_STORE_FORMAT_D16_XY,
+amdgpu_cdna2_op_TBUFFER_STORE_FORMAT_D16_XYZ,
+amdgpu_cdna2_op_TBUFFER_STORE_FORMAT_D16_XYZW,
+amdgpu_cdna2_op_TBUFFER_STORE_FORMAT_X,
+amdgpu_cdna2_op_TBUFFER_STORE_FORMAT_XY,
+amdgpu_cdna2_op_TBUFFER_STORE_FORMAT_XYZ,
+amdgpu_cdna2_op_TBUFFER_STORE_FORMAT_XYZW,
+amdgpu_cdna2_op_V_ACCVGPR_MOV_B32,
+amdgpu_cdna2_op_V_ACCVGPR_READ,
+amdgpu_cdna2_op_V_ACCVGPR_WRITE,
+amdgpu_cdna2_op_V_ADD3_U32,
+amdgpu_cdna2_op_V_ADDC_CO_U32,
+amdgpu_cdna2_op_V_ADD_CO_U32,
+amdgpu_cdna2_op_V_ADD_F16,
+amdgpu_cdna2_op_V_ADD_F32,
+amdgpu_cdna2_op_V_ADD_F64,
+amdgpu_cdna2_op_V_ADD_I16,
+amdgpu_cdna2_op_V_ADD_I32,
+amdgpu_cdna2_op_V_ADD_LSHL_U32,
+amdgpu_cdna2_op_V_ADD_U16,
+amdgpu_cdna2_op_V_ADD_U32,
+amdgpu_cdna2_op_V_ALIGNBIT_B32,
+amdgpu_cdna2_op_V_ALIGNBYTE_B32,
+amdgpu_cdna2_op_V_AND_B32,
+amdgpu_cdna2_op_V_AND_OR_B32,
+amdgpu_cdna2_op_V_ASHRREV_I16,
+amdgpu_cdna2_op_V_ASHRREV_I32,
+amdgpu_cdna2_op_V_ASHRREV_I64,
+amdgpu_cdna2_op_V_BCNT_U32_B32,
+amdgpu_cdna2_op_V_BFE_I32,
+amdgpu_cdna2_op_V_BFE_U32,
+amdgpu_cdna2_op_V_BFI_B32,
+amdgpu_cdna2_op_V_BFM_B32,
+amdgpu_cdna2_op_V_BFREV_B32,
+amdgpu_cdna2_op_V_CEIL_F16,
+amdgpu_cdna2_op_V_CEIL_F32,
+amdgpu_cdna2_op_V_CEIL_F64,
+amdgpu_cdna2_op_V_CLREXCP,
+amdgpu_cdna2_op_V_CMPX_CLASS_F16,
+amdgpu_cdna2_op_V_CMPX_CLASS_F32,
+amdgpu_cdna2_op_V_CMPX_CLASS_F64,
+amdgpu_cdna2_op_V_CMPX_EQ_F16,
+amdgpu_cdna2_op_V_CMPX_EQ_F32,
+amdgpu_cdna2_op_V_CMPX_EQ_F64,
+amdgpu_cdna2_op_V_CMPX_EQ_I16,
+amdgpu_cdna2_op_V_CMPX_EQ_I32,
+amdgpu_cdna2_op_V_CMPX_EQ_I64,
+amdgpu_cdna2_op_V_CMPX_EQ_U16,
+amdgpu_cdna2_op_V_CMPX_EQ_U32,
+amdgpu_cdna2_op_V_CMPX_EQ_U64,
+amdgpu_cdna2_op_V_CMPX_F_F16,
+amdgpu_cdna2_op_V_CMPX_F_F32,
+amdgpu_cdna2_op_V_CMPX_F_F64,
+amdgpu_cdna2_op_V_CMPX_F_I16,
+amdgpu_cdna2_op_V_CMPX_F_I32,
+amdgpu_cdna2_op_V_CMPX_F_I64,
+amdgpu_cdna2_op_V_CMPX_F_U16,
+amdgpu_cdna2_op_V_CMPX_F_U32,
+amdgpu_cdna2_op_V_CMPX_F_U64,
+amdgpu_cdna2_op_V_CMPX_GE_F16,
+amdgpu_cdna2_op_V_CMPX_GE_F32,
+amdgpu_cdna2_op_V_CMPX_GE_F64,
+amdgpu_cdna2_op_V_CMPX_GE_I16,
+amdgpu_cdna2_op_V_CMPX_GE_I32,
+amdgpu_cdna2_op_V_CMPX_GE_I64,
+amdgpu_cdna2_op_V_CMPX_GE_U16,
+amdgpu_cdna2_op_V_CMPX_GE_U32,
+amdgpu_cdna2_op_V_CMPX_GE_U64,
+amdgpu_cdna2_op_V_CMPX_GT_F16,
+amdgpu_cdna2_op_V_CMPX_GT_F32,
+amdgpu_cdna2_op_V_CMPX_GT_F64,
+amdgpu_cdna2_op_V_CMPX_GT_I16,
+amdgpu_cdna2_op_V_CMPX_GT_I32,
+amdgpu_cdna2_op_V_CMPX_GT_I64,
+amdgpu_cdna2_op_V_CMPX_GT_U16,
+amdgpu_cdna2_op_V_CMPX_GT_U32,
+amdgpu_cdna2_op_V_CMPX_GT_U64,
+amdgpu_cdna2_op_V_CMPX_LE_F16,
+amdgpu_cdna2_op_V_CMPX_LE_F32,
+amdgpu_cdna2_op_V_CMPX_LE_F64,
+amdgpu_cdna2_op_V_CMPX_LE_I16,
+amdgpu_cdna2_op_V_CMPX_LE_I32,
+amdgpu_cdna2_op_V_CMPX_LE_I64,
+amdgpu_cdna2_op_V_CMPX_LE_U16,
+amdgpu_cdna2_op_V_CMPX_LE_U32,
+amdgpu_cdna2_op_V_CMPX_LE_U64,
+amdgpu_cdna2_op_V_CMPX_LG_F16,
+amdgpu_cdna2_op_V_CMPX_LG_F32,
+amdgpu_cdna2_op_V_CMPX_LG_F64,
+amdgpu_cdna2_op_V_CMPX_LT_F16,
+amdgpu_cdna2_op_V_CMPX_LT_F32,
+amdgpu_cdna2_op_V_CMPX_LT_F64,
+amdgpu_cdna2_op_V_CMPX_LT_I16,
+amdgpu_cdna2_op_V_CMPX_LT_I32,
+amdgpu_cdna2_op_V_CMPX_LT_I64,
+amdgpu_cdna2_op_V_CMPX_LT_U16,
+amdgpu_cdna2_op_V_CMPX_LT_U32,
+amdgpu_cdna2_op_V_CMPX_LT_U64,
+amdgpu_cdna2_op_V_CMPX_NEQ_F16,
+amdgpu_cdna2_op_V_CMPX_NEQ_F32,
+amdgpu_cdna2_op_V_CMPX_NEQ_F64,
+amdgpu_cdna2_op_V_CMPX_NE_I16,
+amdgpu_cdna2_op_V_CMPX_NE_I32,
+amdgpu_cdna2_op_V_CMPX_NE_I64,
+amdgpu_cdna2_op_V_CMPX_NE_U16,
+amdgpu_cdna2_op_V_CMPX_NE_U32,
+amdgpu_cdna2_op_V_CMPX_NE_U64,
+amdgpu_cdna2_op_V_CMPX_NGE_F16,
+amdgpu_cdna2_op_V_CMPX_NGE_F32,
+amdgpu_cdna2_op_V_CMPX_NGE_F64,
+amdgpu_cdna2_op_V_CMPX_NGT_F16,
+amdgpu_cdna2_op_V_CMPX_NGT_F32,
+amdgpu_cdna2_op_V_CMPX_NGT_F64,
+amdgpu_cdna2_op_V_CMPX_NLE_F16,
+amdgpu_cdna2_op_V_CMPX_NLE_F32,
+amdgpu_cdna2_op_V_CMPX_NLE_F64,
+amdgpu_cdna2_op_V_CMPX_NLG_F16,
+amdgpu_cdna2_op_V_CMPX_NLG_F32,
+amdgpu_cdna2_op_V_CMPX_NLG_F64,
+amdgpu_cdna2_op_V_CMPX_NLT_F16,
+amdgpu_cdna2_op_V_CMPX_NLT_F32,
+amdgpu_cdna2_op_V_CMPX_NLT_F64,
+amdgpu_cdna2_op_V_CMPX_O_F16,
+amdgpu_cdna2_op_V_CMPX_O_F32,
+amdgpu_cdna2_op_V_CMPX_O_F64,
+amdgpu_cdna2_op_V_CMPX_TRU_F16,
+amdgpu_cdna2_op_V_CMPX_TRU_F32,
+amdgpu_cdna2_op_V_CMPX_TRU_F64,
+amdgpu_cdna2_op_V_CMPX_T_I16,
+amdgpu_cdna2_op_V_CMPX_T_I32,
+amdgpu_cdna2_op_V_CMPX_T_I64,
+amdgpu_cdna2_op_V_CMPX_T_U16,
+amdgpu_cdna2_op_V_CMPX_T_U32,
+amdgpu_cdna2_op_V_CMPX_T_U64,
+amdgpu_cdna2_op_V_CMPX_U_F16,
+amdgpu_cdna2_op_V_CMPX_U_F32,
+amdgpu_cdna2_op_V_CMPX_U_F64,
+amdgpu_cdna2_op_V_CMP_CLASS_F16,
+amdgpu_cdna2_op_V_CMP_CLASS_F32,
+amdgpu_cdna2_op_V_CMP_CLASS_F64,
+amdgpu_cdna2_op_V_CMP_EQ_F16,
+amdgpu_cdna2_op_V_CMP_EQ_F32,
+amdgpu_cdna2_op_V_CMP_EQ_F64,
+amdgpu_cdna2_op_V_CMP_EQ_I16,
+amdgpu_cdna2_op_V_CMP_EQ_I32,
+amdgpu_cdna2_op_V_CMP_EQ_I64,
+amdgpu_cdna2_op_V_CMP_EQ_U16,
+amdgpu_cdna2_op_V_CMP_EQ_U32,
+amdgpu_cdna2_op_V_CMP_EQ_U64,
+amdgpu_cdna2_op_V_CMP_F_F16,
+amdgpu_cdna2_op_V_CMP_F_F32,
+amdgpu_cdna2_op_V_CMP_F_F64,
+amdgpu_cdna2_op_V_CMP_F_I16,
+amdgpu_cdna2_op_V_CMP_F_I32,
+amdgpu_cdna2_op_V_CMP_F_I64,
+amdgpu_cdna2_op_V_CMP_F_U16,
+amdgpu_cdna2_op_V_CMP_F_U32,
+amdgpu_cdna2_op_V_CMP_F_U64,
+amdgpu_cdna2_op_V_CMP_GE_F16,
+amdgpu_cdna2_op_V_CMP_GE_F32,
+amdgpu_cdna2_op_V_CMP_GE_F64,
+amdgpu_cdna2_op_V_CMP_GE_I16,
+amdgpu_cdna2_op_V_CMP_GE_I32,
+amdgpu_cdna2_op_V_CMP_GE_I64,
+amdgpu_cdna2_op_V_CMP_GE_U16,
+amdgpu_cdna2_op_V_CMP_GE_U32,
+amdgpu_cdna2_op_V_CMP_GE_U64,
+amdgpu_cdna2_op_V_CMP_GT_F16,
+amdgpu_cdna2_op_V_CMP_GT_F32,
+amdgpu_cdna2_op_V_CMP_GT_F64,
+amdgpu_cdna2_op_V_CMP_GT_I16,
+amdgpu_cdna2_op_V_CMP_GT_I32,
+amdgpu_cdna2_op_V_CMP_GT_I64,
+amdgpu_cdna2_op_V_CMP_GT_U16,
+amdgpu_cdna2_op_V_CMP_GT_U32,
+amdgpu_cdna2_op_V_CMP_GT_U64,
+amdgpu_cdna2_op_V_CMP_LE_F16,
+amdgpu_cdna2_op_V_CMP_LE_F32,
+amdgpu_cdna2_op_V_CMP_LE_F64,
+amdgpu_cdna2_op_V_CMP_LE_I16,
+amdgpu_cdna2_op_V_CMP_LE_I32,
+amdgpu_cdna2_op_V_CMP_LE_I64,
+amdgpu_cdna2_op_V_CMP_LE_U16,
+amdgpu_cdna2_op_V_CMP_LE_U32,
+amdgpu_cdna2_op_V_CMP_LE_U64,
+amdgpu_cdna2_op_V_CMP_LG_F16,
+amdgpu_cdna2_op_V_CMP_LG_F32,
+amdgpu_cdna2_op_V_CMP_LG_F64,
+amdgpu_cdna2_op_V_CMP_LT_F16,
+amdgpu_cdna2_op_V_CMP_LT_F32,
+amdgpu_cdna2_op_V_CMP_LT_F64,
+amdgpu_cdna2_op_V_CMP_LT_I16,
+amdgpu_cdna2_op_V_CMP_LT_I32,
+amdgpu_cdna2_op_V_CMP_LT_I64,
+amdgpu_cdna2_op_V_CMP_LT_U16,
+amdgpu_cdna2_op_V_CMP_LT_U32,
+amdgpu_cdna2_op_V_CMP_LT_U64,
+amdgpu_cdna2_op_V_CMP_NEQ_F16,
+amdgpu_cdna2_op_V_CMP_NEQ_F32,
+amdgpu_cdna2_op_V_CMP_NEQ_F64,
+amdgpu_cdna2_op_V_CMP_NE_I16,
+amdgpu_cdna2_op_V_CMP_NE_I32,
+amdgpu_cdna2_op_V_CMP_NE_I64,
+amdgpu_cdna2_op_V_CMP_NE_U16,
+amdgpu_cdna2_op_V_CMP_NE_U32,
+amdgpu_cdna2_op_V_CMP_NE_U64,
+amdgpu_cdna2_op_V_CMP_NGE_F16,
+amdgpu_cdna2_op_V_CMP_NGE_F32,
+amdgpu_cdna2_op_V_CMP_NGE_F64,
+amdgpu_cdna2_op_V_CMP_NGT_F16,
+amdgpu_cdna2_op_V_CMP_NGT_F32,
+amdgpu_cdna2_op_V_CMP_NGT_F64,
+amdgpu_cdna2_op_V_CMP_NLE_F16,
+amdgpu_cdna2_op_V_CMP_NLE_F32,
+amdgpu_cdna2_op_V_CMP_NLE_F64,
+amdgpu_cdna2_op_V_CMP_NLG_F16,
+amdgpu_cdna2_op_V_CMP_NLG_F32,
+amdgpu_cdna2_op_V_CMP_NLG_F64,
+amdgpu_cdna2_op_V_CMP_NLT_F16,
+amdgpu_cdna2_op_V_CMP_NLT_F32,
+amdgpu_cdna2_op_V_CMP_NLT_F64,
+amdgpu_cdna2_op_V_CMP_O_F16,
+amdgpu_cdna2_op_V_CMP_O_F32,
+amdgpu_cdna2_op_V_CMP_O_F64,
+amdgpu_cdna2_op_V_CMP_TRU_F16,
+amdgpu_cdna2_op_V_CMP_TRU_F32,
+amdgpu_cdna2_op_V_CMP_TRU_F64,
+amdgpu_cdna2_op_V_CMP_T_I16,
+amdgpu_cdna2_op_V_CMP_T_I32,
+amdgpu_cdna2_op_V_CMP_T_I64,
+amdgpu_cdna2_op_V_CMP_T_U16,
+amdgpu_cdna2_op_V_CMP_T_U32,
+amdgpu_cdna2_op_V_CMP_T_U64,
+amdgpu_cdna2_op_V_CMP_U_F16,
+amdgpu_cdna2_op_V_CMP_U_F32,
+amdgpu_cdna2_op_V_CMP_U_F64,
+amdgpu_cdna2_op_V_CNDMASK_B32,
+amdgpu_cdna2_op_V_COS_F16,
+amdgpu_cdna2_op_V_COS_F32,
+amdgpu_cdna2_op_V_CUBEID_F32,
+amdgpu_cdna2_op_V_CUBEMA_F32,
+amdgpu_cdna2_op_V_CUBESC_F32,
+amdgpu_cdna2_op_V_CUBETC_F32,
+amdgpu_cdna2_op_V_CVT_F16_F32,
+amdgpu_cdna2_op_V_CVT_F16_I16,
+amdgpu_cdna2_op_V_CVT_F16_U16,
+amdgpu_cdna2_op_V_CVT_F32_F16,
+amdgpu_cdna2_op_V_CVT_F32_F64,
+amdgpu_cdna2_op_V_CVT_F32_I32,
+amdgpu_cdna2_op_V_CVT_F32_U32,
+amdgpu_cdna2_op_V_CVT_F32_UBYTE0,
+amdgpu_cdna2_op_V_CVT_F32_UBYTE1,
+amdgpu_cdna2_op_V_CVT_F32_UBYTE2,
+amdgpu_cdna2_op_V_CVT_F32_UBYTE3,
+amdgpu_cdna2_op_V_CVT_F64_F32,
+amdgpu_cdna2_op_V_CVT_F64_I32,
+amdgpu_cdna2_op_V_CVT_F64_U32,
+amdgpu_cdna2_op_V_CVT_FLR_I32_F32,
+amdgpu_cdna2_op_V_CVT_I16_F16,
+amdgpu_cdna2_op_V_CVT_I32_F32,
+amdgpu_cdna2_op_V_CVT_I32_F64,
+amdgpu_cdna2_op_V_CVT_NORM_I16_F16,
+amdgpu_cdna2_op_V_CVT_NORM_U16_F16,
+amdgpu_cdna2_op_V_CVT_OFF_F32_I4,
+amdgpu_cdna2_op_V_CVT_PKACCUM_U8_F32,
+amdgpu_cdna2_op_V_CVT_PKNORM_I16_F16,
+amdgpu_cdna2_op_V_CVT_PKNORM_I16_F32,
+amdgpu_cdna2_op_V_CVT_PKNORM_U16_F16,
+amdgpu_cdna2_op_V_CVT_PKNORM_U16_F32,
+amdgpu_cdna2_op_V_CVT_PKRTZ_F16_F32,
+amdgpu_cdna2_op_V_CVT_PK_I16_I32,
+amdgpu_cdna2_op_V_CVT_PK_U16_U32,
+amdgpu_cdna2_op_V_CVT_PK_U8_F32,
+amdgpu_cdna2_op_V_CVT_RPI_I32_F32,
+amdgpu_cdna2_op_V_CVT_U16_F16,
+amdgpu_cdna2_op_V_CVT_U32_F32,
+amdgpu_cdna2_op_V_CVT_U32_F64,
+amdgpu_cdna2_op_V_DIV_FIXUP_F16,
+amdgpu_cdna2_op_V_DIV_FIXUP_F32,
+amdgpu_cdna2_op_V_DIV_FIXUP_F64,
+amdgpu_cdna2_op_V_DIV_FIXUP_LEGACY_F16,
+amdgpu_cdna2_op_V_DIV_FMAS_F32,
+amdgpu_cdna2_op_V_DIV_FMAS_F64,
+amdgpu_cdna2_op_V_DIV_SCALE_F32,
+amdgpu_cdna2_op_V_DIV_SCALE_F64,
+amdgpu_cdna2_op_V_DOT2C_F32_F16,
+amdgpu_cdna2_op_V_DOT2C_I32_I16,
+amdgpu_cdna2_op_V_DOT2_F32_F16,
+amdgpu_cdna2_op_V_DOT2_I32_I16,
+amdgpu_cdna2_op_V_DOT2_U32_U16,
+amdgpu_cdna2_op_V_DOT4C_I32_I8,
+amdgpu_cdna2_op_V_DOT4_I32_I8,
+amdgpu_cdna2_op_V_DOT4_U32_U8,
+amdgpu_cdna2_op_V_DOT8C_I32_I4,
+amdgpu_cdna2_op_V_DOT8_I32_I4,
+amdgpu_cdna2_op_V_DOT8_U32_U4,
+amdgpu_cdna2_op_V_EXP_F16,
+amdgpu_cdna2_op_V_EXP_F32,
+amdgpu_cdna2_op_V_EXP_LEGACY_F32,
+amdgpu_cdna2_op_V_FFBH_I32,
+amdgpu_cdna2_op_V_FFBH_U32,
+amdgpu_cdna2_op_V_FFBL_B32,
+amdgpu_cdna2_op_V_FLOOR_F16,
+amdgpu_cdna2_op_V_FLOOR_F32,
+amdgpu_cdna2_op_V_FLOOR_F64,
+amdgpu_cdna2_op_V_FMAC_F32,
+amdgpu_cdna2_op_V_FMAC_F64,
+amdgpu_cdna2_op_V_FMA_F16,
+amdgpu_cdna2_op_V_FMA_F32,
+amdgpu_cdna2_op_V_FMA_F64,
+amdgpu_cdna2_op_V_FMA_LEGACY_F16,
+amdgpu_cdna2_op_V_FRACT_F16,
+amdgpu_cdna2_op_V_FRACT_F32,
+amdgpu_cdna2_op_V_FRACT_F64,
+amdgpu_cdna2_op_V_FREXP_EXP_I16_F16,
+amdgpu_cdna2_op_V_FREXP_EXP_I32_F32,
+amdgpu_cdna2_op_V_FREXP_EXP_I32_F64,
+amdgpu_cdna2_op_V_FREXP_MANT_F16,
+amdgpu_cdna2_op_V_FREXP_MANT_F32,
+amdgpu_cdna2_op_V_FREXP_MANT_F64,
+amdgpu_cdna2_op_V_LDEXP_F16,
+amdgpu_cdna2_op_V_LDEXP_F32,
+amdgpu_cdna2_op_V_LDEXP_F64,
+amdgpu_cdna2_op_V_LERP_U8,
+amdgpu_cdna2_op_V_LOG_F16,
+amdgpu_cdna2_op_V_LOG_F32,
+amdgpu_cdna2_op_V_LOG_LEGACY_F32,
+amdgpu_cdna2_op_V_LSHLREV_B16,
+amdgpu_cdna2_op_V_LSHLREV_B32,
+amdgpu_cdna2_op_V_LSHLREV_B64,
+amdgpu_cdna2_op_V_LSHL_ADD_U32,
+amdgpu_cdna2_op_V_LSHL_OR_B32,
+amdgpu_cdna2_op_V_LSHRREV_B16,
+amdgpu_cdna2_op_V_LSHRREV_B32,
+amdgpu_cdna2_op_V_LSHRREV_B64,
+amdgpu_cdna2_op_V_MAC_F16,
+amdgpu_cdna2_op_V_MAC_F32,
+amdgpu_cdna2_op_V_MADAK_F16,
+amdgpu_cdna2_op_V_MADAK_F32,
+amdgpu_cdna2_op_V_MADMK_F16,
+amdgpu_cdna2_op_V_MADMK_F32,
+amdgpu_cdna2_op_V_MAD_F16,
+amdgpu_cdna2_op_V_MAD_F32,
+amdgpu_cdna2_op_V_MAD_I16,
+amdgpu_cdna2_op_V_MAD_I32_I16,
+amdgpu_cdna2_op_V_MAD_I32_I24,
+amdgpu_cdna2_op_V_MAD_I64_I32,
+amdgpu_cdna2_op_V_MAD_LEGACY_F16,
+amdgpu_cdna2_op_V_MAD_LEGACY_F32,
+amdgpu_cdna2_op_V_MAD_LEGACY_I16,
+amdgpu_cdna2_op_V_MAD_LEGACY_U16,
+amdgpu_cdna2_op_V_MAD_MIXHI_F16,
+amdgpu_cdna2_op_V_MAD_MIXLO_F16,
+amdgpu_cdna2_op_V_MAD_MIX_F32,
+amdgpu_cdna2_op_V_MAD_U16,
+amdgpu_cdna2_op_V_MAD_U32_U16,
+amdgpu_cdna2_op_V_MAD_U32_U24,
+amdgpu_cdna2_op_V_MAD_U64_U32,
+amdgpu_cdna2_op_V_MAX3_F16,
+amdgpu_cdna2_op_V_MAX3_F32,
+amdgpu_cdna2_op_V_MAX3_I16,
+amdgpu_cdna2_op_V_MAX3_I32,
+amdgpu_cdna2_op_V_MAX3_U16,
+amdgpu_cdna2_op_V_MAX3_U32,
+amdgpu_cdna2_op_V_MAX_F16,
+amdgpu_cdna2_op_V_MAX_F32,
+amdgpu_cdna2_op_V_MAX_F64,
+amdgpu_cdna2_op_V_MAX_I16,
+amdgpu_cdna2_op_V_MAX_I32,
+amdgpu_cdna2_op_V_MAX_U16,
+amdgpu_cdna2_op_V_MAX_U32,
+amdgpu_cdna2_op_V_MBCNT_HI_U32_B32,
+amdgpu_cdna2_op_V_MBCNT_LO_U32_B32,
+amdgpu_cdna2_op_V_MED3_F16,
+amdgpu_cdna2_op_V_MED3_F32,
+amdgpu_cdna2_op_V_MED3_I16,
+amdgpu_cdna2_op_V_MED3_I32,
+amdgpu_cdna2_op_V_MED3_U16,
+amdgpu_cdna2_op_V_MED3_U32,
+amdgpu_cdna2_op_V_MFMA_F32_16X16X16BF16_1K,
+amdgpu_cdna2_op_V_MFMA_F32_16X16X16F16,
+amdgpu_cdna2_op_V_MFMA_F32_16X16X1F32,
+amdgpu_cdna2_op_V_MFMA_F32_16X16X2BF16,
+amdgpu_cdna2_op_V_MFMA_F32_16X16X4BF16_1K,
+amdgpu_cdna2_op_V_MFMA_F32_16X16X4F16,
+amdgpu_cdna2_op_V_MFMA_F32_16X16X4F32,
+amdgpu_cdna2_op_V_MFMA_F32_16X16X8BF16,
+amdgpu_cdna2_op_V_MFMA_F32_32X32X1F32,
+amdgpu_cdna2_op_V_MFMA_F32_32X32X2BF16,
+amdgpu_cdna2_op_V_MFMA_F32_32X32X2F32,
+amdgpu_cdna2_op_V_MFMA_F32_32X32X4BF16,
+amdgpu_cdna2_op_V_MFMA_F32_32X32X4BF16_1K,
+amdgpu_cdna2_op_V_MFMA_F32_32X32X4F16,
+amdgpu_cdna2_op_V_MFMA_F32_32X32X8BF16_1K,
+amdgpu_cdna2_op_V_MFMA_F32_32X32X8F16,
+amdgpu_cdna2_op_V_MFMA_F32_4X4X1F32,
+amdgpu_cdna2_op_V_MFMA_F32_4X4X2BF16,
+amdgpu_cdna2_op_V_MFMA_F32_4X4X4BF16_1K,
+amdgpu_cdna2_op_V_MFMA_F32_4X4X4F16,
+amdgpu_cdna2_op_V_MFMA_F64_16X16X4F64,
+amdgpu_cdna2_op_V_MFMA_F64_4X4X4F64,
+amdgpu_cdna2_op_V_MFMA_I32_16X16X16I8,
+amdgpu_cdna2_op_V_MFMA_I32_16X16X4I8,
+amdgpu_cdna2_op_V_MFMA_I32_32X32X4I8,
+amdgpu_cdna2_op_V_MFMA_I32_32X32X8I8,
+amdgpu_cdna2_op_V_MFMA_I32_4X4X4I8,
+amdgpu_cdna2_op_V_MIN3_F16,
+amdgpu_cdna2_op_V_MIN3_F32,
+amdgpu_cdna2_op_V_MIN3_I16,
+amdgpu_cdna2_op_V_MIN3_I32,
+amdgpu_cdna2_op_V_MIN3_U16,
+amdgpu_cdna2_op_V_MIN3_U32,
+amdgpu_cdna2_op_V_MIN_F16,
+amdgpu_cdna2_op_V_MIN_F32,
+amdgpu_cdna2_op_V_MIN_F64,
+amdgpu_cdna2_op_V_MIN_I16,
+amdgpu_cdna2_op_V_MIN_I32,
+amdgpu_cdna2_op_V_MIN_U16,
+amdgpu_cdna2_op_V_MIN_U32,
+amdgpu_cdna2_op_V_MOV_B32,
+amdgpu_cdna2_op_V_MQSAD_PK_U16_U8,
+amdgpu_cdna2_op_V_MQSAD_U32_U8,
+amdgpu_cdna2_op_V_MSAD_U8,
+amdgpu_cdna2_op_V_MUL_F16,
+amdgpu_cdna2_op_V_MUL_F32,
+amdgpu_cdna2_op_V_MUL_F64,
+amdgpu_cdna2_op_V_MUL_HI_I32,
+amdgpu_cdna2_op_V_MUL_HI_I32_I24,
+amdgpu_cdna2_op_V_MUL_HI_U32,
+amdgpu_cdna2_op_V_MUL_HI_U32_U24,
+amdgpu_cdna2_op_V_MUL_I32_I24,
+amdgpu_cdna2_op_V_MUL_LEGACY_F32,
+amdgpu_cdna2_op_V_MUL_LO_U16,
+amdgpu_cdna2_op_V_MUL_LO_U32,
+amdgpu_cdna2_op_V_MUL_U32_U24,
+amdgpu_cdna2_op_V_NOP,
+amdgpu_cdna2_op_V_NOT_B32,
+amdgpu_cdna2_op_V_OR3_B32,
+amdgpu_cdna2_op_V_OR_B32,
+amdgpu_cdna2_op_V_PACK_B32_F16,
+amdgpu_cdna2_op_V_PERM_B32,
+amdgpu_cdna2_op_V_PK_ADD_F16,
+amdgpu_cdna2_op_V_PK_ADD_F32,
+amdgpu_cdna2_op_V_PK_ADD_I16,
+amdgpu_cdna2_op_V_PK_ADD_U16,
+amdgpu_cdna2_op_V_PK_ASHRREV_I16,
+amdgpu_cdna2_op_V_PK_FMAC_F16,
+amdgpu_cdna2_op_V_PK_FMA_F16,
+amdgpu_cdna2_op_V_PK_FMA_F32,
+amdgpu_cdna2_op_V_PK_LSHLREV_B16,
+amdgpu_cdna2_op_V_PK_LSHRREV_B16,
+amdgpu_cdna2_op_V_PK_MAD_I16,
+amdgpu_cdna2_op_V_PK_MAD_U16,
+amdgpu_cdna2_op_V_PK_MAX_F16,
+amdgpu_cdna2_op_V_PK_MAX_I16,
+amdgpu_cdna2_op_V_PK_MAX_U16,
+amdgpu_cdna2_op_V_PK_MIN_F16,
+amdgpu_cdna2_op_V_PK_MIN_I16,
+amdgpu_cdna2_op_V_PK_MIN_U16,
+amdgpu_cdna2_op_V_PK_MOV_B32,
+amdgpu_cdna2_op_V_PK_MUL_F16,
+amdgpu_cdna2_op_V_PK_MUL_F32,
+amdgpu_cdna2_op_V_PK_MUL_LO_U16,
+amdgpu_cdna2_op_V_PK_SUB_I16,
+amdgpu_cdna2_op_V_PK_SUB_U16,
+amdgpu_cdna2_op_V_QSAD_PK_U16_U8,
+amdgpu_cdna2_op_V_RCP_F16,
+amdgpu_cdna2_op_V_RCP_F32,
+amdgpu_cdna2_op_V_RCP_F64,
+amdgpu_cdna2_op_V_RCP_IFLAG_F32,
+amdgpu_cdna2_op_V_READFIRSTLANE_B32,
+amdgpu_cdna2_op_V_READLANE_B32,
+amdgpu_cdna2_op_V_RNDNE_F16,
+amdgpu_cdna2_op_V_RNDNE_F32,
+amdgpu_cdna2_op_V_RNDNE_F64,
+amdgpu_cdna2_op_V_RSQ_F16,
+amdgpu_cdna2_op_V_RSQ_F32,
+amdgpu_cdna2_op_V_RSQ_F64,
+amdgpu_cdna2_op_V_SAD_HI_U8,
+amdgpu_cdna2_op_V_SAD_U16,
+amdgpu_cdna2_op_V_SAD_U32,
+amdgpu_cdna2_op_V_SAD_U8,
+amdgpu_cdna2_op_V_SAT_PK_U8_I16,
+amdgpu_cdna2_op_V_SCREEN_PARTITION_4SE_B32,
+amdgpu_cdna2_op_V_SIN_F16,
+amdgpu_cdna2_op_V_SIN_F32,
+amdgpu_cdna2_op_V_SQRT_F16,
+amdgpu_cdna2_op_V_SQRT_F32,
+amdgpu_cdna2_op_V_SQRT_F64,
+amdgpu_cdna2_op_V_SUBBREV_CO_U32,
+amdgpu_cdna2_op_V_SUBB_CO_U32,
+amdgpu_cdna2_op_V_SUBREV_CO_U32,
+amdgpu_cdna2_op_V_SUBREV_F16,
+amdgpu_cdna2_op_V_SUBREV_F32,
+amdgpu_cdna2_op_V_SUBREV_U16,
+amdgpu_cdna2_op_V_SUBREV_U32,
+amdgpu_cdna2_op_V_SUB_CO_U32,
+amdgpu_cdna2_op_V_SUB_F16,
+amdgpu_cdna2_op_V_SUB_F32,
+amdgpu_cdna2_op_V_SUB_I16,
+amdgpu_cdna2_op_V_SUB_I32,
+amdgpu_cdna2_op_V_SUB_U16,
+amdgpu_cdna2_op_V_SUB_U32,
+amdgpu_cdna2_op_V_SWAP_B32,
+amdgpu_cdna2_op_V_TRIG_PREOP_F64,
+amdgpu_cdna2_op_V_TRUNC_F16,
+amdgpu_cdna2_op_V_TRUNC_F32,
+amdgpu_cdna2_op_V_TRUNC_F64,
+amdgpu_cdna2_op_V_WRITELANE_B32,
+amdgpu_cdna2_op_V_XAD_U32,
+amdgpu_cdna2_op_V_XNOR_B32,
+amdgpu_cdna2_op_V_XOR_B32,

_service:tar_scm:dyninst-12.2.1.tar.gz/common/h/AMDGPU/cdna2/amdgpu_cdna2_sys_regs.h Added

_service:tar_scm:dyninst-12.2.1.tar.gz/common/h/AMDGPU/vega Added

_service:tar_scm:dyninst-12.2.1.tar.gz/common/h/AMDGPU/vega/amdgpu_vega_op_table.h Added

@@ -0,0 +1,431 @@
+amdgpu_op_s_brev_b32,
+amdgpu_op_v_cvt_f32_u32,
+amdgpu_op_v_max_u32_e64,
+amdgpu_op_v_nop_e64,
+amdgpu_op_v_mul_hi_u32_u24,
+amdgpu_op_v_max_f32,
+amdgpu_op_v_sub_f32,
+amdgpu_op_v_cmp_eq_u64_e64,
+amdgpu_op_s_rfe_b64,
+amdgpu_op_v_add_co_u32_e64,
+amdgpu_op_v_subrev_u16,
+amdgpu_op_v_ashrrev_i16_e64,
+amdgpu_op_ds_read_b128,
+amdgpu_op_s_andn2_b64,
+amdgpu_op_v_addc_co_u32,
+amdgpu_op_v_cmp_le_u32_e64,
+amdgpu_op_s_max_i32,
+amdgpu_op_s_invalid_1,
+amdgpu_op_v_addc_co_u32_e64,
+amdgpu_op_s_dcache_wb,
+amdgpu_op_s_cmov_b32,
+amdgpu_op_s_andn2_wrexec_b64,
+amdgpu_op_buffer_load_dword,
+amdgpu_op_s_trap,
+amdgpu_op_s_bitreplicate_b64_b32,
+amdgpu_op_v_madak_f16,
+amdgpu_op_v_mac_f16,
+amdgpu_op_v_add_co_u32,
+amdgpu_op_s_bcnt0_i32_b32,
+amdgpu_op_v_cndmask_b32,
+amdgpu_op_s_sub_u32,
+amdgpu_op_s_sendmsghalt,
+amdgpu_op_s_bitcmp0_b64,
+amdgpu_op_v_cvt_off_f32_i4_e64,
+amdgpu_op_v_cmpx_t_u64_e64,
+amdgpu_op_s_brev_b64,
+amdgpu_op_s_sleep,
+amdgpu_op_v_or_b32,
+amdgpu_op_v_mov_b32_e64,
+amdgpu_op_v_add_f32_e64,
+amdgpu_op_s_set_gpr_idx_off,
+amdgpu_op_v_sub_co_u32_e64,
+amdgpu_op_s_bitcmp1_b32,
+amdgpu_op_v_cvt_off_f32_i4,
+amdgpu_op_s_cmpk_lg_u32,
+amdgpu_op_s_bitset1_b64,
+amdgpu_op_v_cvt_rpi_i32_f32_e64,
+amdgpu_op_v_max_u16,
+amdgpu_op_buffer_store_format_x,
+amdgpu_op_s_not_b32,
+amdgpu_op_v_madak_f32,
+amdgpu_op_v_min_i16,
+amdgpu_op_s_pack_hh_b32_B16,
+amdgpu_op_v_mul_hi_i32_i24,
+amdgpu_op_v_cvt_i32_f32,
+amdgpu_op_s_orn2_savexec_b64,
+amdgpu_op_v_madmk_f32_e64,
+amdgpu_op_s_xor_b64,
+amdgpu_op_v_cmp_lt_u32,
+amdgpu_op_s_buffer_store_dwordx2,
+amdgpu_op_s_xor_b32,
+amdgpu_op_s_movk_i32,
+amdgpu_op_buffer_load_format_xyz,
+amdgpu_op_v_cvt_flr_i32_f32_e64,
+amdgpu_op_v_subbrev_co_u32,
+amdgpu_op_s_cbranch_g_fork,
+amdgpu_op_v_lshlrev_b64,
+amdgpu_op_v_cvt_f64_i32_e64,
+amdgpu_op_s_bfe_u64,
+amdgpu_op_s_andn2_savexec_b64,
+amdgpu_op_v_cvt_f32_f16,
+amdgpu_op_s_wqm_b64,
+amdgpu_op_s_nand_b32,
+amdgpu_op_v_mov_b32,
+amdgpu_op_s_lshsl2_add_u32,
+amdgpu_op_v_add_u32_e64,
+amdgpu_op_v_pack_b32_f16,
+amdgpu_op_v_sub_f16_e64,
+amdgpu_op_v_cvt_f32_i32,
+amdgpu_op_buffer_store_format_xyz,
+amdgpu_op_s_ttracedata,
+amdgpu_op_s_scratch_load_dwordx2,
+amdgpu_op_v_subrev_u32,
+amdgpu_op_s_cmp_lg_u64,
+amdgpu_op_s_cmpk_le_u32,
+amdgpu_op_v_cmp_eq_u64,
+amdgpu_op_s_branch,
+amdgpu_op_s_and_saveexec_b64,
+amdgpu_op_buffer_load_format_xy,
+amdgpu_op_v_subrev_co_u32_e64,
+amdgpu_op_v_ashrrev_i16,
+amdgpu_op_v_cmp_neq_f16,
+amdgpu_op_s_atomic_dec_x2,
+amdgpu_op_s_incperflevel,
+amdgpu_op_v_mad_u64_u32,
+amdgpu_op_s_setreg_b32,
+amdgpu_op_v_max_i32_e64,
+amdgpu_op_s_cmovk_i32,
+amdgpu_op_s_sendmsg,
+amdgpu_op_s_endpgm,
+amdgpu_op_s_decperflevel,
+amdgpu_op_s_bcnt0_i32_b64,
+amdgpu_op_s_dcache_inv_vol,
+amdgpu_op_v_min_f32_e64,
+amdgpu_op_v_madak_f32_e64,
+amdgpu_op_s_cmpk_gt_u32,
+amdgpu_op_s_quadmask_b64,
+amdgpu_op_buffer_store_format_xy,
+amdgpu_op_v_cmp_le_u32,
+amdgpu_op_tbuffer_load_format_xy,
+amdgpu_op_v_min_f16_e64,
+amdgpu_op_v_readfirstlane_b32,
+amdgpu_op_s_bfe_u32,
+amdgpu_op_v_subrev_f32,
+amdgpu_op_s_buffer_load_dwordx4,
+amdgpu_op_v_cvt_f32_u32_e64,
+amdgpu_op_v_subrev_f16,
+amdgpu_op_s_mov_b32,
+amdgpu_op_v_min_f32,
+amdgpu_op_buffer_load_dwordx4,
+amdgpu_op_s_cmp_ge_i32,
+amdgpu_op_s_cbranch_cdbgsys,
+amdgpu_op_s_cmp_lg_u32,
+amdgpu_op_v_min_u32,
+amdgpu_op_v_min_u32_e64,
+amdgpu_op_s_load_dwordx16,
+amdgpu_op_s_nop,
+amdgpu_op_s_endpgm_saved,
+amdgpu_op_v_min_i32,
+amdgpu_op_v_mul_i32_i24,
+amdgpu_op_s_setprio,
+amdgpu_op_s_lshl_b64,
+amdgpu_op_s_flbit_i32_b32,
+amdgpu_op_v_xno2_b32_e64,
+amdgpu_op_v_pk_mad_i16,
+amdgpu_op_v_cmp_lt_u32_e64,
+amdgpu_op_s_cbranch_cdbgsys_and_user,
+amdgpu_op_v_cvt_flr_i32_f32,
+amdgpu_op_v_mul_hi_i32_i24_e64,
+amdgpu_op_s_xor_savexec_b64,
+amdgpu_op_s_setvkip,
+amdgpu_op_s_load_dword,
+amdgpu_op_v_cmp_ge_u64_e64,
+amdgpu_op_s_pack_ll_b32_b16,
+amdgpu_op_s_bitset1_b32,
+amdgpu_op_s_icache_inv,
+amdgpu_op_s_load_dwordx2,
+amdgpu_op_v_mul_hi_u32,
+amdgpu_op_s_cbranch_i_fork,
+amdgpu_op_s_cslect_b64,
+amdgpu_op_s_orn2_b32,
+amdgpu_op_s_sub_i32,
+amdgpu_op_v_subrev_f16_e64,
+amdgpu_op_v_max_f16,
+amdgpu_op_v_swap_b32_e64,
+amdgpu_op_s_bitcmp1_b64,
+amdgpu_op_v_min_f16,
+amdgpu_op_s_scratch_store_dword,
+amdgpu_op_v_lshrrev_b16_e64,
+amdgpu_op_v_madmk_f32,
+amdgpu_op_v_xor_b32_e64,
+amdgpu_op_v_ashrrev_i32_e64,
+amdgpu_op_v_cmp_class_f32,
+amdgpu_op_s_bfm_b64,
+amdgpu_op_s_ff0_i32_b32,
+amdgpu_op_s_fltbit_i32_i64,
+amdgpu_op_buffer_load_format_x,
+amdgpu_op_v_sub_f32_e64,
+amdgpu_op_s_store_dwordx4,
+amdgpu_op_v_min_i32_e64,
+amdgpu_op_s_cmp_eq_u32,
+amdgpu_op_v_add_f32,
+amdgpu_op_s_cmp_lt_u32,
+amdgpu_op_s_swappc_b64,
+amdgpu_op_s_bfe_i64,
+amdgpu_op_v_min_u16,
+amdgpu_op_v_xor_b32,
+amdgpu_op_ds_read2_b32,
+amdgpu_op_s_dcache_inv,
+amdgpu_op_v_lshrrev_b32_e64,
+amdgpu_op_v_add_b32,
+amdgpu_op_v_lshlrev_b32_e64,
+amdgpu_op_s_cmp_ge_u32,
+amdgpu_op_flat_load_dword,
+amdgpu_op_s_cbranch_vccnz,
+amdgpu_op_v_mul_f32_e64,
+amdgpu_op_v_cvt_i32_f64,
+amdgpu_op_v_mac_b32,
+amdgpu_op_s_or_savexec_b64,
+amdgpu_op_v_nop,
+amdgpu_op_v_sub_co_u32,
+amdgpu_op_v_max_u32,
+amdgpu_op_v_add_f16_e64,
+amdgpu_op_v_cmp_gt_u64,
+amdgpu_op_v_max_u16_e64,
+amdgpu_op_s_ashr_i32,
+amdgpu_op_s_bfm_b32,
+amdgpu_op_s_orn1_saveexec_b64,
+amdgpu_op_v_cmp_gt_u32,
+amdgpu_op_tbuffer_store_format_xy,
+amdgpu_op_v_ldexp_f16,
+amdgpu_op_s_mov_b64,
+amdgpu_op_v_max_f32_e64,
+amdgpu_op_s_setpc_b64,
+amdgpu_op_v_cmp_ne_u64_e64,
+amdgpu_op_v_cmp_le_u64_e64,
+amdgpu_op_s_or_b64,
+amdgpu_op_s_buffer_load_dwordx2,
+amdgpu_op_s_invalid_2,
+amdgpu_op_v_cmp_lt_u64,
+amdgpu_op_s_nand_savexec_b64,
+amdgpu_op_s_xnor_savexec_b64,
+amdgpu_op_s_nor_savexec_b64,
+amdgpu_op_v_max_i16_e64,
+amdgpu_op_buffer_load_dwordx3,
+amdgpu_op_v_cmp_gt_u32_e64,
+amdgpu_op_v_dot8_u32_u4,
+amdgpu_op_s_abs_i32,
+amdgpu_op_s_cbranch_cdbgsys_or_user,
+amdgpu_op_v_cndmask_b32_e64,
+amdgpu_op_s_mulk_i32,
+amdgpu_op_s_endpgm_ordered_ps_done,
+amdgpu_op_tbuffer_store_format_xyz,
+amdgpu_op_s_min_i32,
+amdgpu_op_tbuffer_store_format_x,
+amdgpu_op_v_mul_lo_u16_e64,
+amdgpu_op_v_or_b32_e64,
+amdgpu_op_s_and_b32,
+amdgpu_op_s_bitset0_b32,
+amdgpu_op_v_lshlrev_b32,
+amdgpu_op_v_cmp_gt_u64_e64,
+amdgpu_op_s_ashr_i64,
+amdgpu_op_s_lshr_b32,
+amdgpu_op_s_scratch_store_dwordx4,
+amdgpu_op_s_cbranch_execz,
+amdgpu_op_v_mul_u32_u24_e64,
+amdgpu_op_v_madmk_f16,
+amdgpu_op_s_nor_b64,
+amdgpu_op_s_sethalt,
+amdgpu_op_v_add_u16,
+amdgpu_op_s_nand_b64,
+amdgpu_op_s_flbit_i32_b64,
+amdgpu_op_buffer_atomic_dec_x2,
+amdgpu_op_s_rfe_restore_b64,
+amdgpu_op_ds_write_b32,
+amdgpu_op_s_mul_i32,
+amdgpu_op_s_andn1_wrexec_b64,
+amdgpu_op_buffer_load_format_xyzw,
+amdgpu_op_v_rcp_iflag_f32_e64,
+amdgpu_op_v_cvt_f32_i32_e64,
+amdgpu_op_s_nor_b32,
+amdgpu_op_s_store_dwordx2,
+amdgpu_op_v_cvt_rpi_i32_f32,
+amdgpu_op_v_rcp_iflag_f32,
+amdgpu_op_s_buffer_load_dwordx8,
+amdgpu_op_s_setkill,
+amdgpu_op_s_cmp_gt_i32,
+amdgpu_op_v_add_f16,
+amdgpu_op_s_wakeup,
+amdgpu_op_v_add_u16_e64,
+amdgpu_op_s_cmp_gt_u32,
+amdgpu_op_v_max_f16_e64,
+amdgpu_op_s_cmov_b64,
+amdgpu_op_v_ldexp_f16_e64,
+amdgpu_op_v_sub_f16,
+amdgpu_op_v_lshlrev_b16_e64,
+amdgpu_op_v_cvt_i32_f32_e64,
+amdgpu_op_v_lshlrev_b16,
+amdgpu_op_s_cmpk_le_i32,
+amdgpu_op_s_cmp_eq_u64,
+amdgpu_op_tbuffer_store_format_d16_xyzw,
+amdgpu_op_s_mul_hi_i32,
+amdgpu_op_s_load_dwordx4,
+amdgpu_op_s_cmp_le_i32,
+amdgpu_op_v_max_i16,
+amdgpu_op_tbuffer_load_format_xyzw,
+amdgpu_op_v_cmp_le_u64,
+amdgpu_op_s_movreld_b32,
+amdgpu_op_s_load_dwordx8,
+amdgpu_op_v_mul_hi_i32,
+amdgpu_op_s_bcnt1_i32_b64,
+amdgpu_op_flat_load_ubyte,
+amdgpu_op_s_cmpk_ge_i32,
+amdgpu_op_v_mul_f32,
+amdgpu_op_tbuffer_store_format_xyzw,
+amdgpu_op_s_call_b64,
+amdgpu_op_s_buffer_store_dword,
+amdgpu_op_s_lshr_b64,
+amdgpu_op_s_or_b32,
+amdgpu_op_v_cvt_f64_i32,
+amdgpu_op_s_lshl_b32,
+amdgpu_op_s_scratch_store_dwordx2,
+amdgpu_op_s_set_gpr_idx_idx,
+amdgpu_op_s_setreg_imm32_b32,
+amdgpu_op_s_getpc_b64,
+amdgpu_op_v_cmp_ge_u64,
+amdgpu_op_v_cvt_u32_f32_e64,
+amdgpu_op_s_movrels_b64,
+amdgpu_op_v_mul_f16_e64,
+amdgpu_op_v_subrev_u16_e64,
+amdgpu_op_s_not_b64,
+amdgpu_op_s_wqm_b32,
+amdgpu_op_v_cvt_f32_f16_e64,
+amdgpu_op_v_interp_p2_f32,
+amdgpu_op_v_min_i16_e64,
+amdgpu_op_v_mad_f32,
+amdgpu_op_v_sub_u32_e64,
+amdgpu_op_s_cbranch_cdbguser,
+amdgpu_op_v_subrev_f32_e64,
+amdgpu_op_s_ff1_i32_b64,
+amdgpu_op_s_andn1_saveexec_b64,
+amdgpu_op_s_fltbit_i32,
+amdgpu_op_v_cvt_i32_f64_e64,
+amdgpu_op_v_cmp_ge_u32_e64,
+amdgpu_op_v_cmp_ge_u32,
+amdgpu_op_s_cmpk_eq_u32,
+amdgpu_op_s_cslect_b32,
+amdgpu_op_s_add_u32,
+amdgpu_op_s_cmpk_lg_i32,
+amdgpu_op_s_addk_i32,
+amdgpu_op_s_scratch_load_dwordx4,
+amdgpu_op_s_lshl1_add_u32,
+amdgpu_op_s_bcnt1_i32_b32,
+amdgpu_op_tbuffer_load_format_x,
+amdgpu_op_flat_store_dword,
+amdgpu_op_s_cbranch_scc1,
+amdgpu_op_s_mul_hi_u32,
+amdgpu_op_v_swap_b32,
+amdgpu_op_s_bitset0_b64,
+amdgpu_op_v_mad_legacy_f32,
+amdgpu_op_buffer_store_format_xyzw,
+amdgpu_op_v_sub_u16_e64,
+amdgpu_op_s_cbranch_vccz,
+amdgpu_op_tbuffer_load_format_xyz,
+amdgpu_op_s_cmpk_lt_u32,
+amdgpu_op_v_sub_u16,
+amdgpu_op_s_lshl3_add_u32,
+amdgpu_op_s_cbranch_execnz,
+amdgpu_op_s_dcache_memtime,
+amdgpu_op_v_mul_i32_i24_e64,
+amdgpu_op_v_cmp_class_f32_e64,
+amdgpu_op_v_lshrrev_b32,
+amdgpu_op_v_cmp_lt_u64_e64,
+amdgpu_op_s_dcache_wb_vol,
+amdgpu_op_s_set_gpr_idx_mode,
+amdgpu_op_v_subb_co_u32_e64,
+amdgpu_op_v_readfirstlane_b32_e64,
+amdgpu_op_s_bfe_i32,
+amdgpu_op_s_sext_i32_i8,
+amdgpu_op_v_lshrrev_b16,
+amdgpu_op_s_cmpk_gt_i32,
+amdgpu_op_v_ashrrev_i32,
+amdgpu_op_v_interp_p1_f32,
+amdgpu_op_s_barrier,
+amdgpu_op_s_buffer_load_dwordx16,
+amdgpu_op_s_add_i32,
+amdgpu_op_s_addc_u32,
+amdgpu_op_s_orn2_b64,
+amdgpu_op_v_cmp_ne_u64,
+amdgpu_op_v_cmpx_t_u64,
+amdgpu_op_s_movreld_b64,
+amdgpu_op_v_mad_i64_i32,
+amdgpu_op_atomic_dec_x2,
+amdgpu_op_s_andn2_b32,
+amdgpu_op_s_waitcnt,
+amdgpu_op_buffer_load_dwordx2,
+amdgpu_op_s_ff0_i32_b64,
+amdgpu_op_v_mul_lo_u16,
+amdgpu_op_s_set_gpr_idx_on,
+amdgpu_op_s_cmp_eq_i32,
+amdgpu_op_v_cmp_eq_u32_e64,
+amdgpu_op_v_interp_mov_f32,
+amdgpu_op_s_movrels_b32,
+amdgpu_op_ds_add_u32,
+amdgpu_op_s_xnor_b64,
+amdgpu_op_s_and_b64,
+amdgpu_op_v_cvt_f16_f32,
+amdgpu_op_s_cbranch_scc0,
+amdgpu_op_v_div_scale_f64,
+amdgpu_op_v_cvt_f16_f32_e64,
+amdgpu_op_s_pack_lh_b32_b16,
+amdgpu_op_s_cbranch_join,
+amdgpu_op_v_div_scale_f32,
+amdgpu_op_v_subbrev_co_u32_e64,
+amdgpu_op_s_cmp_lg_i32,
+amdgpu_op_v_cvt_u32_f32,
+amdgpu_op_v_mul_legacy_f32_e64,
+amdgpu_op_v_madak_f16_e64,
+amdgpu_op_s_ff1_i32_b32,
+amdgpu_op_v_subrev_co_u32,
+amdgpu_op_s_getreg_b32,
+amdgpu_op_v_min_u16_e64,
+amdgpu_op_v_max_i32,
+amdgpu_op_v_add_u32,
+amdgpu_op_v_mul_hi_u32_u24_e64,
+amdgpu_op_s_cmpk_lt_i32,
+amdgpu_op_s_cmpk_eq_i32,
+amdgpu_op_v_mac_b32_e64,
+amdgpu_op_v_madmk_f16_e64,
+amdgpu_op_s_min_u32,
+amdgpu_op_v_sub_u32,
+amdgpu_op_s_absdiff_i32,
+amdgpu_op_v_mul_f16,
+amdgpu_op_s_store_dword,
+amdgpu_op_v_mul_legacy_f32,
+amdgpu_op_v_add_b32_e64,
+amdgpu_op_s_lshl4_add_u32,
+amdgpu_op_v_mul_u32_u24,
+amdgpu_op_v_mac_f16_e64,
+amdgpu_op_s_xnor_b32,
+amdgpu_op_s_bitcmp0_b32,
+amdgpu_op_s_subb_u32,
+amdgpu_op_s_buffer_load_dword,
+amdgpu_op_s_cmpk_ge_u32,
+amdgpu_op_v_cmp_eq_u32,
+amdgpu_op_s_dcache_memrealtime,
+amdgpu_op_s_cmp_lt_i32,
+amdgpu_op_s_scratch_load_dword,
+amdgpu_op_v_xno2_b32,
+amdgpu_op_ds_read_b32,
+amdgpu_op_s_buffer_store_dwordx4,
+amdgpu_op_s_quadmask_b32,
+amdgpu_op_v_subb_co_u32,
+amdgpu_op_v_subrev_u32_e64,
+amdgpu_op_v_cmp_neq_f16_e64,
+amdgpu_op_v_mul_lo_u32,
+amdgpu_op_v_cmp_ne_u32_e64,
+amdgpu_op_v_cmp_ne_u32,
+amdgpu_op_s_sext_i32_i16,
+amdgpu_op_s_cmp_le_u32,
+amdgpu_op_s_max_u32,

_service:tar_scm:dyninst-12.2.1.tar.gz/common/h/AMDGPU/vega/amdgpu_vega_sys_regs.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/h/Annotatable.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/h/Annotatable.h Changed

@@ -44,12 +44,14 @@
 #include <stdio.h>
 #include <stdlib.h>
 #include "util.h"
+#include "compiler_annotations.h"
 
 namespace Dyninst
 {
 
 COMMON_EXPORT bool annotation_debug_flag();
-COMMON_EXPORT int annotatable_printf(const char *format, ...);
+COMMON_EXPORT int annotatable_printf(const char *format, ...)
+	DYNINST_PRINTF_ANNOTATION(1, 2);
 
 typedef unsigned short AnnotationClassID;
 typedef bool (*anno_cmp_func_t)(void *, void*);
@@ -96,7 +98,7 @@
 	  }
 
 	  const char *getTypeName() { return typeid(T).name();}
-	  void *allocate() 
+	  void *allocate() DYNINST_MALLOC_ANNOTATION
 	  {
 		  return (void *) new T();
 	  }
@@ -155,7 +157,7 @@
 	  {
 		  if (annotation_debug_flag())
 		  {
-			  fprintf(stderr, "%s%d:  Dense(%p) add %s-%d\n", FILE__, __LINE__, this, 
+			  fprintf(stderr, "%s%d:  Dense(%p) add %s-%d\n", FILE__, __LINE__, (void*)this, 
 					  AnnotationClassBase::findAnnotationClass(id) 
 					  ? AnnotationClassBase::findAnnotationClass(id)->getName().c_str() 
 					  : "bad_anno_id", id);
@@ -207,13 +209,41 @@
 		  }
 	  }
 
+	  AnnotatableDense(const AnnotatableDense&) = default;
+
+	  AnnotatableDense& operator=(const AnnotatableDense& rhs)
+	  {
+		  if (this != &rhs)
+		  {
+			  if (annotations)
+			  {
+				  if (annotations->data)
+					  free(annotations->data);
+				  free(annotations);
+			  }
+
+			  if (rhs.annotations)
+			  {
+				  annotations = (aInfo *) malloc(sizeof(aInfo));
+				  unsigned size = rhs.annotations->max;
+				  annotations->max = size;
+				  annotations->data = (anno_list_t *)calloc(sizeof(anno_list_t), (size));
+				  memcpy(annotations->data, rhs.annotations->data, size * sizeof(anno_list_t));
+			  }  else  {
+				  annotations = NULL;
+			  }
+		  }
+
+		  return *this;
+	  }
+
       template<class T> 
       bool addAnnotation(const T *a, AnnotationClass<T> &a_id) 
       {
 		  if (annotation_debug_flag())
 		  {
 			  fprintf(stderr, "%s%d:  Dense(%p):  Add %s-%d, %s\n", FILE__, __LINE__, 
-					  this, a_id.getName().c_str(), a_id.getID(), typeid(T).name());
+					  (void*)this, a_id.getName().c_str(), a_id.getID(), typeid(T).name());
 		  }
 
          int id = a_id.getID();
@@ -253,7 +283,7 @@
 		  if (annotation_debug_flag())
 		  {
 			  fprintf(stderr, "%s%d:  Dense(%p) remove %s-%d, %s\n", FILE__, __LINE__, 
-					  this, a_id.getName().c_str(), a_id.getID(), a_id.getTypeName());
+					  (void*)this, a_id.getName().c_str(), a_id.getID(), a_id.getTypeName());
 		  }
 
          if (!annotations) return false;
@@ -284,7 +314,7 @@
 					  AnnotationClassBase *acb = AnnotationClassBase::findAnnotationClass(i);
 					  if (!acb)
 					  {
-						  fprintf(stderr, "%s%d:  ERROR:  failed to find acb for %d\n", 
+						  fprintf(stderr, "%s%d:  ERROR:  failed to find acb for %u\n", 
 								  FILE__, __LINE__, i);
 						  continue;
 					  }
@@ -294,7 +324,7 @@
 			  }
 
 			  fprintf(stderr, "%s%d:  Dense(%p):  have %lu annotations\n", 
-				  FILE__, __LINE__, this, (unsigned long) atypes.size());
+				  FILE__, __LINE__, (void*)this, (unsigned long) atypes.size());
 
 			  for (unsigned int i = 0; i < atypes.size(); ++i)
 			  {
@@ -313,7 +343,7 @@
    public:
       struct void_ptr_hasher
       {
-         size_t operator()(const void* a) const
+         size_t operator()(const void* a) const noexcept
          {
             return (size_t) a;
          }
@@ -321,16 +351,34 @@
 
 #if defined (_MSC_VER)
       typedef dyn_hash_map<void *, void *> annos_by_type_t;
-#pragma warning (push)
-#pragma warning (disable:4251)
 #else
       typedef dyn_hash_map<void *, void *, void_ptr_hasher> annos_by_type_t;
 #endif
 
       typedef std::vector<annos_by_type_t *> annos_t;
 
+	  AnnotatableSparse() = default;
+
 	  ~AnnotatableSparse()
 	  {
+		  ClearAnnotations("dtor");
+	  }
+
+	  AnnotatableSparse(const AnnotatableSparse&) = default;
+
+	  AnnotatableSparse& operator=(const AnnotatableSparse &rhs)
+	  {
+		  if (this != &rhs)
+		  {
+			  ClearAnnotations("operator=");
+		  }
+
+		  return *this;
+	  }
+
+   private:
+	  void ClearAnnotations(const char *reason)
+	  {
 		  //  We need to remove annotations from the static map when objects
 		  //  are destroyed:  (1)  memory may be reclaimed and reused at the same
 		  //  place, and (2) regardless of 1, the map can possibly explode to 
@@ -352,8 +400,8 @@
 			  {
 				  if (annotation_debug_flag())
 				  {
-					  fprintf(stderr, "%s%d:  Sparse(%p) dtor remove %s-%d\n", FILE__, __LINE__,  
-							  this, AnnotationClassBase::findAnnotationClass(i) 
+					  fprintf(stderr, "%s%d:  Sparse(%p) %s remove %s-%u\n", FILE__, __LINE__,  
+							  (void*)this, reason, AnnotationClassBase::findAnnotationClass(i) 
 							  ? AnnotationClassBase::findAnnotationClass(i)->getName().c_str() 
 							  : "bad_anno_id", i);
 				  }
@@ -370,8 +418,6 @@
 		  }
 	  }
 
-   private:
-
 #if defined (NON_STATIC_SPARSE_MAP)
       //COMMON_EXPORT static annos_t *annos;
 #else
@@ -445,7 +491,7 @@
 	  {
 		  if (annotation_debug_flag())
 		  {
-			  fprintf(stderr, "%s%d:  Sparse(%p) add %s-%d void\n", FILE__, __LINE__, this, 
+			  fprintf(stderr, "%s%d:  Sparse(%p) add %s-%d void\n", FILE__, __LINE__, (void*)this, 
 					  AnnotationClassBase::findAnnotationClass(aid) 
 					  ? AnnotationClassBase::findAnnotationClass(aid)->getName().c_str() 
 					  : "bad_anno_id", aid);
@@ -473,7 +519,7 @@
 
 			  if (a != iter->second)
 			  {
-				  annotatable_printf("%s%d:  WEIRD:  already have annotation of this type: %p, replacing with %p\n", FILE__, __LINE__, iter->second, a);
+				  annotatable_printf("%s%d:  WEIRD:  already have annotation of this type: %p, replacing with %p\n", FILE__, __LINE__, (void*)iter->second, (const void*)a);
 				  iter->second = const_cast<void *>(a);
 			  }
 
@@ -554,7 +600,7 @@
                //  even if not explicitly specified, a default pointer-compare
                //  function should be returned here.
 
-               fprintf(stderr, "%s%d:  no cmp func for anno id %d\n", 
+               fprintf(stderr, "%s%d:  no cmp func for anno id %u\n", 
                      FILE__, __LINE__, i);
                return false;
             }
@@ -574,7 +620,7 @@
       AN_INLINE bool addAnnotation(const T *a, AnnotationClass<T> &a_id)
          {
 		  annotatable_printf("%s%d:  Sparse(%p):  Add %s-%d, %s\n", FILE__, __LINE__, 
-				  this, a_id.getName().c_str(), a_id.getID(), typeid(T).name());
+				  (void*)this, a_id.getName().c_str(), a_id.getID(), typeid(T).name());
             void *obj = this;
             annos_by_type_t *abt = getAnnosOfType(a_id, true /*do create if needed*/);
             assert(abt);
@@ -638,7 +684,7 @@
 		  if (annotation_debug_flag())
 		  {
 			  fprintf(stderr, "%s%d:  Sparse(%p) remove %s-%d, %s\n", FILE__, __LINE__,
-					  this, a_id.getName().c_str(), a_id.getID(), typeid(T).name());
+					  (void*)this, a_id.getName().c_str(), a_id.getID(), typeid(T).name());
 		  }
 
 		  void *obj = this;
@@ -688,7 +734,7 @@
 		  }
 
 		  fprintf(stderr, "%s%d:  Sparse(%p):  have %lu annos:\n", FILE__, __LINE__, 
-			  this, (unsigned long) atypes.size());
+			  (void*)this, (unsigned long) atypes.size());
 		  for (unsigned int i = 0; i < atypes.size(); ++i)
 		  {
 			  fprintf(stderr, "\t%s-%d, %s\n", atypesi->getName().c_str(), 
@@ -700,8 +746,4 @@
 
 } // namespace
 
-#ifdef _MSC_VER
-#pragma warning(pop)
-#endif
-
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/common/h/Buffer.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/h/Buffer.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/h/DynAST.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/h/DynAST.h Changed

@@ -70,7 +70,7 @@
  class ConstantAST;
  class VariableAST;
  class RoseAST;
- };
+ }
  // Stack analysis...
  class StackAST;
 
@@ -90,7 +90,7 @@
  public:								\
  typedef boost::shared_ptr<name> Ptr;			\
  static Ptr create(type t) { return Ptr(new name(t)); }			\
- virtual ~name() {};							\
+ virtual ~name() {}							\
  virtual const std::string format() const {				\
    std::stringstream ret;						\
    ret << "<" << t_ << ">";						\
@@ -103,19 +103,19 @@
   }									\
   const type &val() const { return t_; }				\
  private:								\
- name(type t) : t_(t) {};						\
+ name(type t) : t_(t) {}						\
  virtual bool isStrictEqual(const AST &rhs) const {			\
    const name &other(dynamic_cast<const name&>(rhs));			\
    return t_ == other.t_;						\
  }									\
  const type t_;								\
- };									\
+ }									\
 
 #define DEF_AST_INTERNAL_TYPE(name, type)				\
 class name : public AST {						\
  public:								\
   typedef boost::shared_ptr<name> Ptr;			\
-  virtual ~name() {};							\
+  virtual ~name() {}							\
   static Ptr create(type t, AST::Ptr a) { return Ptr(new name(t, a)); }	\
   static Ptr create(type t, AST::Ptr a, AST::Ptr b) { return Ptr(new name(t, a, b)); } \
   static Ptr create(type t, AST::Ptr a, AST::Ptr b, AST::Ptr c) { return Ptr(new name(t, a, b, c)); } \
@@ -137,19 +137,19 @@
     return ((a->getID() == V_##name) ? boost::static_pointer_cast<name>(a) : Ptr()); \
   }									\
   const type &val() const { return t_; }				\
-  void setChild(int i, AST::Ptr a) { kids_i = a; };			\
+  void setChild(int i, AST::Ptr a) { kids_i = a; }			\
  private:								\
- name(type t, AST::Ptr a) : t_(t) { kids_.push_back(a); };		\
+ name(type t, AST::Ptr a) : t_(t) { kids_.push_back(a); }		\
  name(type t, AST::Ptr a, AST::Ptr b) : t_(t) {				\
     kids_.push_back(a);							\
     kids_.push_back(b);							\
-  };									\
+  }									\
  name(type t, AST::Ptr a, AST::Ptr b, AST::Ptr c) : t_(t) {		\
     kids_.push_back(a);							\
     kids_.push_back(b);							\
     kids_.push_back(c);							\
-  };									\
- name(type t, Children kids) : t_(t), kids_(kids) {};			\
+  }									\
+ name(type t, Children kids) : t_(t), kids_(kids) {}			\
   virtual bool isStrictEqual(const AST &rhs) const {			\
     const name &other(dynamic_cast<const name&>(rhs));                  \
     if (!(t_ == other.t_)) return false;				\
@@ -160,7 +160,7 @@
   }									\
   const type t_;							\
   Children kids_;							\
- };									\
+ }									\
 
 class COMMON_EXPORT AST : public boost::enable_shared_from_this<AST> {
  public:
@@ -188,8 +188,8 @@
   typedef boost::shared_ptr<AST> Ptr;
   typedef std::vector<AST::Ptr> Children;      
 
-  AST() {};
-  virtual ~AST() {};
+  AST() {}
+  virtual ~AST() {}
   
   bool operator==(const AST &rhs) const {
     // make sure rhs and this have the same type
@@ -218,7 +218,7 @@
   // breaks execution if the tree has a cycle. visited should be an empty map.
   static void hasCycle(AST::Ptr in,std::map<AST::Ptr, int> &visited);
   
-  virtual ID getID() const { return V_AST; };
+  virtual ID getID() const { return V_AST; }
 
   // VISITOR wooo....
   virtual Ptr accept(ASTVisitor *);
@@ -227,7 +227,7 @@
 
   virtual void setChild(int, AST::Ptr) {
     assert(0);
-  };
+  }
 
  protected:
   virtual bool isStrictEqual(const AST &rhs) const = 0;
@@ -237,19 +237,19 @@
  public:
    typedef boost::shared_ptr<AST> ASTPtr;
 
-   virtual ASTPtr visit(AST *) {return AST::Ptr();};
-   virtual ASTPtr visit(DataflowAPI::BottomAST *) {return AST::Ptr();};
-   virtual ASTPtr visit(DataflowAPI::ConstantAST *) {return AST::Ptr();};
-   virtual ASTPtr visit(DataflowAPI::VariableAST *) {return AST::Ptr();};
-   virtual ASTPtr visit(DataflowAPI::RoseAST *) {return AST::Ptr();};
-   virtual ASTPtr visit(StackAST *) {return AST::Ptr();};
-   virtual ASTPtr visit(InputVariableAST *) {return AST::Ptr();};
-   virtual ASTPtr visit(ReferenceAST *) {return AST::Ptr();};
-   virtual ASTPtr visit(StpAST *) {return AST::Ptr();};
-   virtual ASTPtr visit(YicesAST *) {return AST::Ptr();};
-   virtual ASTPtr visit(SemanticsAST *) {return AST::Ptr();};
-
-   virtual ~ASTVisitor() {};
+   virtual ASTPtr visit(AST *) {return AST::Ptr();}
+   virtual ASTPtr visit(DataflowAPI::BottomAST *) {return AST::Ptr();}
+   virtual ASTPtr visit(DataflowAPI::ConstantAST *) {return AST::Ptr();}
+   virtual ASTPtr visit(DataflowAPI::VariableAST *) {return AST::Ptr();}
+   virtual ASTPtr visit(DataflowAPI::RoseAST *) {return AST::Ptr();}
+   virtual ASTPtr visit(StackAST *) {return AST::Ptr();}
+   virtual ASTPtr visit(InputVariableAST *) {return AST::Ptr();}
+   virtual ASTPtr visit(ReferenceAST *) {return AST::Ptr();}
+   virtual ASTPtr visit(StpAST *) {return AST::Ptr();}
+   virtual ASTPtr visit(YicesAST *) {return AST::Ptr();}
+   virtual ASTPtr visit(SemanticsAST *) {return AST::Ptr();}
+
+   virtual ~ASTVisitor() {}
  };
 
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/common/h/Edge.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/h/Edge.h Changed

@@ -48,7 +48,7 @@
  public:
     typedef boost::shared_ptr<Edge> Ptr;
     struct EdgePtrHasher {
-        size_t operator() (const Ptr &e) const {
+        size_t operator() (const Ptr &e) const noexcept {
 	    return (size_t)e.get();
 	}
     };
@@ -68,7 +68,7 @@
     void setSource(NodeSharedPtr source) { source_ = NodePtr(source); }
     void setTarget(NodeSharedPtr target) { target_ = NodePtr(target); }
 
-    virtual ~Edge() {};
+    virtual ~Edge() {}
 
   protected:
     Edge(const NodePtr source, const NodePtr target); 
@@ -101,13 +101,13 @@
     Edge::Ptr operator*() const;
 
     // Make sure this is explicitly _not_ allowed (no vectors of iterators)
-    EdgeIterator() : iter_(NULL) {};
+    EdgeIterator() : iter_(NULL) {}
 
     EdgeIterator(const EdgeIterator &rhs);
 
     virtual ~EdgeIterator();   
 
-    EdgeIterator(EdgeIteratorImpl *iter) : iter_(iter) {};
+    EdgeIterator(EdgeIteratorImpl *iter) : iter_(iter) {}
 
  protected:
 
@@ -132,7 +132,7 @@
     virtual bool equals(EdgeIteratorImpl *) = 0;
     virtual EdgeIteratorImpl *copy() = 0;
 
-    virtual ~EdgeIteratorImpl() {};
+    virtual ~EdgeIteratorImpl() {}
 };
 
 // Types of edge iteration: over a set of edges
@@ -159,7 +159,7 @@
     }
     
     EdgeIteratorSet(const std::unordered_set<Edge::Ptr, Edge::EdgePtrHasher>::iterator iter) : internal_(iter) {
-    };
+    }
 
  private:
     std::unordered_set<Edge::Ptr, Edge::EdgePtrHasher>::iterator internal_;

_service:tar_scm:dyninst-11.0.1.tar.gz/common/h/Graph.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/h/Graph.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/h/IBSTree.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/h/IBSTree.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/h/MachSyscall.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/h/MachSyscall.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/h/Node.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/h/Node.h Changed

@@ -39,9 +39,6 @@
 #include "dyntypes.h"
 #include "boost/shared_ptr.hpp"
 
-#if defined(_MSC_VER)
-#pragma warning(disable:4251)
-#endif
 
 class BPatch_function;
 class BPatch_basicBlock;
@@ -64,7 +61,7 @@
  public:
 	 typedef boost::shared_ptr<Node> Ptr;
 	 struct NodePtrHasher {
-	     size_t operator() (const Ptr &n) const {
+	     size_t operator() (const Ptr &n) const noexcept {
 	         return (size_t)n.get();
 	     }
 	 };
@@ -95,7 +92,7 @@
     
     virtual bool isVirtual() const = 0;
     
-    virtual ~Node() {};
+    virtual ~Node() {}
 
     // DOT output methods...
     virtual std::string DOTshape() const;
@@ -104,7 +101,7 @@
     virtual bool DOTinclude() const { return true; }
 
  protected:
-    Node() {};
+    Node() {}
 
     EdgeSet ins_;
     EdgeSet outs_;
@@ -127,12 +124,12 @@
     
     virtual bool isVirtual() const { return false; }
     
-    virtual ~PhysicalNode() {};
+    virtual ~PhysicalNode() {}
     
     virtual Node::Ptr copy();
 
  protected:
-    PhysicalNode(Address addr) : addr_(addr) {};
+    PhysicalNode(Address addr) : addr_(addr) {}
     
     Address addr_; 
 };
@@ -152,10 +149,10 @@
     
     virtual bool isVirtual() const { return true; }
     
-    virtual  ~VirtualNode() {};
+    virtual  ~VirtualNode() {}
 
-    VirtualNode(std::string name) : name_(name) {};
-    VirtualNode() : name_(defaultName) {};
+    VirtualNode(std::string name) : name_(name) {}
+    VirtualNode() : name_(defaultName) {}
 
     static std::string defaultName;

_service:tar_scm:dyninst-12.2.1.tar.gz/common/h/compiler_annotations.h Added

@@ -0,0 +1,167 @@
+/*
+ * See the dyninst/COPYRIGHT file for copyright information.
+ * 
+ * We provide the Paradyn Tools (below described as "Paradyn")
+ * on an AS IS basis, and do not warrant its validity or performance.
+ * We reserve the right to update, modify, or discontinue this
+ * software at any time.  We shall have no obligation to supply such
+ * updates or modifications or any other form of support to you.
+ * 
+ * By your use of Paradyn, you understand and agree that we (or any
+ * other person or entity with proprietary rights in Paradyn) are
+ * under no obligation to provide either maintenance services,
+ * update services, notices of latent defects, or correction of
+ * defects for Paradyn.
+ * 
+ * This library is free software; you can redistribute it and/or
+ * modify it under the terms of the GNU Lesser General Public
+ * License as published by the Free Software Foundation; either
+ * version 2.1 of the License, or (at your option) any later version.
+ * 
+ * This library is distributed in the hope that it will be useful,
+ * but WITHOUT ANY WARRANTY; without even the implied warranty of
+ * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
+ * Lesser General Public License for more details.
+ * 
+ * You should have received a copy of the GNU Lesser General Public
+ * License along with this library; if not, write to the Free Software
+ * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
+ */
+
+#ifndef COMPILER_ANNOTATIONS_H
+#define COMPILER_ANNOTATIONS_H
+
+/***********************************************************************
+ *
+ * DYNINST_FALLTHROUGH
+ *
+ * Eliminates "this statement may fall through" warnings when used as the last
+ * statment of a switch case that falls through to the next case.  The macro
+ * is used as shown in indicate that case 2 should fall through to case 1.
+ *
+ *    switch (x)  {
+ *        case 2:
+ *            foo();
+ *            DYNINST_FALLTHROUGH;
+ *        case 1:
+ *            foo();
+ *            break;
+ *        default:
+ *            error();
+ *            break;
+ *    }
+ */
+
+#if defined(__cpluscplus) && defined(__has_cpp_attribute)
+    #if __has_cpp_attribute(fallthrough)
+        #define DYNINST_FALLTHROUGH fallthrough
+    #elif __has_cpp_attribute(gcc::fallthrough)
+        #define DYNINST_FALLTHROUGH gcc::fallthrough
+    #elif __has_cpp_attribute(clang::fallthrough)
+        #define DYNINST_FALLTHROUGH clang::fallthrough
+    #endif
+#elif !defined(__cpluscplus) && defined(__has_c_attribute)
+    #if __has_c_attribute(fallthrough)
+        #define DYNINST_FALLTHROUGH fallthrough
+    #elif __STDC_VERSION__ > 201710
+	// scoped attribute names are only valid in C starting with 2x
+	#if __has_c_attribute(gcc::fallthrough)
+	    #define DYNINST_FALLTHROUGH gcc::fallthrough
+	#elif __has_c_attribute(clang::fallthrough)
+	    #define DYNINST_FALLTHROUGH clang::fallthrough
+	#endif
+    #endif
+#elif defined(__has_attribute)
+    #if __has_attribute(fallthrough)
+        #define DYNINST_FALLTHROUGH __attribute__((fallthrough))
+    #elif __cplusplus || __STDC_VERSION__ > 201710
+	// scoped attribute names are only valid in C++ or C starting with 2x
+	#if __has_attribute(gcc::fallthrough)
+	    #define DYNINST_FALLTHROUGH __attribute__((gcc::fallthrough))
+	#elif __has_attribute(clang::fallthrough)
+	    #define DYNINST_FALLTHROUGH __attribute__((clang::fallthrough))
+	#endif
+    #endif
+#endif
+
+#if !defined(DYNINST_FALLTHROUGH)
+    #define DYNINST_FALLTHROUGH do {} while(0)
+#endif
+
+
+
+/***********************************************************************
+ *
+ * DYNINST_PRINTF_ANNOTATION(fmtIndex, argIndex)
+ * DYNINST_SCANF_ANNOTATION(fmtIndex, argIndex)
+ * DYNINST_FORMAT_ANNOTATION(fmtType, fmtIndex, argIndex)
+ *
+ * Annotates a function as taking a printf for scanf format string and vararg
+ * list of values allowing the compiler to validate the format string and the
+ * supplied arguments.  fmtIndex is the 1-based index of the format string, and
+ * argIndex is the 1-based index that begins the variable argument list used by
+ * printf or scanf.
+ *
+ * The annotation should be placed after the declaration of the function.  For
+ * example:
+ *
+ *      myprintf(int level, char *fmt, ...) DYNINST_PRINTF_ANNOTATION(2, 3);
+ */
+
+#if defined(__has_attribute)
+    #if __has_attribute(format)
+        #define DYNINST_FORMAT_ANNOTATION(fmtType, fmtIndex, argIndex)  __attribute__((format(fmtType, fmtIndex, argIndex)))
+    #endif
+#endif
+
+#if !defined(DYNINST_FORMAT_ANNOTATION)
+    #define DYNINST_FORMAT_ANNOTATION(fmtType, fmtIndex, argIndex)
+#endif
+
+#define DYNINST_PRINTF_ANNOTATION(fmtIndex, argIndex) DYNINST_FORMAT_ANNOTATION(printf, fmtIndex, argIndex)
+#define DYNINST_SCANF_ANNOTATION(fmtIndex, argIndex) DYNINST_FORMAT_ANNOTATION(scanf, fmtIndex, argIndex)
+
+
+
+/***********************************************************************
+ *
+ * DYNINST_MALLOC_ANNOTATION
+ * DYNINST_MALLOC_DEALLOC_ANNOTATION(freeFunction)
+ * DYNINST_MALLOC_DEALLOC_POS_ANNOTATION(freeFunction, pos)
+ *
+ * Annotates a function as returning a unique pointer to suitable memory
+ * to hold an object.  The second form names the matching deallocator, and
+ * the third form indicates the position of the pointer in the argument list.
+ *
+ * The annotation should be placed after the declaration of the function.  For
+ * example:
+ *
+ *      Obj* myalloc(int x)  DYNINST_MALLOC_ANNOTATION;
+ *      void mydealloc2(Obj* o);
+ *      Obj* myalloc2(int x) DYNINST_MALLOC_DEALLOC_ANNOTATION(mydealloc2);
+ *      void mydealloc3(int y, Obj* o);
+ *      Obj* myalloc3(int x) DYNINST_MALLOC_DEALLOC_POS_ANNOTATION(mydealloc3, 2);
+ */
+
+#if defined(__has_attribute)
+    #if __has_attribute(malloc)
+        #define DYNINST_MALLOC_ANNOTATION  __attribute__((malloc))
+	#if __GNUC__ >= 11
+	    // malloc attribute with 1 and 2 params is gcc 11 and later only
+	    #define DYNINST_MALLOC_DEALLOC_ANNOTATION(f)  __attribute__((malloc, malloc(f)))
+	    #define DYNINST_MALLOC_DEALLOC_POS_ANNOTATION(f,p)  __attribute__((malloc, malloc(f,p)))
+	#endif
+    #endif
+#endif
+
+#if !defined(DYNINST_MALLOC_ANNOTATION)
+    #define DYNINST_MALLOC_ANNOTATION
+#endif
+#if !defined(DYNINST_MALLOC_DEALLOC_ANNOTATION)
+    #define DYNINST_MALLOC_DEALLOC_ANNOTATION(f) DYNINST_MALLOC_ANNOTATION
+#endif
+#if !defined(DYNINST_MALLOC_DEALLOC_POS_ANNOTATION)
+    #define DYNINST_MALLOC_DEALLOC_POS_ANNOTATION(f,p) DYNINST_MALLOC_ANNOTATION
+#endif
+
+#endif /* COMPILER_ANNOTATIONS_H */

_service:tar_scm:dyninst-12.2.1.tar.gz/common/h/compiler_diagnostics.h Added

@@ -0,0 +1,146 @@
+/*
+ * See the dyninst/COPYRIGHT file for copyright information.
+ * 
+ * We provide the Paradyn Tools (below described as "Paradyn")
+ * on an AS IS basis, and do not warrant its validity or performance.
+ * We reserve the right to update, modify, or discontinue this
+ * software at any time.  We shall have no obligation to supply such
+ * updates or modifications or any other form of support to you.
+ * 
+ * By your use of Paradyn, you understand and agree that we (or any
+ * other person or entity with proprietary rights in Paradyn) are
+ * under no obligation to provide either maintenance services,
+ * update services, notices of latent defects, or correction of
+ * defects for Paradyn.
+ * 
+ * This library is free software; you can redistribute it and/or
+ * modify it under the terms of the GNU Lesser General Public
+ * License as published by the Free Software Foundation; either
+ * version 2.1 of the License, or (at your option) any later version.
+ * 
+ * This library is distributed in the hope that it will be useful,
+ * but WITHOUT ANY WARRANTY; without even the implied warranty of
+ * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
+ * Lesser General Public License for more details.
+ * 
+ * You should have received a copy of the GNU Lesser General Public
+ * License along with this library; if not, write to the Free Software
+ * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
+ */
+
+#ifndef COMPILER_DIAGNOSTICS_H
+#define COMPILER_DIAGNOSTICS_H
+
+// This file defines macros to suppress compiler diagnostics for a region of
+// code.  They are used to suppress diagnostic that are due to 1) non-standard
+// code and 2) the compiler produced false positives.  They expand to nothing
+// if not applicable with the current compiler.
+//
+// The macros to begin and end the region take the form:
+//
+//      DYNINST_DIAGNOSTIC_BEGIN_SUPPRESS_<code>
+//      DYNINST_DIAGNOSTIC_END_SUPPRESS_<code>
+//
+// They should be place on a lines of their own without trailing '()' or ';'.
+//
+// Currently defined value for <code> are
+//
+//      FLEX_ARRAY
+//              warning about C flexible arrays in C++
+//      LOGICAL_OP
+//              warning about duplicate subexpressions in a logical expression
+//              Is a false positive due compiler checks after macro/constant
+//              propagation (eg. (x == a && x == b) if a and b are distinct
+//              constants with the same physical value. Only gcc 6-8.
+//      DUPLICATED_BRANCHES
+//              similar to LOGICAL_OP except the expressions are the
+//              conditionals of a chain of if/then/else's. Only gcc 7-8.
+//
+// Define DYNINST_DIAGNOSTIC_NO_SUPPRESSIONS to prevents suppressions.
+
+
+// Define compiler specific suppression codes, an undefined value represents no
+// suppression required.  Suppression code  macro names have the form
+//
+//      DYNINST_SUPPRESS_CODE_<code>
+//
+#if defined(__GNUC__) && !defined(__clang__)
+ #define DYNINST_SUPPRESS_CODE_FLEX_ARRAY                  "-Wpedantic"
+ #if __GNUC__ < 9
+  #define DYNINST_SUPPRESS_CODE_LOGICAL_OP                 "-Wlogical-op"
+ #endif
+ #if __GNUC__ >= 7 && __GNUC__ < 9
+  #define DYNINST_SUPPRESS_CODE_DUPLICATED_BRANCHES        "-Wduplicated-branches"
+ #endif
+#elif defined(__clang__)
+ #define DYNINST_SUPPRESS_CODE_FLEX_ARRAY                  "-Wpedantic"
+#elif defined(_MSC_VER)
+ #define DYNINST_SUPPRESS_CODE_FLEX_ARRAY                  4200
+#endif
+
+// Define DYNISNT_DIAGNOSTIC_BEGIN/END macros, expands to nothing if code undefined
+#ifdef DYNINST_SUPPRESS_CODE_FLEX_ARRAY
+ #define DYNINST_DIAGNOSTIC_BEGIN_SUPPRESS_FLEX_ARRAY      DYNINST_DIAGNOSTIC_PUSH_SUPPRESS_CODE(FLEX_ARRAY)
+ #define DYNINST_DIAGNOSTIC_END_SUPPRESS_FLEX_ARRAY        DYNINST_DIAGNOSTIC_POP
+#else
+ #define DYNINST_DIAGNOSTIC_BEGIN_SUPPRESS_FLEX_ARRAY
+ #define DYNINST_DIAGNOSTIC_END_SUPPRESS_FLEX_ARRAY
+#endif
+
+#ifdef DYNINST_SUPPRESS_CODE_LOGICAL_OP
+ #define DYNINST_DIAGNOSTIC_BEGIN_SUPPRESS_LOGICAL_OP      DYNINST_DIAGNOSTIC_PUSH_SUPPRESS_CODE(LOGICAL_OP)
+ #define DYNINST_DIAGNOSTIC_END_SUPPRESS_LOGICAL_OP        DYNINST_DIAGNOSTIC_POP
+#else
+ #define DYNINST_DIAGNOSTIC_BEGIN_SUPPRESS_LOGICAL_OP
+ #define DYNINST_DIAGNOSTIC_END_SUPPRESS_LOGICAL_OP
+#endif
+
+#ifdef DYNINST_SUPPRESS_CODE_DUPLICATED_BRANCHES
+ #define DYNINST_DIAGNOSTIC_BEGIN_SUPPRESS_DUPLICATED_BRANCHES DYNINST_DIAGNOSTIC_PUSH_SUPPRESS_CODE(DUPLICATED_BRANCHES)
+ #define DYNINST_DIAGNOSTIC_END_SUPPRESS_DUPLICATED_BRANCHES   DYNINST_DIAGNOSTIC_POP
+#else
+ #define DYNINST_DIAGNOSTIC_BEGIN_SUPPRESS_DUPLICATED_BRANCHES
+ #define DYNINST_DIAGNOSTIC_END_SUPPRESS_DUPLICATED_BRANCHES
+#endif
+
+
+// Create pragma from parameters
+#define DYNINST_Pragma(x)                       _Pragma(#x)
+
+// Create compiler specific macros
+//
+//      DYNINST_DIAGNOSTIC_Pragma(x)    - diagnostic pragma for x which is unquoted
+//      DYNINST_DIAGNOSTIC_SUPPRESS(x)  - diagnostic pragma to suppress warning x:
+//                                              quoted string (gcc), number (MSVC)
+
+#ifndef DYNINST_DIAGNOSTIC_NO_SUPPRESSIONS
+ #if defined(__GNUC__)
+  #define DYNINST_DIAGNOSTIC_Pragma(x)          DYNINST_Pragma(GCC diagnostic x)
+  #define DYNINST_DIAGNOSTIC_SUPPRESS(x)        DYNINST_DIAGNOSTIC_Pragma(ignored x)
+ #elif defined(_MSC_VER)
+  #define DYNINST_DIAGNOSTIC_Pragma(x)          DYNINST_Pragma(warning(x))
+  #define DYNINST_DIAGNOSTIC_SUPPRESS(x)        DYNINST_DIAGNOSTIC_Pragma(disable:x)
+ #endif
+#endif
+
+// if not defined, expand to nothing
+#ifndef DYNINST_DIAGNOSTIC_Pragma
+ #define DYNINST_DIAGNOSTIC_Pragma(x)
+#endif
+#ifndef DYNINST_DIAGNOSTIC_SUPPRESS
+ #define DYNINST_DIAGNOSTIC_SUPPRESS(x)
+#endif
+
+// Define macros in terms of compiler specific macros
+//
+//      DYNINST_DIAGNOSTIC_POP                  - pop stack of pushed diagnostic state
+//      DYNINST_DIAGNOSTIC_PUSH                 - push current diagnostic state on stack
+//      DYNINST_DIAGNOSTIC_PUSH_SUPPRESS(x)     - push diagnostic state and add suppression x
+
+#define DYNINST_DIAGNOSTIC_POP                  DYNINST_DIAGNOSTIC_Pragma(pop)
+#define DYNINST_DIAGNOSTIC_PUSH                 DYNINST_DIAGNOSTIC_Pragma(push)
+#define DYNINST_DIAGNOSTIC_PUSH_SUPPRESS(x)     DYNINST_DIAGNOSTIC_PUSH         \
+                                                    DYNINST_DIAGNOSTIC_SUPPRESS(x)
+#define DYNINST_DIAGNOSTIC_PUSH_SUPPRESS_CODE(x) DYNINST_DIAGNOSTIC_PUSH_SUPPRESS(DYNINST_SUPPRESS_CODE_##x)
+
+#endif /* COMPILER_DIAGNOSTICS_H */

_service:tar_scm:dyninst-11.0.1.tar.gz/common/h/concurrent.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/h/concurrent.h Changed

@@ -40,6 +40,7 @@
 #include <tbb/concurrent_hash_map.h>
 #include <tbb/concurrent_vector.h>
 #include <tbb/concurrent_queue.h>
+#include <boost/functional/hash.hpp>
 
 namespace Dyninst {
 
@@ -52,12 +53,54 @@
     void COMMON_EXPORT runlock(void*);
 }
 
+namespace concurrent {
+  template <typename K>
+  struct hasher {
+    size_t operator()(K const& k) const {
+      return boost::hash<K>{}(k);
+    }
+  };
+
+  namespace detail {
+    template <bool, typename Key>
+    struct hash_compare;
+
+    // New style tbb_hash_compare concept (TBB_VERSION_MAJOR >= 2021)
+    template<typename Key>
+    class hash_compare<true, Key> {
+    	hasher<Key> my_hasher;
+    public:
+    	size_t hash(Key const& k) const {
+    		return my_hasher(k);
+    	}
+    	bool equal(Key const& k1, Key const& k2) const {
+    		return k1 == k2;
+    	}
+    };
+
+    // Old style tbb_hash_compare concept
+    template<typename Key>
+    class hash_compare<false, Key> {
+    public:
+    	static size_t hash(Key const& k) {
+    		return hasher<Key>{}(k);
+    	}
+    	static bool equal(Key const& k1, Key const& k2) {
+    		return k1 == k2;
+    	}
+    };
+  }
+}
+
 template<typename K, typename V>
 class dyn_c_hash_map : protected tbb::concurrent_hash_map<K, V,
-    tbb::tbb_hash_compare<K>, std::allocator<std::pair<K,V>>> {
+    concurrent::detail::hash_compare<TBB_VERSION_MAJOR >= 2021, K>,
+	std::allocator<std::pair<const K,V>>> {
+
+	using base = tbb::concurrent_hash_map<K, V,
+			concurrent::detail::hash_compare<TBB_VERSION_MAJOR >= 2021, K>,
+			std::allocator<std::pair<const K,V>>>;
 
-    typedef tbb::concurrent_hash_map<K, V,
-        tbb::tbb_hash_compare<K>, std::allocator<std::pair<K,V>>> base;
 public:
     using typename base::value_type;
     using typename base::mapped_type;
@@ -147,8 +190,8 @@
 
     using base::clear;
 
-    using base::iterator;
-    using base::const_iterator;
+    using typename base::iterator;
+    using typename base::const_iterator;
     using base::begin;
     using base::end;
 };
@@ -209,9 +252,9 @@
     T base;
     dyn_rwlock lock;
 public:
-    dyn_threadlocal() : cache(), base() {};
-    dyn_threadlocal(const T& d) : cache(), base(d) {};
-    ~dyn_threadlocal() {};
+    dyn_threadlocal() : cache(), base() {}
+    dyn_threadlocal(const T& d) : cache(), base(d) {}
+    ~dyn_threadlocal() {}
 
     T get() {
         {

_service:tar_scm:dyninst-11.0.1.tar.gz/common/h/dyn_regs.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/h/dyn_regs.h Changed

@@ -50,16 +50,16 @@
     //0xff000000 is used to encode architecture
     typedef enum
     {
-        Arch_none        =  0x00000000,
-        Arch_x86         =  0x14000000,
-        Arch_x86_64      =  0x18000000,
-        Arch_ppc32       =  0x24000000,
-        Arch_ppc64       =  0x28000000,
-        Arch_aarch32     =  0x44000000, //for later use
-        Arch_aarch64     =  0x48000000,
-        Arch_amdgpu_vega      =  0x84000000,
-        Arch_cuda        =  0x88000000,
-        Arch_amdgpu_rdna =  0x8c000000, //future support for rdna
+        Arch_none         =  0x00000000,
+        Arch_x86          =  0x14000000,
+        Arch_x86_64       =  0x18000000,
+        Arch_ppc32        =  0x24000000,
+        Arch_ppc64        =  0x28000000,
+        Arch_aarch32      =  0x44000000, //for later use
+        Arch_aarch64      =  0x48000000,
+        Arch_amdgpu_vega  =  0x84000000,
+        Arch_cuda         =  0x88000000,
+        Arch_amdgpu_cdna2 =  0x94000000, //future support for cdna2
         Arch_intelGen9 = 0xb6000000	//same as machine no. retrevied from eu-readelf
     } Architecture;
 
@@ -70,7 +70,7 @@
         friend struct ::Dyninst::x86OperandParser;
         friend struct ::Dyninst::ppcOperandParser;
         friend struct ::Dyninst::aarch64OperandParser;
-    private:
+        private:
         signed int reg;
 
         typedef std::map<signed int, std::string> NameMap;
@@ -80,7 +80,7 @@
         // reg_idx is set to the index/id of the register for future lookup
         // offset is set to the byte offset from where the register value starts, that is, sub register access ( or register access in a register vector)
         void getAMDGPUROSERegister(int &reg_class, int &reg_idx, int &offset);
-    public:
+        public:
 
         MachRegister();
         explicit MachRegister(signed int r);
@@ -98,6 +98,8 @@
         bool operator==(const MachRegister &a) const;
         operator signed int() const;
         signed int val() const;
+
+        // Return the category of the MachRegister
         unsigned int regClass() const;
 
         static MachRegister getPC(Dyninst::Architecture arch);
@@ -107,15 +109,15 @@
         static MachRegister getSyscallNumberReg(Dyninst::Architecture arch);
         static MachRegister getSyscallNumberOReg(Dyninst::Architecture arch);
         static MachRegister getSyscallReturnValueReg(Dyninst::Architecture arch);
-	static MachRegister getZeroFlag(Dyninst::Architecture arch);
+        static MachRegister getZeroFlag(Dyninst::Architecture arch);
 
         bool isPC() const;
         bool isFramePointer() const;
         bool isStackPointer() const;
         bool isSyscallNumberReg() const;
         bool isSyscallReturnValueReg() const;
-	bool isFlag() const;
-	bool isZeroFlag() const;
+        bool isFlag() const;
+        bool isZeroFlag() const;
 
         void getROSERegister(int &c, int &n, int &p);
 
@@ -124,1891 +126,2069 @@
         int getDwarfEnc() const;
 
         static MachRegister getArchReg(unsigned int regNum, Dyninst::Architecture arch);
-   };
+    };
 
-   /**
-    * DEF_REGISTER will define its first parameter as the name of the object
-    * it's declaring, and 'i<name>' as the integer value representing that object.
-    * As an example, the name of a register may be
-    *  x86::EAX
-    * with that register having a value of
-    *  x86::iEAX
-    *
-    * The value is mostly useful in the 'case' part switch statements.
-    **/
+    /**
+     * DEF_REGISTER will define its first parameter as the name of the object
+     * it's declaring, and 'i<name>' as the integer value representing that object.
+     * As an example, the name of a register may be
+     *  x86::EAX
+     * with that register having a value of
+     *  x86::iEAX
+     *
+     * The value is mostly useful in the 'case' part switch statements.
+     **/
 #if defined(DYN_DEFINE_REGS)
-   //DYN_DEFINE_REGS Should only be defined in libcommon.
-   //We want one definition, which will be in libcommon, and declarations
-   //for everyone else.
-   //
-   //I wanted these to be const MachRegister objects, but that changes the
-   //linker scope.  Instead they're non-const.  Every accessor function is
-   //const anyways, so we'll just close our eyes and pretend they're declared
-   //const.
+    //DYN_DEFINE_REGS Should only be defined in libcommon.
+    //We want one definition, which will be in libcommon, and declarations
+    //for everyone else.
+    //
+    //I wanted these to be const MachRegister objects, but that changes the
+    //linker scope.  Instead they're non-const.  Every accessor function is
+    //const anyways, so we'll just close our eyes and pretend they're declared
+    //const.
 #define DEF_REGISTER(name, value, Arch) \
-  const signed int i##name = (value); \
-  COMMON_EXPORT MachRegister name(i##name, Arch "::" #name)
+    const signed int i##name = (value); \
+    COMMON_EXPORT MachRegister name(i##name, Arch "::" #name)
 #else
 #define DEF_REGISTER(name, value, Arch) \
-  const signed int i##name = (value); \
-  COMMON_EXPORT extern MachRegister name
+    const signed int i##name = (value); \
+    COMMON_EXPORT extern MachRegister name
 
 #endif
 
-   /**
-    * For interpreting constants:
-    *  Lowest 16 bits (0x000000ff) is base register ID
-    *  Next 16 bits (0x0000ff00) is the aliasing and subrange ID-
-    *    used on x86/x86_64 to distinguish between things like EAX and AH
-    *  Next 16 bits (0x00ff0000) are the register category, GPR/FPR/MMX/...
-    *  Top 16 bits (0xff000000) are the architecture.
-    *
-    *  These values/layout are not guaranteed to remain the same as part of the
-    *  public interface, and may change.
-    **/
-
-   //Abstract registers used for stackwalking
-   DEF_REGISTER(InvalidReg, 0 | Arch_none, "abstract");
-   DEF_REGISTER(FrameBase,  1 | Arch_none, "abstract");
-   DEF_REGISTER(ReturnAddr, 2 | Arch_none, "abstract");
-   DEF_REGISTER(StackTop,   3 | Arch_none, "abstract");
-   // DWARF-ism; the CFA is the value of the stack pointer in the previous frame
-   DEF_REGISTER(CFA,        4 | Arch_none, "abstract");
-
-   namespace x86
-   {
-      const signed int L_REG = 0x00000100; //8-bit, first byte
-      const signed int H_REG = 0x00000200; //8-bit, second byte
-      const signed int W_REG = 0x00000300; //16-bit, first word
-      // MachRegister::getBaseRegister clears the bit field for size,
-      // so the full register size has to be 0
-      const signed int FULL  = 0x00000000; //32 bits
-      const signed int OCT   = 0x00000600; //128 bits
-      const signed int FPDBL = 0x00000700; // 80 bits
-      const signed int BIT   = 0x00000800; // 1 bit
-      const signed int YMMS  = 0x00000900; // YMM are 256 bits
-      const signed int ZMMS  = 0x00000A00; // ZMM are 512 bits
-      const signed int GPR   = 0x00010000;
-      const signed int SEG   = 0x00020000;
-      const signed int FLAG  = 0x00030000;
-      const signed int MISC  = 0x00040000;
-      const signed int KMASK = 0x00050000;
-      const signed int XMM   = 0x00060000;
-      const signed int YMM   = 0x00070000;
-      const signed int ZMM   = 0x00080000;
-      const signed int MMX   = 0x00090000;
-      const signed int CTL   = 0x000A0000;
-      const signed int DBG   = 0x000B0000;
-      const signed int TST   = 0x000C0000;
-      const signed int BASEA  = 0x0;
-      const signed int BASEC  = 0x1;
-      const signed int BASED  = 0x2;
-      const signed int BASEB  = 0x3;
-      const signed int BASESP = 0x4;
-      const signed int BASEBP = 0x5;
-      const signed int BASESI = 0x6;
-      const signed int BASEDI = 0x7;
-      const signed int FLAGS = 0x0;
-
-      const signed int CF = 0x0;
-      const signed int FLAG1 = 0x1;
-      const signed int PF = 0x2;
-      const signed int FLAG3 = 0x3;
-      const signed int AF = 0x4;
-      const signed int FLAG5 = 0x5;
-      const signed int ZF = 0x6;
-      const signed int SF = 0x7;
-      const signed int TF = 0x8;
-      const signed int IF = 0x9;
-      const signed int DF = 0xa;
-      const signed int OF = 0xb;
-      const signed int FLAGC = 0xc;
-      const signed int FLAGD = 0xd;
-      const signed int NT = 0xe;
-      const signed int FLAGF = 0xf;
-      const signed int RF = 0x10;
-
-      DEF_REGISTER(eax,   BASEA   | FULL  | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(ecx,   BASEC   | FULL  | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(edx,   BASED   | FULL  | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(ebx,   BASEB   | FULL  | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(esp,   BASESP  | FULL  | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(ebp,   BASEBP  | FULL  | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(esi,   BASESI  | FULL  | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(edi,   BASEDI  | FULL  | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(ah,    BASEA   | H_REG | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(al,    BASEA   | L_REG | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(ax,    BASEA   | W_REG | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(ch,    BASEC   | H_REG | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(cl,    BASEC   | L_REG | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(cx,    BASEC   | W_REG | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(dh,    BASED   | H_REG | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(dl,    BASED   | L_REG | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(dx,    BASED   | W_REG | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(bh,    BASEB   | H_REG | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(bl,    BASEB   | L_REG | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(bx,    BASEB   | W_REG | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(sp,    BASESP  | W_REG | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(bp,    BASEBP  | W_REG | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(si,    BASESI  | W_REG | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(di,    BASEDI  | W_REG | GPR  | Arch_x86, "x86");
-      DEF_REGISTER(eip,   0x10    | FULL         | Arch_x86, "x86");
-      DEF_REGISTER(flags, FLAGS   | FULL  | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(cf,    CF      | BIT   | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(flag1, FLAG1   | BIT   | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(pf,    PF      | BIT   | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(flag3, FLAG3   | BIT   | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(af,    AF      | BIT   | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(flag5, FLAG5   | BIT   | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(zf,    ZF      | BIT   | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(sf,    SF      | BIT   | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(tf,    TF      | BIT   | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(if_,   IF      | BIT   | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(df,    DF      | BIT   | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(of,    OF      | BIT   | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(flagc, FLAGC   | BIT   | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(flagd, FLAGD   | BIT   | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(nt_,   NT      | BIT   | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(flagf, FLAGF   | BIT   | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(rf,    RF      | BIT   | FLAG | Arch_x86, "x86");
-      DEF_REGISTER(ds,    0x0     | W_REG | SEG  | Arch_x86, "x86");
-      DEF_REGISTER(es,    0x1     | W_REG | SEG  | Arch_x86, "x86");
-      DEF_REGISTER(fs,    0x2     | W_REG | SEG  | Arch_x86, "x86");
-      DEF_REGISTER(gs,    0x3     | W_REG | SEG  | Arch_x86, "x86");
-      DEF_REGISTER(cs,    0x4     | W_REG | SEG  | Arch_x86, "x86");
-      DEF_REGISTER(ss,    0x5     | W_REG | SEG  | Arch_x86, "x86");
-      DEF_REGISTER(oeax,  0x0     | FULL  | MISC | Arch_x86, "x86");
-      DEF_REGISTER(fsbase, 0x1    | FULL  | MISC | Arch_x86, "x86");
-      DEF_REGISTER(gsbase, 0x2    | FULL  | MISC | Arch_x86, "x86");
-
-      DEF_REGISTER(k0,    0x00    | OCT   | KMASK| Arch_x86, "x86");
-      DEF_REGISTER(k1,    0x01    | OCT   | KMASK| Arch_x86, "x86");
-      DEF_REGISTER(k2,    0x02    | OCT   | KMASK| Arch_x86, "x86");
-      DEF_REGISTER(k3,    0x03    | OCT   | KMASK| Arch_x86, "x86");
-      DEF_REGISTER(k4,    0x04    | OCT   | KMASK| Arch_x86, "x86");
-      DEF_REGISTER(k5,    0x05    | OCT   | KMASK| Arch_x86, "x86");
-      DEF_REGISTER(k6,    0x06    | OCT   | KMASK| Arch_x86, "x86");
-      DEF_REGISTER(k7,    0x07    | OCT   | KMASK| Arch_x86, "x86");
-      
-      DEF_REGISTER(xmm0,  0x00    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm1,  0x01    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm2,  0x02    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm3,  0x03    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm4,  0x04    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm5,  0x05    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm6,  0x06    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm7,  0x07    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm8,  0x08    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm9,  0x09    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm10, 0x0A    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm11, 0x0B    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm12, 0x0C    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm13, 0x0D    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm14, 0x0E    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm15, 0x0F    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm16, 0x10    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm17, 0x11    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm18, 0x12    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm19, 0x13    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm20, 0x14    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm21, 0x15    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm22, 0x16    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm23, 0x17    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm24, 0x18    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm25, 0x19    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm26, 0x1A    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm27, 0x1B    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm28, 0x1C    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm29, 0x1D    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm30, 0x1E    | OCT   | XMM  | Arch_x86, "x86");
-      DEF_REGISTER(xmm31, 0x1F    | OCT   | XMM  | Arch_x86, "x86");
-
-
-      DEF_REGISTER(ymm0,  0x00    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm1,  0x01    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm2,  0x02    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm3,  0x03    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm4,  0x04    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm5,  0x05    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm6,  0x06    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm7,  0x07    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm8,  0x08    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm9,  0x09    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm10, 0x0A    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm11, 0x0B    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm12, 0x0C    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm13, 0x0D    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm14, 0x0E    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm15, 0x0F    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm16, 0x10    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm17, 0x11    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm18, 0x12    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm19, 0x13    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm20, 0x14    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm21, 0x15    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm22, 0x16    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm23, 0x17    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm24, 0x18    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm25, 0x19    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm26, 0x1A    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm27, 0x1B    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm28, 0x1C    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm29, 0x1D    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm30, 0x1E    | YMMS  | YMM  | Arch_x86, "x86");
-      DEF_REGISTER(ymm31, 0x1F    | YMMS  | YMM  | Arch_x86, "x86");
-
-      DEF_REGISTER(zmm0,  0x00    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm1,  0x01    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm2,  0x02    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm3,  0x03    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm4,  0x04    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm5,  0x05    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm6,  0x06    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm7,  0x07    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm8,  0x08    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm9,  0x09    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm10, 0x0A    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm11, 0x0B    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm12, 0x0C    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm13, 0x0D    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm14, 0x0E    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm15, 0x0F    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm16, 0x10    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm17, 0x11    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm18, 0x12    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm19, 0x13    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm20, 0x14    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm21, 0x15    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm22, 0x16    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm23, 0x17    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm24, 0x18    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm25, 0x19    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm26, 0x1A    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm27, 0x1B    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm28, 0x1C    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm29, 0x1D    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm30, 0x1E    | ZMMS  | ZMM  | Arch_x86, "x86");
-      DEF_REGISTER(zmm31, 0x1F    | ZMMS  | ZMM  | Arch_x86, "x86");
-
-      DEF_REGISTER(mm0,   0x0     | FPDBL | MMX  | Arch_x86, "x86");
-      DEF_REGISTER(mm1,   0x1     | FPDBL | MMX  | Arch_x86, "x86");
-      DEF_REGISTER(mm2,   0x2     | FPDBL | MMX  | Arch_x86, "x86");
-      DEF_REGISTER(mm3,   0x3     | FPDBL | MMX  | Arch_x86, "x86");
-      DEF_REGISTER(mm4,   0x4     | FPDBL | MMX  | Arch_x86, "x86");
-      DEF_REGISTER(mm5,   0x5     | FPDBL | MMX  | Arch_x86, "x86");
-      DEF_REGISTER(mm6,   0x6     | FPDBL | MMX  | Arch_x86, "x86");
-      DEF_REGISTER(mm7,   0x7     | FPDBL | MMX  | Arch_x86, "x86");
-      DEF_REGISTER(cr0,   0x0     | FULL  | CTL  | Arch_x86, "x86");
-      DEF_REGISTER(cr1,   0x1     | FULL  | CTL  | Arch_x86, "x86");
-      DEF_REGISTER(cr2,   0x2     | FULL  | CTL  | Arch_x86, "x86");
-      DEF_REGISTER(cr3,   0x3     | FULL  | CTL  | Arch_x86, "x86");
-      DEF_REGISTER(cr4,   0x4     | FULL  | CTL  | Arch_x86, "x86");
-      DEF_REGISTER(cr5,   0x5     | FULL  | CTL  | Arch_x86, "x86");
-      DEF_REGISTER(cr6,   0x6     | FULL  | CTL  | Arch_x86, "x86");
-      DEF_REGISTER(cr7,   0x7     | FULL  | CTL  | Arch_x86, "x86");
-      DEF_REGISTER(dr0,   0x0     | FULL  | DBG  | Arch_x86, "x86");
-      DEF_REGISTER(dr1,   0x1     | FULL  | DBG  | Arch_x86, "x86");
-      DEF_REGISTER(dr2,   0x2     | FULL  | DBG  | Arch_x86, "x86");
-      DEF_REGISTER(dr3,   0x3     | FULL  | DBG  | Arch_x86, "x86");
-      DEF_REGISTER(dr4,   0x4     | FULL  | DBG  | Arch_x86, "x86");
-      DEF_REGISTER(dr5,   0x5     | FULL  | DBG  | Arch_x86, "x86");
-      DEF_REGISTER(dr6,   0x6     | FULL  | DBG  | Arch_x86, "x86");
-      DEF_REGISTER(dr7,   0x7     | FULL  | DBG  | Arch_x86, "x86");
-      DEF_REGISTER(tr0,   0x0     | FULL  | TST  | Arch_x86, "x86");
-      DEF_REGISTER(tr1,   0x1     | FULL  | TST  | Arch_x86, "x86");
-      DEF_REGISTER(tr2,   0x2     | FULL  | TST  | Arch_x86, "x86");
-      DEF_REGISTER(tr3,   0x3     | FULL  | TST  | Arch_x86, "x86");
-      DEF_REGISTER(tr4,   0x4     | FULL  | TST  | Arch_x86, "x86");
-      DEF_REGISTER(tr5,   0x5     | FULL  | TST  | Arch_x86, "x86");
-      DEF_REGISTER(tr6,   0x6     | FULL  | TST  | Arch_x86, "x86");
-      DEF_REGISTER(tr7,   0x7     | FULL  | TST  | Arch_x86, "x86");
-      DEF_REGISTER(st0,   0x0     | FPDBL | MMX  | Arch_x86, "x86");
-      DEF_REGISTER(st1,   0x1     | FPDBL | MMX  | Arch_x86, "x86");
-      DEF_REGISTER(st2,   0x2     | FPDBL | MMX  | Arch_x86, "x86");
-      DEF_REGISTER(st3,   0x3     | FPDBL | MMX  | Arch_x86, "x86");
-      DEF_REGISTER(st4,   0x4     | FPDBL | MMX  | Arch_x86, "x86");
-      DEF_REGISTER(st5,   0x5     | FPDBL | MMX  | Arch_x86, "x86");
-      DEF_REGISTER(st6,   0x6     | FPDBL | MMX  | Arch_x86, "x86");
-      DEF_REGISTER(st7,   0x7     | FPDBL | MMX  | Arch_x86, "x86");
-   }
-   namespace x86_64
-   {
-      const signed int L_REG = 0x00000100;  //8-bit, first byte
-      const signed int H_REG = 0x00000200;  //8-bit, second byte
-      const signed int W_REG = 0x00000300; //16 bit, first work
-      const signed int D_REG = 0x00000F00; //32 bit, first double word
-      // MachRegister::getBaseRegister clears the bit field for size,
-      // so the full register size has to be 0
-      const signed int FULL  = 0x00000000; //64 bits
-      const signed int OCT   = 0x00000600; //128 bits
-      const signed int FPDBL = 0x00000700; // 80 bits
-      const signed int BIT   = 0x00000800; // 1 bit
-      const signed int YMMS  = 0x00000900; // YMM are 256 bits
-      const signed int ZMMS  = 0x00000A00; // ZMM are 512 bits
-      const signed int GPR   = 0x00010000;
-      const signed int SEG   = 0x00020000;
-      const signed int FLAG  = 0x00030000;
-      const signed int MISC  = 0x00040000;
-      const signed int KMASK = 0x00050000;
-      const signed int XMM   = 0x00060000;
-      const signed int YMM   = 0x00070000;
-      const signed int ZMM   = 0x00080000;
-      const signed int MMX   = 0x00090000;
-      const signed int CTL   = 0x000A0000;
-      const signed int DBG   = 0x000B0000;
-      const signed int TST   = 0x000C0000;
-      const signed int FLAGS = 0x00000000;
-      const signed int BASEA  = 0x0;
-      const signed int BASEC  = 0x1;
-      const signed int BASED  = 0x2;
-      const signed int BASEB  = 0x3;
-      const signed int BASESP = 0x4;
-      const signed int BASEBP = 0x5;
-      const signed int BASESI = 0x6;
-      const signed int BASEDI = 0x7;
-      const signed int BASE8  = 0x8;
-      const signed int BASE9  = 0x9;
-      const signed int BASE10 = 0xa;
-      const signed int BASE11 = 0xb;
-      const signed int BASE12 = 0xc;
-      const signed int BASE13 = 0xd;
-      const signed int BASE14 = 0xe;
-      const signed int BASE15 = 0xf;
-
-      const signed int CF = x86::CF;
-      const signed int PF = x86::PF;
-      const signed int AF = x86::AF;
-      const signed int ZF = x86::ZF;
-      const signed int SF = x86::SF;
-      const signed int TF = x86::TF;
-      const signed int IF = x86::IF;
-      const signed int DF = x86::DF;
-      const signed int OF = x86::OF;
-      const signed int NT = x86::NT;
-      const signed int RF = x86::RF;
-
-      DEF_REGISTER(rax,    BASEA  | FULL  | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(rcx,    BASEC  | FULL  | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(rdx,    BASED  | FULL  | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(rbx,    BASEB  | FULL  | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(rsp,    BASESP | FULL  | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(rbp,    BASEBP | FULL  | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(rsi,    BASESI | FULL  | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(rdi,    BASEDI | FULL  | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r8,     BASE8  | FULL  | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r9,     BASE9  | FULL  | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r10,    BASE10 | FULL  | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r11,    BASE11 | FULL  | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r12,    BASE12 | FULL  | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r13,    BASE13 | FULL  | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r14,    BASE14 | FULL  | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r15,    BASE15 | FULL  | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ah,     BASEA  | H_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(al,     BASEA  | L_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ax,     BASEA  | W_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(eax,    BASEA  | D_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ch,     BASEC  | H_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(cl,     BASEC  | L_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(cx,     BASEC  | W_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ecx,    BASEC  | D_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(dh,     BASED  | H_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(dl,     BASED  | L_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(dx,     BASED  | W_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(edx,    BASED  | D_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(bh,     BASEB  | H_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(bl,     BASEB  | L_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(bx,     BASEB  | W_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ebx,    BASEB  | D_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(spl,    BASESP | L_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(sp,     BASESP | W_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(esp,    BASESP | D_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(bpl,    BASEBP | L_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(bp,     BASEBP | W_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ebp,    BASEBP | D_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(dil,    BASEDI | L_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(di,     BASEDI | W_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(edi,    BASEDI | D_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(sil,    BASESI | L_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(si,     BASESI | W_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(esi,    BASESI | D_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r8b,    BASE8  | L_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r8w,    BASE8  | W_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r8d,    BASE8  | D_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r9b,    BASE9  | L_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r9w,    BASE9  | W_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r9d,    BASE9  | D_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r10b,   BASE10 | L_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r10w,   BASE10 | W_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r10d,   BASE10 | D_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r11b,   BASE11 | L_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r11w,   BASE11 | W_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r11d,   BASE11 | D_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r12b,   BASE12 | L_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r12w,   BASE12 | W_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r12d,   BASE12 | D_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r13b,   BASE13 | L_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r13w,   BASE13 | W_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r13d,   BASE13 | D_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r14b,   BASE14 | L_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r14w,   BASE14 | W_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r14d,   BASE14 | D_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r15b,   BASE15 | L_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r15w,   BASE15 | W_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(r15d,   BASE15 | D_REG | GPR  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(rip,    0x10   | FULL         | Arch_x86_64, "x86_64");
-      DEF_REGISTER(eip,    0x10   | D_REG        | Arch_x86_64, "x86_64");
-      DEF_REGISTER(flags,  FLAGS  | FULL  | FLAG | Arch_x86_64, "x86_64");
-      DEF_REGISTER(cf,     CF     | BIT   | FLAG | Arch_x86_64, "x86_64");
-      DEF_REGISTER(pf,     PF     | BIT   | FLAG | Arch_x86_64, "x86_64");
-      DEF_REGISTER(af,     AF     | BIT   | FLAG | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zf,     ZF     | BIT   | FLAG | Arch_x86_64, "x86_64");
-      DEF_REGISTER(sf,     SF     | BIT   | FLAG | Arch_x86_64, "x86_64");
-      DEF_REGISTER(tf,     TF     | BIT   | FLAG | Arch_x86_64, "x86_64");
-      DEF_REGISTER(if_,    IF     | BIT   | FLAG | Arch_x86_64, "x86_64");
-      DEF_REGISTER(df,     DF     | BIT   | FLAG | Arch_x86_64, "x86_64");
-      DEF_REGISTER(of,     OF     | BIT   | FLAG | Arch_x86_64, "x86_64");
-      DEF_REGISTER(nt_,    NT     | BIT   | FLAG | Arch_x86_64, "x86_64");
-      DEF_REGISTER(rf,     RF     | BIT   | FLAG | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ds,     0x0    | FULL  | SEG  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(es,     0x1    | FULL  | SEG  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(fs,     0x2    | FULL  | SEG  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(gs,     0x3    | FULL  | SEG  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(cs,     0x4    | FULL  | SEG  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ss,     0x5    | FULL  | SEG  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(orax,   0x0    | FULL  | MISC | Arch_x86_64, "x86_64");
-      DEF_REGISTER(fsbase, 0x1    | FULL  | MISC | Arch_x86_64, "x86_64");
-      DEF_REGISTER(gsbase, 0x2    | FULL  | MISC | Arch_x86_64, "x86_64");
-      DEF_REGISTER(k0,    0x00    | OCT   | KMASK| Arch_x86_64, "x86_64");
-      DEF_REGISTER(k1,    0x01    | OCT   | KMASK| Arch_x86_64, "x86_64");
-      DEF_REGISTER(k2,    0x02    | OCT   | KMASK| Arch_x86_64, "x86_64");
-      DEF_REGISTER(k3,    0x03    | OCT   | KMASK| Arch_x86_64, "x86_64");
-      DEF_REGISTER(k4,    0x04    | OCT   | KMASK| Arch_x86_64, "x86_64");
-      DEF_REGISTER(k5,    0x05    | OCT   | KMASK| Arch_x86_64, "x86_64");
-      DEF_REGISTER(k6,    0x06    | OCT   | KMASK| Arch_x86_64, "x86_64");
-      DEF_REGISTER(k7,    0x07    | OCT   | KMASK| Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm0,  0x00    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm1,  0x01    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm2,  0x02    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm3,  0x03    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm4,  0x04    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm5,  0x05    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm6,  0x06    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm7,  0x07    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm8,  0x08    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm9,  0x09    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm10, 0x0A    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm11, 0x0B    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm12, 0x0C    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm13, 0x0D    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm14, 0x0E    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm15, 0x0F    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm16, 0x10    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm17, 0x11    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm18, 0x12    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm19, 0x13    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm20, 0x14    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm21, 0x15    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm22, 0x16    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm23, 0x17    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm24, 0x18    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm25, 0x19    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm26, 0x1A    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm27, 0x1B    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm28, 0x1C    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm29, 0x1D    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm30, 0x1E    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(xmm31, 0x1F    | OCT   | XMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm0,  0x00    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm1,  0x01    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm2,  0x02    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm3,  0x03    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm4,  0x04    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm5,  0x05    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm6,  0x06    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm7,  0x07    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm8,  0x08    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm9,  0x09    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm10, 0x0A    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm11, 0x0B    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm12, 0x0C    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm13, 0x0D    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm14, 0x0E    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm15, 0x0F    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm16, 0x10    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm17, 0x11    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm18, 0x12    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm19, 0x13    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm20, 0x14    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm21, 0x15    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm22, 0x16    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm23, 0x17    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm24, 0x18    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm25, 0x19    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm26, 0x1A    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm27, 0x1B    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm28, 0x1C    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm29, 0x1D    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm30, 0x1E    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(ymm31, 0x1F    | YMMS  | YMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm0,  0x00    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm1,  0x01    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm2,  0x02    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm3,  0x03    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm4,  0x04    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm5,  0x05    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm6,  0x06    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm7,  0x07    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm8,  0x08    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm9,  0x09    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm10, 0x0A    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm11, 0x0B    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm12, 0x0C    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm13, 0x0D    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm14, 0x0E    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm15, 0x0F    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm16, 0x10    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm17, 0x11    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm18, 0x12    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm19, 0x13    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm20, 0x14    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm21, 0x15    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm22, 0x16    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm23, 0x17    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm24, 0x18    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm25, 0x19    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm26, 0x1A    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm27, 0x1B    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm28, 0x1C    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm29, 0x1D    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm30, 0x1E    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(zmm31, 0x1F    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(mm0,   0x0     | FPDBL | MMX  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(mm1,   0x1     | FPDBL | MMX  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(mm2,   0x2     | FPDBL | MMX  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(mm3,   0x3     | FPDBL | MMX  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(mm4,   0x4     | FPDBL | MMX  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(mm5,   0x5     | FPDBL | MMX  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(mm6,   0x6     | FPDBL | MMX  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(mm7,   0x7     | FPDBL | MMX  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(cr0,   0x0     | FULL  | CTL  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(cr1,   0x1     | FULL  | CTL  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(cr2,   0x2     | FULL  | CTL  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(cr3,   0x3     | FULL  | CTL  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(cr4,   0x4     | FULL  | CTL  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(cr5,   0x5     | FULL  | CTL  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(cr6,   0x6     | FULL  | CTL  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(cr7,   0x7     | FULL  | CTL  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(dr0,   0x0     | FULL  | DBG  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(dr1,   0x1     | FULL  | DBG  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(dr2,   0x2     | FULL  | DBG  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(dr3,   0x3     | FULL  | DBG  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(dr4,   0x4     | FULL  | DBG  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(dr5,   0x5     | FULL  | DBG  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(dr6,   0x6     | FULL  | DBG  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(dr7,   0x7     | FULL  | DBG  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(tr0,   0x0     | FULL  | TST  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(tr1,   0x1     | FULL  | TST  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(tr2,   0x2     | FULL  | TST  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(tr3,   0x3     | FULL  | TST  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(tr4,   0x4     | FULL  | TST  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(tr5,   0x5     | FULL  | TST  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(tr6,   0x6     | FULL  | TST  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(tr7,   0x7     | FULL  | TST  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(st0,   0x0     | FPDBL | MMX  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(st1,   0x1     | FPDBL | MMX  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(st2,   0x2     | FPDBL | MMX  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(st3,   0x3     | FPDBL | MMX  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(st4,   0x4     | FPDBL | MMX  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(st5,   0x5     | FPDBL | MMX  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(st6,   0x6     | FPDBL | MMX  | Arch_x86_64, "x86_64");
-      DEF_REGISTER(st7,   0x7     | FPDBL | MMX  | Arch_x86_64, "x86_64");
-   }
-   namespace ppc32 {
-      const signed int GPR   = 0x00010000;
-      const signed int FPR   = 0x00020000;
-      const signed int FSR   = 0x00040000;
-      const signed int SPR   = 0x00080000;
-
-      DEF_REGISTER(r0,       0 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r1,       1 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r2,       2 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r3,       3 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r4,       4 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r5,       5 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r6,       6 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r7,       7 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r8,       8 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r9,       9 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r10,     10 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r11,     11 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r12,     12 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r13,     13 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r14,     14 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r15,     15 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r16,     16 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r17,     17 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r18,     18 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r19,     19 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r20,     20 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r21,     21 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r22,     22 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r23,     23 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r24,     24 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r25,     25 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r26,     26 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r27,     27 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r28,     28 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r29,     29 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r30,     30 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(r31,     31 | GPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr0,     0 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr1,     1 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr2,     2 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr3,     3 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr4,     4 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr5,     5 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr6,     6 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr7,     7 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr8,     8 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr9,     9 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr10,   10 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr11,   11 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr12,   12 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr13,   13 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr14,   14 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr15,   15 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr16,   16 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr17,   17 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr18,   18 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr19,   19 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr20,   20 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr21,   21 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr22,   22 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr23,   23 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr24,   24 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr25,   25 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr26,   26 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr27,   27 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr28,   28 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr29,   29 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr30,   30 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpr31,   31 | FPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr0,     0 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr1,     1 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr2,     2 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr3,     3 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr4,     4 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr5,     5 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr6,     6 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr7,     7 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr8,     8 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr9,     9 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr10,   10 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr11,   11 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr12,   12 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr13,   13 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr14,   14 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr15,   15 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr16,   16 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr17,   17 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr18,   18 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr19,   19 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr20,   20 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr21,   21 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr22,   22 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr23,   23 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr24,   24 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr25,   25 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr26,   26 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr27,   27 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr28,   28 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr29,   29 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr30,   30 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fsr31,   31 | FSR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(mq,       0 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(xer,      1 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(lr,       8 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(ctr,      9 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(amr,     13 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(dscr,    17 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(dsisr,   18 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(dar,     19 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(dec,     22 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(sdr1,    25 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(srr0,    26 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(srr1,    27 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cfar,    28 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(amr_pri, 29 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(pid,     48 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(gdecar,  53 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(decar,   54 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(mcivpr,  55 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(lper,    56 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(lperu,   57 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(csrr0,   58 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(csrr1,   59 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(gtsrwr,  60 | SPR | Arch_ppc32, "ppc32");
-//      DEF_REGISTER(iamr,    61 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(esr,     62 | SPR | Arch_ppc32, "ppc32");
-//      DEF_REGISTER(ivpr,    66 | SPR | Arch_ppc32, "ppc32");
-
-      DEF_REGISTER(vrsave, 256 | SPR | Arch_ppc32, "ppc32");
-
-
-      DEF_REGISTER(sprg0,  272 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(sprg1,  273 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(sprg2,  274 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(sprg3,  275 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(sprg4,  276 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(sprg5,  277 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(sprg6,  278 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(sprg7,  279 | SPR | Arch_ppc32, "ppc32");
-
-      DEF_REGISTER(sprg3_ro,  259 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(sprg4_ro,  260 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(sprg5_ro,  261 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(sprg6_ro,  262 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(sprg7_ro,  263 | SPR | Arch_ppc32, "ppc32");
-
-
-      DEF_REGISTER(ear,    282 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(tbl_wo,    284 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(tbl_ro,    268 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(tbu_wo,    285 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(tbu_ro,    269 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(pvr,    287 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(ibat0u, 528 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(ibat0l, 529 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(ibat1u, 530 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(ibat1l, 531 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(ibat2u, 532 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(ibat2l, 533 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(ibat3u, 534 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(ibat3l, 535 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(dbat0u, 536 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(dbat0l, 537 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(dbat1u, 538 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(dbat1l, 539 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(dbat2u, 540 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(dbat2l, 541 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(dbat3u, 542 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(dbat3l, 543 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(pc,     600 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpscw,  601 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpscw0, 602 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpscw1, 603 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpscw2, 604 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpscw3, 605 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpscw4, 606 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpscw5, 607 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpscw6, 608 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(fpscw7, 609 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(msr,    610 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(ivpr,   611 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(ivor8,  612 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(seg0,   613 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(seg1,   614 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(seg2,   615 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(seg3,   616 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(seg4,   617 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(seg5,   618 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(seg6,   619 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(seg7,   620 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr0,    621 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr1,    622 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr2,    623 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr3,    624 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr4,    625 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr5,    626 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr6,    627 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr7,    628 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr,     629 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(or3,    630 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(trap,   631 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr0l,   700 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr0g,   701 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr0e,   702 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr0s,   703 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr1l,   704 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr1g,   705 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr1e,   706 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr1s,   707 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr2l,   708 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr2g,   709 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr2e,   710 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr2s,   711 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr3l,   712 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr3g,   713 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr3e,   714 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr3s,   715 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr4l,   716 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr4g,   717 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr4e,   718 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr4s,   719 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr5l,   720 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr5g,   721 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr5e,   722 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr5s,   723 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr6l,   724 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr6g,   725 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr6e,   726 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr6s,   727 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr7l,   728 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr7g,   729 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr7e,   730 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(cr7s,   731 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(ppr,    896 | SPR | Arch_ppc32, "ppc32");
-      DEF_REGISTER(ppr32,  898 | SPR | Arch_ppc32, "ppc32");
-
-
-   }
-   namespace ppc64 {
-      const signed int GPR   = 0x00010000;
-      const signed int FPR   = 0x00020000;
-      const signed int FSR   = 0x00040000;
-      const signed int SPR   = 0x00080000;
-      const signed int VSR   = 0x00000000;
-
-      DEF_REGISTER(r0,       0 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r1,       1 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r2,       2 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r3,       3 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r4,       4 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r5,       5 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r6,       6 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r7,       7 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r8,       8 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r9,       9 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r10,     10 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r11,     11 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r12,     12 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r13,     13 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r14,     14 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r15,     15 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r16,     16 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r17,     17 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r18,     18 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r19,     19 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r20,     20 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r21,     21 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r22,     22 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r23,     23 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r24,     24 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r25,     25 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r26,     26 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r27,     27 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r28,     28 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r29,     29 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r30,     30 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(r31,     31 | GPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr0,     0 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr1,     1 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr2,     2 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr3,     3 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr4,     4 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr5,     5 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr6,     6 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr7,     7 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr8,     8 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr9,     9 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr10,   10 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr11,   11 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr12,   12 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr13,   13 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr14,   14 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr15,   15 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr16,   16 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr17,   17 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr18,   18 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr19,   19 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr20,   20 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr21,   21 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr22,   22 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr23,   23 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr24,   24 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr25,   25 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr26,   26 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr27,   27 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr28,   28 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr29,   29 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr30,   30 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpr31,   31 | FPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr0,     0 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr1,     1 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr2,     2 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr3,     3 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr4,     4 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr5,     5 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr6,     6 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr7,     7 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr8,     8 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr9,     9 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr10,   10 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr11,   11 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr12,   12 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr13,   13 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr14,   14 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr15,   15 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr16,   16 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr17,   17 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr18,   18 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr19,   19 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr20,   20 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr21,   21 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr22,   22 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr23,   23 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr24,   24 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr25,   25 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr26,   26 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr27,   27 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr28,   28 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr29,   29 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr30,   30 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fsr31,   31 | FSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(mq,       0 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(xer,      1 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(lr,       8 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(ctr,      9 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(dsisr,   18 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(dar,     19 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(dec,     22 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(sdr1,    25 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(srr0,    26 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(srr1,    27 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vrsave, 256 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(sprg0,  272 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(sprg1,  273 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(sprg2,  274 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(sprg3,  275 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(sprg4,  276 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(sprg5,  277 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(sprg6,  278 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(sprg7,  279 | SPR | Arch_ppc64, "ppc64");
-
-      DEF_REGISTER(sprg3_ro,  259 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(sprg4_ro,  260 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(sprg5_ro,  261 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(sprg6_ro,  262 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(sprg7_ro,  263 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(ear,    282 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(tbl_wo,    284 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(tbl_ro,    268 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(tbu_wo,    285 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(tbu_ro,    269 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(pvr,    287 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(ibat0u, 528 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(ibat0l, 529 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(ibat1u, 530 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(ibat1l, 531 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(ibat2u, 532 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(ibat2l, 533 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(ibat3u, 534 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(ibat3l, 535 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(dbat0u, 536 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(dbat0l, 537 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(dbat1u, 538 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(dbat1l, 539 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(dbat2u, 540 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(dbat2l, 541 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(dbat3u, 542 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(dbat3l, 543 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(pc,     600 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpscw,  601 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpscw0, 602 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpscw1, 603 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpscw2, 604 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpscw3, 605 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpscw4, 606 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpscw5, 607 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpscw6, 608 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(fpscw7, 609 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(msr,    610 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(ivpr,   611 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(ivor8,  612 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(seg0,   613 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(seg1,   614 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(seg2,   615 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(seg3,   616 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(seg4,   617 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(seg5,   618 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(seg6,   619 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(seg7,   620 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr0,    621 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr1,    622 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr2,    623 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr3,    624 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr4,    625 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr5,    626 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr6,    627 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr7,    628 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr,     629 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(or3,    630 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(trap,   631 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr0l,   700 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr0g,   701 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr0e,   702 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr0s,   703 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr1l,   704 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr1g,   705 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr1e,   706 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr1s,   707 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr2l,   708 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr2g,   709 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr2e,   710 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr2s,   711 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr3l,   712 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr3g,   713 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr3e,   714 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr3s,   715 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr4l,   716 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr4g,   717 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr4e,   718 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr4s,   719 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr5l,   720 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr5g,   721 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr5e,   722 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr5s,   723 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr6l,   724 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr6g,   725 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr6e,   726 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr6s,   727 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr7l,   728 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr7g,   729 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr7e,   730 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(cr7s,   731 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(ppr,    896 | SPR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(ppr32,  898 | SPR | Arch_ppc64, "ppc64");
-
-      DEF_REGISTER(vsr0,   0   | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr1,   1   | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr2,   2   | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr3,   3   | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr4,   4   | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr5,   5   | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr6,   6   | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr7,   7   | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr8,   8   | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr9,   9   | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr10,  10  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr11,  11  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr12,  12  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr13,  13  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr14,  14  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr15,  15  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr16,  16  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr17,  17  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr18,  18  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr19,  19  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr20,  20  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr21,  21  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr22,  22  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr23,  23  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr24,  24  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr25,  25  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr26,  26  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr27,  27  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr28,  28  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr29,  29  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr30,  30  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr31,  31  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr32,  32  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr33,  33  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr34,  34  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr35,  35  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr36,  36  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr37,  37  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr38,  38  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr39,  39  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr40,  40  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr41,  41  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr42,  42  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr43,  43  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr44,  44  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr45,  45  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr46,  46  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr47,  47  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr48,  48  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr49,  49  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr50,  50  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr51,  51  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr52,  52  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr53,  53  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr54,  54  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr55,  55  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr56,  56  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr57,  57  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr58,  58  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr59,  59  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr60,  60  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr61,  61  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr62,  62  | VSR | Arch_ppc64, "ppc64");
-      DEF_REGISTER(vsr63,  63  | VSR | Arch_ppc64, "ppc64");
-  
-  
-   
-
-   }
-
-	namespace aarch64{
-      //0xff000000  0x00ff0000      0x0000ff00      0x000000ff
-      //arch        reg cat:GPR     alias&subrange  reg ID
-      const signed int GPR   = 0x00010000;
-      const signed int FPR   = 0x00020000;
-      const signed int FLAG  = 0x00030000;
-      const signed int FSR   = 0x00040000;
-      const signed int SPR   = 0x00080000;
-      const signed int SYSREG = 0x00100000;
-
-      const signed int BIT   = 0x00008000;
-      const signed int B_REG = 0x00000100;      //8bit  byte reg
-      const signed int W_REG = 0x00000300;      //16bit half-wor reg
-      const signed int D_REG = 0x00000f00;      //32bit single-word reg
-      const signed int FULL  = 0x00000000;      //64bit double-word reg
-      const signed int Q_REG = 0x00000400;      //128bit reg
-      const signed int HQ_REG = 0x00000500;      //second 64bit in 128bit reg
-
-      //31 GPRs, double word long registers
-      //          (name   regID| alias | cat | arch           arch    )
-      DEF_REGISTER(x0,       0 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w0,       0 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x1,       1 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w1,       1 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x2,       2 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w2,       2 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x3,       3 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w3,       3 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x4,       4 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w4,       4 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x5,       5 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w5,       5 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x6,       6 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w6,       6 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x7,       7 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w7,       7 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x8,       8 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w8,       8 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x9,       9 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w9,       9 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x10,     10 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w10,     10 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x11,     11 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w11,     11 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x12,     12 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w12,     12 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x13,     13 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w13,     13 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x14,     14 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w14,     14 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x15,     15 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w15,     15 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x16,     16 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w16,     16 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x17,     17 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w17,     17 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x18,     18 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w18,     18 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x19,     19 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w19,     19 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x20,     20 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w20,     20 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x21,     21 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w21,     21 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x22,     22 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w22,     22 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x23,     23 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w23,     23 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x24,     24 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w24,     24 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x25,     25 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w25,     25 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x26,     26 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w26,     26 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x27,     27 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w27,     27 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x28,     28 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w28,     28 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x29,     29 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w29,     29 | D_REG  |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(x30,     30 | FULL   |GPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(w30,     30 | D_REG  |GPR | Arch_aarch64, "aarch64");
-
-      //32 FPRs-----------q-d-s-h-b
-      //128 bit
-      DEF_REGISTER(q0,       0 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q1,       1 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q2,       2 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q3,       3 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q4,       4 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q5,       5 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q6,       6 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q7,       7 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q8,       8 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q9,       9 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q10,     10 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q11,     11 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q12,     12 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q13,     13 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q14,     14 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q15,     15 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q16,     16 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q17,     17 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q18,     18 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q19,     19 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q20,     20 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q21,     21 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q22,     22 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q23,     23 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q24,     24 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q25,     25 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q26,     26 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q27,     27 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q28,     28 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q29,     29 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q30,     30 | Q_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(q31,     31 | Q_REG |FPR | Arch_aarch64, "aarch64");
-
-      // second 64bit
-      DEF_REGISTER(hq0,       0 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq1,       1 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq2,       2 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq3,       3 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq4,       4 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq5,       5 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq6,       6 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq7,       7 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq8,       8 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq9,       9 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq10,     10 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq11,     11 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq12,     12 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq13,     13 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq14,     14 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq15,     15 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq16,     16 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq17,     17 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq18,     18 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq19,     19 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq20,     20 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq21,     21 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq22,     22 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq23,     23 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq24,     24 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq25,     25 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq26,     26 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq27,     27 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq28,     28 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq29,     29 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq30,     30 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(hq31,     31 | HQ_REG |FPR | Arch_aarch64, "aarch64");
-
-      //64bit FP regs
-      DEF_REGISTER(d0,       0 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d1,       1 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d2,       2 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d3,       3 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d4,       4 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d5,       5 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d6,       6 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d7,       7 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d8,       8 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d9,       9 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d10,     10 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d11,     11 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d12,     12 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d13,     13 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d14,     14 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d15,     15 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d16,     16 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d17,     17 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d18,     18 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d19,     19 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d20,     20 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d21,     21 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d22,     22 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d23,     23 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d24,     24 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d25,     25 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d26,     26 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d27,     27 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d28,     28 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d29,     29 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d30,     30 | FULL |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(d31,     31 | FULL |FPR | Arch_aarch64, "aarch64");
-
-      //32 bit FP regs
-      DEF_REGISTER(s0,       0 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s1,       1 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s2,       2 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s3,       3 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s4,       4 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s5,       5 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s6,       6 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s7,       7 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s8,       8 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s9,       9 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s10,     10 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s11,     11 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s12,     12 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s13,     13 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s14,     14 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s15,     15 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s16,     16 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s17,     17 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s18,     18 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s19,     19 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s20,     20 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s21,     21 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s22,     22 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s23,     23 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s24,     24 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s25,     25 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s26,     26 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s27,     27 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s28,     28 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s29,     29 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s30,     30 | D_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(s31,     31 | D_REG |FPR | Arch_aarch64, "aarch64");
-
-
-      //16 bit FP regs
-      DEF_REGISTER(h0,       0 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h1,       1 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h2,       2 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h3,       3 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h4,       4 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h5,       5 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h6,       6 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h7,       7 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h8,       8 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h9,       9 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h10,     10 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h11,     11 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h12,     12 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h13,     13 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h14,     14 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h15,     15 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h16,     16 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h17,     17 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h18,     18 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h19,     19 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h20,     20 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h21,     21 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h22,     22 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h23,     23 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h24,     24 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h25,     25 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h26,     26 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h27,     27 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h28,     28 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h29,     29 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h30,     30 | W_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(h31,     31 | W_REG |FPR | Arch_aarch64, "aarch64");
-
-      //8 bit FP regs
-      DEF_REGISTER(b0,       0 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b1,       1 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b2,       2 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b3,       3 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b4,       4 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b5,       5 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b6,       6 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b7,       7 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b8,       8 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b9,       9 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b10,     10 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b11,     11 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b12,     12 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b13,     13 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b14,     14 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b15,     15 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b16,     16 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b17,     17 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b18,     18 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b19,     19 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b20,     20 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b21,     21 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b22,     22 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b23,     23 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b24,     24 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b25,     25 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b26,     26 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b27,     27 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b28,     28 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b29,     29 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b30,     30 | B_REG |FPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(b31,     31 | B_REG |FPR | Arch_aarch64, "aarch64");
+    /**
+     * For interpreting constants:
+     *  Lowest 16 bits (0x000000ff) is base register ID
+     *  Next 16 bits (0x0000ff00) is the aliasing and subrange ID-
+     *    used on x86/x86_64 to distinguish between things like EAX and AH
+     *  Next 16 bits (0x00ff0000) are the register category, GPR/FPR/MMX/...
+     *  Top 16 bits (0xff000000) are the architecture.
+     *
+     *  These values/layout are not guaranteed to remain the same as part of the
+     *  public interface, and may change.
+     **/
+
+    //Abstract registers used for stackwalking
+    DEF_REGISTER(InvalidReg, 0 | Arch_none, "abstract");
+    DEF_REGISTER(FrameBase,  1 | Arch_none, "abstract");
+    DEF_REGISTER(ReturnAddr, 2 | Arch_none, "abstract");
+    DEF_REGISTER(StackTop,   3 | Arch_none, "abstract");
+    // DWARF-ism; the CFA is the value of the stack pointer in the previous frame
+    DEF_REGISTER(CFA,        4 | Arch_none, "abstract");
+
+    namespace x86
+    {
+        const signed int L_REG = 0x00000100; //8-bit, first byte
+        const signed int H_REG = 0x00000200; //8-bit, second byte
+        const signed int W_REG = 0x00000300; //16-bit, first word
+        // MachRegister::getBaseRegister clears the bit field for size,
+        // so the full register size has to be 0
+        const signed int FULL  = 0x00000000; //32 bits
+        const signed int OCT   = 0x00000600; //128 bits
+        const signed int FPDBL = 0x00000700; // 80 bits
+        const signed int BIT   = 0x00000800; // 1 bit
+        const signed int YMMS  = 0x00000900; // YMM are 256 bits
+        const signed int ZMMS  = 0x00000A00; // ZMM are 512 bits
+        const signed int GPR   = 0x00010000;
+        const signed int SEG   = 0x00020000;
+        const signed int FLAG  = 0x00030000;
+        const signed int MISC  = 0x00040000;
+        const signed int KMASK = 0x00050000;
+        const signed int XMM   = 0x00060000;
+        const signed int YMM   = 0x00070000;
+        const signed int ZMM   = 0x00080000;
+        const signed int MMX   = 0x00090000;
+        const signed int CTL   = 0x000A0000;
+        const signed int DBG   = 0x000B0000;
+        const signed int TST   = 0x000C0000;
+        const signed int BASEA  = 0x0;
+        const signed int BASEC  = 0x1;
+        const signed int BASED  = 0x2;
+        const signed int BASEB  = 0x3;
+        const signed int BASESP = 0x4;
+        const signed int BASEBP = 0x5;
+        const signed int BASESI = 0x6;
+        const signed int BASEDI = 0x7;
+        const signed int FLAGS = 0x0;
+
+        const signed int CF = 0x0;
+        const signed int FLAG1 = 0x1;
+        const signed int PF = 0x2;
+        const signed int FLAG3 = 0x3;
+        const signed int AF = 0x4;
+        const signed int FLAG5 = 0x5;
+        const signed int ZF = 0x6;
+        const signed int SF = 0x7;
+        const signed int TF = 0x8;
+        const signed int IF = 0x9;
+        const signed int DF = 0xa;
+        const signed int OF = 0xb;
+        const signed int FLAGC = 0xc;
+        const signed int FLAGD = 0xd;
+        const signed int NT = 0xe;
+        const signed int FLAGF = 0xf;
+        const signed int RF = 0x10;
+
+        DEF_REGISTER(eax,   BASEA   | FULL  | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(ecx,   BASEC   | FULL  | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(edx,   BASED   | FULL  | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(ebx,   BASEB   | FULL  | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(esp,   BASESP  | FULL  | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(ebp,   BASEBP  | FULL  | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(esi,   BASESI  | FULL  | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(edi,   BASEDI  | FULL  | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(ah,    BASEA   | H_REG | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(al,    BASEA   | L_REG | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(ax,    BASEA   | W_REG | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(ch,    BASEC   | H_REG | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(cl,    BASEC   | L_REG | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(cx,    BASEC   | W_REG | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(dh,    BASED   | H_REG | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(dl,    BASED   | L_REG | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(dx,    BASED   | W_REG | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(bh,    BASEB   | H_REG | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(bl,    BASEB   | L_REG | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(bx,    BASEB   | W_REG | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(sp,    BASESP  | W_REG | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(bp,    BASEBP  | W_REG | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(si,    BASESI  | W_REG | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(di,    BASEDI  | W_REG | GPR  | Arch_x86, "x86");
+        DEF_REGISTER(eip,   0x10    | FULL         | Arch_x86, "x86");
+        DEF_REGISTER(flags, FLAGS   | FULL  | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(cf,    CF      | BIT   | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(flag1, FLAG1   | BIT   | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(pf,    PF      | BIT   | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(flag3, FLAG3   | BIT   | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(af,    AF      | BIT   | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(flag5, FLAG5   | BIT   | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(zf,    ZF      | BIT   | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(sf,    SF      | BIT   | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(tf,    TF      | BIT   | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(if_,   IF      | BIT   | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(df,    DF      | BIT   | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(of,    OF      | BIT   | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(flagc, FLAGC   | BIT   | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(flagd, FLAGD   | BIT   | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(nt_,   NT      | BIT   | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(flagf, FLAGF   | BIT   | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(rf,    RF      | BIT   | FLAG | Arch_x86, "x86");
+        DEF_REGISTER(ds,    0x0     | W_REG | SEG  | Arch_x86, "x86");
+        DEF_REGISTER(es,    0x1     | W_REG | SEG  | Arch_x86, "x86");
+        DEF_REGISTER(fs,    0x2     | W_REG | SEG  | Arch_x86, "x86");
+        DEF_REGISTER(gs,    0x3     | W_REG | SEG  | Arch_x86, "x86");
+        DEF_REGISTER(cs,    0x4     | W_REG | SEG  | Arch_x86, "x86");
+        DEF_REGISTER(ss,    0x5     | W_REG | SEG  | Arch_x86, "x86");
+        DEF_REGISTER(oeax,  0x0     | FULL  | MISC | Arch_x86, "x86");
+        DEF_REGISTER(fsbase, 0x1    | FULL  | MISC | Arch_x86, "x86");
+        DEF_REGISTER(gsbase, 0x2    | FULL  | MISC | Arch_x86, "x86");
+
+        DEF_REGISTER(k0,    0x00    | OCT   | KMASK| Arch_x86, "x86");
+        DEF_REGISTER(k1,    0x01    | OCT   | KMASK| Arch_x86, "x86");
+        DEF_REGISTER(k2,    0x02    | OCT   | KMASK| Arch_x86, "x86");
+        DEF_REGISTER(k3,    0x03    | OCT   | KMASK| Arch_x86, "x86");
+        DEF_REGISTER(k4,    0x04    | OCT   | KMASK| Arch_x86, "x86");
+        DEF_REGISTER(k5,    0x05    | OCT   | KMASK| Arch_x86, "x86");
+        DEF_REGISTER(k6,    0x06    | OCT   | KMASK| Arch_x86, "x86");
+        DEF_REGISTER(k7,    0x07    | OCT   | KMASK| Arch_x86, "x86");
+
+        DEF_REGISTER(xmm0,  0x00    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm1,  0x01    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm2,  0x02    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm3,  0x03    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm4,  0x04    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm5,  0x05    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm6,  0x06    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm7,  0x07    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm8,  0x08    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm9,  0x09    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm10, 0x0A    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm11, 0x0B    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm12, 0x0C    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm13, 0x0D    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm14, 0x0E    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm15, 0x0F    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm16, 0x10    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm17, 0x11    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm18, 0x12    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm19, 0x13    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm20, 0x14    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm21, 0x15    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm22, 0x16    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm23, 0x17    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm24, 0x18    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm25, 0x19    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm26, 0x1A    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm27, 0x1B    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm28, 0x1C    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm29, 0x1D    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm30, 0x1E    | OCT   | XMM  | Arch_x86, "x86");
+        DEF_REGISTER(xmm31, 0x1F    | OCT   | XMM  | Arch_x86, "x86");
+
+
+        DEF_REGISTER(ymm0,  0x00    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm1,  0x01    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm2,  0x02    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm3,  0x03    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm4,  0x04    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm5,  0x05    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm6,  0x06    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm7,  0x07    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm8,  0x08    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm9,  0x09    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm10, 0x0A    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm11, 0x0B    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm12, 0x0C    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm13, 0x0D    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm14, 0x0E    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm15, 0x0F    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm16, 0x10    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm17, 0x11    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm18, 0x12    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm19, 0x13    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm20, 0x14    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm21, 0x15    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm22, 0x16    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm23, 0x17    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm24, 0x18    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm25, 0x19    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm26, 0x1A    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm27, 0x1B    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm28, 0x1C    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm29, 0x1D    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm30, 0x1E    | YMMS  | YMM  | Arch_x86, "x86");
+        DEF_REGISTER(ymm31, 0x1F    | YMMS  | YMM  | Arch_x86, "x86");
+
+        DEF_REGISTER(zmm0,  0x00    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm1,  0x01    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm2,  0x02    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm3,  0x03    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm4,  0x04    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm5,  0x05    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm6,  0x06    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm7,  0x07    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm8,  0x08    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm9,  0x09    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm10, 0x0A    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm11, 0x0B    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm12, 0x0C    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm13, 0x0D    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm14, 0x0E    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm15, 0x0F    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm16, 0x10    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm17, 0x11    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm18, 0x12    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm19, 0x13    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm20, 0x14    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm21, 0x15    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm22, 0x16    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm23, 0x17    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm24, 0x18    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm25, 0x19    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm26, 0x1A    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm27, 0x1B    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm28, 0x1C    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm29, 0x1D    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm30, 0x1E    | ZMMS  | ZMM  | Arch_x86, "x86");
+        DEF_REGISTER(zmm31, 0x1F    | ZMMS  | ZMM  | Arch_x86, "x86");
+
+        DEF_REGISTER(mm0,   0x0     | FPDBL | MMX  | Arch_x86, "x86");
+        DEF_REGISTER(mm1,   0x1     | FPDBL | MMX  | Arch_x86, "x86");
+        DEF_REGISTER(mm2,   0x2     | FPDBL | MMX  | Arch_x86, "x86");
+        DEF_REGISTER(mm3,   0x3     | FPDBL | MMX  | Arch_x86, "x86");
+        DEF_REGISTER(mm4,   0x4     | FPDBL | MMX  | Arch_x86, "x86");
+        DEF_REGISTER(mm5,   0x5     | FPDBL | MMX  | Arch_x86, "x86");
+        DEF_REGISTER(mm6,   0x6     | FPDBL | MMX  | Arch_x86, "x86");
+        DEF_REGISTER(mm7,   0x7     | FPDBL | MMX  | Arch_x86, "x86");
+        DEF_REGISTER(cr0,   0x0     | FULL  | CTL  | Arch_x86, "x86");
+        DEF_REGISTER(cr1,   0x1     | FULL  | CTL  | Arch_x86, "x86");
+        DEF_REGISTER(cr2,   0x2     | FULL  | CTL  | Arch_x86, "x86");
+        DEF_REGISTER(cr3,   0x3     | FULL  | CTL  | Arch_x86, "x86");
+        DEF_REGISTER(cr4,   0x4     | FULL  | CTL  | Arch_x86, "x86");
+        DEF_REGISTER(cr5,   0x5     | FULL  | CTL  | Arch_x86, "x86");
+        DEF_REGISTER(cr6,   0x6     | FULL  | CTL  | Arch_x86, "x86");
+        DEF_REGISTER(cr7,   0x7     | FULL  | CTL  | Arch_x86, "x86");
+        DEF_REGISTER(dr0,   0x0     | FULL  | DBG  | Arch_x86, "x86");
+        DEF_REGISTER(dr1,   0x1     | FULL  | DBG  | Arch_x86, "x86");
+        DEF_REGISTER(dr2,   0x2     | FULL  | DBG  | Arch_x86, "x86");
+        DEF_REGISTER(dr3,   0x3     | FULL  | DBG  | Arch_x86, "x86");
+        DEF_REGISTER(dr4,   0x4     | FULL  | DBG  | Arch_x86, "x86");
+        DEF_REGISTER(dr5,   0x5     | FULL  | DBG  | Arch_x86, "x86");
+        DEF_REGISTER(dr6,   0x6     | FULL  | DBG  | Arch_x86, "x86");
+        DEF_REGISTER(dr7,   0x7     | FULL  | DBG  | Arch_x86, "x86");
+        DEF_REGISTER(tr0,   0x0     | FULL  | TST  | Arch_x86, "x86");
+        DEF_REGISTER(tr1,   0x1     | FULL  | TST  | Arch_x86, "x86");
+        DEF_REGISTER(tr2,   0x2     | FULL  | TST  | Arch_x86, "x86");
+        DEF_REGISTER(tr3,   0x3     | FULL  | TST  | Arch_x86, "x86");
+        DEF_REGISTER(tr4,   0x4     | FULL  | TST  | Arch_x86, "x86");
+        DEF_REGISTER(tr5,   0x5     | FULL  | TST  | Arch_x86, "x86");
+        DEF_REGISTER(tr6,   0x6     | FULL  | TST  | Arch_x86, "x86");
+        DEF_REGISTER(tr7,   0x7     | FULL  | TST  | Arch_x86, "x86");
+        DEF_REGISTER(st0,   0x0     | FPDBL | MMX  | Arch_x86, "x86");
+        DEF_REGISTER(st1,   0x1     | FPDBL | MMX  | Arch_x86, "x86");
+        DEF_REGISTER(st2,   0x2     | FPDBL | MMX  | Arch_x86, "x86");
+        DEF_REGISTER(st3,   0x3     | FPDBL | MMX  | Arch_x86, "x86");
+        DEF_REGISTER(st4,   0x4     | FPDBL | MMX  | Arch_x86, "x86");
+        DEF_REGISTER(st5,   0x5     | FPDBL | MMX  | Arch_x86, "x86");
+        DEF_REGISTER(st6,   0x6     | FPDBL | MMX  | Arch_x86, "x86");
+        DEF_REGISTER(st7,   0x7     | FPDBL | MMX  | Arch_x86, "x86");
+    }
+    namespace x86_64
+    {
+        const signed int L_REG = 0x00000100;  //8-bit, first byte
+        const signed int H_REG = 0x00000200;  //8-bit, second byte
+        const signed int W_REG = 0x00000300; //16 bit, first work
+        const signed int D_REG = 0x00000F00; //32 bit, first double word
+        // MachRegister::getBaseRegister clears the bit field for size,
+        // so the full register size has to be 0
+        const signed int FULL  = 0x00000000; //64 bits
+        const signed int OCT   = 0x00000600; //128 bits
+        const signed int FPDBL = 0x00000700; // 80 bits
+        const signed int BIT   = 0x00000800; // 1 bit
+        const signed int YMMS  = 0x00000900; // YMM are 256 bits
+        const signed int ZMMS  = 0x00000A00; // ZMM are 512 bits
+        const signed int GPR   = 0x00010000;
+        const signed int SEG   = 0x00020000;
+        const signed int FLAG  = 0x00030000;
+        const signed int MISC  = 0x00040000;
+        const signed int KMASK = 0x00050000;
+        const signed int XMM   = 0x00060000;
+        const signed int YMM   = 0x00070000;
+        const signed int ZMM   = 0x00080000;
+        const signed int MMX   = 0x00090000;
+        const signed int CTL   = 0x000A0000;
+        const signed int DBG   = 0x000B0000;
+        const signed int TST   = 0x000C0000;
+        const signed int FLAGS = 0x00000000;
+        const signed int BASEA  = 0x0;
+        const signed int BASEC  = 0x1;
+        const signed int BASED  = 0x2;
+        const signed int BASEB  = 0x3;
+        const signed int BASESP = 0x4;
+        const signed int BASEBP = 0x5;
+        const signed int BASESI = 0x6;
+        const signed int BASEDI = 0x7;
+        const signed int BASE8  = 0x8;
+        const signed int BASE9  = 0x9;
+        const signed int BASE10 = 0xa;
+        const signed int BASE11 = 0xb;
+        const signed int BASE12 = 0xc;
+        const signed int BASE13 = 0xd;
+        const signed int BASE14 = 0xe;
+        const signed int BASE15 = 0xf;
+
+        const signed int CF = x86::CF;
+        const signed int PF = x86::PF;
+        const signed int AF = x86::AF;
+        const signed int ZF = x86::ZF;
+        const signed int SF = x86::SF;
+        const signed int TF = x86::TF;
+        const signed int IF = x86::IF;
+        const signed int DF = x86::DF;
+        const signed int OF = x86::OF;
+        const signed int NT = x86::NT;
+        const signed int RF = x86::RF;
+
+        DEF_REGISTER(rax,    BASEA  | FULL  | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(rcx,    BASEC  | FULL  | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(rdx,    BASED  | FULL  | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(rbx,    BASEB  | FULL  | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(rsp,    BASESP | FULL  | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(rbp,    BASEBP | FULL  | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(rsi,    BASESI | FULL  | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(rdi,    BASEDI | FULL  | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r8,     BASE8  | FULL  | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r9,     BASE9  | FULL  | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r10,    BASE10 | FULL  | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r11,    BASE11 | FULL  | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r12,    BASE12 | FULL  | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r13,    BASE13 | FULL  | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r14,    BASE14 | FULL  | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r15,    BASE15 | FULL  | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ah,     BASEA  | H_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(al,     BASEA  | L_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ax,     BASEA  | W_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(eax,    BASEA  | D_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ch,     BASEC  | H_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(cl,     BASEC  | L_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(cx,     BASEC  | W_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ecx,    BASEC  | D_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(dh,     BASED  | H_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(dl,     BASED  | L_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(dx,     BASED  | W_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(edx,    BASED  | D_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(bh,     BASEB  | H_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(bl,     BASEB  | L_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(bx,     BASEB  | W_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ebx,    BASEB  | D_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(spl,    BASESP | L_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(sp,     BASESP | W_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(esp,    BASESP | D_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(bpl,    BASEBP | L_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(bp,     BASEBP | W_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ebp,    BASEBP | D_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(dil,    BASEDI | L_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(di,     BASEDI | W_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(edi,    BASEDI | D_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(sil,    BASESI | L_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(si,     BASESI | W_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(esi,    BASESI | D_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r8b,    BASE8  | L_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r8w,    BASE8  | W_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r8d,    BASE8  | D_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r9b,    BASE9  | L_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r9w,    BASE9  | W_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r9d,    BASE9  | D_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r10b,   BASE10 | L_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r10w,   BASE10 | W_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r10d,   BASE10 | D_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r11b,   BASE11 | L_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r11w,   BASE11 | W_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r11d,   BASE11 | D_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r12b,   BASE12 | L_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r12w,   BASE12 | W_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r12d,   BASE12 | D_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r13b,   BASE13 | L_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r13w,   BASE13 | W_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r13d,   BASE13 | D_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r14b,   BASE14 | L_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r14w,   BASE14 | W_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r14d,   BASE14 | D_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r15b,   BASE15 | L_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r15w,   BASE15 | W_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(r15d,   BASE15 | D_REG | GPR  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(rip,    0x10   | FULL         | Arch_x86_64, "x86_64");
+        DEF_REGISTER(eip,    0x10   | D_REG        | Arch_x86_64, "x86_64");
+        DEF_REGISTER(flags,  FLAGS  | FULL  | FLAG | Arch_x86_64, "x86_64");
+        DEF_REGISTER(cf,     CF     | BIT   | FLAG | Arch_x86_64, "x86_64");
+        DEF_REGISTER(pf,     PF     | BIT   | FLAG | Arch_x86_64, "x86_64");
+        DEF_REGISTER(af,     AF     | BIT   | FLAG | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zf,     ZF     | BIT   | FLAG | Arch_x86_64, "x86_64");
+        DEF_REGISTER(sf,     SF     | BIT   | FLAG | Arch_x86_64, "x86_64");
+        DEF_REGISTER(tf,     TF     | BIT   | FLAG | Arch_x86_64, "x86_64");
+        DEF_REGISTER(if_,    IF     | BIT   | FLAG | Arch_x86_64, "x86_64");
+        DEF_REGISTER(df,     DF     | BIT   | FLAG | Arch_x86_64, "x86_64");
+        DEF_REGISTER(of,     OF     | BIT   | FLAG | Arch_x86_64, "x86_64");
+        DEF_REGISTER(nt_,    NT     | BIT   | FLAG | Arch_x86_64, "x86_64");
+        DEF_REGISTER(rf,     RF     | BIT   | FLAG | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ds,     0x0    | FULL  | SEG  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(es,     0x1    | FULL  | SEG  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(fs,     0x2    | FULL  | SEG  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(gs,     0x3    | FULL  | SEG  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(cs,     0x4    | FULL  | SEG  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ss,     0x5    | FULL  | SEG  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(orax,   0x0    | FULL  | MISC | Arch_x86_64, "x86_64");
+        DEF_REGISTER(fsbase, 0x1    | FULL  | MISC | Arch_x86_64, "x86_64");
+        DEF_REGISTER(gsbase, 0x2    | FULL  | MISC | Arch_x86_64, "x86_64");
+        DEF_REGISTER(k0,    0x00    | OCT   | KMASK| Arch_x86_64, "x86_64");
+        DEF_REGISTER(k1,    0x01    | OCT   | KMASK| Arch_x86_64, "x86_64");
+        DEF_REGISTER(k2,    0x02    | OCT   | KMASK| Arch_x86_64, "x86_64");
+        DEF_REGISTER(k3,    0x03    | OCT   | KMASK| Arch_x86_64, "x86_64");
+        DEF_REGISTER(k4,    0x04    | OCT   | KMASK| Arch_x86_64, "x86_64");
+        DEF_REGISTER(k5,    0x05    | OCT   | KMASK| Arch_x86_64, "x86_64");
+        DEF_REGISTER(k6,    0x06    | OCT   | KMASK| Arch_x86_64, "x86_64");
+        DEF_REGISTER(k7,    0x07    | OCT   | KMASK| Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm0,  0x00    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm1,  0x01    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm2,  0x02    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm3,  0x03    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm4,  0x04    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm5,  0x05    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm6,  0x06    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm7,  0x07    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm8,  0x08    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm9,  0x09    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm10, 0x0A    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm11, 0x0B    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm12, 0x0C    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm13, 0x0D    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm14, 0x0E    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm15, 0x0F    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm16, 0x10    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm17, 0x11    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm18, 0x12    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm19, 0x13    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm20, 0x14    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm21, 0x15    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm22, 0x16    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm23, 0x17    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm24, 0x18    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm25, 0x19    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm26, 0x1A    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm27, 0x1B    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm28, 0x1C    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm29, 0x1D    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm30, 0x1E    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(xmm31, 0x1F    | OCT   | XMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm0,  0x00    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm1,  0x01    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm2,  0x02    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm3,  0x03    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm4,  0x04    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm5,  0x05    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm6,  0x06    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm7,  0x07    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm8,  0x08    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm9,  0x09    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm10, 0x0A    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm11, 0x0B    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm12, 0x0C    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm13, 0x0D    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm14, 0x0E    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm15, 0x0F    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm16, 0x10    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm17, 0x11    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm18, 0x12    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm19, 0x13    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm20, 0x14    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm21, 0x15    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm22, 0x16    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm23, 0x17    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm24, 0x18    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm25, 0x19    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm26, 0x1A    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm27, 0x1B    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm28, 0x1C    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm29, 0x1D    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm30, 0x1E    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(ymm31, 0x1F    | YMMS  | YMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm0,  0x00    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm1,  0x01    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm2,  0x02    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm3,  0x03    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm4,  0x04    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm5,  0x05    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm6,  0x06    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm7,  0x07    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm8,  0x08    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm9,  0x09    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm10, 0x0A    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm11, 0x0B    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm12, 0x0C    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm13, 0x0D    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm14, 0x0E    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm15, 0x0F    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm16, 0x10    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm17, 0x11    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm18, 0x12    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm19, 0x13    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm20, 0x14    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm21, 0x15    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm22, 0x16    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm23, 0x17    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm24, 0x18    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm25, 0x19    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm26, 0x1A    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm27, 0x1B    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm28, 0x1C    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm29, 0x1D    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm30, 0x1E    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(zmm31, 0x1F    | ZMMS  | ZMM  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(mm0,   0x0     | FPDBL | MMX  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(mm1,   0x1     | FPDBL | MMX  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(mm2,   0x2     | FPDBL | MMX  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(mm3,   0x3     | FPDBL | MMX  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(mm4,   0x4     | FPDBL | MMX  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(mm5,   0x5     | FPDBL | MMX  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(mm6,   0x6     | FPDBL | MMX  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(mm7,   0x7     | FPDBL | MMX  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(cr0,   0x0     | FULL  | CTL  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(cr1,   0x1     | FULL  | CTL  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(cr2,   0x2     | FULL  | CTL  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(cr3,   0x3     | FULL  | CTL  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(cr4,   0x4     | FULL  | CTL  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(cr5,   0x5     | FULL  | CTL  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(cr6,   0x6     | FULL  | CTL  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(cr7,   0x7     | FULL  | CTL  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(dr0,   0x0     | FULL  | DBG  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(dr1,   0x1     | FULL  | DBG  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(dr2,   0x2     | FULL  | DBG  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(dr3,   0x3     | FULL  | DBG  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(dr4,   0x4     | FULL  | DBG  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(dr5,   0x5     | FULL  | DBG  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(dr6,   0x6     | FULL  | DBG  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(dr7,   0x7     | FULL  | DBG  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(tr0,   0x0     | FULL  | TST  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(tr1,   0x1     | FULL  | TST  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(tr2,   0x2     | FULL  | TST  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(tr3,   0x3     | FULL  | TST  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(tr4,   0x4     | FULL  | TST  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(tr5,   0x5     | FULL  | TST  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(tr6,   0x6     | FULL  | TST  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(tr7,   0x7     | FULL  | TST  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(st0,   0x0     | FPDBL | MMX  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(st1,   0x1     | FPDBL | MMX  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(st2,   0x2     | FPDBL | MMX  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(st3,   0x3     | FPDBL | MMX  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(st4,   0x4     | FPDBL | MMX  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(st5,   0x5     | FPDBL | MMX  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(st6,   0x6     | FPDBL | MMX  | Arch_x86_64, "x86_64");
+        DEF_REGISTER(st7,   0x7     | FPDBL | MMX  | Arch_x86_64, "x86_64");
+    }
+    namespace ppc32 {
+        const signed int GPR   = 0x00010000;
+        const signed int FPR   = 0x00020000;
+        const signed int FSR   = 0x00040000;
+        const signed int SPR   = 0x00080000;
+
+        DEF_REGISTER(r0,       0 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r1,       1 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r2,       2 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r3,       3 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r4,       4 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r5,       5 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r6,       6 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r7,       7 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r8,       8 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r9,       9 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r10,     10 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r11,     11 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r12,     12 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r13,     13 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r14,     14 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r15,     15 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r16,     16 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r17,     17 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r18,     18 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r19,     19 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r20,     20 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r21,     21 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r22,     22 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r23,     23 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r24,     24 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r25,     25 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r26,     26 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r27,     27 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r28,     28 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r29,     29 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r30,     30 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(r31,     31 | GPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr0,     0 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr1,     1 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr2,     2 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr3,     3 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr4,     4 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr5,     5 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr6,     6 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr7,     7 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr8,     8 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr9,     9 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr10,   10 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr11,   11 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr12,   12 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr13,   13 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr14,   14 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr15,   15 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr16,   16 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr17,   17 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr18,   18 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr19,   19 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr20,   20 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr21,   21 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr22,   22 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr23,   23 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr24,   24 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr25,   25 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr26,   26 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr27,   27 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr28,   28 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr29,   29 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr30,   30 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpr31,   31 | FPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr0,     0 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr1,     1 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr2,     2 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr3,     3 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr4,     4 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr5,     5 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr6,     6 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr7,     7 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr8,     8 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr9,     9 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr10,   10 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr11,   11 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr12,   12 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr13,   13 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr14,   14 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr15,   15 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr16,   16 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr17,   17 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr18,   18 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr19,   19 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr20,   20 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr21,   21 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr22,   22 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr23,   23 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr24,   24 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr25,   25 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr26,   26 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr27,   27 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr28,   28 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr29,   29 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr30,   30 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fsr31,   31 | FSR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(mq,       0 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(xer,      1 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(lr,       8 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(ctr,      9 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(amr,     13 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(dscr,    17 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(dsisr,   18 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(dar,     19 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(dec,     22 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(sdr1,    25 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(srr0,    26 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(srr1,    27 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cfar,    28 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(amr_pri, 29 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(pid,     48 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(gdecar,  53 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(decar,   54 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(mcivpr,  55 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(lper,    56 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(lperu,   57 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(csrr0,   58 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(csrr1,   59 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(gtsrwr,  60 | SPR | Arch_ppc32, "ppc32");
+        //      DEF_REGISTER(iamr,    61 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(esr,     62 | SPR | Arch_ppc32, "ppc32");
+        //      DEF_REGISTER(ivpr,    66 | SPR | Arch_ppc32, "ppc32");
+
+        DEF_REGISTER(vrsave, 256 | SPR | Arch_ppc32, "ppc32");
+
+
+        DEF_REGISTER(sprg0,  272 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(sprg1,  273 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(sprg2,  274 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(sprg3,  275 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(sprg4,  276 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(sprg5,  277 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(sprg6,  278 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(sprg7,  279 | SPR | Arch_ppc32, "ppc32");
+
+        DEF_REGISTER(sprg3_ro,  259 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(sprg4_ro,  260 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(sprg5_ro,  261 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(sprg6_ro,  262 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(sprg7_ro,  263 | SPR | Arch_ppc32, "ppc32");
+
+
+        DEF_REGISTER(ear,    282 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(tbl_wo,    284 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(tbl_ro,    268 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(tbu_wo,    285 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(tbu_ro,    269 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(pvr,    287 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(ibat0u, 528 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(ibat0l, 529 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(ibat1u, 530 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(ibat1l, 531 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(ibat2u, 532 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(ibat2l, 533 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(ibat3u, 534 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(ibat3l, 535 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(dbat0u, 536 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(dbat0l, 537 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(dbat1u, 538 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(dbat1l, 539 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(dbat2u, 540 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(dbat2l, 541 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(dbat3u, 542 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(dbat3l, 543 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(pc,     600 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpscw,  601 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpscw0, 602 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpscw1, 603 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpscw2, 604 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpscw3, 605 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpscw4, 606 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpscw5, 607 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpscw6, 608 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(fpscw7, 609 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(msr,    610 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(ivpr,   611 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(ivor8,  612 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(seg0,   613 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(seg1,   614 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(seg2,   615 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(seg3,   616 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(seg4,   617 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(seg5,   618 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(seg6,   619 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(seg7,   620 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr0,    621 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr1,    622 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr2,    623 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr3,    624 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr4,    625 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr5,    626 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr6,    627 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr7,    628 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr,     629 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(or3,    630 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(trap,   631 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr0l,   700 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr0g,   701 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr0e,   702 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr0s,   703 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr1l,   704 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr1g,   705 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr1e,   706 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr1s,   707 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr2l,   708 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr2g,   709 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr2e,   710 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr2s,   711 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr3l,   712 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr3g,   713 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr3e,   714 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr3s,   715 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr4l,   716 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr4g,   717 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr4e,   718 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr4s,   719 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr5l,   720 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr5g,   721 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr5e,   722 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr5s,   723 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr6l,   724 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr6g,   725 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr6e,   726 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr6s,   727 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr7l,   728 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr7g,   729 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr7e,   730 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(cr7s,   731 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(ppr,    896 | SPR | Arch_ppc32, "ppc32");
+        DEF_REGISTER(ppr32,  898 | SPR | Arch_ppc32, "ppc32");
+
+
+    }
+    namespace ppc64 {
+        const signed int GPR   = 0x00010000;
+        const signed int FPR   = 0x00020000;
+        const signed int FSR   = 0x00040000;
+        const signed int SPR   = 0x00080000;
+        const signed int VSR   = 0x00000000;
+
+        DEF_REGISTER(r0,       0 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r1,       1 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r2,       2 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r3,       3 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r4,       4 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r5,       5 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r6,       6 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r7,       7 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r8,       8 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r9,       9 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r10,     10 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r11,     11 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r12,     12 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r13,     13 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r14,     14 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r15,     15 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r16,     16 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r17,     17 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r18,     18 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r19,     19 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r20,     20 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r21,     21 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r22,     22 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r23,     23 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r24,     24 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r25,     25 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r26,     26 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r27,     27 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r28,     28 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r29,     29 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r30,     30 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(r31,     31 | GPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr0,     0 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr1,     1 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr2,     2 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr3,     3 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr4,     4 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr5,     5 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr6,     6 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr7,     7 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr8,     8 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr9,     9 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr10,   10 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr11,   11 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr12,   12 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr13,   13 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr14,   14 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr15,   15 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr16,   16 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr17,   17 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr18,   18 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr19,   19 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr20,   20 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr21,   21 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr22,   22 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr23,   23 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr24,   24 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr25,   25 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr26,   26 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr27,   27 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr28,   28 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr29,   29 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr30,   30 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpr31,   31 | FPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr0,     0 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr1,     1 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr2,     2 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr3,     3 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr4,     4 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr5,     5 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr6,     6 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr7,     7 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr8,     8 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr9,     9 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr10,   10 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr11,   11 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr12,   12 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr13,   13 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr14,   14 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr15,   15 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr16,   16 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr17,   17 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr18,   18 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr19,   19 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr20,   20 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr21,   21 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr22,   22 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr23,   23 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr24,   24 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr25,   25 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr26,   26 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr27,   27 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr28,   28 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr29,   29 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr30,   30 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fsr31,   31 | FSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(mq,       0 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(xer,      1 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(lr,       8 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(ctr,      9 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(dsisr,   18 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(dar,     19 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(dec,     22 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(sdr1,    25 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(srr0,    26 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(srr1,    27 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vrsave, 256 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(sprg0,  272 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(sprg1,  273 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(sprg2,  274 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(sprg3,  275 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(sprg4,  276 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(sprg5,  277 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(sprg6,  278 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(sprg7,  279 | SPR | Arch_ppc64, "ppc64");
+
+        DEF_REGISTER(sprg3_ro,  259 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(sprg4_ro,  260 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(sprg5_ro,  261 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(sprg6_ro,  262 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(sprg7_ro,  263 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(ear,    282 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(tbl_wo,    284 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(tbl_ro,    268 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(tbu_wo,    285 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(tbu_ro,    269 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(pvr,    287 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(ibat0u, 528 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(ibat0l, 529 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(ibat1u, 530 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(ibat1l, 531 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(ibat2u, 532 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(ibat2l, 533 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(ibat3u, 534 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(ibat3l, 535 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(dbat0u, 536 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(dbat0l, 537 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(dbat1u, 538 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(dbat1l, 539 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(dbat2u, 540 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(dbat2l, 541 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(dbat3u, 542 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(dbat3l, 543 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(pc,     600 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpscw,  601 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpscw0, 602 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpscw1, 603 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpscw2, 604 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpscw3, 605 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpscw4, 606 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpscw5, 607 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpscw6, 608 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(fpscw7, 609 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(msr,    610 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(ivpr,   611 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(ivor8,  612 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(seg0,   613 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(seg1,   614 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(seg2,   615 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(seg3,   616 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(seg4,   617 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(seg5,   618 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(seg6,   619 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(seg7,   620 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr0,    621 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr1,    622 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr2,    623 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr3,    624 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr4,    625 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr5,    626 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr6,    627 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr7,    628 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr,     629 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(or3,    630 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(trap,   631 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr0l,   700 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr0g,   701 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr0e,   702 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr0s,   703 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr1l,   704 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr1g,   705 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr1e,   706 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr1s,   707 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr2l,   708 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr2g,   709 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr2e,   710 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr2s,   711 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr3l,   712 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr3g,   713 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr3e,   714 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr3s,   715 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr4l,   716 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr4g,   717 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr4e,   718 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr4s,   719 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr5l,   720 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr5g,   721 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr5e,   722 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr5s,   723 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr6l,   724 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr6g,   725 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr6e,   726 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr6s,   727 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr7l,   728 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr7g,   729 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr7e,   730 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(cr7s,   731 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(ppr,    896 | SPR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(ppr32,  898 | SPR | Arch_ppc64, "ppc64");
+
+        DEF_REGISTER(vsr0,   0   | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr1,   1   | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr2,   2   | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr3,   3   | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr4,   4   | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr5,   5   | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr6,   6   | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr7,   7   | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr8,   8   | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr9,   9   | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr10,  10  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr11,  11  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr12,  12  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr13,  13  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr14,  14  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr15,  15  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr16,  16  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr17,  17  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr18,  18  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr19,  19  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr20,  20  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr21,  21  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr22,  22  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr23,  23  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr24,  24  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr25,  25  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr26,  26  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr27,  27  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr28,  28  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr29,  29  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr30,  30  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr31,  31  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr32,  32  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr33,  33  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr34,  34  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr35,  35  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr36,  36  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr37,  37  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr38,  38  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr39,  39  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr40,  40  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr41,  41  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr42,  42  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr43,  43  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr44,  44  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr45,  45  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr46,  46  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr47,  47  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr48,  48  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr49,  49  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr50,  50  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr51,  51  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr52,  52  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr53,  53  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr54,  54  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr55,  55  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr56,  56  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr57,  57  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr58,  58  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr59,  59  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr60,  60  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr61,  61  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr62,  62  | VSR | Arch_ppc64, "ppc64");
+        DEF_REGISTER(vsr63,  63  | VSR | Arch_ppc64, "ppc64");
+
+
+
+
+    }
+
+    namespace aarch64{
+        //0xff000000  0x00ff0000      0x0000ff00      0x000000ff
+        //arch        reg cat:GPR     alias&subrange  reg ID
+        const signed int GPR   = 0x00010000;
+        const signed int FPR   = 0x00020000;
+        const signed int FLAG  = 0x00030000;
+        const signed int FSR   = 0x00040000;
+        const signed int SPR   = 0x00080000;
+        const signed int SYSREG = 0x00100000;
+
+        const signed int BIT   = 0x00008000;
+        const signed int B_REG = 0x00000100;      //8bit  byte reg
+        const signed int W_REG = 0x00000300;      //16bit half-wor reg
+        const signed int D_REG = 0x00000f00;      //32bit single-word reg
+        const signed int FULL  = 0x00000000;      //64bit double-word reg
+        const signed int Q_REG = 0x00000400;      //128bit reg
+        const signed int HQ_REG = 0x00000500;      //second 64bit in 128bit reg
+
+        //31 GPRs, double word long registers
+        //          (name   regID| alias | cat | arch           arch    )
+        DEF_REGISTER(x0,       0 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w0,       0 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x1,       1 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w1,       1 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x2,       2 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w2,       2 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x3,       3 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w3,       3 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x4,       4 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w4,       4 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x5,       5 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w5,       5 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x6,       6 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w6,       6 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x7,       7 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w7,       7 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x8,       8 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w8,       8 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x9,       9 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w9,       9 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x10,     10 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w10,     10 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x11,     11 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w11,     11 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x12,     12 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w12,     12 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x13,     13 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w13,     13 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x14,     14 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w14,     14 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x15,     15 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w15,     15 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x16,     16 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w16,     16 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x17,     17 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w17,     17 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x18,     18 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w18,     18 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x19,     19 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w19,     19 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x20,     20 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w20,     20 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x21,     21 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w21,     21 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x22,     22 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w22,     22 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x23,     23 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w23,     23 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x24,     24 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w24,     24 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x25,     25 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w25,     25 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x26,     26 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w26,     26 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x27,     27 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w27,     27 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x28,     28 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w28,     28 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x29,     29 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w29,     29 | D_REG  |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(x30,     30 | FULL   |GPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(w30,     30 | D_REG  |GPR | Arch_aarch64, "aarch64");
+
+        //32 FPRs-----------q-d-s-h-b
+        //128 bit
+        DEF_REGISTER(q0,       0 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q1,       1 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q2,       2 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q3,       3 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q4,       4 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q5,       5 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q6,       6 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q7,       7 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q8,       8 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q9,       9 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q10,     10 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q11,     11 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q12,     12 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q13,     13 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q14,     14 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q15,     15 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q16,     16 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q17,     17 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q18,     18 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q19,     19 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q20,     20 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q21,     21 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q22,     22 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q23,     23 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q24,     24 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q25,     25 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q26,     26 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q27,     27 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q28,     28 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q29,     29 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q30,     30 | Q_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(q31,     31 | Q_REG |FPR | Arch_aarch64, "aarch64");
+
+        // second 64bit
+        DEF_REGISTER(hq0,       0 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq1,       1 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq2,       2 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq3,       3 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq4,       4 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq5,       5 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq6,       6 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq7,       7 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq8,       8 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq9,       9 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq10,     10 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq11,     11 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq12,     12 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq13,     13 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq14,     14 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq15,     15 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq16,     16 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq17,     17 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq18,     18 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq19,     19 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq20,     20 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq21,     21 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq22,     22 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq23,     23 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq24,     24 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq25,     25 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq26,     26 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq27,     27 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq28,     28 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq29,     29 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq30,     30 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(hq31,     31 | HQ_REG |FPR | Arch_aarch64, "aarch64");
+
+        //64bit FP regs
+        DEF_REGISTER(d0,       0 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d1,       1 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d2,       2 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d3,       3 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d4,       4 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d5,       5 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d6,       6 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d7,       7 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d8,       8 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d9,       9 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d10,     10 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d11,     11 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d12,     12 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d13,     13 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d14,     14 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d15,     15 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d16,     16 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d17,     17 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d18,     18 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d19,     19 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d20,     20 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d21,     21 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d22,     22 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d23,     23 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d24,     24 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d25,     25 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d26,     26 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d27,     27 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d28,     28 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d29,     29 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d30,     30 | FULL |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(d31,     31 | FULL |FPR | Arch_aarch64, "aarch64");
+
+        //32 bit FP regs
+        DEF_REGISTER(s0,       0 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s1,       1 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s2,       2 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s3,       3 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s4,       4 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s5,       5 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s6,       6 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s7,       7 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s8,       8 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s9,       9 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s10,     10 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s11,     11 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s12,     12 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s13,     13 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s14,     14 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s15,     15 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s16,     16 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s17,     17 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s18,     18 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s19,     19 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s20,     20 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s21,     21 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s22,     22 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s23,     23 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s24,     24 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s25,     25 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s26,     26 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s27,     27 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s28,     28 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s29,     29 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s30,     30 | D_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(s31,     31 | D_REG |FPR | Arch_aarch64, "aarch64");
+
+
+        //16 bit FP regs
+        DEF_REGISTER(h0,       0 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h1,       1 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h2,       2 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h3,       3 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h4,       4 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h5,       5 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h6,       6 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h7,       7 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h8,       8 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h9,       9 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h10,     10 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h11,     11 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h12,     12 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h13,     13 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h14,     14 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h15,     15 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h16,     16 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h17,     17 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h18,     18 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h19,     19 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h20,     20 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h21,     21 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h22,     22 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h23,     23 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h24,     24 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h25,     25 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h26,     26 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h27,     27 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h28,     28 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h29,     29 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h30,     30 | W_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(h31,     31 | W_REG |FPR | Arch_aarch64, "aarch64");
+
+        //8 bit FP regs
+        DEF_REGISTER(b0,       0 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b1,       1 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b2,       2 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b3,       3 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b4,       4 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b5,       5 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b6,       6 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b7,       7 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b8,       8 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b9,       9 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b10,     10 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b11,     11 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b12,     12 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b13,     13 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b14,     14 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b15,     15 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b16,     16 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b17,     17 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b18,     18 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b19,     19 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b20,     20 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b21,     21 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b22,     22 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b23,     23 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b24,     24 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b25,     25 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b26,     26 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b27,     27 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b28,     28 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b29,     29 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b30,     30 | B_REG |FPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(b31,     31 | B_REG |FPR | Arch_aarch64, "aarch64");
 
 #include "aarch64_sys_regs.h"
 
-      //GPRs aliases:
-      //by convention
-      //x29 is used as frame pointer
-	  //x30 is the linking register
-      //x31 can be sp or zero register depending on the context
-
-      //special registers
-	  //PC is not writable in aarch64
-      const signed int N_FLAG   =   31;
-      const signed int Z_FLAG   =   30;
-      const signed int C_FLAG   =   29;
-      const signed int V_FLAG   =   28;
-
-      DEF_REGISTER(sp,       31| FULL   |SPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(wsp,      0 | D_REG  |SPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(pc,       32| FULL   |SPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(pstate,   2 | D_REG  |SPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(xzr,		 3 | FULL   |SPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(n,   N_FLAG | BIT    |FLAG| Arch_aarch64, "aarch64");
-      DEF_REGISTER(z,   Z_FLAG | BIT    |FLAG| Arch_aarch64, "aarch64");
-      DEF_REGISTER(c,   C_FLAG | BIT    |FLAG| Arch_aarch64, "aarch64");
-      DEF_REGISTER(v,   V_FLAG | BIT    |FLAG| Arch_aarch64, "aarch64");
-      DEF_REGISTER(wzr,		 3 | D_REG  |SPR | Arch_aarch64, "aarch64");
-      DEF_REGISTER(fpcr,     4 | D_REG  |SPR | Arch_aarch64, "aarch64");
-     DEF_REGISTER(fpsr,     5 | D_REG  |SPR | Arch_aarch64, "aarch64");
-
-	}	//end of aarch64 namespace
-	namespace amdgpu_vega{
-      //0xff000000  0x00ff0000      0x0000ff00      0x000000ff
-      //arch        reg cat:GPR     alias&subrange  reg ID
-      const signed int SGPR           = 0x00010000;
-      const signed int SGPR_VEC2      = 0x00020000;
-      const signed int SGPR_VEC4      = 0x00030000;
-      const signed int SGPR_VEC8      = 0x00040000;
-      const signed int SGPR_VEC16     = 0x00050000;
-
-      const signed int VGPR           = 0x00060000;
-      const signed int VGPR_VEC2      = 0x00070000;
-      const signed int VGPR_VEC4      = 0x00080000;
-      const signed int VGPR_VEC8      = 0x00090000;
-      const signed int VGPR_VEC16     = 0x000A0000;
-      
-      const signed int HWR            = 0x000B0000;
-      const signed int TTMP_SGPR      = 0x000C0000;
-      const signed int FLAGS          = 0x000D0000;
-      const signed int PC             = 0x000E0000;
-      const signed int SYSREG         = 0x00100000;
-
-      // aliasing for flags
-      // if we found out that it is a flag, we no longer need to use the cat  0x00ff0000
-      // so we use thhat part to encode the low offset in the base register
-      //
-
-
-
-      const signed int BITS_1       = 0x00000100;
-      const signed int BITS_2       = 0x00000200;
-      const signed int BITS_3       = 0x00000300;
-      const signed int BITS_4       = 0x00000400;
-      const signed int BITS_6       = 0x00000500;
-      const signed int BITS_7       = 0x00000600;
-      const signed int BITS_8       = 0x00000700;
-      const signed int BITS_9       = 0x00000800;
-      const signed int BITS_15      = 0x00000900;
-      const signed int BITS_16      = 0x00000A00;
-      const signed int BITS_32      = 0x00000B00;
-      const signed int BITS_48      = 0x00000C00;
-      const signed int BITS_64      = 0x00000D00;
-      const signed int BITS_128     = 0x00000E00;
-      const signed int BITS_256     = 0x00000F00;
-      const signed int BITS_512     = 0x00001000;
-
-
-
-
-      /*const signed int BIT     = 0x00001000;
-      const signed int D_BIT   = 0x00002000;
-      const signed int T_BIT   = 0x00003000;
-      const signed int Q_BIT   = 0x00004000;
-      const signed int H_BIT   = 0x00006000;
-      const signed int S_BIT   = 0x00007000;
-      const signed int O_BIT   = 0x00008000;
-      const signed int N_BIT   = 0x00009000;
-      const signed int D_REG_BIT   = 0x0000A000;
-
-      const signed int B_REG   = 0x00000100;      //8bit  byte reg
-      const signed int W_REG   = 0x00000200;      //16bit half-wor reg
-      const signed int D_REG   = 0x00000300;      //32bit single-word reg
-      const signed int FE_REG  = 0x00000400;     //48bit reg
-      const signed int FULL    = 0x00000500;      //64bit double-word reg
-      const signed int Q_REG   = 0x00000600;      //128bit reg
-      const signed int YMMS    = 0x00000700;       //256bit reg
-      const signed int ZMMS    = 0x00000800;       //512bit reg
-      const signed int HQ_REG  = 0x00000900;      //second 64bit in 128bit reg*/
+        //GPRs aliases:
+        //by convention
+        //x29 is used as frame pointer
+        //x30 is the linking register
+        //x31 can be sp or zero register depending on the context
+
+        //special registers
+        //PC is not writable in aarch64
+        const signed int N_FLAG   =   31;
+        const signed int Z_FLAG   =   30;
+        const signed int C_FLAG   =   29;
+        const signed int V_FLAG   =   28;
+
+        DEF_REGISTER(sp,       31| FULL   |SPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(wsp,      0 | D_REG  |SPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(pc,       32| FULL   |SPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(pstate,   2 | D_REG  |SPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(xzr,		 3 | FULL   |SPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(n,   N_FLAG | BIT    |FLAG| Arch_aarch64, "aarch64");
+        DEF_REGISTER(z,   Z_FLAG | BIT    |FLAG| Arch_aarch64, "aarch64");
+        DEF_REGISTER(c,   C_FLAG | BIT    |FLAG| Arch_aarch64, "aarch64");
+        DEF_REGISTER(v,   V_FLAG | BIT    |FLAG| Arch_aarch64, "aarch64");
+        DEF_REGISTER(wzr,		 3 | D_REG  |SPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(fpcr,     4 | D_REG  |SPR | Arch_aarch64, "aarch64");
+        DEF_REGISTER(fpsr,     5 | D_REG  |SPR | Arch_aarch64, "aarch64");
+
+    }	//end of aarch64 namespace
+    namespace amdgpu_vega{
+        //0xff000000  0x00ff0000      0x0000ff00      0x000000ff
+        //arch        reg cat:GPR     alias&subrange  reg ID
+        const signed int SGPR           = 0x00010000;
+        const signed int SGPR_VEC2      = 0x00020000;
+        const signed int SGPR_VEC4      = 0x00030000;
+        const signed int SGPR_VEC8      = 0x00040000;
+        const signed int SGPR_VEC16     = 0x00050000;
+
+        const signed int VGPR           = 0x00060000;
+        const signed int VGPR_VEC2      = 0x00070000;
+        const signed int VGPR_VEC4      = 0x00080000;
+        const signed int VGPR_VEC8      = 0x00090000;
+        const signed int VGPR_VEC16     = 0x000A0000;
+
+        const signed int HWR            = 0x000B0000;
+        const signed int TTMP_SGPR      = 0x000C0000;
+        const signed int FLAGS          = 0x000D0000;
+        const signed int PC             = 0x000E0000;
+        const signed int SYSREG         = 0x00100000;
+
+        // aliasing for flags
+        // if we found out that it is a flag, we no longer need to use the cat  0x00ff0000
+        // so we use thhat part to encode the low offset in the base register
+        //
+
+
+
+        const signed int BITS_1       = 0x00000100;
+        const signed int BITS_2       = 0x00000200;
+        const signed int BITS_3       = 0x00000300;
+        const signed int BITS_4       = 0x00000400;
+        const signed int BITS_6       = 0x00000500;
+        const signed int BITS_7       = 0x00000600;
+        const signed int BITS_8       = 0x00000700;
+        const signed int BITS_9       = 0x00000800;
+        const signed int BITS_15      = 0x00000900;
+        const signed int BITS_16      = 0x00000A00;
+        const signed int BITS_32      = 0x00000B00;
+        const signed int BITS_48      = 0x00000C00;
+        const signed int BITS_64      = 0x00000D00;
+        const signed int BITS_128     = 0x00000E00;
+        const signed int BITS_256     = 0x00000F00;
+        const signed int BITS_512     = 0x00001000;
 
-      #include "amdgpu_vega_sys_regs.h"
+#include "AMDGPU/vega/amdgpu_vega_sys_regs.h"
     }
 
+    namespace amdgpu_cdna2{
+        //0xff000000  0x00ff0000      0x0000ff00      0x000000ff
+        //arch        reg cat:GPR     alias&subrange  reg ID
+        const signed int SGPR           = 0x00010000;
+        const signed int SGPR_VEC2      = 0x00020000;
+        const signed int SGPR_VEC4      = 0x00030000;
+        const signed int SGPR_VEC8      = 0x00040000;
+        const signed int SGPR_VEC16     = 0x00050000;
+
+        const signed int VGPR           = 0x00060000;
+        const signed int VGPR_VEC2      = 0x00070000;
+        const signed int VGPR_VEC4      = 0x00080000;
+        const signed int VGPR_VEC8      = 0x00090000;
+        const signed int VGPR_VEC16     = 0x000A0000;
+
+        const signed int ACC_VGPR       = 0x000B0000;
+
+        const signed int HWR            = 0x000C0000;
+        const signed int TTMP_SGPR      = 0x000D0000;
+        const signed int FLAGS          = 0x000E0000;
+        const signed int PC             = 0x000F0000;
+        const signed int SYSREG         = 0x00100000;
+        const signed int TGT            = 0x00110000; // I have no idea what TGT is yet
+        const signed int ATTR           = 0x00120000;
+        const signed int PARAM          = 0x00130000; // LDS Parameter
+
+        // aliasing for flags
+        // if we found out that it is a flag, we no longer need to use the cat  0x00ff0000
+        // so we use that part to encode the low offset in the base register
+        //
+
+
+        const signed int BITS_1       = 0x00000100;
+        const signed int BITS_2       = 0x00000200;
+        const signed int BITS_3       = 0x00000300;
+        const signed int BITS_4       = 0x00000400;
+        const signed int BITS_6       = 0x00000500;
+        const signed int BITS_7       = 0x00000600;
+        const signed int BITS_8       = 0x00000700;
+        const signed int BITS_9       = 0x00000800;
+        const signed int BITS_15      = 0x00000900;
+        const signed int BITS_16      = 0x00000A00;
+        const signed int BITS_32      = 0x00000B00;
+        const signed int BITS_48      = 0x00000C00;
+        const signed int BITS_64      = 0x00000D00;
+        const signed int BITS_128     = 0x00000E00;
+        const signed int BITS_256     = 0x00000F00;
+        const signed int BITS_512     = 0x00001000;
+
+
+
+        DEF_REGISTER(tid,                      Arch_amdgpu_cdna2| SYSREG  | BITS_32 | 0 , "amdgpu_cdna2");
+
+        DEF_REGISTER(invalid,                  Arch_amdgpu_cdna2| SYSREG  | BITS_32 | 1 , "amdgpu_cdna2");
+        DEF_REGISTER(pc_all,                   Arch_amdgpu_cdna2| PC  | BITS_48 | 0 , "amdgpu_cdna2");
+
+
+        DEF_REGISTER(src_scc,                  Arch_amdgpu_cdna2| HWR | BITS_32 | 0 , "amdgpu_cdna2");
+
+
+        DEF_REGISTER(src_vccz,                 Arch_amdgpu_cdna2| HWR | BITS_1  | 1 , "amdgpu_cdna2");
+        DEF_REGISTER(vcc_lo,                   Arch_amdgpu_cdna2| HWR | BITS_32 | 2 , "amdgpu_cdna2");
+        DEF_REGISTER(vcc_hi,                   Arch_amdgpu_cdna2| HWR | BITS_32 | 3 , "amdgpu_cdna2");
+        DEF_REGISTER(vcc,                      Arch_amdgpu_cdna2| HWR | BITS_64 | 2 , "amdgpu_cdna2");
+
+
+
+        DEF_REGISTER(src_execz,                Arch_amdgpu_cdna2| HWR | BITS_1  | 4 , "amdgpu_cdna2");
+        DEF_REGISTER(exec_lo,                  Arch_amdgpu_cdna2| HWR | BITS_32 | 5 , "amdgpu_cdna2");
+        DEF_REGISTER(exec_hi,                  Arch_amdgpu_cdna2| HWR | BITS_32 | 6 , "amdgpu_cdna2");
+        DEF_REGISTER(exec,                     Arch_amdgpu_cdna2| HWR | BITS_64 | 5 , "amdgpu_cdna2");
+
+
+        DEF_REGISTER(flat_scratch_lo,          Arch_amdgpu_cdna2| HWR | BITS_64 | 7 , "amdgpu_cdna2");
+        DEF_REGISTER(flat_scratch_hi,          Arch_amdgpu_cdna2| HWR | BITS_32 | 8 , "amdgpu_cdna2");
+        DEF_REGISTER(flat_scratch_all,         Arch_amdgpu_cdna2| HWR | BITS_32 | 7 , "amdgpu_cdna2");
+
+        DEF_REGISTER(m0,                       Arch_amdgpu_cdna2| HWR | BITS_32 | 10 , "amdgpu_cdna2");
+
+        DEF_REGISTER(src_literal,              Arch_amdgpu_cdna2| HWR | BITS_32 | 11 , "amdgpu_cdna2");// TODO
+        DEF_REGISTER(src_pops_exiting_wave_id, Arch_amdgpu_cdna2| HWR | BITS_32 | 12 , "amdgpu_cdna2");// TODO
+
+        DEF_REGISTER(src_private_base,         Arch_amdgpu_cdna2| HWR | BITS_32 | 13 , "amdgpu_cdna2");
+        DEF_REGISTER(src_private_limit,        Arch_amdgpu_cdna2| HWR | BITS_32 | 14 , "amdgpu_cdna2");
+        DEF_REGISTER(src_shared_base,          Arch_amdgpu_cdna2| HWR | BITS_32 | 15 , "amdgpu_cdna2");
+        DEF_REGISTER(src_shared_limit,         Arch_amdgpu_cdna2| HWR | BITS_32 | 16, "amdgpu_cdna2");
+
+        DEF_REGISTER(xnack_mask_lo,            Arch_amdgpu_cdna2| HWR | BITS_32 | 17, "amdgpu_cdna2");
+        DEF_REGISTER(xnack_mask_hi,            Arch_amdgpu_cdna2| HWR | BITS_32 | 18, "amdgpu_cdna2");
+
+
+        DEF_REGISTER(ttmp0,                    Arch_amdgpu_cdna2| TTMP_SGPR | BITS_32 | 0 , "amdgpu_cdna2");
+        DEF_REGISTER(ttmp1,                    Arch_amdgpu_cdna2| TTMP_SGPR | BITS_32 | 1 , "amdgpu_cdna2");
+        DEF_REGISTER(ttmp2,                    Arch_amdgpu_cdna2| TTMP_SGPR | BITS_32 | 2 , "amdgpu_cdna2");
+        DEF_REGISTER(ttmp3,                    Arch_amdgpu_cdna2| TTMP_SGPR | BITS_32 | 3 , "amdgpu_cdna2");
+        DEF_REGISTER(ttmp4,                    Arch_amdgpu_cdna2| TTMP_SGPR | BITS_32 | 4 , "amdgpu_cdna2");
+        DEF_REGISTER(ttmp5,                    Arch_amdgpu_cdna2| TTMP_SGPR | BITS_32 | 5 , "amdgpu_cdna2");
+        DEF_REGISTER(ttmp6,                    Arch_amdgpu_cdna2| TTMP_SGPR | BITS_32 | 6 , "amdgpu_cdna2");
+        DEF_REGISTER(ttmp7,                    Arch_amdgpu_cdna2| TTMP_SGPR | BITS_32 | 7 , "amdgpu_cdna2");
+        DEF_REGISTER(ttmp8,                    Arch_amdgpu_cdna2| TTMP_SGPR | BITS_32 | 8 , "amdgpu_cdna2");
+        DEF_REGISTER(ttmp9,                    Arch_amdgpu_cdna2| TTMP_SGPR | BITS_32 | 9 , "amdgpu_cdna2");
+        DEF_REGISTER(ttmp10,                   Arch_amdgpu_cdna2| TTMP_SGPR | BITS_32 | 10 , "amdgpu_cdna2");
+        DEF_REGISTER(ttmp11,                   Arch_amdgpu_cdna2| TTMP_SGPR | BITS_32 | 11 , "amdgpu_cdna2");
+        DEF_REGISTER(ttmp12,                   Arch_amdgpu_cdna2| TTMP_SGPR | BITS_32 | 12 , "amdgpu_cdna2");
+        DEF_REGISTER(ttmp13,                   Arch_amdgpu_cdna2| TTMP_SGPR | BITS_32 | 13 , "amdgpu_cdna2");
+        DEF_REGISTER(ttmp14,                   Arch_amdgpu_cdna2| TTMP_SGPR | BITS_32 | 14 , "amdgpu_cdna2");
+        DEF_REGISTER(ttmp15,                   Arch_amdgpu_cdna2| TTMP_SGPR | BITS_32 | 15 , "amdgpu_cdna2");
+
+
+
+        DEF_REGISTER(mrt0,				Arch_amdgpu_cdna2| TGT | BITS_32 | 0 , "amdgpu_cdna2");
+        DEF_REGISTER(mrt1,				Arch_amdgpu_cdna2| TGT | BITS_32 | 1 , "amdgpu_cdna2");
+        DEF_REGISTER(mrt2,				Arch_amdgpu_cdna2| TGT | BITS_32 | 2 , "amdgpu_cdna2");
+        DEF_REGISTER(mrt3,				Arch_amdgpu_cdna2| TGT | BITS_32 | 3 , "amdgpu_cdna2");
+        DEF_REGISTER(mrt4,				Arch_amdgpu_cdna2| TGT | BITS_32 | 4 , "amdgpu_cdna2");
+        DEF_REGISTER(mrt5,				Arch_amdgpu_cdna2| TGT | BITS_32 | 5 , "amdgpu_cdna2");
+        DEF_REGISTER(mrt6,				Arch_amdgpu_cdna2| TGT | BITS_32 | 6 , "amdgpu_cdna2");
+        DEF_REGISTER(mrt7,				Arch_amdgpu_cdna2| TGT | BITS_32 | 7 , "amdgpu_cdna2");
+        DEF_REGISTER(mrtz,				Arch_amdgpu_cdna2| TGT | BITS_32 | 8 , "amdgpu_cdna2");
+        DEF_REGISTER(null,				Arch_amdgpu_cdna2| TGT | BITS_32 | 9 , "amdgpu_cdna2");
+        DEF_REGISTER(pos0,				Arch_amdgpu_cdna2| TGT | BITS_32 | 12 , "amdgpu_cdna2");
+        DEF_REGISTER(pos1,				Arch_amdgpu_cdna2| TGT | BITS_32 | 13 , "amdgpu_cdna2");
+        DEF_REGISTER(pos2,				Arch_amdgpu_cdna2| TGT | BITS_32 | 14 , "amdgpu_cdna2");
+        DEF_REGISTER(pos3,				Arch_amdgpu_cdna2| TGT | BITS_32 | 15 , "amdgpu_cdna2");
+        DEF_REGISTER(param0,				Arch_amdgpu_cdna2| TGT | BITS_32 | 32 , "amdgpu_cdna2");
+        DEF_REGISTER(param1,				Arch_amdgpu_cdna2| TGT | BITS_32 | 33 , "amdgpu_cdna2");
+        DEF_REGISTER(param2,				Arch_amdgpu_cdna2| TGT | BITS_32 | 34 , "amdgpu_cdna2");
+        DEF_REGISTER(param3,				Arch_amdgpu_cdna2| TGT | BITS_32 | 35 , "amdgpu_cdna2");
+        DEF_REGISTER(param4,				Arch_amdgpu_cdna2| TGT | BITS_32 | 36 , "amdgpu_cdna2");
+        DEF_REGISTER(param5,				Arch_amdgpu_cdna2| TGT | BITS_32 | 37 , "amdgpu_cdna2");
+        DEF_REGISTER(param6,				Arch_amdgpu_cdna2| TGT | BITS_32 | 38 , "amdgpu_cdna2");
+        DEF_REGISTER(param7,				Arch_amdgpu_cdna2| TGT | BITS_32 | 39 , "amdgpu_cdna2");
+        DEF_REGISTER(param8,				Arch_amdgpu_cdna2| TGT | BITS_32 | 40 , "amdgpu_cdna2");
+        DEF_REGISTER(param9,				Arch_amdgpu_cdna2| TGT | BITS_32 | 41 , "amdgpu_cdna2");
+        DEF_REGISTER(param10,				Arch_amdgpu_cdna2| TGT | BITS_32 | 42 , "amdgpu_cdna2");
+        DEF_REGISTER(param11,				Arch_amdgpu_cdna2| TGT | BITS_32 | 43 , "amdgpu_cdna2");
+        DEF_REGISTER(param12,				Arch_amdgpu_cdna2| TGT | BITS_32 | 44 , "amdgpu_cdna2");
+        DEF_REGISTER(param13,				Arch_amdgpu_cdna2| TGT | BITS_32 | 45 , "amdgpu_cdna2");
+        DEF_REGISTER(param14,				Arch_amdgpu_cdna2| TGT | BITS_32 | 46 , "amdgpu_cdna2");
+        DEF_REGISTER(param15,				Arch_amdgpu_cdna2| TGT | BITS_32 | 47 , "amdgpu_cdna2");
+        DEF_REGISTER(param16,				Arch_amdgpu_cdna2| TGT | BITS_32 | 48 , "amdgpu_cdna2");
+        DEF_REGISTER(param17,				Arch_amdgpu_cdna2| TGT | BITS_32 | 49 , "amdgpu_cdna2");
+        DEF_REGISTER(param18,				Arch_amdgpu_cdna2| TGT | BITS_32 | 50 , "amdgpu_cdna2");
+        DEF_REGISTER(param19,				Arch_amdgpu_cdna2| TGT | BITS_32 | 51 , "amdgpu_cdna2");
+        DEF_REGISTER(param20,				Arch_amdgpu_cdna2| TGT | BITS_32 | 52 , "amdgpu_cdna2");
+        DEF_REGISTER(param21,				Arch_amdgpu_cdna2| TGT | BITS_32 | 53 , "amdgpu_cdna2");
+        DEF_REGISTER(param22,				Arch_amdgpu_cdna2| TGT | BITS_32 | 54 , "amdgpu_cdna2");
+        DEF_REGISTER(param23,				Arch_amdgpu_cdna2| TGT | BITS_32 | 55 , "amdgpu_cdna2");
+        DEF_REGISTER(param24,				Arch_amdgpu_cdna2| TGT | BITS_32 | 56 , "amdgpu_cdna2");
+        DEF_REGISTER(param25,				Arch_amdgpu_cdna2| TGT | BITS_32 | 57 , "amdgpu_cdna2");
+        DEF_REGISTER(param26,				Arch_amdgpu_cdna2| TGT | BITS_32 | 58 , "amdgpu_cdna2");
+        DEF_REGISTER(param27,				Arch_amdgpu_cdna2| TGT | BITS_32 | 59 , "amdgpu_cdna2");
+        DEF_REGISTER(param28,				Arch_amdgpu_cdna2| TGT | BITS_32 | 60 , "amdgpu_cdna2");
+        DEF_REGISTER(param29,				Arch_amdgpu_cdna2| TGT | BITS_32 | 61 , "amdgpu_cdna2");
+        DEF_REGISTER(param30,				Arch_amdgpu_cdna2| TGT | BITS_32 | 62 , "amdgpu_cdna2");
+        DEF_REGISTER(param31,				Arch_amdgpu_cdna2| TGT | BITS_32 | 63 , "amdgpu_cdna2");
+
+        DEF_REGISTER(attr0,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 0 , "amdgpu_cdna2");
+        DEF_REGISTER(attr1,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 1 , "amdgpu_cdna2");
+        DEF_REGISTER(attr2,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 2 , "amdgpu_cdna2");
+        DEF_REGISTER(attr3,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 3 , "amdgpu_cdna2");
+        DEF_REGISTER(attr4,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 4 , "amdgpu_cdna2");
+        DEF_REGISTER(attr5,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 5 , "amdgpu_cdna2");
+        DEF_REGISTER(attr6,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 6 , "amdgpu_cdna2");
+        DEF_REGISTER(attr7,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 7 , "amdgpu_cdna2");
+        DEF_REGISTER(attr8,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 8 , "amdgpu_cdna2");
+        DEF_REGISTER(attr9,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 9 , "amdgpu_cdna2");
+        DEF_REGISTER(attr10,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 10 , "amdgpu_cdna2");
+        DEF_REGISTER(attr11,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 11 , "amdgpu_cdna2");
+        DEF_REGISTER(attr12,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 12 , "amdgpu_cdna2");
+        DEF_REGISTER(attr13,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 13 , "amdgpu_cdna2");
+        DEF_REGISTER(attr14,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 14 , "amdgpu_cdna2");
+        DEF_REGISTER(attr15,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 15 , "amdgpu_cdna2");
+        DEF_REGISTER(attr16,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 16 , "amdgpu_cdna2");
+        DEF_REGISTER(attr17,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 17 , "amdgpu_cdna2");
+        DEF_REGISTER(attr18,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 18 , "amdgpu_cdna2");
+        DEF_REGISTER(attr19,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 19 , "amdgpu_cdna2");
+        DEF_REGISTER(attr20,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 20 , "amdgpu_cdna2");
+        DEF_REGISTER(attr21,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 21 , "amdgpu_cdna2");
+        DEF_REGISTER(attr22,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 22 , "amdgpu_cdna2");
+        DEF_REGISTER(attr23,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 23 , "amdgpu_cdna2");
+        DEF_REGISTER(attr24,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 24 , "amdgpu_cdna2");
+        DEF_REGISTER(attr25,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 25 , "amdgpu_cdna2");
+        DEF_REGISTER(attr26,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 26 , "amdgpu_cdna2");
+        DEF_REGISTER(attr27,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 27 , "amdgpu_cdna2");
+        DEF_REGISTER(attr28,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 28 , "amdgpu_cdna2");
+        DEF_REGISTER(attr29,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 29 , "amdgpu_cdna2");
+        DEF_REGISTER(attr30,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 30 , "amdgpu_cdna2");
+        DEF_REGISTER(attr31,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 31 , "amdgpu_cdna2");
+        DEF_REGISTER(attr32,				Arch_amdgpu_cdna2| ATTR | BITS_32 | 32 , "amdgpu_cdna2");
+
+
+
+        DEF_REGISTER(p10,				Arch_amdgpu_cdna2| PARAM | BITS_32 | 32 , "amdgpu_cdna2");
+        DEF_REGISTER(p20,				Arch_amdgpu_cdna2| PARAM | BITS_32 | 32 , "amdgpu_cdna2");
+        DEF_REGISTER(p0,				Arch_amdgpu_cdna2| PARAM | BITS_32 | 32 , "amdgpu_cdna2");
+
+#include "AMDGPU/cdna2/amdgpu_cdna2_sys_regs.h"
+    }
+
+
 
-  namespace cuda {
-    const signed int GPR   = 0x00000000;
-    const signed int PR    = 0x00010000;
-    const signed int BR    = 0x00020000;
-    const signed int UR    = 0x00040000;
-    const signed int UPR   = 0x00080000;
-
-    // General purpose registers
-    DEF_REGISTER(r0,       0 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r1,       1 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r2,       2 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r3,       3 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r4,       4 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r5,       5 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r6,       6 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r7,       7 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r8,       8 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r9,       9 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r10,     10 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r11,     11 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r12,     12 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r13,     13 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r14,     14 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r15,     15 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r16,     16 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r17,     17 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r18,     18 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r19,     19 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r20,     20 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r21,     21 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r22,     22 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r23,     23 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r24,     24 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r25,     25 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r26,     26 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r27,     27 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r28,     28 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r29,     29 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r30,     30 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r31,     31 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r32,     32 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r33,     33 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r34,     34 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r35,     35 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r36,     36 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r37,     37 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r38,     38 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r39,     39 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r40,     40 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r41,     41 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r42,     42 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r43,     43 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r44,     44 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r45,     45 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r46,     46 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r47,     47 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r48,     48 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r49,     49 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r50,     50 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r51,     51 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r52,     52 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r53,     53 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r54,     54 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r55,     55 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r56,     56 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r57,     57 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r58,     58 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r59,     59 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r60,     60 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r61,     61 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r62,     62 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r63,     63 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r64,     64 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r65,     65 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r66,     66 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r67,     67 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r68,     68 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r69,     69 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r70,     70 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r71,     71 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r72,     72 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r73,     73 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r74,     74 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r75,     75 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r76,     76 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r77,     77 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r78,     78 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r79,     79 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r80,     80 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r81,     81 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r82,     82 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r83,     83 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r84,     84 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r85,     85 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r86,     86 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r87,     87 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r88,     88 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r89,     89 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r90,     90 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r91,     91 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r92,     92 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r93,     93 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r94,     94 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r95,     95 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r96,     96 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r97,     97 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r98,     98 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r99,     99 | GPR | Arch_cuda, "cuda");
-    DEF_REGISTER(r100,    100 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r101,    101 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r102,    102 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r103,    103 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r104,    104 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r105,    105 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r106,    106 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r107,    107 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r108,    108 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r109,    109 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r110,    110 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r111,    111 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r112,    112 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r113,    113 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r114,    114 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r115,    115 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r116,    116 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r117,    117 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r118,    118 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r119,    119 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r120,    120 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r121,    121 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r122,    122 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r123,    123 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r124,    124 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r125,    125 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r126,    126 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r127,    127 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r128,    128 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r129,    129 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r130,    130 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r131,    131 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r132,    132 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r133,    133 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r134,    134 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r135,    135 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r136,    136 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r137,    137 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r138,    138 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r139,    139 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r140,    140 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r141,    141 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r142,    142 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r143,    143 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r144,    144 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r145,    145 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r146,    146 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r147,    147 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r148,    148 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r149,    149 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r150,    150 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r151,    151 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r152,    152 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r153,    153 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r154,    154 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r155,    155 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r156,    156 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r157,    157 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r158,    158 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r159,    159 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r160,    160 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r161,    161 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r162,    162 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r163,    163 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r164,    164 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r165,    165 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r166,    166 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r167,    167 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r168,    168 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r169,    169 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r170,    170 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r171,    171 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r172,    172 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r173,    173 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r174,    174 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r175,    175 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r176,    176 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r177,    177 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r178,    178 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r179,    179 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r180,    180 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r181,    181 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r182,    182 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r183,    183 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r184,    184 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r185,    185 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r186,    186 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r187,    187 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r188,    188 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r189,    189 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r190,    190 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r191,    191 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r192,    192 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r193,    193 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r194,    194 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r195,    195 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r196,    196 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r197,    197 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r198,    198 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r199,    199 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r200,    200 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r201,    201 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r202,    202 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r203,    203 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r204,    204 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r205,    205 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r206,    206 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r207,    207 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r208,    208 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r209,    209 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r210,    210 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r211,    211 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r212,    212 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r213,    213 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r214,    214 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r215,    215 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r216,    216 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r217,    217 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r218,    218 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r219,    219 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r220,    220 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r221,    221 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r222,    222 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r223,    223 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r224,    224 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r225,    225 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r226,    226 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r227,    227 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r228,    228 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r229,    229 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r230,    230 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r231,    231 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r232,    232 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r233,    233 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r234,    234 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r235,    235 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r236,    236 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r237,    237 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r238,    238 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r239,    239 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r240,    240 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r241,    241 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r242,    242 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r243,    243 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r244,    244 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r245,    245 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r246,    246 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r247,    247 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r248,    248 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r249,    249 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r250,    250 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r251,    251 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r252,    252 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r253,    253 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r254,    254 | GPR| Arch_cuda, "cuda");
-    DEF_REGISTER(r255,    255 | GPR| Arch_cuda, "cuda");
-
-    // uniform registers
-    DEF_REGISTER(ur0,       0 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur1,       1 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur2,       2 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur3,       3 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur4,       4 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur5,       5 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur6,       6 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur7,       7 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur8,       8 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur9,       9 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur10,     10 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur11,     11 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur12,     12 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur13,     13 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur14,     14 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur15,     15 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur16,     16 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur17,     17 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur18,     18 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur19,     19 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur20,     20 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur21,     21 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur22,     22 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur23,     23 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur24,     24 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur25,     25 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur26,     26 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur27,     27 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur28,     28 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur29,     29 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur30,     30 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur31,     31 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur32,     32 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur33,     33 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur34,     34 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur35,     35 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur36,     36 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur37,     37 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur38,     38 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur39,     39 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur40,     40 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur41,     41 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur42,     42 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur43,     43 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur44,     44 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur45,     45 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur46,     46 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur47,     47 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur48,     48 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur49,     49 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur50,     50 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur51,     51 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur52,     52 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur53,     53 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur54,     54 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur55,     55 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur56,     56 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur57,     57 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur58,     58 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur59,     59 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur60,     60 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur61,     61 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur62,     62 | UR | Arch_cuda, "cuda");
-    DEF_REGISTER(ur63,     63 | UR | Arch_cuda, "cuda");
-
-    // Placeholder for a pc register, so that we don't assert
-    DEF_REGISTER(pc,    256 | GPR| Arch_cuda, "cuda");
-
-    // Predicate registers used as source or dest operands
-    // Different from a predicate register used as instruction predicate,
-    // which is handle by operand::isTruePredicate and operand::isFalsePredicate
-    DEF_REGISTER(p0,    0 | PR | Arch_cuda, "cuda");
-    DEF_REGISTER(p1,    1 | PR | Arch_cuda, "cuda");
-    DEF_REGISTER(p2,    2 | PR | Arch_cuda, "cuda");
-    DEF_REGISTER(p3,    3 | PR | Arch_cuda, "cuda");
-    DEF_REGISTER(p4,    4 | PR | Arch_cuda, "cuda");
-    DEF_REGISTER(p5,    5 | PR | Arch_cuda, "cuda");
-    DEF_REGISTER(p6,    6 | PR | Arch_cuda, "cuda");
-
-    DEF_REGISTER(b1,    1 | BR | Arch_cuda, "cuda");
-    DEF_REGISTER(b2,    2 | BR | Arch_cuda, "cuda");
-    DEF_REGISTER(b3,    3 | BR | Arch_cuda, "cuda");
-    DEF_REGISTER(b4,    4 | BR | Arch_cuda, "cuda");
-    DEF_REGISTER(b5,    5 | BR | Arch_cuda, "cuda");
-    DEF_REGISTER(b6,    6 | BR | Arch_cuda, "cuda");
-
-    // XXX(Keren): not sure how many uprs, use 16 for safety
-    DEF_REGISTER(up0,    0 | UPR | Arch_cuda, "cuda");
-    DEF_REGISTER(up1,    1 | UPR | Arch_cuda, "cuda");
-    DEF_REGISTER(up2,    2 | UPR | Arch_cuda, "cuda");
-    DEF_REGISTER(up3,    3 | UPR | Arch_cuda, "cuda");
-    DEF_REGISTER(up4,    4 | UPR | Arch_cuda, "cuda");
-    DEF_REGISTER(up5,    5 | UPR | Arch_cuda, "cuda");
-    DEF_REGISTER(up6,    6 | UPR | Arch_cuda, "cuda");
-    DEF_REGISTER(up7,    7 | UPR | Arch_cuda, "cuda");
-    DEF_REGISTER(up8,    8 | UPR | Arch_cuda, "cuda");
-    DEF_REGISTER(up9,    9 | UPR | Arch_cuda, "cuda");
-    DEF_REGISTER(up10,  10 | UPR | Arch_cuda, "cuda");
-    DEF_REGISTER(up11,  11 | UPR | Arch_cuda, "cuda");
-    DEF_REGISTER(up12,  12 | UPR | Arch_cuda, "cuda");
-    DEF_REGISTER(up13,  13 | UPR | Arch_cuda, "cuda");
-    DEF_REGISTER(up14,  14 | UPR | Arch_cuda, "cuda");
-    DEF_REGISTER(up15,  15 | UPR | Arch_cuda, "cuda");
-  } //end of cuda namespace
+    namespace cuda {
+        const signed int GPR   = 0x00000000;
+        const signed int PR    = 0x00010000;
+        const signed int BR    = 0x00020000;
+        const signed int UR    = 0x00040000;
+        const signed int UPR   = 0x00080000;
+
+        // General purpose registers
+        DEF_REGISTER(r0,       0 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r1,       1 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r2,       2 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r3,       3 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r4,       4 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r5,       5 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r6,       6 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r7,       7 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r8,       8 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r9,       9 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r10,     10 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r11,     11 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r12,     12 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r13,     13 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r14,     14 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r15,     15 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r16,     16 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r17,     17 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r18,     18 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r19,     19 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r20,     20 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r21,     21 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r22,     22 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r23,     23 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r24,     24 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r25,     25 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r26,     26 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r27,     27 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r28,     28 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r29,     29 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r30,     30 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r31,     31 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r32,     32 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r33,     33 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r34,     34 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r35,     35 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r36,     36 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r37,     37 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r38,     38 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r39,     39 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r40,     40 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r41,     41 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r42,     42 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r43,     43 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r44,     44 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r45,     45 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r46,     46 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r47,     47 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r48,     48 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r49,     49 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r50,     50 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r51,     51 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r52,     52 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r53,     53 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r54,     54 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r55,     55 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r56,     56 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r57,     57 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r58,     58 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r59,     59 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r60,     60 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r61,     61 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r62,     62 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r63,     63 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r64,     64 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r65,     65 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r66,     66 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r67,     67 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r68,     68 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r69,     69 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r70,     70 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r71,     71 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r72,     72 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r73,     73 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r74,     74 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r75,     75 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r76,     76 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r77,     77 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r78,     78 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r79,     79 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r80,     80 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r81,     81 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r82,     82 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r83,     83 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r84,     84 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r85,     85 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r86,     86 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r87,     87 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r88,     88 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r89,     89 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r90,     90 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r91,     91 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r92,     92 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r93,     93 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r94,     94 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r95,     95 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r96,     96 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r97,     97 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r98,     98 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r99,     99 | GPR | Arch_cuda, "cuda");
+        DEF_REGISTER(r100,    100 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r101,    101 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r102,    102 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r103,    103 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r104,    104 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r105,    105 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r106,    106 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r107,    107 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r108,    108 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r109,    109 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r110,    110 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r111,    111 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r112,    112 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r113,    113 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r114,    114 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r115,    115 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r116,    116 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r117,    117 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r118,    118 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r119,    119 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r120,    120 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r121,    121 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r122,    122 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r123,    123 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r124,    124 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r125,    125 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r126,    126 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r127,    127 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r128,    128 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r129,    129 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r130,    130 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r131,    131 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r132,    132 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r133,    133 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r134,    134 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r135,    135 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r136,    136 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r137,    137 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r138,    138 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r139,    139 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r140,    140 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r141,    141 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r142,    142 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r143,    143 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r144,    144 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r145,    145 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r146,    146 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r147,    147 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r148,    148 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r149,    149 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r150,    150 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r151,    151 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r152,    152 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r153,    153 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r154,    154 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r155,    155 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r156,    156 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r157,    157 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r158,    158 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r159,    159 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r160,    160 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r161,    161 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r162,    162 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r163,    163 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r164,    164 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r165,    165 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r166,    166 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r167,    167 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r168,    168 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r169,    169 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r170,    170 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r171,    171 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r172,    172 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r173,    173 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r174,    174 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r175,    175 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r176,    176 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r177,    177 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r178,    178 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r179,    179 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r180,    180 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r181,    181 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r182,    182 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r183,    183 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r184,    184 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r185,    185 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r186,    186 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r187,    187 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r188,    188 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r189,    189 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r190,    190 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r191,    191 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r192,    192 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r193,    193 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r194,    194 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r195,    195 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r196,    196 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r197,    197 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r198,    198 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r199,    199 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r200,    200 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r201,    201 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r202,    202 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r203,    203 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r204,    204 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r205,    205 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r206,    206 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r207,    207 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r208,    208 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r209,    209 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r210,    210 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r211,    211 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r212,    212 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r213,    213 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r214,    214 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r215,    215 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r216,    216 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r217,    217 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r218,    218 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r219,    219 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r220,    220 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r221,    221 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r222,    222 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r223,    223 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r224,    224 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r225,    225 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r226,    226 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r227,    227 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r228,    228 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r229,    229 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r230,    230 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r231,    231 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r232,    232 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r233,    233 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r234,    234 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r235,    235 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r236,    236 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r237,    237 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r238,    238 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r239,    239 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r240,    240 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r241,    241 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r242,    242 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r243,    243 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r244,    244 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r245,    245 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r246,    246 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r247,    247 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r248,    248 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r249,    249 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r250,    250 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r251,    251 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r252,    252 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r253,    253 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r254,    254 | GPR| Arch_cuda, "cuda");
+        DEF_REGISTER(r255,    255 | GPR| Arch_cuda, "cuda");
+
+        // uniform registers
+        DEF_REGISTER(ur0,       0 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur1,       1 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur2,       2 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur3,       3 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur4,       4 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur5,       5 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur6,       6 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur7,       7 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur8,       8 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur9,       9 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur10,     10 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur11,     11 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur12,     12 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur13,     13 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur14,     14 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur15,     15 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur16,     16 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur17,     17 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur18,     18 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur19,     19 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur20,     20 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur21,     21 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur22,     22 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur23,     23 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur24,     24 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur25,     25 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur26,     26 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur27,     27 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur28,     28 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur29,     29 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur30,     30 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur31,     31 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur32,     32 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur33,     33 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur34,     34 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur35,     35 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur36,     36 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur37,     37 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur38,     38 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur39,     39 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur40,     40 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur41,     41 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur42,     42 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur43,     43 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur44,     44 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur45,     45 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur46,     46 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur47,     47 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur48,     48 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur49,     49 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur50,     50 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur51,     51 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur52,     52 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur53,     53 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur54,     54 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur55,     55 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur56,     56 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur57,     57 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur58,     58 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur59,     59 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur60,     60 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur61,     61 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur62,     62 | UR | Arch_cuda, "cuda");
+        DEF_REGISTER(ur63,     63 | UR | Arch_cuda, "cuda");
+
+        // Placeholder for a pc register, so that we don't assert
+        DEF_REGISTER(pc,    256 | GPR| Arch_cuda, "cuda");
+
+        // Predicate registers used as source or dest operands
+        // Different from a predicate register used as instruction predicate,
+        // which is handle by operand::isTruePredicate and operand::isFalsePredicate
+        DEF_REGISTER(p0,    0 | PR | Arch_cuda, "cuda");
+        DEF_REGISTER(p1,    1 | PR | Arch_cuda, "cuda");
+        DEF_REGISTER(p2,    2 | PR | Arch_cuda, "cuda");
+        DEF_REGISTER(p3,    3 | PR | Arch_cuda, "cuda");
+        DEF_REGISTER(p4,    4 | PR | Arch_cuda, "cuda");
+        DEF_REGISTER(p5,    5 | PR | Arch_cuda, "cuda");
+        DEF_REGISTER(p6,    6 | PR | Arch_cuda, "cuda");
+
+        DEF_REGISTER(b1,    1 | BR | Arch_cuda, "cuda");
+        DEF_REGISTER(b2,    2 | BR | Arch_cuda, "cuda");
+        DEF_REGISTER(b3,    3 | BR | Arch_cuda, "cuda");
+        DEF_REGISTER(b4,    4 | BR | Arch_cuda, "cuda");
+        DEF_REGISTER(b5,    5 | BR | Arch_cuda, "cuda");
+        DEF_REGISTER(b6,    6 | BR | Arch_cuda, "cuda");
+
+        // XXX(Keren): not sure how many uprs, use 16 for safety
+        DEF_REGISTER(up0,    0 | UPR | Arch_cuda, "cuda");
+        DEF_REGISTER(up1,    1 | UPR | Arch_cuda, "cuda");
+        DEF_REGISTER(up2,    2 | UPR | Arch_cuda, "cuda");
+        DEF_REGISTER(up3,    3 | UPR | Arch_cuda, "cuda");
+        DEF_REGISTER(up4,    4 | UPR | Arch_cuda, "cuda");
+        DEF_REGISTER(up5,    5 | UPR | Arch_cuda, "cuda");
+        DEF_REGISTER(up6,    6 | UPR | Arch_cuda, "cuda");
+        DEF_REGISTER(up7,    7 | UPR | Arch_cuda, "cuda");
+        DEF_REGISTER(up8,    8 | UPR | Arch_cuda, "cuda");
+        DEF_REGISTER(up9,    9 | UPR | Arch_cuda, "cuda");
+        DEF_REGISTER(up10,  10 | UPR | Arch_cuda, "cuda");
+        DEF_REGISTER(up11,  11 | UPR | Arch_cuda, "cuda");
+        DEF_REGISTER(up12,  12 | UPR | Arch_cuda, "cuda");
+        DEF_REGISTER(up13,  13 | UPR | Arch_cuda, "cuda");
+        DEF_REGISTER(up14,  14 | UPR | Arch_cuda, "cuda");
+        DEF_REGISTER(up15,  15 | UPR | Arch_cuda, "cuda");
+    } //end of cuda namespace
 }
 
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/common/h/dyntypes.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/h/dyntypes.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/h/entryIDs.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/h/entryIDs.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/h/util.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/h/util.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/Annotatable.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/Annotatable.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/Buffer.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/Buffer.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/DOT.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/DOT.C Changed

@@ -59,7 +59,7 @@
     // Put the entry nodes on their own (minimum) rank
     fprintf(file, "  { rank = min;");
     for (NodeIterator iter = entryBegin; iter != entryEnd; ++iter) {
-      fprintf(file, "\"%p\"; ", (*iter).get());
+      fprintf(file, "\"%p\"; ", (void*)(*iter).get());
     }
     fprintf(file, "}\n");
 
@@ -69,7 +69,7 @@
     // Put the entry nodes on their own (minimum) rank
     fprintf(file, "  { rank = max;");
     for (NodeIterator iter = exitBegin; iter != exitEnd; ++iter) {
-      fprintf(file, "\"%p\"; ", (*iter).get());
+      fprintf(file, "\"%p\"; ", (void*)(*iter).get());
     }
     fprintf(file, "}\n");
     
@@ -92,7 +92,7 @@
         fprintf(file, "\t%s\n", source->DOTshape().c_str());
         fprintf(file, "\t%s\n", source->DOTrank().c_str());
 	fprintf(file, "\t\"%p\" label=\"%s\";\n", 
-		source.get(), source->DOTname().c_str());
+		(void*)source.get(), source->DOTname().c_str());
 
         NodeIterator outBegin, outEnd;
         source->outs(outBegin, outEnd);
@@ -101,7 +101,7 @@
             Node::Ptr target = *outBegin;
             if (!target->DOTinclude()) continue;
             //fprintf(file, "\t %s -> %s;\n", source->DOTname().c_str(), target->DOTname().c_str());
-	    fprintf(file, "\t \"%p\" -> \"%p\";\n", source.get(), target.get());
+	    fprintf(file, "\t \"%p\" -> \"%p\";\n", (void*)source.get(), (void*)target.get());
             if (visited.find(target) == visited.end()) {
                  //fprintf(stderr, "\t\t adding child %s\n", target->format().c_str());
                 worklist.push(target);
@@ -130,7 +130,7 @@
 std::string Node::DOTrank() const {
     // Use defaults...
     return std::string("// ") + format();
-};
+}
 
 std::string VirtualNode::DOTshape() const {
     return format() + std::string(" shape=box;");

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/Graph.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/Graph.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/IntervalTree.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/IntervalTree.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/MappedFile.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/MappedFile.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/NodeIterator.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/NodeIterator.h Changed

@@ -49,7 +49,7 @@
     virtual bool equals(NodeIteratorImpl *) = 0;
     virtual NodeIteratorImpl *copy() = 0;
 
-    virtual ~NodeIteratorImpl() {};
+    virtual ~NodeIteratorImpl() {}
 };
 
 // Types of node iteration: over a set of nodes
@@ -72,7 +72,7 @@
         // Nothing to do
     }
     
-    NodeIteratorSet(const std::unordered_set<Node::Ptr, Node::NodePtrHasher>::iterator iter) : internal_(iter) {};
+    NodeIteratorSet(const std::unordered_set<Node::Ptr, Node::NodePtrHasher>::iterator iter) : internal_(iter) {}
 
  private:
     std::unordered_set<Node::Ptr, Node::NodePtrHasher>::iterator internal_;
@@ -109,10 +109,10 @@
         return tmp;
     }
 
-    virtual ~NodeFromEdgeSet() {};
+    virtual ~NodeFromEdgeSet() {}
 
     NodeFromEdgeSet(const std::unordered_set<Edge::Ptr, Edge::EdgePtrHasher>::iterator iter,
-                   iterType type) : internal_(iter), type_(type) {};
+                   iterType type) : internal_(iter), type_(type) {}
 
  private:
     std::unordered_set<Edge::Ptr, Edge::EdgePtrHasher>::iterator internal_;
@@ -198,15 +198,15 @@
         return new NodeSearchIterator(current, direction, type, worklist, visited);
     }
 
-    NodeSearchIterator() : direction(in), type(depth) {};
+    NodeSearchIterator() : direction(in), type(depth) {}
     NodeSearchIterator(Node::Ptr cur, Direction d, Type t) : current(cur), direction(d), type(t) {
         updateVisited(current);
         NodeIterator begin, end;
         getNext(begin,end);
         updateWorklist(begin,end);
-    };
+    }
     NodeSearchIterator(Node::Ptr cur, Direction d, Type t, std::deque<Node::Ptr> wl, std::set<Node::Ptr> v) :
-        current(cur), direction(d), type(t), worklist(wl), visited(v) {};
+        current(cur), direction(d), type(t), worklist(wl), visited(v) {}
 
     NodeSearchIterator(NodeIterator &rangeBegin, NodeIterator &rangeEnd, Direction d, Type t) :
         direction(d), type(t) {
@@ -220,7 +220,7 @@
         updateWorklist(begin, end);
     }
 
-    virtual ~NodeSearchIterator() {};
+    virtual ~NodeSearchIterator() {}
 
  private:
 
@@ -229,9 +229,9 @@
         return false;
     }
 
-    void updateVisited(Node::Ptr &current) {
-        assert(current);
-        visited.insert(current);
+    void updateVisited(Node::Ptr &node) {
+        assert(node);
+        visited.insert(node);
     }
 
     // This is where the direction and type of iterator come in.
@@ -319,7 +319,7 @@
                     NodeIterator &n,
                     NodeIterator &e) :
         pred(p),
-        cur(c), next(n), end(e) {};
+        cur(c), next(n), end(e) {}
     NodeIteratorPredicateObj(Graph::NodePredicate::Ptr p,
                              NodeIterator &b,
                              NodeIterator &e) :
@@ -381,7 +381,7 @@
                               NodeIterator &e) :
         pred(p),
         user_arg(u),
-        cur(c), next(n), end(e) {};
+        cur(c), next(n), end(e) {}
     NodeIteratorPredicateFunc(Graph::NodePredicateFunc p,
                               void *u,
                               NodeIterator &b,

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/Pair.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/Pair.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/addrRange.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/addrRange.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/addrtranslate-linux.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/addrtranslate-linux.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/addrtranslate-sysv.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/addrtranslate-sysv.C Changed

@@ -115,7 +115,7 @@
    virtual bool is_valid() = 0;   
    virtual Address map_address() = 0;
    virtual bool load_link(Address addr) = 0;
-   virtual ~link_map_xplat() {};
+   virtual ~link_map_xplat() {}
 };
 
 template<class link_map_X> 
@@ -170,7 +170,7 @@
    }
 
    translate_printf("r_debug_dyn valid = %d\n",  valid?1:0);
-   translate_printf("    Read rdebug structure.  Values were:\n", __FILE__, __LINE__);
+   translate_printf("    Read rdebug structure.  Values were:\n");
    translate_printf("      r_brk:    %lx\n",  (unsigned long)debug_elm.r_brk);
    translate_printf("      r_map:    %lx\n",  (unsigned long)debug_elm.r_map);
 #if !defined(os_freebsd)
@@ -362,9 +362,9 @@
                                                             std::string exename,
                                                             Address interp_base)
 {
-   translate_printf("Creating AddressTranslateSysV\n", __FILE__, __LINE__);
+   translate_printf("Creating AddressTranslateSysV\n");
    AddressTranslate *at = new AddressTranslateSysV(pid_, reader_, symfactory_, exename, interp_base);
-   translate_printf("Created: %lx\n",  (long)at);
+   translate_printf("Created: %lx\n", (unsigned long)at);
    
    if (!at) {
       return NULL;
@@ -401,10 +401,10 @@
 {
 }
 
-AddressTranslateSysV::AddressTranslateSysV(int pid, ProcessReader *reader_, 
+AddressTranslateSysV::AddressTranslateSysV(int pid_, ProcessReader *reader_, 
                                            SymbolReaderFactory *reader_fact,
                                            std::string exename, Address interp_base) :
-   AddressTranslate(pid, INVALID_HANDLE_VALUE, exename),
+   AddressTranslate(pid_, INVALID_HANDLE_VALUE, exename),
    reader(reader_),
    interpreter_base(0),
    set_interp_base(false),
@@ -444,7 +444,7 @@
 #else
     translate_printf("Entering parseDTDebug\n");
     if( !setAddressSize() ) {
-        translate_printf("Failed to set address size.\n", __FILE__, __LINE__);
+        translate_printf("Failed to set address size.\n");
         return false;
     }
 
@@ -549,19 +549,19 @@
 
     result = setInterpreter();
     if (!result) {
-        translate_printf("Failed to set interpreter--static binary.\n", __FILE__, __LINE__);
+        translate_printf("Failed to set interpreter--static binary.\n");
         return true;
     }
 
     result = setAddressSize();
     if (!result) {
-        translate_printf("Failed to set address size.\n", __FILE__, __LINE__);
+        translate_printf("Failed to set address size.\n");
         return false;
     }
 
     result = setInterpreterBase();
     if (!result) {
-        translate_printf("Failed to set interpreter base.\n", __FILE__, __LINE__);
+        translate_printf("Failed to set interpreter base.\n");
         return false;
     }
 
@@ -570,14 +570,14 @@
             r_debug_addr = interpreter->get_r_debug() + interpreter_base;
 
             if( !reader->start() ) {
-                translate_printf("Failed to initialize process reader\n", __FILE__, __LINE__);
+                translate_printf("Failed to initialize process reader\n");
                 return false;
             }
 
             trap_addr = getTrapAddrFromRdebug();
 
             if( !reader->done() ) {
-                translate_printf("Failed to finalize process reader\n", __FILE__, __LINE__);
+                translate_printf("Failed to finalize process reader\n");
                 return false;
             }
 
@@ -599,19 +599,18 @@
 }
 
 bool AddressTranslateSysV::init() {
-   translate_printf("Initing AddressTranslateSysV\n", __FILE__, __LINE__);
+   translate_printf("Initing AddressTranslateSysV\n");
 
    // Try to use DT_DEBUG first, falling back to parsing the interpreter binary if possible
    if( !parseDTDebug() ) {
        if( !parseInterpreter() ) {
-           translate_printf("Failed to determine r_debug address\n", 
-                   __FILE__, __LINE__);
+           translate_printf("Failed to determine r_debug address\n");
            return false;
        }
    }
 
    translate_printf("trap_addr = 0x%lx, r_debug_addr = 0x%lx\n",  trap_addr, r_debug_addr);
-   translate_printf("Done with AddressTranslateSysV::init()\n", __FILE__, __LINE__);
+   translate_printf("Done with AddressTranslateSysV::init()\n");
 
    return true;
 }
@@ -646,7 +645,7 @@
     if( address_size == sizeof(void *) ) {
         r_debug_dyn<r_debug> *r_debug_native = new r_debug_dyn<r_debug>(reader, r_debug_addr);
         if( !r_debug_native ) {
-            translate_printf("Failed to parse r_debug struct.\n", __FILE__, __LINE__);
+            translate_printf("Failed to parse r_debug struct.\n");
             return 0;
         }
         if( !r_debug_native->is_valid() ) {
@@ -658,7 +657,7 @@
     }else{
         r_debug_dyn<r_debug_dyn32> *r_debug_32 = new r_debug_dyn<r_debug_dyn32>(reader, r_debug_addr);
         if( !r_debug_32 ) {
-            translate_printf("Failed to parse r_debug struct.\n", __FILE__, __LINE__);
+            translate_printf("Failed to parse r_debug struct.\n");
             return 0;
         }
         if( !r_debug_32->is_valid() ) {
@@ -689,8 +688,7 @@
        // On systems that use DT_DEBUG to determine r_debug_addr, DT_DEBUG might
        // not be set right away -- read DT_DEBUG now and see if it is set
        if( !parseDTDebug() && !interpreter ) {
-          translate_printf("Working with static binary, no libraries to refresh\n",
-                  __FILE__, __LINE__);
+          translate_printf("Working with static binary, no libraries to refresh\n");
           libs.clear();
           if (!exec) {
              exec = getAOut();
@@ -700,9 +698,8 @@
           return true;
        }
    }
-   std::vector<LoadedLib *>::iterator i;
-   for (i = libs.begin(); i != libs.end(); i++)
-      (*i)->setShouldClean(true);
+   for (auto i : libs)
+      i->setShouldClean(true);
    libs.clear();
 
    if (!exec) {
@@ -713,11 +710,11 @@
    getArchLibs(libs);
    
    if( !reader->start() ) {
-       translate_printf("Failed to refresh libraries\n", __FILE__, __LINE__);
+       translate_printf("Failed to refresh libraries\n");
        return false;
    }
 
-   translate_printf("    Starting refresh.\n", __FILE__, __LINE__);
+   translate_printf("    Starting refresh.\n");
    translate_printf("      trap_addr:    %lx\n",  trap_addr);
    translate_printf("      r_debug_addr: %lx\n",  r_debug_addr);
 
@@ -825,7 +822,7 @@
       goto all_done;
    }
 
-   translate_printf("Found %d libraries.\n",  loaded_lib_count);
+   translate_printf("Found %zu libraries.\n",  loaded_lib_count);
 
    result = true;
  done:
@@ -842,7 +839,7 @@
   all_done:
 
    if (read_abort) {
-      translate_printf("refresh aborted due to async read\n", __FILE__, __LINE__);
+      translate_printf("refresh aborted due to async read\n");
    }
    if (link_elm)
       delete link_elm;
@@ -869,7 +866,7 @@
    symreader(NULL),
    factory(factory_)
 {
-   filename = std::move(resolve_file_path(std::move(f)));
+   filename = resolve_file_path(std::move(f));
 }
 
 string FCNode::getFilename() {
@@ -914,11 +911,11 @@
    is_interpreter = true;
 }
 
-#define NUM_DBG_BREAK_NAMES 4
 const char *dbg_break_names = { "_dl_debug_fast_state",
                                   "_dl_debug_state",
                                   "r_debug_state",
                                   "_r_debug_state" };
+static const size_t NUM_DBG_BREAK_NAMES = sizeof dbg_break_names / sizeof dbg_break_names0;
 
 void FCNode::parsefile()
 {
@@ -971,8 +968,7 @@
       SymSegment sr;
       bool result = symreader->getSegment(i, sr);
       if (!result) {
-         translate_printf("Failed to get region info\n",
-                          __FILE__, __LINE__);
+         translate_printf("Failed to get region info\n");
          parse_error = true;
          break;
       }
@@ -1079,7 +1075,7 @@
    Address aspace32 = 0x00000000ffffffff;
 
    translate_printf("\t Comparing base + offset of 0x%lx with 32-bit 0x%lx\n",
-                 base+codeOffset + aspace32);
+                 base+codeOffset, aspace32);
 
    close(fd);

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/addrtranslate-sysv.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/addrtranslate-sysv.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/arch-aarch64.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/arch-aarch64.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/arch-power.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/arch-power.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/arch-x86.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/arch-x86.C Changed

@@ -148,6 +148,7 @@
 #include <boost/thread/mutex.hpp>
 #include "common/src/arch-x86.h"
 #include "dyn_regs.h"
+#include "compiler_annotations.h"
 
 // #define VEX_DEBUG
 // #define VEX_PEDANTIC
@@ -1045,6 +1046,9 @@
  (e_fxch, "fxch")
   (e_fxrstor, "fxrstor")
   (e_fxsave, "fxsave")
+  (e_xsave, "xsave")
+  (e_xsavec, "xsavec")
+  (e_xrstor, "xrstor")
   (e_getsec, "getsec")
   (e_xbegin, "xbegin")
   (e_xabort, "xabort")
@@ -2059,162 +2063,162 @@
   return flagTable;
 }
   
-void ia32_instruction::initFlagTable(dyn_hash_map<entryID, flagInfo>& flagTable)
+void ia32_instruction::initFlagTable(dyn_hash_map<entryID, flagInfo>& flagTable_)
 {
   static const vector<Dyninst::MachRegister> standardFlags = list_of(x86::of)(x86::sf)(x86::zf)(x86::af)(x86::pf)(x86::cf);
 
-  flagTablee_aaa = flagInfo(list_of(x86::af), standardFlags);
-  flagTablee_aad = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_aam = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_aas = flagInfo(list_of(x86::af), standardFlags);
-  flagTablee_adc = flagInfo(list_of(x86::cf), standardFlags);
-  flagTablee_add = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_and = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_arpl = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::zf));
-  flagTablee_bsf = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_bsr = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_bt = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_bts = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_btr = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_btc = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_clc = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::cf));
-  flagTablee_cld = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::df));
-  flagTablee_cli = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::if_));
-  flagTablee_cmc = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::cf));
-  flagTablee_cmovbe = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_cmove = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_cmovnae = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_cmovnb = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_cmovnbe = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_cmovne = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_cmovng = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_cmovnge = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_cmovnl = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_cmovno = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_cmovns = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_cmovo = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_cmovpe = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_cmovpo = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_cmovs = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_cmp = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_cmpsb = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_cmpsd = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_cmpss = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_cmpsw = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_cmpxch = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_cmpxch8b = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::zf));
-  flagTablee_comisd = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_comiss = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_daa = flagInfo(list_of(x86::af)(x86::cf), standardFlags);
-  flagTablee_das = flagInfo(list_of(x86::af)(x86::cf), standardFlags);
-  flagTablee_dec = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::of)(x86::sf)(x86::zf)(x86::af)(x86::pf));
-  flagTablee_div = flagInfo(list_of(x86::af)(x86::cf), standardFlags);
+  flagTable_e_aaa = flagInfo(list_of(x86::af), standardFlags);
+  flagTable_e_aad = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_aam = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_aas = flagInfo(list_of(x86::af), standardFlags);
+  flagTable_e_adc = flagInfo(list_of(x86::cf), standardFlags);
+  flagTable_e_add = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_and = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_arpl = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::zf));
+  flagTable_e_bsf = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_bsr = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_bt = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_bts = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_btr = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_btc = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_clc = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::cf));
+  flagTable_e_cld = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::df));
+  flagTable_e_cli = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::if_));
+  flagTable_e_cmc = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::cf));
+  flagTable_e_cmovbe = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_cmove = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_cmovnae = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_cmovnb = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_cmovnbe = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_cmovne = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_cmovng = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_cmovnge = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_cmovnl = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_cmovno = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_cmovns = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_cmovo = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_cmovpe = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_cmovpo = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_cmovs = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_cmp = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_cmpsb = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_cmpsd = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_cmpss = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_cmpsw = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_cmpxch = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_cmpxch8b = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::zf));
+  flagTable_e_comisd = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_comiss = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_daa = flagInfo(list_of(x86::af)(x86::cf), standardFlags);
+  flagTable_e_das = flagInfo(list_of(x86::af)(x86::cf), standardFlags);
+  flagTable_e_dec = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::of)(x86::sf)(x86::zf)(x86::af)(x86::pf));
+  flagTable_e_div = flagInfo(list_of(x86::af)(x86::cf), standardFlags);
   // TODO: FCMOVcc (not in our entry table) (reads zf/pf/cf)
   // TODO: FCOMI/FCOMIP/FUCOMI/FUCOMIP (writes/zf/pf/cf)
-  flagTablee_idiv = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_imul = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_inc = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::of)(x86::sf)(x86::zf)(x86::af)(x86::pf));
-  flagTablee_insb = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
-  flagTablee_insw = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
-  flagTablee_insd = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
-  flagTablee_int = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::tf)(x86::nt_));
-  flagTablee_int3 = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::tf)(x86::nt_));
-  flagTablee_int80 = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::tf)(x86::nt_));
-  flagTablee_into = flagInfo(list_of(x86::of), list_of(x86::tf)(x86::nt_));
-  flagTablee_ucomisd = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_ucomiss = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_iret = flagInfo(list_of(x86::nt_),
+  flagTable_e_idiv = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_imul = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_inc = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::of)(x86::sf)(x86::zf)(x86::af)(x86::pf));
+  flagTable_e_insb = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
+  flagTable_e_insw = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
+  flagTable_e_insd = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
+  flagTable_e_int = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::tf)(x86::nt_));
+  flagTable_e_int3 = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::tf)(x86::nt_));
+  flagTable_e_int80 = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::tf)(x86::nt_));
+  flagTable_e_into = flagInfo(list_of(x86::of), list_of(x86::tf)(x86::nt_));
+  flagTable_e_ucomisd = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_ucomiss = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_iret = flagInfo(list_of(x86::nt_),
 list_of(x86::of)(x86::sf)(x86::zf)(x86::af)(x86::pf)(x86::cf)(x86::tf)(x86::if_)(x86::df));
-  flagTablee_jb = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_jb_jnaej_j = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_jbe = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_jl = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_jle = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_jnb = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_jnb_jae_j = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_jnbe = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_jnl = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_jnle = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_jno = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_jnp = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_jns = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_jnz = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_jo = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_jp = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_js = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_jz = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_lar = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::zf));
-  flagTablee_lodsb = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
-  flagTablee_lodsd = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
-  flagTablee_lodsw = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
-  flagTablee_loope = flagInfo(list_of(x86::zf), vector<Dyninst::MachRegister>());
-  flagTablee_loopn = flagInfo(list_of(x86::zf), vector<Dyninst::MachRegister>());
-  flagTablee_lsl = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::zf));
+  flagTable_e_jb = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_jb_jnaej_j = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_jbe = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_jl = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_jle = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_jnb = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_jnb_jae_j = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_jnbe = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_jnl = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_jnle = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_jno = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_jnp = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_jns = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_jnz = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_jo = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_jp = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_js = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_jz = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_lar = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::zf));
+  flagTable_e_lodsb = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
+  flagTable_e_lodsd = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
+  flagTable_e_lodsw = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
+  flagTable_e_loope = flagInfo(list_of(x86::zf), vector<Dyninst::MachRegister>());
+  flagTable_e_loopn = flagInfo(list_of(x86::zf), vector<Dyninst::MachRegister>());
+  flagTable_e_lsl = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::zf));
   // I'd expect that mov control/debug/test gets handled when we do operand analysis
   // If it doesn't, fix later
-  flagTablee_mul = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_neg = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_or = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_outsb = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
-  flagTablee_outsw = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
-  flagTablee_outsd = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
-  flagTablee_popf = flagInfo(vector<Dyninst::MachRegister>(),
+  flagTable_e_mul = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_neg = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_or = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_outsb = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
+  flagTable_e_outsw = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
+  flagTable_e_outsd = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
+  flagTable_e_popf = flagInfo(vector<Dyninst::MachRegister>(),
 list_of(x86::of)(x86::sf)(x86::zf)(x86::af)(x86::pf)(x86::cf)(x86::tf)(x86::if_)(x86::df)(x86::nt_));
-  flagTablee_popfd = flagInfo(vector<Dyninst::MachRegister>(),
+  flagTable_e_popfd = flagInfo(vector<Dyninst::MachRegister>(),
 list_of(x86::of)(x86::sf)(x86::zf)(x86::af)(x86::pf)(x86::cf)(x86::tf)(x86::if_)(x86::df)(x86::nt_));
-  flagTablee_rcl = flagInfo(list_of(x86::cf), list_of(x86::of)(x86::cf));
-  flagTablee_rcr = flagInfo(list_of(x86::cf), list_of(x86::of)(x86::cf));
-  flagTablee_rol = flagInfo(list_of(x86::cf), list_of(x86::of)(x86::cf));
-  flagTablee_ror = flagInfo(list_of(x86::cf), list_of(x86::of)(x86::cf));
-  flagTablee_rsm = flagInfo(vector<Dyninst::MachRegister>(),
+  flagTable_e_rcl = flagInfo(list_of(x86::cf), list_of(x86::of)(x86::cf));
+  flagTable_e_rcr = flagInfo(list_of(x86::cf), list_of(x86::of)(x86::cf));
+  flagTable_e_rol = flagInfo(list_of(x86::cf), list_of(x86::of)(x86::cf));
+  flagTable_e_ror = flagInfo(list_of(x86::cf), list_of(x86::of)(x86::cf));
+  flagTable_e_rsm = flagInfo(vector<Dyninst::MachRegister>(),
 list_of(x86::of)(x86::sf)(x86::zf)(x86::af)(x86::pf)(x86::cf)(x86::tf)(x86::if_)(x86::df)(x86::nt_)(x86::rf));
-  flagTablee_sahf = flagInfo(list_of(x86::sf)(x86::zf)(x86::af)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_sar = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_shr = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_salc = flagInfo(list_of(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_sbb = flagInfo(list_of(x86::cf), standardFlags);
-  flagTablee_setb = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_setbe = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_setl = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_setle = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_setnb = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_setnbe = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_setnl = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_setnle = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_setno = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_setnp = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_setns = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_setnz = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_seto = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_setp = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_sets = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_setz = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
-  flagTablee_shld = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_shrd = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_shl_sal = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_stc = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::cf));
-  flagTablee_std = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::df));
-  flagTablee_sti = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::if_));
-  flagTablee_stosb = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
-  flagTablee_stosd = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
-  flagTablee_stosw = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
-  flagTablee_sub = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_test = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_verr = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::zf));
-  flagTablee_verw = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::zf));
-  flagTablee_xadd = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_xor = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_scasb = flagInfo(list_of(x86::df), standardFlags);
-  flagTablee_scasw = flagInfo(list_of(x86::df), standardFlags);
-  flagTablee_scasd = flagInfo(list_of(x86::df), standardFlags);
-  flagTablee_pcmpestri = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_pcmpestrm = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_pcmpistri = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_pcmpistrm = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
-  flagTablee_popcnt = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::af)(x86::cf)(x86::pf), vector<Dyninst::MachRegister>());
-  flagTablee_ptest = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_sahf = flagInfo(list_of(x86::sf)(x86::zf)(x86::af)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_sar = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_shr = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_salc = flagInfo(list_of(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_sbb = flagInfo(list_of(x86::cf), standardFlags);
+  flagTable_e_setb = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_setbe = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_setl = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_setle = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_setnb = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_setnbe = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_setnl = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_setnle = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_setno = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_setnp = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_setns = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_setnz = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_seto = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_setp = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_sets = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_setz = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::pf)(x86::cf), vector<Dyninst::MachRegister>());
+  flagTable_e_shld = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_shrd = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_shl_sal = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_stc = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::cf));
+  flagTable_e_std = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::df));
+  flagTable_e_sti = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::if_));
+  flagTable_e_stosb = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
+  flagTable_e_stosd = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
+  flagTable_e_stosw = flagInfo(list_of(x86::df), vector<Dyninst::MachRegister>());
+  flagTable_e_sub = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_test = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_verr = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::zf));
+  flagTable_e_verw = flagInfo(vector<Dyninst::MachRegister>(), list_of(x86::zf));
+  flagTable_e_xadd = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_xor = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_scasb = flagInfo(list_of(x86::df), standardFlags);
+  flagTable_e_scasw = flagInfo(list_of(x86::df), standardFlags);
+  flagTable_e_scasd = flagInfo(list_of(x86::df), standardFlags);
+  flagTable_e_pcmpestri = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_pcmpestrm = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_pcmpistri = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_pcmpistrm = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
+  flagTable_e_popcnt = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::af)(x86::cf)(x86::pf), vector<Dyninst::MachRegister>());
+  flagTable_e_ptest = flagInfo(vector<Dyninst::MachRegister>(), standardFlags);
 
-//  flagTablee_ptest = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::af)(x86::cf)(x86::pf), vector<Dyninst::MachRegister>());
+//  flagTable_e_ptest = flagInfo(list_of(x86::of)(x86::sf)(x86::zf)(x86::af)(x86::cf)(x86::pf), vector<Dyninst::MachRegister>());
 }
 
 bool ia32_entry::flagsUsed(std::set<MachRegister>& flagsRead, std::set<MachRegister>& flagsWritten, ia32_locations* locs)
@@ -3787,7 +3791,7 @@
   { e_cmpxch8b, t_done, 0, true, { EDXEAX, Mq, ECXEBX }, 0, s1RW2RW3R | (fCMPXCH8 << FPOS), s2I },
   { e_No_Entry, t_ill, 0, true, { Zz, Zz, Zz }, 0, 0, 0 },
   { e_xrstors, t_done, 0, true, { Wps, Zz, Zz }, 0, 0, 0 },
-  { e_No_Entry, t_ill, 0, true, { Zz, Zz, Zz }, 0, 0, 0 },
+  { e_xsavec, t_done, 0, true, { Md, Zz, Zz }, s1W, 0, 0 },
   { e_No_Entry, t_ill, 0, true, { Zz, Zz, Zz }, 0, 0, 0 },
   { e_rdrand, t_done, 0, true, { Ev, Zz, Zz }, 0, s1W, 0 },
   { e_No_Entry, t_ill, 0, true, { Zz, Zz, Zz }, 0, 0, 0 }
@@ -3918,8 +3922,8 @@
       { e_fxrstor, t_done, 0, true, { M512, Zz, Zz }, 0, s1R | (fFXRSTOR << FPOS), 0 },
       { e_ldmxcsr, t_done, 0, true, { Md, Zz, Zz }, 0, s1R, 0 },
       { e_stmxcsr, t_done, 0, true, { Md, Zz, Zz }, 0, s1W, 0 },
-      { e_No_Entry, t_ill, 0, true, { Zz, Zz, Zz }, 0, 0, 0 },
-      { e_No_Entry, t_ill, 0, true, { Zz, Zz, Zz }, 0, 0, 0 },
+      { e_xsave, t_done, 0, true, { Md, Zz, Zz }, 0, s1W, 0 },
+	  { e_xrstor, t_done, 0, true, { Md, Zz, Zz }, 0, s1R, 0 },
       { e_clwb, t_done, 0, true, { Mb, Zz, Zz }, 0, s1W | (fCLFLUSH << FPOS), 0 },
       { e_clflush, t_done, 0, true, { Mb, Zz, Zz }, 0, s1W | (fCLFLUSH << FPOS), 0 },
     },
@@ -9376,11 +9380,6 @@
     }
 };
 
-static dyn_tls bool mode_64 = false;
-
-void ia32_set_mode_64(bool mode) {
-  mode_64 = mode;
-}
 
 ia32_entry movsxd = { e_movsxd, t_done, 0, true, { Gv, Ed, Zz }, 0, s1W2R, 0 };
 ia32_entry invalid = { e_No_Entry, t_ill, 0, true, { Zz, Zz, Zz }, 0, 0, 0 };
@@ -9430,7 +9429,7 @@
 void ia32_memacc::print()
 {
     fprintf(stderr, "base: %d, index: %d, scale:%d, disp: %ld (%lx), size: %d, addr_size: %d\n",
-	    regs0, regs1, scale, imm, imm, size, addr_size);
+	    regs0, regs1, scale, imm, (unsigned long)imm, size, addr_size);
 }
 
 int getOperSz(const ia32_prefixes &pref) 
@@ -11404,6 +11403,7 @@
          case PREFIX_XOP:
          // XOP prefix has the same structure as VEX3
             pref.XOP = true;
+	    DYNINST_FALLTHROUGH;
          case PREFIX_VEX3:
             pref.vex_present = true;
             pref.vex_type = VEX_TYPE_VEX3;
@@ -11973,6 +11973,7 @@
             default:
                break;
          }
+	 break;
       case t_coprocEsc:
          return e_fp_generic;
       case t_3dnow:

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/arch-x86.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/arch-x86.h Changed

@@ -44,11 +44,6 @@
 
 #include "common/src/ia32_locations.h"
 
-#if defined(i386_unknown_nt4_0)
-// disable VC++ warning C4800: (performance warning)
-// forcing 'unsigned int' value to bool 'true' or 'false'
-#pragma warning (disable : 4800)
-#endif
 
 namespace NS_x86 {
 
@@ -1116,7 +1111,13 @@
              *p == MOV_RM16_TO_R16 || *p == MOV_RM32_TO_R32;   }
   bool isXORRegMemRegMem() const
       { const unsigned char* p = op_ptr_ ? op_ptr_ : ptr_;
-        return *p == XOR_RM16_R16 || *p ==  XOR_RM32_R32 ||
+        return
+               *p == XOR_RM16_R16 ||
+#if !defined(XOR_RM16_R16) || !defined(XOR_RM32_R32) || (XOR_RM16_R16) != (XOR_RM32_R32)
+// XOR_RM16_R16 and XOR_RM32_R32 are macros with the same value so disable this
+// clause as it is unnecessary and produces a compiler warning
+               *p ==  XOR_RM32_R32 ||
+#endif
                *p ==  XOR_R8_RM8  || *p ==  XOR_R16_RM16 ||
                *p == XOR_R32_RM32; }
   bool isANearBranch() const { return isJumpDir(); }
@@ -1194,7 +1195,7 @@
 COMMON_EXPORT bool isStackFramePrecheck_msvs( const unsigned char *buffer );
 COMMON_EXPORT bool isStackFramePrecheck_gcc( const unsigned char *buffer );
 
-}; // namespace arch_x86
+} // namespace arch_x86
 
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/concurrent.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/concurrent.C Changed

@@ -41,7 +41,7 @@
 
 thread_local dyn_thread dyn_thread::me;
 
-dyn_thread::dyn_thread() {};
+dyn_thread::dyn_thread() {}
 
 unsigned int dyn_thread::getId() {
 #if defined(_OPENMP) 
@@ -75,18 +75,18 @@
 }
 void dyn_c_annotations::wlock(void* ptr) {
     ANNOTATE_RWLOCK_ACQUIRED(ptr, 1 /* writer mode */);
-    ANNOTATE_HAPPENS_AFTER(ptr + 1);  // After all the readers
+    ANNOTATE_HAPPENS_AFTER(static_cast<char*>(ptr) + 1);  // After all the readers
 }
 void dyn_c_annotations::wunlock(void* ptr) {
-    ANNOTATE_HAPPENS_BEFORE(ptr + 2);
+    ANNOTATE_HAPPENS_BEFORE(static_cast<char*>(ptr) + 2);
     ANNOTATE_RWLOCK_RELEASED(ptr, 1 /* writer mode */);
 }
 void dyn_c_annotations::rlock(void* ptr) {
     ANNOTATE_RWLOCK_ACQUIRED(ptr, 0 /* reader mode */);
-    ANNOTATE_HAPPENS_AFTER(ptr + 2);  // After the last writer
+    ANNOTATE_HAPPENS_AFTER(static_cast<char*>(ptr) + 2);  // After the last writer
 }
 void dyn_c_annotations::runlock(void* ptr) {
-    ANNOTATE_HAPPENS_BEFORE(ptr + 1);
+    ANNOTATE_HAPPENS_BEFORE(static_cast<char*>(ptr) + 1);
     ANNOTATE_RWLOCK_RELEASED(ptr, 0 /* reader mode */);
 }
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/debug_common.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/debug_common.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/debug_common.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/debug_common.h Changed

@@ -33,6 +33,7 @@
 
 #include <string>
 #include "util.h"
+#include "compiler_annotations.h"
 
 COMMON_EXPORT extern int common_debug_dwarf;
 COMMON_EXPORT extern int common_debug_addrtranslate;
@@ -40,50 +41,27 @@
 COMMON_EXPORT extern int common_debug_parsing;
 COMMON_EXPORT extern int common_debug_initialized;
 
-#if defined(__GNUC__)
-#define dwarf_printf(format, ...)                                       \
+#define common_debug_printf(debug_sys_var, debug_sys_printf, ...) \
    do {                                                                 \
-      if (!common_debug_initialized || common_debug_dwarf) dwarf_printf_int("%s:%u " format, __FILE__, __LINE__, ## __VA_ARGS__); \
+      if (!common_debug_initialized || common_debug_##debug_sys_var)  {     \
+        debug_sys_printf##_printf_int("%s:%d ", __FILE__, __LINE__); \
+        debug_sys_printf##_printf_int(__VA_ARGS__); \
+      } \
    } while (0)
-#else
-#define dwarf_printf if (!common_debug_initialized || common_debug_dwarf) dwarf_printf_int
-#endif
 
-COMMON_EXPORT int dwarf_printf_int(const char *format, ...);
+#define dwarf_printf(...)             common_debug_printf(dwarf, dwarf, __VA_ARGS__)
+#define translate_printf(...)         common_debug_printf(addrtranslate, translate, __VA_ARGS__)
+#define lineinfo_printf(...)          common_debug_printf(lineinfo, lineinfo, __VA_ARGS__)
+#define common_parsing_printf(...)    common_debug_printf(parsing, common_parsing, __VA_ARGS__)
 
-#if defined(__GNUC__)
-#define translate_printf(format, ...)                                       \
-   do {                                                                 \
-      if (!common_debug_initialized || common_debug_addrtranslate) translate_printf_int("%s:%u " format, __FILE__, __LINE__, ## __VA_ARGS__); \
-   } while (0)
-#else
-#define translate_printf if (!common_debug_initialized || common_debug_addrtranslate) translate_printf_int
-#endif
-
-COMMON_EXPORT int translate_printf_int(const char *format, ...);
-
-
-#if defined(__GNUC__)
-#define lineinfo_printf(format, ...)                                       \
-   do {                                                                 \
-	   if (!common_debug_initialized || common_debug_lineinfo) lineinfo_printf_int("%s:%u " format, __FILE__, __LINE__, ## __VA_ARGS__); \
-   } while (0)
-#else
-#define lineinfo_printf if (!common_debug_initialized || common_debug_lineinfo) lineinfo_printf_int
-#endif
-
-COMMON_EXPORT int lineinfo_printf_int(const char *format, ...);
-
-#if defined(__GNUC__)
-#define common_parsing_printf(format, ...)                                       \
-   do {                                                                 \
-	   if (!common_debug_initialized || common_debug_parsing) common_parsing_printf_int("%s:%u " format, __FILE__, __LINE__, ## __VA_ARGS__); \
-   } while (0)
-#else
-#define common_parsing_printf if (!common_debug_initialized || common_debug_parsing) common_parsing_printf_int
-#endif
-
-COMMON_EXPORT int common_parsing_printf_int(const char *format, ...);
+COMMON_EXPORT int dwarf_printf_int(const char *format, ...)
+        DYNINST_PRINTF_ANNOTATION(1, 2);
+COMMON_EXPORT int translate_printf_int(const char *format, ...)
+        DYNINST_PRINTF_ANNOTATION(1, 2);
+COMMON_EXPORT int lineinfo_printf_int(const char *format, ...)
+        DYNINST_PRINTF_ANNOTATION(1, 2);
+COMMON_EXPORT int common_parsing_printf_int(const char *format, ...)
+        DYNINST_PRINTF_ANNOTATION(1, 2);
 
 // And initialization
 COMMON_EXPORT bool init_debug_common();

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/dyn_regs.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/dyn_regs.C Changed

@@ -109,6 +109,27 @@
                 default:
                     return *this;
             }
+        case Arch_amdgpu_cdna2:
+            switch (category){
+                case amdgpu_cdna2::SGPR:
+                case amdgpu_cdna2::SGPR_VEC2:
+                case amdgpu_cdna2::SGPR_VEC4:
+                case amdgpu_cdna2::SGPR_VEC8:
+                case amdgpu_cdna2::SGPR_VEC16:
+                    return MachRegister( (reg & 0x000000ff) | amdgpu_cdna2::s0); 
+                case amdgpu_cdna2::VGPR:
+                case amdgpu_cdna2::VGPR_VEC2:
+                case amdgpu_cdna2::VGPR_VEC4:
+                case amdgpu_cdna2::VGPR_VEC8:
+                case amdgpu_cdna2::VGPR_VEC16:
+                    return MachRegister( (reg & 0x000000ff) | amdgpu_cdna2::v0); 
+                case amdgpu_cdna2::HWR:
+                    return MachRegister(reg);
+
+                default:
+                    return *this;
+            }
+
         case Arch_aarch32:
         case Arch_aarch64:
         case Arch_intelGen9:
@@ -116,11 +137,12 @@
             //not verified
             return *this;
         default:
-        return InvalidReg;
+            return InvalidReg;
     }
     return InvalidReg;
 }
 
+
 Architecture MachRegister::getArchitecture() const {
     return (Architecture) (reg & 0xff000000);
 }
@@ -160,46 +182,48 @@
             switch(category){
                 case amdgpu_vega::SGPR_VEC2:
                     base_val -=  (amdgpu_vega::sgpr_vec2_0&0xff);
-                    ret = std::string("SGPR"+std::to_string(base_val)+"-"+std::to_string(base_val+1)+"");
+                    ret = "SGPR"+std::to_string(base_val)+":"+std::to_string(base_val+1)+"";
                     break;
                 case amdgpu_vega::VGPR_VEC2:
                     base_val -=  (amdgpu_vega::vgpr_vec2_0&0xff);
-                    ret = std::string("VGPR"+std::to_string(base_val)+"-"+std::to_string(base_val+1)+"");
+                    ret = "VGPR"+std::to_string(base_val)+":"+std::to_string(base_val+1)+"";
                     break;
                 case amdgpu_vega::SGPR_VEC4:
                     base_val -=  (amdgpu_vega::sgpr_vec4_0&0xff);
-                    ret = std::string("SGPR"+std::to_string(base_val)+"-"+std::to_string(base_val+3)+"");
+                    ret = "SGPR"+std::to_string(base_val)+":"+std::to_string(base_val+3)+"";
                     break;
                 case amdgpu_vega::VGPR_VEC4:
                     base_val -=  (amdgpu_vega::vgpr_vec4_0&0xff);
-                    ret = std::string("VGPR"+std::to_string(base_val)+"-"+std::to_string(base_val+3)+"");
+                    ret = "VGPR"+std::to_string(base_val)+":"+std::to_string(base_val+3)+"";
                     break;
                 case amdgpu_vega::SGPR_VEC8:
                     base_val -=  (amdgpu_vega::sgpr_vec8_0&0xff);
-                    ret = std::string("SGPR"+std::to_string(base_val)+"-"+std::to_string(base_val+7)+"");
+                    ret = "SGPR"+std::to_string(base_val)+":"+std::to_string(base_val+7)+"";
                     break;
                 case amdgpu_vega::VGPR_VEC8:
                     base_val -=  (amdgpu_vega::vgpr_vec8_0&0xff);
-                    ret = std::string("VGPR"+std::to_string(base_val)+"-"+std::to_string(base_val+7)+"");
+                    ret = "VGPR"+std::to_string(base_val)+":"+std::to_string(base_val+7)+"";
                     break;
                 case amdgpu_vega::SGPR_VEC16:
                     base_val -=  (amdgpu_vega::sgpr_vec16_0&0xff);
-                    ret = std::string("SGPR"+std::to_string(base_val)+"-"+std::to_string(base_val+15)+"");
+                    ret = "SGPR"+std::to_string(base_val)+":"+std::to_string(base_val+15)+"";
                     break;
                 case amdgpu_vega::VGPR_VEC16:
                     base_val -=  (amdgpu_vega::vgpr_vec16_0&0xff);
-                    ret = std::string("VGPR"+std::to_string(base_val)+"-"+std::to_string(base_val+15)+"");
+                    ret = "VGPR"+std::to_string(base_val)+":"+std::to_string(base_val+15)+"";
                     break;
                 default:
                     ret = iter->second;
                     break;
             }
             return ret;
+        }else if(getArchitecture() == Arch_amdgpu_cdna2){
+        	return iter->second;
         }else{
             return iter->second;
         }
     }
-    common_parsing_printf(" can't find register with index %x\n",reg);
+    common_parsing_printf(" can't find register with index %x\n", (unsigned int)reg);
     return std::string("<INVALID_REG>");
 
 }
@@ -271,91 +295,134 @@
                              return 8;
                          }
         case Arch_aarch32:
-            assert(0);
-            break;
- 
+                         assert(0);
+                         break;
+
         case Arch_cuda:
-            return 8;
+                         return 8;
         case Arch_amdgpu_vega:{
-            int reg_class = (reg&0x00ff0000 ) ;
-             if ( reg_class == amdgpu_vega::SGPR || reg_class == amdgpu_vega::VGPR){
-                 return 4;
-             }else if (reg_class == amdgpu_vega::SGPR_VEC2 || reg_class == amdgpu_vega::VGPR_VEC2){
-                 return 8;
-             }else if (reg_class == amdgpu_vega::SGPR_VEC4 || reg_class == amdgpu_vega::VGPR_VEC4){
-                 return 16;
-             }else if (reg_class == amdgpu_vega::SGPR_VEC8 || reg_class == amdgpu_vega::VGPR_VEC8){
-                 return 32;
-             }else if (reg_class == amdgpu_vega::SGPR_VEC16 || reg_class == amdgpu_vega::VGPR_VEC16){
-                 return 64;
-             }else{
-                 switch(reg & 0x00007f00){
-                     case amdgpu_vega::BITS_1:
-                     case amdgpu_vega::BITS_2:
-                     case amdgpu_vega::BITS_3:
-                     case amdgpu_vega::BITS_4:
-                     case amdgpu_vega::BITS_6:
-                     case amdgpu_vega::BITS_7:
-                     case amdgpu_vega::BITS_8:
-                         return 1;
-                     case amdgpu_vega::BITS_9:
-                     case amdgpu_vega::BITS_15:
-                     case amdgpu_vega::BITS_16:
-                         return 2;
-                     case amdgpu_vega::BITS_32:
-                         return 4;
-                     case amdgpu_vega::BITS_48:
-                     case amdgpu_vega::BITS_64:
-                         return 8; 
-                     case amdgpu_vega::BITS_128:
-                         return 16;
-                     case amdgpu_vega::BITS_256:
-                         return 32;
-                     case amdgpu_vega::BITS_512:
-                         return 64;
-                 }
-                 common_parsing_printf(" unknown reg size %x\n",reg);
-                 assert(0);
-             }
-         }
+                                  int reg_class = (reg&0x00ff0000 ) ;
+                                  if ( reg_class == amdgpu_vega::SGPR || reg_class == amdgpu_vega::VGPR){
+                                      return 4;
+                                  }else if (reg_class == amdgpu_vega::SGPR_VEC2 || reg_class == amdgpu_vega::VGPR_VEC2){
+                                      return 8;
+                                  }else if (reg_class == amdgpu_vega::SGPR_VEC4 || reg_class == amdgpu_vega::VGPR_VEC4){
+                                      return 16;
+                                  }else if (reg_class == amdgpu_vega::SGPR_VEC8 || reg_class == amdgpu_vega::VGPR_VEC8){
+                                      return 32;
+                                  }else if (reg_class == amdgpu_vega::SGPR_VEC16 || reg_class == amdgpu_vega::VGPR_VEC16){
+                                      return 64;
+                                  }else{
+                                      switch(reg & 0x00007f00){
+                                          case amdgpu_vega::BITS_1:
+                                          case amdgpu_vega::BITS_2:
+                                          case amdgpu_vega::BITS_3:
+                                          case amdgpu_vega::BITS_4:
+                                          case amdgpu_vega::BITS_6:
+                                          case amdgpu_vega::BITS_7:
+                                          case amdgpu_vega::BITS_8:
+                                              return 1;
+                                          case amdgpu_vega::BITS_9:
+                                          case amdgpu_vega::BITS_15:
+                                          case amdgpu_vega::BITS_16:
+                                              return 2;
+                                          case amdgpu_vega::BITS_32:
+                                              return 4;
+                                          case amdgpu_vega::BITS_48:
+                                          case amdgpu_vega::BITS_64:
+                                              return 8; 
+                                          case amdgpu_vega::BITS_128:
+                                              return 16;
+                                          case amdgpu_vega::BITS_256:
+                                              return 32;
+                                          case amdgpu_vega::BITS_512:
+                                              return 64;
+                                      }
+                                      common_parsing_printf(" unknown reg size %x\n", (unsigned int)reg);
+                                      assert(0);
+                                  }
+                              }
+        case Arch_amdgpu_cdna2:{
+                                   int reg_class = (reg&0x00ff0000 ) ;
+                                   if ( reg_class == amdgpu_cdna2::SGPR || reg_class == amdgpu_cdna2::VGPR){
+                                       return 4;
+                                   }else if (reg_class == amdgpu_cdna2::SGPR_VEC2 || reg_class == amdgpu_cdna2::VGPR_VEC2){
+                                       return 8;
+                                   }else if (reg_class == amdgpu_cdna2::SGPR_VEC4 || reg_class == amdgpu_cdna2::VGPR_VEC4){
+                                       return 16;
+                                   }else if (reg_class == amdgpu_cdna2::SGPR_VEC8 || reg_class == amdgpu_cdna2::VGPR_VEC8){
+                                       return 32;
+                                   }else if (reg_class == amdgpu_cdna2::SGPR_VEC16 || reg_class == amdgpu_cdna2::VGPR_VEC16){
+                                       return 64;
+                                   }else{
+                                       switch(reg & 0x00007f00){
+                                           case amdgpu_cdna2::BITS_1:
+                                           case amdgpu_cdna2::BITS_2:
+                                           case amdgpu_cdna2::BITS_3:
+                                           case amdgpu_cdna2::BITS_4:
+                                           case amdgpu_cdna2::BITS_6:
+                                           case amdgpu_cdna2::BITS_7:
+                                           case amdgpu_cdna2::BITS_8:
+                                               return 1;
+                                           case amdgpu_cdna2::BITS_9:
+                                           case amdgpu_cdna2::BITS_15:
+                                           case amdgpu_cdna2::BITS_16:
+                                               return 2;
+                                           case amdgpu_cdna2::BITS_32:
+                                               return 4;
+                                           case amdgpu_cdna2::BITS_48:
+                                               return 6;
+                                           case amdgpu_cdna2::BITS_64:
+                                               return 8; 
+                                           case amdgpu_cdna2::BITS_128:
+                                               return 16;
+                                           case amdgpu_cdna2::BITS_256:
+                                               return 32;
+                                           case amdgpu_cdna2::BITS_512:
+                                               return 64;
+                                       }
+                                       common_parsing_printf(" unknown reg size %x\n", (unsigned int)reg);
+                                       assert(0);
+                                   }
+                               }
+
         case Arch_aarch64:{
-                         if((reg & 0x00ff0000) == aarch64::FPR)
-                         {
-                             switch(reg & 0x0000ff00)
-                             {
-                                 case aarch64::B_REG: return 1;
-                                 case aarch64::W_REG: return 2;
-                                 case aarch64::D_REG: return 4;
-                                 case aarch64::FULL: 
-                                 case aarch64::HQ_REG: return 8;
-                                 case aarch64::Q_REG: return 16;
-                                 default:
-                                                      assert(0);
-                                                      return 0;
-                             }
-                         }
-                         else if((reg & 0x00ff0000) == aarch64::GPR || (reg & 0x00ff0000) == aarch64::SPR ||
-                                 (reg & 0x00ff0000) == aarch64::SYSREG || (reg & 0x00ff0000) == aarch64::FLAG)
-                             switch(reg & 0x0000ff00)
-                             {
-                                 case aarch64::FULL : return 8;
-                                 case aarch64::D_REG: return 4;
-                                 case aarch64::BIT:   return 0;
-                                 default: return 0;
-                             }
-                         else
-                             return 4;
-            break;
-        }
-        case Arch_amdgpu_rdna:
+                              if((reg & 0x00ff0000) == aarch64::FPR)
+                              {
+                                  switch(reg & 0x0000ff00)
+                                  {
+                                      case aarch64::B_REG: return 1;
+                                      case aarch64::W_REG: return 2;
+                                      case aarch64::D_REG: return 4;
+                                      case aarch64::FULL: 
+                                      case aarch64::HQ_REG: return 8;
+                                      case aarch64::Q_REG: return 16;
+                                      default:
+                                                           assert(0);
+                                                           return 0;
+                                  }
+                              }
+                              else if((reg & 0x00ff0000) == aarch64::GPR || (reg & 0x00ff0000) == aarch64::SPR ||
+                                      (reg & 0x00ff0000) == aarch64::SYSREG || (reg & 0x00ff0000) == aarch64::FLAG)
+                                  switch(reg & 0x0000ff00)
+                                  {
+                                      case aarch64::FULL : return 8;
+                                      case aarch64::D_REG: return 4;
+                                      case aarch64::BIT:   return 0;
+                                      default: return 0;
+                                  }
+                              else
+                                  return 4;
+                              break;
+                          }
         case Arch_intelGen9:
-        {
-          assert(0);
-          break;
-        }
- 
+                          {
+                              assert(0);
+                              break;
+                          }
+
         case Arch_none:
-                         return 0;
+                          return 0;
     }
     return 0; //Unreachable, but disable warnings
 }
@@ -399,7 +466,8 @@
             return InvalidReg;
         case Arch_amdgpu_vega:
             return amdgpu_vega::pc;
-        case Arch_amdgpu_rdna:
+        case Arch_amdgpu_cdna2:
+            return amdgpu_cdna2::pc_all;
         case Arch_none:
             return InvalidReg;
     }
@@ -424,7 +492,7 @@
         case Arch_aarch32:
         case Arch_cuda:
         case Arch_amdgpu_vega: // TODO:Since amdgpu functions are all inlined, the return address is highly likely in sgpr30:31
-        case Arch_amdgpu_rdna:
+        case Arch_amdgpu_cdna2:
         case Arch_intelGen9:
             assert(0);
         case Arch_none:
@@ -449,6 +517,7 @@
             return aarch64::x29; //aarch64: frame pointer is X29 by convention
 
         case Arch_amdgpu_vega:
+        case Arch_amdgpu_cdna2:
         case Arch_none:
             return InvalidReg;
 
@@ -478,6 +547,8 @@
             assert(0);
         case Arch_none:
         case Arch_amdgpu_vega:
+
+        case Arch_amdgpu_cdna2:
             return InvalidReg;
         default:
             assert(0);
@@ -503,6 +574,7 @@
         case Arch_aarch32:
         case Arch_cuda:
         case Arch_amdgpu_vega:
+        case Arch_amdgpu_cdna2:
             assert(0);
         case Arch_none:
             return InvalidReg;
@@ -598,6 +670,7 @@
             return ppc64::cr0e;
         case Arch_cuda:
         case Arch_amdgpu_vega:
+        case Arch_amdgpu_cdna2:
             assert(0);
         case Arch_none:
             return InvalidReg;
@@ -613,7 +686,7 @@
 {
     return (*this == x86_64::rip || *this == x86::eip ||
             *this == ppc32::pc || *this == ppc64::pc ||
-            *this == aarch64::pc );
+            *this == aarch64::pc || *this == amdgpu_cdna2::pc_all  );
 }
 
 bool MachRegister::isFramePointer() const
@@ -667,14 +740,16 @@
                             int baseID = reg & 0x0000FFFF;
                             return (baseID <= 731 && baseID >= 700) || (baseID <= 629 && baseID >= 621); 
                         }
-        case Arch_amdgpu_vega:{
-                             return (reg & 0x0000F000);
-                         }
+        case Arch_amdgpu_vega:
+        case Arch_amdgpu_cdna2:
+                        {
+                            return (reg & 0x0000F000);
+                        }
         case Arch_cuda:
-            return false;
+                        return false;
 
         default:
-                         assert(!"Not implemented!");
+                        assert(!"Not implemented!");
     }
     return false;
 }
@@ -721,26 +796,26 @@
     reg_idx = baseID;
     switch(category){
         case amdgpu_vega::SGPR:{
-            reg_class = amdgpu_regclass_sgpr;
-            break;
-        }
+                                   reg_class = amdgpu_regclass_sgpr;
+                                   break;
+                               }
         case amdgpu_vega::VGPR: {
-            reg_class = amdgpu_regclass_vgpr;
-            break;
-        }
+                                    reg_class = amdgpu_regclass_vgpr;
+                                    break;
+                                }
         case amdgpu_vega::PC: {
-            reg_class = amdgpu_regclass_pc;
-            reg_idx = amdgpu_pc;
-            break;
-        }
+                                  reg_class = amdgpu_regclass_pc;
+                                  reg_idx = amdgpu_pc;
+                                  break;
+                              }
         case amdgpu_vega::SGPR_VEC2:{
-            reg_class = amdgpu_regclass_sgpr_vec2;
-            break;
-        }
+                                        reg_class = amdgpu_regclass_sgpr_vec2;
+                                        break;
+                                    }
         default:{
-            assert(0 && "un suppoprted register type for amdgpu ");
-        }
-                                            
+                    assert(0 && "un suppoprted register type for amdgpu ");
+                }
+
     }
     return;
 }
@@ -762,7 +837,8 @@
 {
     // Rose: class, number, position
     // Dyninst: category, base id, subrange
-    if (getArchitecture()==Arch_amdgpu_vega){
+    Architecture maybe_amdgpu = getArchitecture();
+    if (maybe_amdgpu==Arch_amdgpu_vega || maybe_amdgpu == Arch_amdgpu_cdna2){
         getAMDGPUROSERegister(c,n,p);
         return;
     }
@@ -1069,7 +1145,6 @@
             }
             break;
         case Arch_ppc32:
-        case Arch_ppc64: // 64-bit not supported in ROSE
             {
                 baseID = reg & 0x0000FFFF;
                 n = baseID;
@@ -1110,6 +1185,35 @@
                 return;
             }
             break;
+        case Arch_ppc64: {
+                             baseID = reg & 0x0000FFFF;
+                             n = baseID;
+                             switch (category) {
+                                 case ppc64::GPR:
+                                     c = powerpc_regclass_gpr;
+                                     break;
+                                 case ppc64::FPR:
+                                 case ppc64::FSR:
+                                     c = powerpc_regclass_fpr;
+                                     break;
+                                 case ppc64::SPR: {
+                                                      if (baseID < 613) {
+                                                          c = powerpc_regclass_spr;
+                                                      } else if (baseID < 621) {
+                                                          c = powerpc_regclass_sr;
+                                                      } else {
+                                                          c = powerpc_regclass_cr;
+                                                          n = 0;
+                                                          p = baseID - 621;
+                                                      }
+                                                  } break;
+                                 default:
+                                                  c = -1;
+                                                  return;
+                             }
+                             return;
+                         }
+                         break;
         case Arch_aarch64: {
                                p = 0;
                                switch (category) {
@@ -1192,10 +1296,10 @@
                                return;
                            }
                            break;
-       default:
-                         c = x86_regclass_unknown;
-                         n = 0;
-                         break;
+        default:
+                           c = x86_regclass_unknown;
+                           n = 0;
+                           break;
     }
 
     switch (getArchitecture()) {
@@ -1729,10 +1833,13 @@
             return Dyninst::InvalidReg;
             break;
         case Arch_amdgpu_vega:
-            // ignore CUDA register encodings for now
+        case Arch_amdgpu_cdna2:
+            // ignore AMD register encodings for now
+            return Dyninst::InvalidReg;
+            break;
+	case Arch_intelGen9:
             return Dyninst::InvalidReg;
             break;
-
         case Arch_none:
             return Dyninst::InvalidReg;
             break;
@@ -2182,6 +2289,7 @@
         case Arch_cuda:
         case Arch_intelGen9:
         case Arch_amdgpu_vega:
+        case Arch_amdgpu_cdna2:
             return 8;
         default:
             assert(0);

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/linuxHeaders.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/linuxHeaders.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/linuxKludges.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/linuxKludges.C Changed

@@ -88,10 +88,9 @@
 int P_getopt(int argc, char *argv, const char *optstring)
 {
   /* On linux we prepend a + character */
-  char newoptstrlen(optstring)+5;
-  strcpy(newopt, "+");
-  strcat(newopt, optstring);
-  return getopt(argc, argv, newopt);
+  std::string newopt{"+"};
+  newopt += optstring;
+  return getopt(argc, argv, newopt.c_str());
 }
 
 int P_copy(const char *from, const char *to) {
@@ -848,7 +847,7 @@
          pos += READ_BLOCK_SIZE;
       }
       else {
-         fprintf(stderr, "%s:%u - Unknown error reading auxv\n",
+         fprintf(stderr, "%s:%d - Unknown error reading auxv\n",
                  __FILE__, __LINE__);
          goto done_err;
       }
@@ -942,51 +941,6 @@
       closedir(dirhandle);
       return true;
    }
-   /**
-    * Linux 2.4:
-    *
-    * PIDs that are created by pthreads have a '.' prepending their name
-    * in /proc.  We'll check all of those for the ones that have this lwp
-    * as a parent pid.
-    **/
-   dirhandle = opendir("/proc");
-   if (!dirhandle)
-   {
-      //No /proc directory.  I give up.  No threads for you.
-      return false;
-   }
-   while ((direntry = readdir(dirhandle)) != NULL)
-   {
-      if (direntry->d_name0 != '.') {
-         //fprintf(stderr, "%s%d: Skipping entry %s\n", FILE__, __LINE__, direntry->d_name);
-         continue;
-      }
-      unsigned lwp_id = atoi(direntry->d_name+1);
-      int lwp_ppid = 0;
-      if (!lwp_id)
-         continue;
-      sprintf(name, "/proc/%d/status", lwp_id);
-      FILE *fd = P_fopen(name, "r");
-      if (!fd) {
-         continue;
-     }
-     char buffer1024;
-     while (fgets(buffer, 1024, fd)) {
-         if (strncmp(buffer, "Tgid", 4) == 0) {
-             sscanf(buffer, "%*s %d", &lwp_ppid);
-             break;
-         }
-     }
-
-     fclose(fd);
-
-     if (lwp_ppid != pid) {
-         continue;
-     }
-     lwps.push_back(lwp_id);
-  }
-  closedir(dirhandle);
-  lwps.push_back(pid);
 
-  return true;
+  return false;
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/lprintf.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/lprintf.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/ntHeaders.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/ntHeaders.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/pathName.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/pathName.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/singleton_object_pool.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/singleton_object_pool.h Changed

@@ -32,18 +32,17 @@
 
 #include "pool_allocators.h"
 #include "dthread.h"
+#include "compiler_annotations.h"
 
 // This is only safe for objects with nothrow constructors...
 template <typename T, typename Alloc = std::allocator<T> >
 class singleton_object_pool : public Alloc
 {
-    using typename Alloc::pointer;
     using typename Alloc::size_type;
+    using pointer = T*;
 public:
-    static typename Alloc::pointer allocate( size_type n ) {
-        return  Alloc().allocate(n);
-    }
-    static void deallocate( typename Alloc::pointer p ) {
+    static pointer allocate( size_type n ) DYNINST_MALLOC_ANNOTATION;
+    static void deallocate( pointer p ) {
         Alloc().deallocate(p, 1);
     }
 
@@ -51,17 +50,30 @@
     static T* construct(Args&&... args)
     {
         T* p = allocate(1);
+#if __cplusplus < 202002L
         Alloc().construct(p, std::forward<Args>(args)...);
+#else
+        std::construct_at(p, std::forward<Args>(args)...);
+#endif
         return p;
-    };
-    static void destroy(typename Alloc::pointer p)
+    }
+    static void destroy(pointer p)
     {
+#if __cplusplus < 202002L
         Alloc().destroy(p);
+#else
+        std::destroy_at(p);
+#endif
         deallocate(p);
-    };
+    }
 
 };
 
+template <typename T, typename Alloc>
+typename singleton_object_pool<T, Alloc>::pointer singleton_object_pool<T, Alloc>::allocate( size_type n ) {
+    return  Alloc().allocate(n);
+}
+
 template <typename T>
 struct PoolDestructor
 {

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/stats.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/stats.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/stats.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/stats.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/symbolDemangle.c -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/symbolDemangle.c Changed

@@ -38,13 +38,13 @@
 // Returns a malloc'd string that is the demangled symbol name.  THe caller is
 // responsible for the freeing this memory.  Returns NULL on malloc failure.
 // The symbol name symName is demangled using the cplus_demangle function after
-// first removing any versioning suffixes (first '@') or stabs suffixes (first
-// ':') to create the mangled name.  If cplus_demangle fails, the mangled name
+// first removing any versioning suffixes (first '@')
+// to create the mangled name.  If cplus_demangle fails, the mangled name
 // is returned unmodified.  If cplus_demangle succeeds and includeParams is
 // false, then any clone suffixes (the first '.' to the end of the mangled
 // name) are appended to the value from cplus_demangle.
 //
-// Other than the removal of versioning and stabs suffixes, and appending any
+// Other than the removal of versioning suffixes, and appending any
 // clone suffixes if includeParams is false to the result, the result should be
 // equivalent to using c++filt.  Below are the c++filt and cplus_demangle
 // options
@@ -57,34 +57,34 @@
 char *symbol_demangle(const char *symName, int includeParams)
 {
     int cloneOffset = -1;		// offset to clone suffix
-    int versionOrStabsOffset = -1;	// offset to version or stabs suffix
-    int lastOffset;			// offset to version or stabs suffix
+    int versionOffset = -1;	// offset to version suffix
+    int lastOffset;			// offset to version suffix
 					//   if present, else null of symName
 
-    // find both clone, and then version or stabs suffixes if any
+    // find both clone, and then version suffixes if any
     for (lastOffset = 0; symNamelastOffset; ++lastOffset)  {
 	char c = symNamelastOffset;
 	if (c == '.' && cloneOffset == -1)  {
 	    // clone suffix start with first '.'
 	    cloneOffset = lastOffset;
-	}  else if (c == '@' || c == ':')  {
-	    // version ('@') or stabs (':') suffix found
-	    versionOrStabsOffset = lastOffset;
+	}  else if (c == '@')  {
+	    // version ('@') suffix found
+	    versionOffset = lastOffset;
 	    // stop searching
 	    break;
 	}
     }
 
-    const char *mangledName = symName;	// symName without version/stabs suffix
+    const char *mangledName = symName;	// symName without version suffix
     char *allocatedMangledName = 0;
-    if (versionOrStabsOffset != -1)  {
-	// make a copy of the symName without version or stabs suffix
-	char *allocatedMangledName = malloc(versionOrStabsOffset + 1);
+    if (versionOffset != -1)  {
+	// make a copy of the symName without version suffix
+	allocatedMangledName = malloc(versionOffset + 1);
 	if (allocatedMangledName == 0)  {
 	    return NULL;
 	}
-	memcpy(allocatedMangledName, symName, versionOrStabsOffset);
-	allocatedMangledNameversionOrStabsOffset = '\0';
+	memcpy(allocatedMangledName, symName, versionOffset);
+	allocatedMangledNameversionOffset = '\0';
 	mangledName = allocatedMangledName;
     }

_service:tar_scm:dyninst-11.0.1.tar.gz/common/src/util.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/common/src/util.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/doc/dataflowAPI.pdf -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/doc/dataflowAPI.pdf Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/h/Absloc.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/h/Absloc.h Changed

@@ -56,7 +56,7 @@
   namespace ParseAPI {
     class Function;
     class Block;
-  };
+  }
 
 class Absloc {
  public:
@@ -86,7 +86,7 @@
      func_(NULL),
     addr_(-1),
     preg_(),
-    trueCond_(false) {};
+    trueCond_(false) {}
  DATAFLOW_EXPORT Absloc(MachRegister reg) :
   type_(Register),
      reg_(reg),
@@ -96,7 +96,7 @@
      addr_(-1),
      preg_(),
      trueCond_(false)
-     {};
+     {}
     
  DATAFLOW_EXPORT Absloc(Address addr) :
     type_(Heap),
@@ -107,7 +107,7 @@
     addr_(addr),
     preg_(),
     trueCond_(false)
-    {};
+    {}
  DATAFLOW_EXPORT Absloc(int o,
 			int r,
 			ParseAPI::Function *f) :
@@ -119,7 +119,7 @@
     addr_(-1),
     preg_(),
     trueCond_(false)
-    {};
+    {}
  DATAFLOW_EXPORT Absloc(MachRegister r, MachRegister p, bool c):
      type_(PredicatedRegister),
      reg_(r),
@@ -128,23 +128,23 @@
      func_(NULL),
      addr_(-1),
      preg_(p),
-     trueCond_(c) {};
+     trueCond_(c) {}
     
   DATAFLOW_EXPORT std::string format() const;
 
-  DATAFLOW_EXPORT const Type &type() const { return type_; };
+  DATAFLOW_EXPORT const Type &type() const { return type_; }
 
-  DATAFLOW_EXPORT bool isValid() const { return type_ != Unknown; };
+  DATAFLOW_EXPORT bool isValid() const { return type_ != Unknown; }
 
-  DATAFLOW_EXPORT const MachRegister &reg() const { assert(type_ == Register || type_ == PredicatedRegister); return reg_; };
+  DATAFLOW_EXPORT const MachRegister &reg() const { assert(type_ == Register || type_ == PredicatedRegister); return reg_; }
 
-  DATAFLOW_EXPORT int off() const { assert(type_ == Stack); return off_; };
-  DATAFLOW_EXPORT int region() const { assert(type_ == Stack); return region_; };
-  DATAFLOW_EXPORT ParseAPI::Function *func() const { assert(type_ == Stack); return func_; };
+  DATAFLOW_EXPORT int off() const { assert(type_ == Stack); return off_; }
+  DATAFLOW_EXPORT int region() const { assert(type_ == Stack); return region_; }
+  DATAFLOW_EXPORT ParseAPI::Function *func() const { assert(type_ == Stack); return func_; }
 
-  DATAFLOW_EXPORT Address addr() const { assert(type_ == Heap); return addr_; };
-  DATAFLOW_EXPORT const MachRegister &predReg() const { assert(type_ == PredicatedRegister); return preg_;};
-  DATAFLOW_EXPORT bool isTrueCondition() const { assert(type_ == PredicatedRegister); return trueCond_;};
+  DATAFLOW_EXPORT Address addr() const { assert(type_ == Heap); return addr_; }
+  DATAFLOW_EXPORT const MachRegister &predReg() const { assert(type_ == PredicatedRegister); return preg_;}
+  DATAFLOW_EXPORT bool isTrueCondition() const { assert(type_ == PredicatedRegister); return trueCond_;}
   DATAFLOW_EXPORT void flipPredicateCondition() { assert(type_ == PredicatedRegister); trueCond_ = !trueCond_; }
   
   DATAFLOW_EXPORT bool operator<(const Absloc &rhs) const;
@@ -167,7 +167,7 @@
     default:
       return 'u';
     }
-  };
+  }
 
   friend std::ostream &operator<<(std::ostream &os, const Absloc &a) {
     os << a.format();
@@ -219,7 +219,7 @@
 
   DATAFLOW_EXPORT AbsRegion() :
     type_(Absloc::Unknown),
-    size_(0) {};
+    size_(0) {}
 
   DATAFLOW_EXPORT AbsRegion(Absloc::Type t) :
     type_(t),
@@ -278,7 +278,7 @@
  public:
   typedef boost::shared_ptr<Assignment> Ptr;
   struct AssignmentPtrHasher {
-    size_t operator() (const Ptr& ap) const {
+    size_t operator() (const Ptr& ap) const noexcept {
       return (size_t)ap.get();
     }
   };
@@ -315,7 +315,7 @@
        func_(f),
        block_(b),
        inputs_(ins),
-       out_(o) {};
+       out_(o) {}
 
   DATAFLOW_EXPORT Assignment(const InstructionAPI::Instruction& i,
                              const Address a,
@@ -326,7 +326,7 @@
        addr_(a),
        func_(f),
        block_(b),
-       out_(o) {};
+       out_(o) {}
 
   DATAFLOW_EXPORT static Assignment::Ptr makeAssignment(const InstructionAPI::Instruction& i,
                              const Address a,
@@ -381,7 +381,7 @@
 };
 
 // Dyninst namespace
-};
+}

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/h/AbslocInterface.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/h/AbslocInterface.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/h/SymEval.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/h/SymEval.h Changed

@@ -55,7 +55,7 @@
    namespace ParseAPI {
       class Function;
       class Block;
-   };
+   }
 
 namespace DataflowAPI {
 
@@ -73,9 +73,9 @@
 // Define the operations used by ROSE
 
 struct Variable {
-  DATAFLOW_EXPORT Variable() : reg(), addr(0) {};
-  DATAFLOW_EXPORT Variable(AbsRegion r) : reg(r), addr(0) {};
-  DATAFLOW_EXPORT Variable(AbsRegion r, Address a) : reg(r), addr(a) {};
+  DATAFLOW_EXPORT Variable() : reg(), addr(0) {}
+  DATAFLOW_EXPORT Variable(AbsRegion r) : reg(r), addr(0) {}
+  DATAFLOW_EXPORT Variable(AbsRegion r, Address a) : reg(r), addr(a) {}
 
   DATAFLOW_EXPORT bool operator==(const Variable &rhs) const { 
     return ((rhs.addr == addr) && (rhs.reg == reg));
@@ -105,9 +105,9 @@
 };
 
 struct Constant {
-  DATAFLOW_EXPORT Constant() : val(0), size(0) {};
-  DATAFLOW_EXPORT Constant(uint64_t v) : val(v), size(0) {};
-  DATAFLOW_EXPORT Constant(uint64_t v, size_t s) : val(v), size(s) {};
+  DATAFLOW_EXPORT Constant() : val(0), size(0) {}
+  DATAFLOW_EXPORT Constant(uint64_t v) : val(v), size(0) {}
+  DATAFLOW_EXPORT Constant(uint64_t v, size_t s) : val(v), size(s) {}
 
  DATAFLOW_EXPORT  bool operator==(const Constant &rhs) const {
     return ((rhs.val == val) && (rhs.size == size));
@@ -174,8 +174,8 @@
     extendMSBOp
 } Op;
 
-DATAFLOW_EXPORT ROSEOperation(Op o) : op(o), size(0) {};
-DATAFLOW_EXPORT ROSEOperation(Op o, size_t s) : op(o), size(s) {};
+DATAFLOW_EXPORT ROSEOperation(Op o) : op(o), size(0) {}
+DATAFLOW_EXPORT ROSEOperation(Op o, size_t s) : op(o), size(s) {}
 
 DATAFLOW_EXPORT bool operator==(const ROSEOperation &rhs) const {
     return ((rhs.op == op) && (rhs.size == size));
@@ -287,7 +287,7 @@
     }
     ret << ">";
     return ret.str();
-};
+}
     friend std::ostream& operator<<(std::ostream& stream, const ROSEOperation& c)
     {
         stream << c.format();
@@ -298,9 +298,9 @@
 size_t size;
 };
 
-};
+}
 
-};
+}
 
 
 namespace Dyninst {
@@ -369,7 +369,7 @@
  static AST::Ptr simplifyStack(AST::Ptr ast, Address addr, ParseAPI::Function *func, ParseAPI::Block *block);
 };
 
-};
-};
+}
+}
 
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/h/slicing.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/h/slicing.h Changed

@@ -57,7 +57,7 @@
   class Block;
   class Edge;
   class Function;
-};
+}
 
 class Assignment;
 class AbsRegion;
@@ -86,8 +86,8 @@
     return Ptr(new SliceNode(ptr, block, func));
   }
       
-  ParseAPI::Block *block() const { return b_; };
-  ParseAPI::Function *func() const { return f_; };
+  ParseAPI::Block *block() const { return b_; }
+  ParseAPI::Function *func() const { return f_; }
   Address addr() const;
   AssignmentPtr assign() const { return a_; }
       
@@ -96,14 +96,14 @@
       
   std::string format() const;
       
-  virtual ~SliceNode() {};
+  virtual ~SliceNode() {}
       
  private:
       
  SliceNode(AssignmentPtr ptr,
 	    ParseAPI::Block *block,
 	    ParseAPI::Function *func) : 
-  a_(ptr), b_(block), f_(func) {};
+  a_(ptr), b_(block), f_(func) {}
       
   AssignmentPtr a_;
   ParseAPI::Block *b_;
@@ -122,13 +122,13 @@
       return Ptr(new SliceEdge(source, target, data)); 
    }
 
-   const AbsRegion &data() const { return data_; };
+   const AbsRegion &data() const { return data_; }
 
   private:
    SliceEdge(const SliceNode::Ptr source, 
              const SliceNode::Ptr target,
              AbsRegion const& data) 
-      : Edge(source, target), data_(data) {};
+      : Edge(source, target), data_(data) {}
    AbsRegion data_;
 };
 
@@ -182,9 +182,9 @@
      int stackDepth;
 
   ContextElement(ParseAPI::Function *f) : 
-    func(f), block(NULL), stackDepth(-1) {};
+    func(f), block(NULL), stackDepth(-1) {}
   ContextElement(ParseAPI::Function *f, long depth) :
-    func(f), block(NULL), stackDepth(depth) {};
+    func(f), block(NULL), stackDepth(depth) {}
   };
 
   // This should be sufficient...
@@ -209,8 +209,8 @@
     Address addr() const { if(fwd) return (*current).second; else return (*rcurrent).second;}
 
   Location(ParseAPI::Function *f,
-	   ParseAPI::Block *b) : func(f), block(b), fwd(true){};
-  Location() : func(NULL), block(NULL), fwd(true) {};
+	   ParseAPI::Block *b) : func(f), block(b), fwd(true){}
+  Location() : func(NULL), block(NULL), fwd(true) {}
   };
     
   // Describes an abstract region, a minimal context
@@ -311,7 +311,7 @@
                                                   const AbsRegion & /*out*/) { 
        return false; 
     }
-    DATAFLOW_EXPORT virtual ~Predicates() {};
+    DATAFLOW_EXPORT virtual ~Predicates() {}
 
     // Callback function when adding a new node to the slice.
     // Return true if we want to continue slicing

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/h/stackanalysis.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/h/stackanalysis.h Changed

@@ -65,11 +65,11 @@
       class Function;
       class Block;
       class Edge;
-   };
+   }
    namespace InstructionAPI {
       class Instruction;
       class Expression;
-   };
+   }
 
 class StackAnalysis {
 public:
@@ -146,19 +146,19 @@
       Height_t height() const { return height_; }
         
       // FIXME if we stop using TOP == MAXINT and BOT == MININT...
-      bool operator<(const Height &rhs) const {
+      bool operator<(const Height &rhs) const noexcept {
          return (height_ < rhs.height_);
       }
 
-      bool operator>(const Height &rhs) const {
+      bool operator>(const Height &rhs) const noexcept {
          return (height_ > rhs.height_);
       }
 
-      bool operator<=(const Height &rhs) const {
+      bool operator<=(const Height &rhs) const noexcept {
          return (height_ <= rhs.height_);
       }
 
-      bool operator>=(const Height &rhs) const {
+      bool operator>=(const Height &rhs) const noexcept {
          return (height_ >= rhs.height_);
       }
 
@@ -451,7 +451,7 @@
       static const long uninitialized = MAXLONG;
       static const long notUnique = MINLONG;
 
-      SummaryFunc() {};
+      SummaryFunc() {}
 
       void apply(ParseAPI::Block *block, const AbslocState &in,
          AbslocState &out) const;
@@ -499,7 +499,8 @@
       const std::map<Address, TransferSet> &fs,
       const std::set<Address> &toppable = std::set<Address>());
 
-    DATAFLOW_EXPORT virtual ~StackAnalysis();
+    DATAFLOW_EXPORT virtual ~StackAnalysis() = default;
+    DATAFLOW_EXPORT StackAnalysis& operator=(const Dyninst::StackAnalysis&) = default;
 
     DATAFLOW_EXPORT Height find(ParseAPI::Block *, Address addr, Absloc loc);
     DATAFLOW_EXPORT DefHeightSet findDefHeight(ParseAPI::Block *block,

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/rose/SgAsmExpression.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/rose/SgAsmExpression.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/rose/semantics/BinarySymbolicExpr.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/rose/semantics/BinarySymbolicExpr.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/rose/semantics/BinarySymbolicExpr.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/rose/semantics/BinarySymbolicExpr.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/rose/semantics/DispatcherARM64.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/rose/semantics/DispatcherARM64.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/rose/semantics/SymEvalSemantics.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/rose/semantics/SymEvalSemantics.C Changed

@@ -4,8 +4,10 @@
 
 #include <Register.h>
 #include "SymEvalSemantics.h"
+#include "BaseSemantics2.h"
 
 using namespace rose::BinaryAnalysis::InstructionSemantics2;
+using RoseException = BaseSemantics::Exception;
 
 ///////////////////////////////////////////////////////
 //                                           StateAST
@@ -194,7 +196,8 @@
                     break;
                 case 128: base = Dyninst::aarch64::q0;
                     break;
-                default:assert(!"invalid size of RegisterDescriptor!");
+                default:
+                    throw RoseException("invalid size of RegisterDescriptor!", nullptr);
                     break;
             }
             mreg = Dyninst::MachRegister(base.val() + (minor - armv8_simdfpr_v0));
@@ -267,13 +270,13 @@
 	        Dyninst::MachRegister base = Dyninst::ppc32::cr0l;
 		mreg = Dyninst::MachRegister(base.val() + offset);
 	    } else {
-	        assert(!"bad cr register size");
+	        throw RoseException("bad cr register size", nullptr);
 	    }
 	}
 	    break;
 	
 	case powerpc_regclass_fpscr:
-	    assert(!"not implemented register class fpscr");
+	    throw RoseException("not implemented register class fpscr", nullptr);
 	    break;
 
 	case powerpc_regclass_spr: {
@@ -298,12 +301,12 @@
 		    mreg = Dyninst::ppc32::dec;
 		    break;
 		default:
-		    assert(!"not implemented special register");
+		    throw RoseException("not implemented special register", nullptr);
 	    }
 	}
 	    break;
 	case powerpc_regclass_tbr:
-	    assert(!"not implemented regclass tbr");
+	    throw RoseException("not implemented regclass tbr", nullptr);
 	    break;
 	
 	case powerpc_regclass_msr:
@@ -311,7 +314,7 @@
 	    break;
 	    
 	case powerpc_regclass_sr:
-	    assert(!"not implemented regclass sr");
+	    throw RoseException("not implemented regclass sr", nullptr);
 	    break;
 
         case powerpc_regclass_iar:
@@ -361,13 +364,13 @@
 	        Dyninst::MachRegister base = Dyninst::ppc64::cr0l;
 		mreg = Dyninst::MachRegister(base.val() + offset);
 	    } else {
-	        assert(!"bad cr register size");
+	        throw RoseException("bad cr register size", nullptr);
 	    }
 	}
 	    break;
 	
 	case powerpc_regclass_fpscr:
-	    assert(!"not implemented register class fpscr");
+	    throw RoseException("not implemented register class fpscr", nullptr);
 	    break;
 
 	case powerpc_regclass_spr: {
@@ -392,12 +395,12 @@
 		    mreg = Dyninst::ppc64::dec;
 		    break;
 		default:
-		    assert(!"not implemented special register");
+		    throw RoseException("not implemented special register", nullptr);
 	    }
 	}
 	    break;
 	case powerpc_regclass_tbr:
-	    assert(!"not implemented regclass tbr");
+	    throw RoseException("not implemented regclass tbr", nullptr);
 	    break;
 	
 	case powerpc_regclass_msr:
@@ -405,7 +408,7 @@
 	    break;
 	    
 	case powerpc_regclass_sr:
-	    assert(!"not implemented regclass sr");
+	    throw RoseException("not implemented regclass sr", nullptr);
 	    break;
 
         case powerpc_regclass_iar:

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/rose/semanticsModule.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/rose/semanticsModule.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/rose/typedefs.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/rose/typedefs.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/rose/util/LinearCongruentialGenerator.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/rose/util/LinearCongruentialGenerator.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/rose/util/StringUtility.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/rose/util/StringUtility.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/src/ABI.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/src/ABI.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/src/AbslocInterface.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/src/AbslocInterface.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/src/ExpressionConversionVisitor.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/src/ExpressionConversionVisitor.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/src/RegisterMap.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/src/RegisterMap.C Changed

@@ -29,11 +29,6 @@
  */
 
 #include "dataflowAPI/src/RegisterMap.h"
-#include <boost/assign/list_of.hpp>
-#include <map>
-#include <boost/config.hpp>
-
-using namespace boost::assign;
 
 // We use the singleton approach, rather than static construction, to ensure the
 // register maps are created correctly. In at least one case (Ubuntu 12.04) they
@@ -42,11 +37,6 @@
 namespace Dyninst {
 namespace DataflowAPI {
 
-#if !defined(NO_INITIALIZER_LIST_SUPPORT) && (!defined(os_windows) || _MSC_VER >= 1900)
-   // This doesn't fail on VS 2015, but may fail on other versions post 2010.
-   // This fails on VS2010; revisit when we move to VS2012.
-   // Also on gcc 4.3.
-
 RegisterMap &machRegIndex_x86() {
    static dyn_tls RegisterMap* mrmap = NULL;
    if (mrmap == NULL) {
@@ -867,732 +857,5 @@
    return *mrmap;
 }
 
-#else
-  // This fails on VS 2015... but not VS 2010...
-RegisterMap &machRegIndex_x86() {
-   static dyn_tls RegisterMap* mrmap = NULL;
-   if (mrmap == NULL) {
-      mrmap = new RegisterMap();
-      *mrmap = map_list_of
-         (x86::eax, 0)
-         (x86::ecx, 1)
-         (x86::edx, 2)
-         (x86::ebx, 3)
-         (x86::esp, 4)
-         (x86::ebp, 5)
-         (x86::esi, 6)
-         (x86::edi, 7)
-         (x86::eip, 8)
-         (x86::cf, 9)
-         (x86::flag1, 10)
-         (x86::pf, 11)
-         (x86::flag3, 12)
-         (x86::af, 13)
-         (x86::flag5, 14)
-         (x86::zf, 15)
-         (x86::sf, 16)
-         (x86::tf, 17)
-         (x86::if_, 18)
-         (x86::df, 19)
-         (x86::of, 20)
-         (x86::flagc, 21)
-         (x86::flagd, 22)
-         (x86::nt_, 23)
-         (x86::flagf, 24)
-         (x86::rf, 25)
-         (x86::ds, 26)
-         (x86::es, 27)
-         (x86::fs, 28)
-         (x86::gs, 29)
-         (x86::cs, 30)
-         (x86::ss, 31)
-         (x86::oeax, 32)
-         (x86::fsbase, 33)
-         (x86::gsbase, 34)
-         (x86::xmm0, 35)
-         (x86::xmm1, 36)
-         (x86::xmm2, 37)
-         (x86::xmm3, 38)
-         (x86::xmm4, 39)
-         (x86::xmm5, 40)
-         (x86::xmm6, 41)
-         (x86::xmm7, 42)
-         (x86::mm0, 43)  // mm0 to mm7 and st0 to st7 collapse to mm0
-         (x86::cr0, 44)
-         (x86::cr1, 45)
-         (x86::cr2, 46)
-         (x86::cr3, 47)
-         (x86::cr4, 48)
-         (x86::cr5, 49)
-         (x86::cr6, 50)
-         (x86::cr7, 51)
-         (x86::dr0, 52)
-         (x86::dr1, 53)
-         (x86::dr2, 54)
-         (x86::dr3, 55)
-         (x86::dr4, 56)
-         (x86::dr5, 57)
-         (x86::dr6, 58)
-         (x86::dr7, 59)
-         (x86::tr0, 60)
-         (x86::tr1, 61)
-         (x86::tr2, 62)
-         (x86::tr3, 63)
-         (x86::tr4, 64)
-         (x86::tr5, 65)
-         (x86::tr6, 66)
-         (x86::tr7, 67);
-   }
-   return *mrmap;
-}
-
-RegisterMap &machRegIndex_x86_64() {
-   static dyn_tls RegisterMap* mrmap = NULL;
-   if (mrmap == NULL) {
-      mrmap = new RegisterMap();
-      *mrmap = map_list_of
-         (x86_64::rax, 0)
-         (x86_64::rcx, 1)
-         (x86_64::rdx, 2)
-         (x86_64::rbx, 3)
-         (x86_64::rsp, 4)
-         (x86_64::rbp, 5)
-         (x86_64::rsi, 6)
-         (x86_64::rdi, 7)
-         (x86_64::r8, 8)
-         (x86_64::r9, 9)
-         (x86_64::r10, 10)
-         (x86_64::r11, 11)
-         (x86_64::r12, 12)
-         (x86_64::r13, 13)
-         (x86_64::r14, 14)
-         (x86_64::r15, 15)
-         (x86_64::rip, 16)
-         (x86_64::cf, 17)
-         (x86_64::pf, 18)
-         (x86_64::af, 19)
-         (x86_64::zf, 20)
-         (x86_64::sf, 21)
-         (x86_64::tf, 22)
-         (x86_64::if_, 23)
-         (x86_64::df, 24)
-         (x86_64::of, 25)
-         (x86_64::nt_, 26)
-         (x86_64::rf, 27)
-         (x86_64::ds, 28)
-         (x86_64::es, 29)
-         (x86_64::fs, 30)
-         (x86_64::gs, 31)
-         (x86_64::cs, 32)
-         (x86_64::ss, 33)
-         (x86_64::orax, 34)
-         (x86_64::fsbase, 35)
-         (x86_64::gsbase, 36)
-         (x86_64::k0, 37)
-         (x86_64::k1, 38)
-         (x86_64::k2, 39)
-         (x86_64::k3, 40)
-         (x86_64::k4, 41)
-         (x86_64::k5, 42)
-         (x86_64::k6, 43)
-         (x86_64::k7, 44)
-         (x86_64::zmm0, 45)
-         (x86_64::zmm1, 46)
-         (x86_64::zmm2, 47)
-         (x86_64::zmm3, 48)
-         (x86_64::zmm4, 49)
-         (x86_64::zmm5, 50)
-         (x86_64::zmm6, 51)
-         (x86_64::zmm7, 52)
-         (x86_64::zmm8, 53)
-         (x86_64::zmm9, 54)
-         (x86_64::zmm10, 55)
-         (x86_64::zmm11, 56)
-         (x86_64::zmm12, 57)
-         (x86_64::zmm13, 58)
-         (x86_64::zmm14, 59)
-         (x86_64::zmm15, 60)
-         (x86_64::zmm16, 61)
-         (x86_64::zmm17, 62)
-         (x86_64::zmm18, 63)
-         (x86_64::zmm19, 64)
-         (x86_64::zmm20, 65)
-         (x86_64::zmm21, 66)
-         (x86_64::zmm22, 67)
-         (x86_64::zmm23, 68)
-         (x86_64::zmm24, 69)
-         (x86_64::zmm25, 70)
-         (x86_64::zmm26, 71)
-         (x86_64::zmm27, 72)
-         (x86_64::zmm28, 73)
-         (x86_64::zmm29, 74)
-         (x86_64::zmm30, 75)
-         (x86_64::zmm31, 75)
-         (x86_64::ymm0, 76)
-         (x86_64::ymm1, 77)
-         (x86_64::ymm2, 78)
-         (x86_64::ymm3, 79)
-         (x86_64::ymm4, 80)
-         (x86_64::ymm5, 81)
-         (x86_64::ymm6, 82)
-         (x86_64::ymm7, 83)
-         (x86_64::ymm8, 84)
-         (x86_64::ymm9, 85)
-         (x86_64::ymm10, 86)
-         (x86_64::ymm11, 87)
-         (x86_64::ymm12, 88)
-         (x86_64::ymm13, 89)
-         (x86_64::ymm14, 90)
-         (x86_64::ymm15, 91)
-         (x86_64::ymm16, 92)
-         (x86_64::ymm17, 93)
-         (x86_64::ymm18, 94)
-         (x86_64::ymm19, 95)
-         (x86_64::ymm20, 96)
-         (x86_64::ymm21, 97)
-         (x86_64::ymm22, 98)
-         (x86_64::ymm23, 99)
-         (x86_64::ymm24, 100)
-         (x86_64::ymm25, 101)
-         (x86_64::ymm26, 102)
-         (x86_64::ymm27, 103)
-         (x86_64::ymm28, 104)
-         (x86_64::ymm29, 105)
-         (x86_64::ymm30, 106)
-         (x86_64::ymm31, 107)
-         (x86_64::xmm0, 108)
-         (x86_64::xmm1, 109)
-         (x86_64::xmm2, 110)
-         (x86_64::xmm3, 111)
-         (x86_64::xmm4, 112)
-         (x86_64::xmm5, 113)
-         (x86_64::xmm6, 114)
-         (x86_64::xmm7, 115)
-         (x86_64::xmm8, 116)
-         (x86_64::xmm9, 117)
-         (x86_64::xmm10, 118)
-         (x86_64::xmm11, 119)
-         (x86_64::xmm12, 120)
-         (x86_64::xmm13, 121)
-         (x86_64::xmm14, 122)
-         (x86_64::xmm15, 123)
-         (x86_64::xmm16, 124)
-         (x86_64::xmm17, 125)
-         (x86_64::xmm18, 126)
-         (x86_64::xmm19, 127)
-         (x86_64::xmm20, 128)
-         (x86_64::xmm21, 129)
-         (x86_64::xmm22, 130)
-         (x86_64::xmm23, 131)
-         (x86_64::xmm24, 132)
-         (x86_64::xmm25, 133)
-         (x86_64::xmm26, 134)
-         (x86_64::xmm27, 135)
-         (x86_64::xmm28, 136)
-         (x86_64::xmm29, 137)
-         (x86_64::xmm30, 138)
-         (x86_64::xmm31, 139)
-         (x86_64::mm0, 140) // mm0 to mm7 and st0 to st7 collapse to mm0
-         (x86_64::cr0, 141)
-         (x86_64::cr1, 142)
-         (x86_64::cr2, 143)
-         (x86_64::cr3, 144)
-         (x86_64::cr4, 145)
-         (x86_64::cr5, 146)
-         (x86_64::cr6, 147)
-         (x86_64::cr7, 148)
-         (x86_64::dr0, 149)
-         (x86_64::dr1, 150)
-         (x86_64::dr2, 151)
-         (x86_64::dr3, 152)
-         (x86_64::dr4, 153)
-         (x86_64::dr5, 154)
-         (x86_64::dr6, 155)
-         (x86_64::dr7, 156)
-         (x86_64::tr0, 157)
-         (x86_64::tr1, 158)
-         (x86_64::tr2, 159)
-         (x86_64::tr3, 160)
-         (x86_64::tr4, 161)
-         (x86_64::tr5, 162)
-         (x86_64::tr6, 163)
-         (x86_64::tr7, 164)
-         ;
-   }
-   return *mrmap;
-}
-
-RegisterMap &machRegIndex_ppc() {
-   static dyn_tls RegisterMap* mrmap = NULL;
-   if (mrmap == NULL) {
-      mrmap = new RegisterMap();
-      *mrmap = map_list_of
-         (ppc32::r0, 0)
-         (ppc32::r1, 1)
-         (ppc32::r2, 2)
-         (ppc32::r3, 3)
-         (ppc32::r4, 4)
-         (ppc32::r5, 5)
-         (ppc32::r6, 6)
-         (ppc32::r7, 7)
-         (ppc32::r8, 8)
-         (ppc32::r9, 9)
-         (ppc32::r10, 10)
-         (ppc32::r11, 11)
-         (ppc32::r12, 12)
-         (ppc32::r13, 13)
-         (ppc32::r14, 14)
-         (ppc32::r15, 15)
-         (ppc32::r16, 16)
-         (ppc32::r17, 17)
-         (ppc32::r18, 18)
-         (ppc32::r19, 19)
-         (ppc32::r20, 20)
-         (ppc32::r21, 21)
-         (ppc32::r22, 22)
-         (ppc32::r23, 23)
-         (ppc32::r24, 24)
-         (ppc32::r25, 25)
-         (ppc32::r26, 26)
-         (ppc32::r27, 27)
-         (ppc32::r28, 28)
-         (ppc32::r29, 29)
-         (ppc32::r30, 30)
-         (ppc32::r31, 31)
-         (ppc32::fpr0, 32)
-         (ppc32::fpr1, 33)
-         (ppc32::fpr2, 34)
-         (ppc32::fpr3, 35)
-         (ppc32::fpr4, 36)
-         (ppc32::fpr5, 37)
-         (ppc32::fpr6, 38)
-         (ppc32::fpr7, 39)
-         (ppc32::fpr8, 40)
-         (ppc32::fpr9, 41)
-         (ppc32::fpr10, 42)
-         (ppc32::fpr11, 43)
-         (ppc32::fpr12, 44)
-         (ppc32::fpr13, 45)
-         (ppc32::fpr14, 46)
-         (ppc32::fpr15, 47)
-         (ppc32::fpr16, 48)
-         (ppc32::fpr17, 49)
-         (ppc32::fpr18, 50)
-         (ppc32::fpr19, 51)
-         (ppc32::fpr20, 52)
-         (ppc32::fpr21, 53)
-         (ppc32::fpr22, 54)
-         (ppc32::fpr23, 55)
-         (ppc32::fpr24, 56)
-         (ppc32::fpr25, 57)
-         (ppc32::fpr26, 58)
-         (ppc32::fpr27, 59)
-         (ppc32::fpr28, 60)
-         (ppc32::fpr29, 61)
-         (ppc32::fpr30, 62)
-         (ppc32::fpr31, 63)
-         (ppc32::fsr0, 64)
-         (ppc32::fsr1, 65)
-         (ppc32::fsr2, 66)
-         (ppc32::fsr3, 67)
-         (ppc32::fsr4, 68)
-         (ppc32::fsr5, 69)
-         (ppc32::fsr6, 70)
-         (ppc32::fsr7, 71)
-         (ppc32::fsr8, 72)
-         (ppc32::fsr9, 73)
-         (ppc32::fsr10, 74)
-         (ppc32::fsr11, 75)
-         (ppc32::fsr12, 76)
-         (ppc32::fsr13, 77)
-         (ppc32::fsr14, 78)
-         (ppc32::fsr15, 79)
-         (ppc32::fsr16, 80)
-         (ppc32::fsr17, 81)
-         (ppc32::fsr18, 82)
-         (ppc32::fsr19, 83)
-         (ppc32::fsr20, 84)
-         (ppc32::fsr21, 85)
-         (ppc32::fsr22, 86)
-         (ppc32::fsr23, 87)
-         (ppc32::fsr24, 88)
-         (ppc32::fsr25, 89)
-         (ppc32::fsr26, 90)
-         (ppc32::fsr27, 91)
-         (ppc32::fsr28, 92)
-         (ppc32::fsr29, 93)
-         (ppc32::fsr30, 94)
-         (ppc32::fsr31, 95)
-         (ppc32::mq, 96)
-         (ppc32::xer, 97)
-         (ppc32::lr, 98)
-         (ppc32::ctr, 99)
-         (ppc32::dsisr, 100)
-         (ppc32::dar, 101)
-         (ppc32::dec, 102)
-         (ppc32::sdr1, 103)
-         (ppc32::srr0, 104)
-         (ppc32::srr1, 105)
-         (ppc32::sprg0, 106)
-         (ppc32::sprg1, 107)
-         (ppc32::sprg2, 108)
-         (ppc32::sprg3, 109)
-         (ppc32::sprg3_ro, 109)
-         (ppc32::ear, 110)
-         (ppc32::tbl_wo, 111)
-         (ppc32::tbl_ro, 111)
-         (ppc32::tbu_wo, 112)
-         (ppc32::tbu_ro, 112)
-         (ppc32::pvr, 113)
-         (ppc32::ibat0u, 114)
-         (ppc32::ibat0l, 115)
-         (ppc32::ibat1u, 116)
-         (ppc32::ibat1l, 117)
-         (ppc32::ibat2u, 118)
-         (ppc32::ibat2l, 119)
-         (ppc32::ibat3u, 120)
-         (ppc32::ibat3l, 121)
-         (ppc32::dbat0u, 122)
-         (ppc32::dbat0l, 123)
-         (ppc32::dbat1u, 124)
-         (ppc32::dbat1l, 125)
-         (ppc32::dbat2u, 126)
-         (ppc32::dbat2l, 127)
-         (ppc32::dbat3u, 128)
-         (ppc32::dbat3l, 129)
-         (ppc32::pc, 130)
-         (ppc32::fpscw, 131)
-         (ppc32::fpscw0, 132)
-         (ppc32::fpscw1, 133)
-         (ppc32::fpscw2, 134)
-         (ppc32::fpscw3, 135)
-         (ppc32::fpscw4, 136)
-         (ppc32::fpscw5, 137)
-         (ppc32::fpscw6, 138)
-         (ppc32::fpscw7, 139)
-         (ppc32::msr, 140)
-         (ppc32::ivpr, 141)
-         (ppc32::ivor8, 142)
-         (ppc32::seg0, 143)
-         (ppc32::seg1, 144)
-         (ppc32::seg2, 145)
-         (ppc32::seg3, 146)
-         (ppc32::seg4, 147)
-         (ppc32::seg5, 148)
-         (ppc32::seg6, 149)
-         (ppc32::seg7, 150)
-         (ppc32::cr0, 151)
-         (ppc32::cr1, 152)
-         (ppc32::cr2, 153)
-         (ppc32::cr3, 154)
-         (ppc32::cr4, 155)
-         (ppc32::cr5, 156)
-         (ppc32::cr6, 157)
-         (ppc32::cr7, 158)
-         (ppc32::cr, 159)
-         (ppc32::sprg4, 160)
-         (ppc32::sprg4_ro, 160)
-         (ppc32::sprg5, 161)
-         (ppc32::sprg5_ro, 161)
-         (ppc32::sprg6, 162)
-         (ppc32::sprg6_ro, 162)
-         (ppc32::sprg7, 163)
-         (ppc32::sprg7_ro, 163);
-   }
-   return *mrmap;
-}
-
-RegisterMap &machRegIndex_ppc_64() {
-   static dyn_tls RegisterMap* mrmap = NULL;
-   if (mrmap == NULL) {
-      mrmap = new RegisterMap();
-      *mrmap = map_list_of
-         (ppc64::r0, 0)
-         (ppc64::r1, 1)
-         (ppc64::r2, 2)
-         (ppc64::r3, 3)
-         (ppc64::r4, 4)
-         (ppc64::r5, 5)
-         (ppc64::r6, 6)
-         (ppc64::r7, 7)
-         (ppc64::r8, 8)
-         (ppc64::r9, 9)
-         (ppc64::r10, 10)
-         (ppc64::r11, 11)
-         (ppc64::r12, 12)
-         (ppc64::r13, 13)
-         (ppc64::r14, 14)
-         (ppc64::r15, 15)
-         (ppc64::r16, 16)
-         (ppc64::r17, 17)
-         (ppc64::r18, 18)
-         (ppc64::r19, 19)
-         (ppc64::r20, 20)
-         (ppc64::r21, 21)
-         (ppc64::r22, 22)
-         (ppc64::r23, 23)
-         (ppc64::r24, 24)
-         (ppc64::r25, 25)
-         (ppc64::r26, 26)
-         (ppc64::r27, 27)
-         (ppc64::r28, 28)
-         (ppc64::r29, 29)
-         (ppc64::r30, 30)
-         (ppc64::r31, 31)
-         (ppc64::fpr0, 32)
-         (ppc64::fpr1, 33)
-         (ppc64::fpr2, 34)
-         (ppc64::fpr3, 35)
-         (ppc64::fpr4, 36)
-         (ppc64::fpr5, 37)
-         (ppc64::fpr6, 38)
-         (ppc64::fpr7, 39)
-         (ppc64::fpr8, 40)
-         (ppc64::fpr9, 41)
-         (ppc64::fpr10, 42)
-         (ppc64::fpr11, 43)
-         (ppc64::fpr12, 44)
-         (ppc64::fpr13, 45)
-         (ppc64::fpr14, 46)
-         (ppc64::fpr15, 47)
-         (ppc64::fpr16, 48)
-         (ppc64::fpr17, 49)
-         (ppc64::fpr18, 50)
-         (ppc64::fpr19, 51)
-         (ppc64::fpr20, 52)
-         (ppc64::fpr21, 53)
-         (ppc64::fpr22, 54)
-         (ppc64::fpr23, 55)
-         (ppc64::fpr24, 56)
-         (ppc64::fpr25, 57)
-         (ppc64::fpr26, 58)
-         (ppc64::fpr27, 59)
-         (ppc64::fpr28, 60)
-         (ppc64::fpr29, 61)
-         (ppc64::fpr30, 62)
-         (ppc64::fpr31, 63)
-         (ppc64::fsr0, 64)
-         (ppc64::fsr1, 65)
-         (ppc64::fsr2, 66)
-         (ppc64::fsr3, 67)
-         (ppc64::fsr4, 68)
-         (ppc64::fsr5, 69)
-         (ppc64::fsr6, 70)
-         (ppc64::fsr7, 71)
-         (ppc64::fsr8, 72)
-         (ppc64::fsr9, 73)
-         (ppc64::fsr10, 74)
-         (ppc64::fsr11, 75)
-         (ppc64::fsr12, 76)
-         (ppc64::fsr13, 77)
-         (ppc64::fsr14, 78)
-         (ppc64::fsr15, 79)
-         (ppc64::fsr16, 80)
-         (ppc64::fsr17, 81)
-         (ppc64::fsr18, 82)
-         (ppc64::fsr19, 83)
-         (ppc64::fsr20, 84)
-         (ppc64::fsr21, 85)
-         (ppc64::fsr22, 86)
-         (ppc64::fsr23, 87)
-         (ppc64::fsr24, 88)
-         (ppc64::fsr25, 89)
-         (ppc64::fsr26, 90)
-         (ppc64::fsr27, 91)
-         (ppc64::fsr28, 92)
-         (ppc64::fsr29, 93)
-         (ppc64::fsr30, 94)
-         (ppc64::fsr31, 95)
-         (ppc64::mq, 96)
-         (ppc64::xer, 97)
-         (ppc64::lr, 98)
-         (ppc64::ctr, 99)
-         (ppc64::dsisr, 100)
-         (ppc64::dar, 101)
-         (ppc64::dec, 102)
-         (ppc64::sdr1, 103)
-         (ppc64::srr0, 104)
-         (ppc64::srr1, 105)
-         (ppc64::sprg0, 106)
-         (ppc64::sprg1, 107)
-         (ppc64::sprg2, 108)
-         (ppc64::sprg3, 109)
-         (ppc64::sprg3_ro, 109)
-         (ppc64::ear, 110)
-         (ppc64::tbl_wo, 111)
-         (ppc64::tbl_ro, 111)
-         (ppc64::tbu_wo, 112)
-         (ppc64::tbu_ro, 112)
-         (ppc64::pvr, 113)
-         (ppc64::ibat0u, 114)
-         (ppc64::ibat0l, 115)
-         (ppc64::ibat1u, 116)
-         (ppc64::ibat1l, 117)
-         (ppc64::ibat2u, 118)
-         (ppc64::ibat2l, 119)
-         (ppc64::ibat3u, 120)
-         (ppc64::ibat3l, 121)
-         (ppc64::dbat0u, 122)
-         (ppc64::dbat0l, 123)
-         (ppc64::dbat1u, 124)
-         (ppc64::dbat1l, 125)
-         (ppc64::dbat2u, 126)
-         (ppc64::dbat2l, 127)
-         (ppc64::dbat3u, 128)
-         (ppc64::dbat3l, 129)
-         (ppc64::pc, 130)
-         (ppc64::fpscw, 131)
-         (ppc64::fpscw0, 132)
-         (ppc64::fpscw1, 133)
-         (ppc64::fpscw2, 134)
-         (ppc64::fpscw3, 135)
-         (ppc64::fpscw4, 136)
-         (ppc64::fpscw5, 137)
-         (ppc64::fpscw6, 138)
-         (ppc64::fpscw7, 139)
-         (ppc64::msr, 140)
-         (ppc64::ivpr, 141)
-         (ppc64::ivor8, 142)
-         (ppc64::seg0, 143)
-         (ppc64::seg1, 144)
-         (ppc64::seg2, 145)
-         (ppc64::seg3, 146)
-         (ppc64::seg4, 147)
-         (ppc64::seg5, 148)
-         (ppc64::seg6, 149)
-         (ppc64::seg7, 150)
-         (ppc64::cr0, 151)
-         (ppc64::cr1, 152)
-         (ppc64::cr2, 153)
-         (ppc64::cr3, 154)
-         (ppc64::cr4, 155)
-         (ppc64::cr5, 156)
-         (ppc64::cr6, 157)
-         (ppc64::cr7, 158)
-         (ppc64::cr, 159)
-         (ppc64::sprg4, 160)
-         (ppc64::sprg4_ro, 160)
-         (ppc64::sprg5, 161)
-         (ppc64::sprg5_ro, 161)
-         (ppc64::sprg6, 162)
-         (ppc64::sprg6_ro, 162)
-         (ppc64::sprg7, 163)
-         (ppc64::sprg7_ro, 163);
-   }
-   return *mrmap;
-}
-
-RegisterMap &machRegIndex_aarch64() {
-   static dyn_tls RegisterMap* mrmap = NULL;
-   if (mrmap == NULL) {
-      mrmap = new RegisterMap();
-      *mrmap =  map_list_of
-		(aarch64::x0, 0)
-        (aarch64::x1, 1)
-        (aarch64::x2, 2)
-        (aarch64::x3, 3)
-        (aarch64::x4, 4)
-        (aarch64::x5, 5)
-        (aarch64::x6, 6)
-        (aarch64::x7, 7)
-        (aarch64::x8, 8)
-        (aarch64::x9, 9)
-        (aarch64::x10, 10)
-        (aarch64::x11, 11)
-        (aarch64::x12, 12)
-        (aarch64::x13, 13)
-        (aarch64::x14, 14)
-        (aarch64::x15, 15)
-        (aarch64::x16, 16)
-        (aarch64::x17, 17)
-        (aarch64::x18, 18)
-        (aarch64::x19, 19)
-        (aarch64::x20, 20)
-        (aarch64::x21, 21)
-        (aarch64::x22, 22)
-        (aarch64::x23, 23)
-        (aarch64::x24, 24)
-        (aarch64::x25, 25)
-        (aarch64::x26, 26)
-        (aarch64::x27, 27)
-        (aarch64::x28, 28)
-        (aarch64::x29, 29)
-        (aarch64::x30, 30)
-        (aarch64::w0, 0)
-        (aarch64::w1, 1)
-        (aarch64::w2, 2)
-        (aarch64::w3, 3)
-        (aarch64::w4, 4)
-        (aarch64::w5, 5)
-        (aarch64::w6, 6)
-        (aarch64::w7, 7)
-        (aarch64::w8, 8)
-        (aarch64::w9, 9)
-        (aarch64::w10, 10)
-        (aarch64::w11, 11)
-        (aarch64::w12, 12)
-        (aarch64::w13, 13)
-        (aarch64::w14, 14)
-        (aarch64::w15, 15)
-        (aarch64::w16, 16)
-        (aarch64::w17, 17)
-        (aarch64::w18, 18)
-        (aarch64::w19, 19)
-        (aarch64::w20, 20)
-        (aarch64::w21, 21)
-        (aarch64::w22, 22)
-        (aarch64::w23, 23)
-        (aarch64::w24, 24)
-        (aarch64::w25, 25)
-        (aarch64::w26, 26)
-        (aarch64::w27, 27)
-        (aarch64::w28, 28)
-        (aarch64::w29, 29)
-        (aarch64::w30, 30)
-        (aarch64::q0,  31)
-        (aarch64::q1,  32)
-        (aarch64::q2,  33)
-        (aarch64::q3,  34)
-        (aarch64::q4,  35)
-        (aarch64::q5,  36)
-        (aarch64::q6,  37)
-        (aarch64::q7,  38)
-        (aarch64::q8,  39)
-        (aarch64::q9,  40)
-        (aarch64::q10, 41)
-        (aarch64::q11, 42)
-        (aarch64::q12, 43)
-        (aarch64::q13, 44)
-        (aarch64::q14, 45)
-        (aarch64::q15, 46)
-        (aarch64::q16, 47)
-        (aarch64::q17, 48)
-        (aarch64::q18, 49)
-        (aarch64::q19, 50)
-        (aarch64::q20, 51)
-        (aarch64::q21, 52)
-        (aarch64::q22, 53)
-        (aarch64::q23, 54)
-        (aarch64::q24, 55)
-        (aarch64::q25, 56)
-        (aarch64::q26, 57)
-        (aarch64::q27, 58)
-        (aarch64::q28, 59)
-        (aarch64::q29, 60)
-        (aarch64::q30, 61)
-        (aarch64::q31, 62)
-        (aarch64::fpcr,63)
-        (aarch64::fpsr,64)
-        (aarch64::pc,  65)
-        (aarch64::sp,  66)
-        (aarch64::pstate, 67)
-        (aarch64::xzr, 68);
-   }
-
-   return mrmap;
-}
-
-#endif
-
 };
 };

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/src/RoseInsnFactory.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/src/RoseInsnFactory.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/src/RoseInsnFactory.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/src/RoseInsnFactory.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/src/SymEvalPolicy.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/src/SymEvalPolicy.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/src/debug_dataflow.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/src/debug_dataflow.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dataflowAPI/src/stackanalysis.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dataflowAPI/src/stackanalysis.C Changed

@@ -60,6 +60,8 @@
 const StackAnalysis::Height StackAnalysis::Height::top(
    StackAnalysis::Height::uninitialized, StackAnalysis::Height::TOP);
 
+namespace
+{
 AnnotationClass<StackAnalysis::Intervals>
         Stack_Anno_Intervals(std::string("Stack_Anno_Intervals"), NULL);
 AnnotationClass<StackAnalysis::BlockEffects>
@@ -68,6 +70,7 @@
         Stack_Anno_Insn_Effects(std::string("Stack_Anno_Insn_Effects"), NULL);
 AnnotationClass<StackAnalysis::CallEffects>
         Stack_Anno_Call_Effects(std::string("Stack_Anno_Call_Effects"), NULL);
+}
 
 template class std::list<Dyninst::StackAnalysis::TransferFunc*>;
 template class std::map<Dyninst::Absloc, Dyninst::StackAnalysis::Height>;
@@ -3862,26 +3865,3 @@
       }
    }
 }
-
-StackAnalysis::~StackAnalysis() {
-   // delete func;
-
-   callResolutionMap.clear();
-   functionSummaries.clear();
-   toppableFunctions.clear();
-
-   // SP effect tracking
-//   delete blockEffects;  // Pointer so we can make it an annotation
-//   delete insnEffects;  // Pointer so we can make it an annotation
-//   delete callEffects;  // Pointer so we can make it an annotation
-
-   blockInputs.clear();
-   blockOutputs.clear();
-
-   blockSummaryInputs.clear();
-   blockSummaryOutputs.clear();
-
-//   delete intervals_; // Pointer so we can make it an annotation
-
-   funcCleanAmounts.clear();
-}

_service:tar_scm:dyninst-12.2.1.tar.gz/docker Added

_service:tar_scm:dyninst-12.2.1.tar.gz/docker/Dockerfile Added

@@ -0,0 +1,125 @@
+ARG ubuntu_version=20.04
+FROM ubuntu:${ubuntu_version}
+
+# Build the Dockerfile in this directory, context one level up
+# docker build -t dyninst -f Dockerfile ../
+
+LABEL maintainer="@hainest,@vsoch"
+
+ENV DEBIAN_FRONTEND=noninteractive
+ENV TZ=America/Los_Angeles
+
+# We can use build args to populate the specific versions of dependencies (with defaults here)
+ARG BOOST_VERSION=1.71.0
+ARG ELFUTILS_VERSION=0.186
+ARG LIBIBERTY_VERSION=2.33.1
+ARG INTELTBB_VERSION=2020.3
+ARG PERL_VERSION=5.30.0
+ARG CMAKE_VERSION=3.16.3
+
+# Set the branch name for spack to use (should be master even for PR)
+ARG DYNINST_BRANCH=master
+ENV DYNINST_BRANCH=${DYNINST_BRANCH}
+
+# Args need to be passed into envars to be used in RUN
+ENV BOOST_VERSION=${BOOST_VERSION}
+ENV ELFUTILS_VERSION=${ELFUTILS_VERSION}
+ENV LIBIBERTY_VERSION=${LIBIBERTY_VERSION}
+ENV INTELTBB_VERSION=${INTELTBB_VERSION}
+ENV PERL_VERSION=${PERL_VERSION}
+ENV CMAKE_VERSION=${CMAKE_VERSION}
+
+RUN apt-get -qq update && \
+    apt-get -qq install -fy tzdata && \
+    apt-get -qq install -y --no-install-recommends \
+      build-essential \
+      bzip2 \
+      ca-certificates \
+      curl \
+      dh-autoreconf \
+      git \
+      gnupg2 \
+      lcov \
+      libssl-dev \
+      ninja-build \
+      pkg-config \
+      python-dev \ 
+      python3-pip \
+      sudo \
+      valgrind \
+      vim \
+      wget \
+      xsltproc \
+      cmake \
+      libboost1.71-all-dev \
+      libtbb-dev \
+      libxml2-dev \
+      m4 \
+      libncurses-dev
+
+# Install Clingo for Spack
+RUN python3 -m pip install --upgrade pip && \
+    python3 -m pip install clingo && \
+    dpkg-reconfigure tzdata
+
+# Update gcc to 11.1.1 (otherwise we'd have 9.3.0)
+RUN apt-get install -y software-properties-common && \
+    add-apt-repository -y ppa:ubuntu-toolchain-r/test && \
+    apt-get update && \
+    apt-get install -y gcc-11 g++-11 && \
+    update-alternatives --install /usr/bin/gcc gcc /usr/bin/gcc-9 70 --slave /usr/bin/g++ g++ /usr/bin/g++-9 --slave /usr/bin/gcov gcov /usr/bin/gcov-9 --slave /usr/bin/gcc-ar gcc-ar /usr/bin/gcc-ar-9 --slave /usr/bin/gcc-ranlib gcc-ranlib /usr/bin/gcc-ranlib-9 && \
+    update-alternatives --install /usr/bin/gcc gcc /usr/bin/gcc-11 110 --slave /usr/bin/g++ g++ /usr/bin/g++-11 --slave /usr/bin/gcov gcov /usr/bin/gcov-11 --slave /usr/bin/gcc-ar gcc-ar /usr/bin/gcc-ar-11 --slave /usr/bin/gcc-ranlib gcc-ranlib /usr/bin/gcc-ranlib-11;
+   
+# Install spack
+WORKDIR /opt
+RUN git clone --depth 1 https://github.com/spack/spack
+ENV PATH=/opt/spack/bin:$PATH
+
+# Install the boto3 package for using AWS services
+# spack uses this for its binary caches
+RUN python3 -m pip install botocore boto3
+
+# Find packages already installed on system, e.g. autoconf
+RUN spack external find --not-buildable gcc autoconf bzip2 git tar xz perl cmake m4 ncurses && \
+    spack config add 'packages:all:target:x86_64'
+
+# 'spack external find' doesn't work on libraries
+RUN printf "\n\
+  boost:\n\
+    externals:\n\
+    - spec: boost@${BOOST_VERSION}\n\
+      prefix: /usr\n\
+    buildable: false\n\
+  intel-tbb:\n\
+    externals:\n\
+    - spec: intel-tbb@${INTELTBB_VERSION}\n\
+      prefix: /usr\n\
+    buildable: false\n\
+  libxml2:\n\
+    externals:\n\
+    - spec: libxml2@2.19.10\n\
+      prefix: /usr\n\
+    buildable: false\n\
+" >> ~/.spack/packages.yaml
+
+# Add Dyninst source code here (e.g., from PR or master)
+WORKDIR /code
+COPY . /code
+
+# Install Dyninst to its own view
+WORKDIR /opt/dyninst-env
+RUN . /opt/spack/share/spack/setup-env.sh && \
+    spack env create -d . && \
+    echo "  concretization: together" >> spack.yaml && \
+    spack env activate . && \
+    spack add cmake@${CMAKE_VERSION} && \
+    spack add perl@${PERL_VERSION} && \
+    spack add boost@${BOOST_VERSION} && \
+    spack add elfutils@${ELFUTILS_VERSION} && \
+    spack add libiberty@${LIBIBERTY_VERSION}+pic && \
+    spack add intel-tbb@${INTELTBB_VERSION} && \
+    spack install --reuse
+    
+# Build Dyninst
+COPY ./docker/build.sh build.sh
+RUN /bin/bash build.sh

_service:tar_scm:dyninst-12.2.1.tar.gz/docker/Dockerfile.release Added

@@ -0,0 +1,37 @@
+ARG dyninst_base=ghcr.io/dyninst/dyninst-ubuntu-20.04:latest
+FROM ${dyninst_base} as builder
+
+# docker build -f Dockerfile.release -t ghcr.io/dyninst/dyninst-ubuntu-20.04:${tag} ../
+
+# Add updated Dyninst code
+COPY . /code
+
+# Add testing and build script to run
+COPY ./docker/build.sh /opt/dyninst-env/build.sh
+
+# Previous WORKDIR, just to be careful - reinstall dyninst at release
+WORKDIR /opt/dyninst-env
+RUN /bin/bash build.sh && \
+    spack gc -y
+
+# Strip all the binaries
+RUN find -L /opt/dyninst-env/* -type f -exec readlink -f '{}' \; | \
+    xargs file -i | \
+    grep 'charset=binary' | \
+    grep 'x-executable\|x-archive\|x-sharedlib' | \
+    awk -F: '{print $1}' | xargs strip -s
+
+# Modifications to the environment that are necessary to run
+RUN cd /opt/dyninst-env && \
+    spack env activate --sh -d . >> /etc/profile.d/z10_spack_environment.sh
+
+# Bare OS image to run the installed executables
+FROM ubuntu:20.04
+
+ENV PATH=/opt/dyninst-env/.spack-env/bin:/opt/spack/bin:$PATH
+
+COPY --from=builder /opt/dyninst-env /opt/dyninst-env
+COPY --from=builder /opt/spack /opt/spack
+COPY --from=builder /etc/profile.d/z10_spack_environment.sh /etc/profile.d/z10_spack_environment.sh
+
+ENTRYPOINT "/bin/bash", "--rcfile", "/etc/profile", "-l", "-c"

_service:tar_scm:dyninst-12.2.1.tar.gz/docker/Dockerfile.test Added

_service:tar_scm:dyninst-12.2.1.tar.gz/docker/README.md Added

@@ -0,0 +1,184 @@
+# Dyninst Containers
+
+This is a testing set of Dockerfile for building a Dyninst base container.
+
+## Strategy
+
+For development, we want to be able to:
+
+ 1. Pull a container with dyninst ready to go (for development or dyninst or another library)
+ 2. Quickly update with our own source code without needing to build everything.
+
+And for testing, we want to be able to:
+
+ 1. Have a set of base containers that make dependency preparation minimal
+ 2. Use those base containers to quickly test a PR's dyninst and report results
+ 
+To do this we will have two workflows:
+
+### Base Containers
+
+The base-containers.yaml(../.github/workflows/base-containers.yaml) workflow will build updated base
+containers nightly or at an appropriate frequency. Right now we are providing one container build with a reasonable set of dependencies
+and dyninst, and this is done by way of installing via spack, and setting versions
+in an environment via build args. The current workflow, although there is just one container,
+done by using a matrix so in the future when additional build configurations are added,
+we can just extend the matrix. When this time comes, we can have a simple script (e.g., Python) 
+that generates this same matrix, and then pipes it into the GitHub workflow to still use as 
+build args in the Dockerfile. It's setup right now to still use this build arg -> environment -> matrix
+strategy so the transition is easier.
+
+### Test Container
+
+The test-dyninst.yaml(../.github/workflows/test-dyninst.yaml) workflow
+has it's own Dockerfile, Dockerfile.test(docker/Dockerfile.test) that starts with a base container (ready to go with
+dependencies, Dyninst compiler, and the testsuite compiler) and then adds Dyninst 
+and an updated testsuite to it, compiles changes, and then runs tests. Given that the base
+containers are pre-built, the entire workflow takes only a few minutes.
+
+## Usage
+
+While most of this is done via recipes in CI, here is how to interact with the repository locally.
+
+### Build
+
+A Dockerfile(Dockerfile) is provided that makes it easy to bring up a development environment.
+
+```bash
+$ docker build -t dyninst -f Dockerfile ../
+```
+
+### Develop
+
+You can then shell inside to interact with dyninst - there will be a spack environment
+directory right in the root where you shell in:
+
+```bash
+$ docker run -it dyninst bash
+```
+```bash
+# ls
+spack.lock  spack.yaml
+```
+
+This lock and spack yaml defines a spack envirironment, which is generated during the container build. If we inspect closer, we would see:
+
+```yaml
+# This is a Spack Environment file.
+#
+# It describes a set of packages to be installed, along with
+# configuration settings.
+spack:
+  # add package specs to the `specs` list
+  specs: boost@1.73.0, elfutils@0.186, libiberty@2.33.1, intel-tbb@2020.2, perl@5.32.1
+  view: true
+  concretization: together
+  develop:
+    dyninst:
+      path: /code
+      spec: dyninst@master
+```
+
+Which includes a set of depdencies and versions we want to build. If you are just running a container as a developer, you are ready to go,
+because you can find all the dyninst libraries in the spack enviroment:
+
+```bash
+.spack-env/view/lib/libdynC_API.so
+.spack-env/view/lib/libdynC_API.so.11.0
+.spack-env/view/lib/libdynC_API.so.11.0.1
+.spack-env/view/lib/libdynDwarf.so
+.spack-env/view/lib/libdynDwarf.so.11.0
+.spack-env/view/lib/libdynDwarf.so.11.0.1
+.spack-env/view/lib/libdynElf.so
+.spack-env/view/lib/libdynElf.so.11.0
+.spack-env/view/lib/libdynElf.so.11.0.1
+.spack-env/view/lib/libdyninstAPI.so
+.spack-env/view/lib/libdyninstAPI.so.11.0
+.spack-env/view/lib/libdyninstAPI.so.11.0.1
+.spack-env/view/lib/libdyninstAPI_RT.a
+.spack-env/view/lib/libdyninstAPI_RT.so
+.spack-env/view/lib/libdyninstAPI_RT.so.11.0
+.spack-env/view/lib/libdyninstAPI_RT.so.11.0.1
+```
+Which you can then activate
+
+```bash
+$ . /opt/spack/share/spack/setup-env.sh
+$ spack env activate .
+```
+
+And here is an example of what activation does to the `LD_LIBRARY_PATH`:
+
+```bash
+# env | grep LD_LIBRARY_PATH
+LD_LIBRARY_PATH=/opt/dyninst-env/.spack-env/view/lib64:/opt/dyninst-env/.spack-env/view/lib:/opt/view/lib:/opt/view/lib64
+```
+You could then make any changes to the source code at `/code` (even if you've bound from your local machine to open with your editor of choice) and then run spack install again to rebuild (without needing to rebuild dependencies!)
+
+```bash
+$ spack install --reuse
+```
+
+Note that we've added "reuse" to tell spack to be as flexible as it can to reuse what it has.
+And that's it! For a more interactive development environment, you can bind the present working directory with the
+Dyninst source code bound to `/code` instead:
+
+```bash
+$ docker run -it -v $PWD:/code dyninst
+```
+
+If you do the same steps as above, you'll be in the activated environment:
+
+```bash
+$ . /opt/spack/share/spack/setup-env.sh
+$ spack env activate .
+```
+
+And again navigate to the bound source code - this time the files are on your local machine, so you can edit
+them locally and build in the container!
+
+```bash
+# This is bound to your host - edit files there
+$ cd /code
+```
+
+And then again do:
+
+```bash
+$ spack install --reuse
+```
+
+Finally, if you just want a container for development with Dyninst ready to go, you
+can use ghcr.io/autamus/dyninst(https://github.com/orgs/autamus/packages/container/package/dyninst)
+(view the page there for tags available). New tags are automatically detected when there is
+a release to the repository here, and the container built and deployed. You can find the libraries
+under the root `/opt/view` (and then lib, bin, share, etc.)
+
+```bash
+# ls /opt/view/lib/libd*
+libdw-0.185.so              libdynC_API.so              libdynDwarf.so.11.0         libdynElf.so.11.0.1         libdyninstAPI_RT.a
+libdw.a                     libdynC_API.so.11.0         libdynDwarf.so.11.0.1       libdyninstAPI.so            libdyninstAPI_RT.so
+libdw.so                    libdynC_API.so.11.0.1       libdynElf.so                libdyninstAPI.so.11.0       libdyninstAPI_RT.so.11.0
+libdw.so.1                  libdynDwarf.so              libdynElf.so.11.0           libdyninstAPI.so.11.0.1     libdyninstAPI_RT.so.11.0.1
+root@89e4fbb001b5:/# ls /opt/view/lib/libsym*
+libsymLite.so           libsymLite.so.11.0      libsymLite.so.11.0.1    libsymtabAPI.so         libsymtabAPI.so.11.0    libsymtabAPI.so.11.0.1
+```
+
+## Test
+
+To build the test container, you'll want to use Dockerfile.test(docker/Dockerfile.test). If you want to use
+the base dyninst container from GitHub packages, leave out build args (it will default to this). 
+
+```bash
+$ cd docker/
+$ docker build -f Dockerfile.test -t dyninst-test ../
+```
+
+Otherwise, if you want to use a container you just built, specify that as the build arg `dyninst_base`:
+
+```bash
+$ docker build -f Dockerfile.test --build-arg dyninst_base=dyninst -t dyninst-test ../
+```
+
+The tests are added and run during build, so if they fail inside the container, the container build will fail
+(and trigger any CI building it to fail).

_service:tar_scm:dyninst-12.2.1.tar.gz/docker/build.sh Added

_service:tar_scm:dyninst-12.2.1.tar.gz/docker/test.sh Added

_service:tar_scm:dyninst-11.0.1.tar.gz/dwarf/CMakeLists.txt -> _service:tar_scm:dyninst-12.2.1.tar.gz/dwarf/CMakeLists.txt Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dwarf/h/dwarfFrameParser.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dwarf/h/dwarfFrameParser.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dwarf/h/dwarfResult.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dwarf/h/dwarfResult.h Changed

@@ -77,7 +77,8 @@
     } Operator;
 
     DwarfResult(Architecture a) : arch(a), error(false) {}
-    virtual ~DwarfResult() {};
+
+    virtual ~DwarfResult() = default;
 
     virtual void pushReg(Dyninst::MachRegister reg) = 0;
     virtual void readReg(Dyninst::MachRegister reg) = 0;
@@ -111,8 +112,7 @@
 
 public:
     SymbolicDwarfResult(VariableLocation &v, Architecture a) :
-        DwarfResult(a), var(v) {};
-    virtual ~SymbolicDwarfResult() {};
+        DwarfResult(a), var(v) {}
 
     virtual void pushReg(Dyninst::MachRegister reg);
     virtual void readReg(Dyninst::MachRegister reg);
@@ -143,9 +143,9 @@
     ConcreteDwarfResult(ProcessReader *r, Architecture a, 
             Address p, Dwarf * d, Elf * e) :
         DwarfResult(a), reader(r), 
-        pc(p), dbg(d), dbg_eh_frame(e) {};
-    ConcreteDwarfResult() : DwarfResult(Arch_none) {};
-    virtual ~ConcreteDwarfResult() {};
+        pc(p), dbg(d), dbg_eh_frame(e) {}
+    ConcreteDwarfResult() : DwarfResult(Arch_none) {}
+    virtual ~ConcreteDwarfResult() {}
 
     virtual void pushReg(Dyninst::MachRegister reg);
     virtual void readReg(Dyninst::MachRegister reg);

_service:tar_scm:dyninst-11.0.1.tar.gz/dwarf/src/dwarfExprParser.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dwarf/src/dwarfExprParser.C Changed

@@ -37,6 +37,7 @@
 #include "VariableLocation.h"
 #include "ProcReader.h"
 #include "Types.h"
+#include "compiler_annotations.h"
 
 using namespace std;
 
@@ -67,7 +68,7 @@
 
     int addr_width = getArchAddressWidth(arch);
     if (initialStackValue != NULL) {
-        dwarf_printf("\tInitializing expr stack with 0x%lx\n", initialStackValue);
+        dwarf_printf("\tInitializing expr stack with 0x%p\n", (void*)initialStackValue);
         cons.pushUnsignedVal((Dyninst::MachRegisterVal) *initialStackValue);
     }
 
@@ -75,11 +76,11 @@
     unsigned count = listlen;
     for ( unsigned int i = 0; i < count; i++ ) 
     {
-        dwarf_printf("\tAtom %d of %d: val 0x%x\n", i+1, count, locationsi.atom);
+        dwarf_printf("\tAtom %u of %u: val 0x%x\n", i+1, count, locationsi.atom);
         /* lit0 - lit31 : the constants 0..31 */
         if ( DW_OP_lit0 <= locationsi.atom && locationsi.atom <= DW_OP_lit31 ) 
         {
-            dwarf_printf("\t\t Pushing unsigned val 0x%lx\n", locationsi.atom - DW_OP_lit0);
+            dwarf_printf("\t\t Pushing unsigned val 0x%lx\n", (unsigned long)(locationsi.atom - DW_OP_lit0));
             cons.pushUnsignedVal((Dyninst::MachRegisterVal) (locationsi.atom - DW_OP_lit0));
             continue;
         }
@@ -98,7 +99,7 @@
         /* breg0 - breg31: register contents plus an optional offset */
         if ( DW_OP_breg0 <= locationsi.atom && locationsi.atom <= DW_OP_breg31 ) 
         {
-            dwarf_printf("\t\t Pushing reg %s + %d\n",MachRegister::DwarfEncToReg(locationsi.atom - DW_OP_reg0,
+            dwarf_printf("\t\t Pushing reg %s + %lu\n",MachRegister::DwarfEncToReg(locationsi.atom - DW_OP_reg0,
                         arch).name().c_str(),
                     locationsi.number);
             cons.readReg(MachRegister::DwarfEncToReg(locationsi.atom - DW_OP_breg0,
@@ -114,7 +115,7 @@
             // The register is in number
             // The offset is in number2
             case DW_OP_bregx:
-                dwarf_printf("\t\t Pushing reg %s + %d\n",MachRegister::DwarfEncToReg(locationsi.number,
+                dwarf_printf("\t\t Pushing reg %s + %lu\n",MachRegister::DwarfEncToReg(locationsi.number,
                             arch).name().c_str(),
                         locationsi.number2);
 
@@ -170,7 +171,7 @@
                 break;
 
             case DW_OP_pick: 
-                dwarf_printf("\t\t Pushing pick %d\n", locationsi.number);
+                dwarf_printf("\t\t Pushing pick %lu\n", locationsi.number);
                 cons.pushOp(DwarfResult::Pick, locationsi.number);
                 break;
 
@@ -199,7 +200,7 @@
                 break;
 
             case DW_OP_deref_size:
-                dwarf_printf("\t\t Pushing deref %d\n", locationsi.number);
+                dwarf_printf("\t\t Pushing deref %lu\n", locationsi.number);
                 cons.pushOp(DwarfResult::Deref, locationsi.number);
                 break;
 
@@ -260,7 +261,7 @@
                 break;
 
             case DW_OP_plus_uconst:
-                dwarf_printf("\t\t Pushing add 0x%llx\n", locationsi.number);
+                dwarf_printf("\t\t Pushing add 0x%lu\n", locationsi.number);
                 cons.pushOp(DwarfResult::Add, locationsi.number);
                 break;
 
@@ -318,8 +319,8 @@
                     }
 
                     if (value == 0) break;
-                    // Do not break; fall through to skip
                 }
+		DYNINST_FALLTHROUGH;
             case DW_OP_skip: 
                 {
                     int bytes = (int)(Dwarf_Sword)locationsi.number;
@@ -350,22 +351,22 @@
 
             case DW_OP_entry_value:
             case DW_OP_GNU_entry_value:
-                dwarf_printf("\t\t skipping GNU_entry_value\n", locationsi.number);
+                dwarf_printf("\t\t skipping GNU_entry_value\n");
                 return false;
 
             case DW_OP_convert:
             case DW_OP_GNU_convert:
 
-                dwarf_printf("\t\t skipping GNU_convert\n", locationsi.number);
+                dwarf_printf("\t\t skipping GNU_convert\n");
                 return false;
 
             case DW_OP_implicit_pointer:
             case DW_OP_GNU_implicit_pointer:
-                dwarf_printf("\t\t skipping GNU_implicit_pointer\n", locationsi.number);
+                dwarf_printf("\t\t skipping GNU_implicit_pointer\n");
                 return false;
 
             default:
-                dwarf_printf("\t\t error: unrecognized dwarf operation 0x%llx\n", locationsi.atom);
+                dwarf_printf("\t\t error: unrecognized dwarf operation 0x%d\n", locationsi.atom);
                 return false;
         } /* end operand switch */
     } /* end iteration over Dwarf_Op entries. */

_service:tar_scm:dyninst-11.0.1.tar.gz/dwarf/src/dwarfHandle.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dwarf/src/dwarfHandle.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dwarf/src/dwarfResult.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dwarf/src/dwarfResult.C Changed

@@ -43,7 +43,7 @@
 using namespace DwarfDyninst;
 using namespace std;
 
-#define CHECK_OPER(n) if (operands.size() < n) { error = true; break; }
+#define CHECK_OPER(n) do { if (operands.size() < (n)) { error = true; return; } } while (0)
 
 void SymbolicDwarfResult::pushReg(MachRegister reg) {
   dwarf_printf("\t\tPush %s\n", reg.name().c_str());
@@ -141,20 +141,20 @@
    Dyninst::MachRegisterVal v;
    if (!reader->GetReg(reg, v)) error = true;
    push(v);
-   dwarf_printf("readReg %s, got 0x%lx, queue size %d\n",
+   dwarf_printf("readReg %s, got 0x%lx, queue size %lu\n",
                 reg.name().c_str(), v, operands.size());
 }
 
 void ConcreteDwarfResult::pushUnsignedVal(MachRegisterVal v) {
    // Someday this will matter...
    push(v);
-   dwarf_printf("pushUnsigned 0x%lx, queue size %d\n", v, operands.size());
+   dwarf_printf("pushUnsigned 0x%lx, queue size %lu\n", v, operands.size());
 }
 
 void ConcreteDwarfResult::pushSignedVal(MachRegisterVal v) {
    // Someday this will matter...
    push(v);
-   dwarf_printf("pushSigned 0x%lx, queue size %d\n", v, operands.size());
+   dwarf_printf("pushSigned 0x%lx, queue size %lu\n", v, operands.size());
 }
 
 
@@ -296,7 +296,7 @@
          error = true;
          break;
    }
-   dwarf_printf("\t After queue manipulation, size %d\n", operands.size());
+   dwarf_printf("\t After queue manipulation, size %lu\n", operands.size());
 }
 
 void ConcreteDwarfResult::pushOp(Operator op, long long ref) {
@@ -375,19 +375,19 @@
 }
 
 MachRegisterVal ConcreteDwarfResult::peek(int index) {
-   dwarf_printf("peek @ %d, returning index %d of size %d\n",
+   dwarf_printf("peek @ %d, returning index %lu of size %lu\n",
                 index, operands.size() - (index + 1), operands.size());
    return operandsoperands.size() - (index + 1);
 }
 
 void ConcreteDwarfResult::pop(int num) {
-   dwarf_printf("pop @ %d, deleting index %d of size %d\n",
+   dwarf_printf("pop @ %d, deleting index %lu of size %lu\n",
                 num, operands.size() - (num + 1), operands.size());
    operands.erase(operands.begin() + (operands.size() - (num + 1)));
 }
 
 void ConcreteDwarfResult::popRange(int start, int end) {
-   dwarf_printf("popRange %d .. %d of %d\n", start, end, operands.size());
+   dwarf_printf("popRange %d .. %d of %lu\n", start, end, operands.size());
    std::vector<MachRegisterVal>::iterator b, e;
    if (start > end) {
       b = operands.begin() + (operands.size() - (start + 1));
@@ -398,7 +398,7 @@
       e = operands.begin() + (operands.size() - start);
    }
    operands.erase(b, e);
-   dwarf_printf("\t After popRange, size %d\n", operands.size());
+   dwarf_printf("\t After popRange, size %lu\n", operands.size());
 }
 
 void ConcreteDwarfResult::push(MachRegisterVal v) {
@@ -412,7 +412,7 @@
 }
 
 MachRegisterVal ConcreteDwarfResult::val() {
-   dwarf_printf("Eval: returning top value 0x%lx, stack size %d\n",
+   dwarf_printf("Eval: returning top value 0x%lx, stack size %lu\n",
                 operands.back(), operands.size());
    return operands.back();
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/CMakeLists.txt -> _service:tar_scm:dyninst-12.2.1.tar.gz/dynC_API/CMakeLists.txt Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/doc/dynC_API.pdf -> _service:tar_scm:dyninst-12.2.1.tar.gz/dynC_API/doc/dynC_API.pdf Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/h/snippetGen.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dynC_API/h/snippetGen.h Changed

@@ -73,25 +73,25 @@
    std::vector<BPatch_register> registers;
   
   public:
-   std::string getError() {return lastError.str();};
-   SGError getErrorInfo() {return lastErrorInfo;};
+   std::string getError() {return lastError.str();}
+   SGError getErrorInfo() {return lastErrorInfo;}
   
   public:
 
-  SnippetGenerator() :  point(NULL), addSpace(NULL), image(NULL) {};
+  SnippetGenerator() :  point(NULL), addSpace(NULL), image(NULL) {}
   SnippetGenerator(BPatch_point &pt) : point(&pt)
    { 
       addSpace = point->getAddressSpace();
       image = addSpace->getImage();
-   };
+   }
    
   SnippetGenerator(BPatch_addressSpace &aSpace) : addSpace(&aSpace)
    { 
       point = NULL;
       image = addSpace->getImage();
-   };
+   }
 
-   ~SnippetGenerator(){};
+   ~SnippetGenerator(){}
 
    BPatch_snippet *findOrCreateVariable(const char * name, const char * type, const void * initialValue = NULL);
    BPatch_snippet *findOrCreateArray(const char * name, const char * elementType, long size);
@@ -104,7 +104,7 @@
    BPatch_function *findFunction(const char * name, std::vector<BPatch_snippet *> params);
    BPatch_snippet *getContextInfo(SGContext context);
 
-   BPatch_point *getPoint() {return point;};
+   BPatch_point *getPoint() {return point;}
 };
 
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/src/C.l -> _service:tar_scm:dyninst-12.2.1.tar.gz/dynC_API/src/C.l Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/src/C.y -> _service:tar_scm:dyninst-12.2.1.tar.gz/dynC_API/src/C.y Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/src/dynC.tab.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dynC_API/src/dynC.tab.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dynC_API/src/lex.dynC.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dynC_API/src/lex.dynC.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/CMakeLists.txt -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/CMakeLists.txt Changed

@@ -1,223 +1,211 @@
 # CMake configuration for dyninstAPI directory
 
-include_directories (
-  src
-  h
-  ${PROJECT_SOURCE_DIR}/proccontrol/h
-  )
+include_directories(src h ${PROJECT_SOURCE_DIR}/proccontrol/h)
 
-set (SRC_LIST
-     src/BPatch.C 
-     src/BPatch_image.C 
-     src/BPatch_function.C 
-     src/BPatch_snippet.C 
-     src/BPatch_thread.C 
-     src/BPatch_process.C 
-     src/BPatch_type.C 
-     src/BPatch_module.C 
-     src/BPatch_object.C 
-     src/BPatch_point.C 
-     src/BPatch_collections.C 
-     src/BPatch_sourceBlock.C 
-     src/BPatch_basicBlock.C 
-     src/BPatch_basicBlockLoop.C 
-     src/BPatch_edge.C 
-     src/BPatch_loopTreeNode.C 
-     src/BPatch_flowGraph.C 
-     src/BPatch_frame.C 
-     src/BPatch_parRegion.C 
-     src/BPatch_statement.C 
-     src/BPatch_addressSpace.C 
-     src/BPatch_binaryEdit.C 
-     src/BPatch_memoryAccess.C 
-#     src/dummy.C
-     src/debug.C 
-     src/ast.C 
-     src/registerSpace.C 
-     src/codegen.C 
-     src/inst.C 
-     src/instPoint.C 
-     src/baseTramp.C 
-     src/addressSpace.C 
-     src/binaryEdit.C 
-     src/infHeap.C 
-     src/frame.C 
-     src/codeRange.C 
-     src/image.C 
-     src/parse-cfg.C 
-     src/mapped_object.C 
-     src/mapped_module.C 
-     src/function.C 
-     src/block.C 
-     src/edge.C 
-     src/variable.C 
-     src/util.C 
-     src/BPatch_instruction.C 
-     src/parRegion.C 
-     src/Parsing.C 
-     src/Parsing-arch.C 
-     src/hybridInstrumentation.C 
-     src/hybridOverwrites.C 
-     src/hybridCallbacks.C 
-     src/dynProcess.C 
-     src/dynThread.C 
-     src/pcEventHandler.C 
-     src/pcEventMuxer.C 
-     src/Relocation/CodeMover.C 
-     src/Relocation/CFG/RelocGraph.C 
-     src/Relocation/CFG/RelocBlock.C 
-     src/Relocation/CFG/RelocEdge.C 
-     src/Relocation/CFG/RelocTarget.C 
-     src/Relocation/Springboard.C 
-     src/Relocation/Widgets/ASTWidget.C 
-     src/Relocation/Widgets/CFWidget.C 
-     src/Relocation/Widgets/CallbackWidget.C 
-     src/Relocation/Widgets/InsnWidget.C 
-     src/Relocation/Widgets/InstWidget.C 
-     src/Relocation/Widgets/PCWidget.C 
-     src/Relocation/Widgets/RelDataWidget.C 
-     src/Relocation/Widgets/StackModWidget.C
-     src/Relocation/Transformers/Transformer.C 
-     src/Relocation/Transformers/Instrumenter.C 
-     src/Relocation/Transformers/Modification.C 
-     src/Relocation/Transformers/Movement-adhoc.C 
-     src/Relocation/Transformers/Movement-analysis.C 
-     src/Relocation/CodeTracker.C 
-     src/Relocation/CodeBuffer.C 
-     src/Relocation/patchapi_debug.C 
-     src/Relocation/DynObject.C 
-     src/Relocation/DynAddrSpace.C 
-     src/Relocation/DynPointMaker.C 
-     src/Relocation/DynCFGMaker.C 
-     src/Relocation/DynInstrumenter.C 
-     src/Patching.C
-     src/frameChecker.C
-     src/BPatch_memoryAccessAdapter.C
-)
+set(SRC_LIST
+    src/BPatch.C
+    src/BPatch_image.C
+    src/BPatch_function.C
+    src/BPatch_snippet.C
+    src/BPatch_thread.C
+    src/BPatch_process.C
+    src/BPatch_type.C
+    src/BPatch_module.C
+    src/BPatch_object.C
+    src/BPatch_point.C
+    src/BPatch_collections.C
+    src/BPatch_sourceBlock.C
+    src/BPatch_basicBlock.C
+    src/BPatch_basicBlockLoop.C
+    src/BPatch_edge.C
+    src/BPatch_loopTreeNode.C
+    src/BPatch_flowGraph.C
+    src/BPatch_frame.C
+    src/BPatch_parRegion.C
+    src/BPatch_statement.C
+    src/BPatch_addressSpace.C
+    src/BPatch_binaryEdit.C
+    src/BPatch_memoryAccess.C
+    src/debug.C
+    src/ast.C
+    src/registerSpace.C
+    src/codegen.C
+    src/inst.C
+    src/instPoint.C
+    src/baseTramp.C
+    src/addressSpace.C
+    src/binaryEdit.C
+    src/infHeap.C
+    src/frame.C
+    src/codeRange.C
+    src/image.C
+    src/parse-cfg.C
+    src/mapped_object.C
+    src/mapped_module.C
+    src/function.C
+    src/block.C
+    src/edge.C
+    src/variable.C
+    src/util.C
+    src/BPatch_instruction.C
+    src/parRegion.C
+    src/Parsing.C
+    src/Parsing-arch.C
+    src/hybridInstrumentation.C
+    src/hybridOverwrites.C
+    src/hybridCallbacks.C
+    src/dynProcess.C
+    src/dynThread.C
+    src/pcEventHandler.C
+    src/pcEventMuxer.C
+    src/Relocation/CodeMover.C
+    src/Relocation/CFG/RelocGraph.C
+    src/Relocation/CFG/RelocBlock.C
+    src/Relocation/CFG/RelocEdge.C
+    src/Relocation/CFG/RelocTarget.C
+    src/Relocation/Springboard.C
+    src/Relocation/Widgets/ASTWidget.C
+    src/Relocation/Widgets/CFWidget.C
+    src/Relocation/Widgets/CallbackWidget.C
+    src/Relocation/Widgets/InsnWidget.C
+    src/Relocation/Widgets/InstWidget.C
+    src/Relocation/Widgets/PCWidget.C
+    src/Relocation/Widgets/RelDataWidget.C
+    src/Relocation/Widgets/StackModWidget.C
+    src/Relocation/Transformers/Transformer.C
+    src/Relocation/Transformers/Instrumenter.C
+    src/Relocation/Transformers/Modification.C
+    src/Relocation/Transformers/Movement-adhoc.C
+    src/Relocation/Transformers/Movement-analysis.C
+    src/Relocation/CodeTracker.C
+    src/Relocation/CodeBuffer.C
+    src/Relocation/patchapi_debug.C
+    src/Relocation/DynObject.C
+    src/Relocation/DynAddrSpace.C
+    src/Relocation/DynPointMaker.C
+    src/Relocation/DynCFGMaker.C
+    src/Relocation/DynInstrumenter.C
+    src/Patching.C
+    src/frameChecker.C
+    src/BPatch_memoryAccessAdapter.C)
 
 # This is just .. messy. Sorry.
 
 get_directory_property(local_comp_defs COMPILE_DEFINITIONS)
-list (FIND local_comp_defs cap_stack_mods cap_stack_mods_found)
-if (cap_stack_mods_found GREATER -1)
-set (SRC_LIST ${SRC_LIST}
-     src/StackMod/OffsetVector.C
-     src/StackMod/StackAccess.C
-     src/StackMod/StackLocation.C
-     src/StackMod/StackMod.C
-     src/StackMod/StackModExpr.C
-     src/StackMod/StackModChecker.C
-     src/StackMod/TMap.C
-)
-endif ()
+list(FIND local_comp_defs cap_stack_mods cap_stack_mods_found)
+if(cap_stack_mods_found GREATER -1)
+    set(SRC_LIST
+        ${SRC_LIST}
+        src/StackMod/OffsetVector.C
+        src/StackMod/StackAccess.C
+        src/StackMod/StackLocation.C
+        src/StackMod/StackMod.C
+        src/StackMod/StackModExpr.C
+        src/StackMod/StackModChecker.C
+        src/StackMod/TMap.C)
+endif()
 
-if (PLATFORM MATCHES i386 OR PLATFORM MATCHES amd64 OR PLATFORM MATCHES x86_64)
-set (SRC_LIST ${SRC_LIST}
-     src/RegisterConversion-x86.C
-     src/Relocation/Widgets/CFWidget-x86.C
-     src/Relocation/Widgets/PCWidget-x86.C
-     src/inst-x86.C
-     src/emit-x86.C
-     src/codegen-x86.C
-     src/stackwalk-x86.C
-     src/dynProcess-x86.C
-     src/parse-x86.C 
-     src/IAPI_to_AST.C 
-)
-elseif (PLATFORM MATCHES ppc)
-set (SRC_LIST ${SRC_LIST}
-     src/inst-power.C 
-     src/codegen-power.C 
-     src/parse-power.C 
-     src/RegisterConversion-ppc.C 
-     src/stackwalk-ppc.C
-     src/Relocation/Widgets/CFWidget-ppc.C
-     src/Relocation/Widgets/PCWidget-ppc.C
-)
-elseif (PLATFORM MATCHES aarch64)
-set (SRC_LIST ${SRC_LIST}
-     src/inst-aarch64.C 
-     src/emit-aarch64.C
-     src/codegen-aarch64.C 
-     src/parse-aarch64.C 
-     src/RegisterConversion-aarch64.C 
-     src/stackwalk-aarch64.C
-     src/Relocation/Widgets/CFWidget-aarch64.C
-     src/Relocation/Widgets/PCWidget-aarch64.C
-)
-endif ()
+if(PLATFORM MATCHES i386
+   OR PLATFORM MATCHES amd64
+   OR PLATFORM MATCHES x86_64)
+    set(SRC_LIST
+        ${SRC_LIST}
+        src/RegisterConversion-x86.C
+        src/Relocation/Widgets/CFWidget-x86.C
+        src/Relocation/Widgets/PCWidget-x86.C
+        src/inst-x86.C
+        src/emit-x86.C
+        src/codegen-x86.C
+        src/stackwalk-x86.C
+        src/dynProcess-x86.C
+        src/parse-x86.C
+        src/IAPI_to_AST.C)
+elseif(PLATFORM MATCHES ppc)
+    set(SRC_LIST
+        ${SRC_LIST}
+        src/inst-power.C
+        src/codegen-power.C
+        src/parse-power.C
+        src/RegisterConversion-ppc.C
+        src/stackwalk-ppc.C
+        src/Relocation/Widgets/CFWidget-ppc.C
+        src/Relocation/Widgets/PCWidget-ppc.C)
+elseif(PLATFORM MATCHES aarch64)
+    set(SRC_LIST
+        ${SRC_LIST}
+        src/inst-aarch64.C
+        src/emit-aarch64.C
+        src/codegen-aarch64.C
+        src/parse-aarch64.C
+        src/RegisterConversion-aarch64.C
+        src/stackwalk-aarch64.C
+        src/Relocation/Widgets/CFWidget-aarch64.C
+        src/Relocation/Widgets/PCWidget-aarch64.C)
+endif()
 
-if (PLATFORM MATCHES freebsd)
-set (SRC_LIST ${SRC_LIST} 
-     src/freebsd.C
-     src/unix.C
-     src/freebsd-x86.C
-     src/syscallNotification.C 
-     src/syscall-freebsd.C
-)
-elseif (PLATFORM MATCHES linux)
-set (SRC_LIST ${SRC_LIST}
-     src/linux.C
-     src/inst-linux.C
-     src/unix.C
-     src/syscallNotification.C 
-     src/syscall-linux.C
-)
-  if (PLATFORM MATCHES i386 OR PLATFORM MATCHES x86_64)
-    set (SRC_LIST ${SRC_LIST} src/linux-x86.C)
-  elseif (PLATFORM MATCHES ppc)
-    set (SRC_LIST ${SRC_LIST} src/linux-power.C)
-  elseif (PLATFORM MATCHES aarch64)
-    set (SRC_LIST ${SRC_LIST} src/linux-aarch64.C)
-  endif()
+if(PLATFORM MATCHES freebsd)
+    set(SRC_LIST ${SRC_LIST} src/freebsd.C src/unix.C src/freebsd-x86.C
+                 src/syscallNotification.C src/syscall-freebsd.C)
+elseif(PLATFORM MATCHES linux)
+    set(SRC_LIST ${SRC_LIST} src/linux.C src/inst-linux.C src/unix.C
+                 src/syscallNotification.C src/syscall-linux.C)
+    if(PLATFORM MATCHES i386 OR PLATFORM MATCHES x86_64)
+        set(SRC_LIST ${SRC_LIST} src/linux-x86.C)
+    elseif(PLATFORM MATCHES ppc)
+        set(SRC_LIST ${SRC_LIST} src/linux-power.C)
+    elseif(PLATFORM MATCHES aarch64)
+        set(SRC_LIST ${SRC_LIST} src/linux-aarch64.C)
+    endif()
 elseif(PLATFORM MATCHES windows OR PLATFORM MATCHES nt)
-    set (SRC_LIST ${SRC_LIST}
-		src/hybridCallbacks.C
-		src/hybridInstrumentation.C
-		src/hybridOverwrites.C
+    set(SRC_LIST
+        ${SRC_LIST}
+        src/hybridCallbacks.C
+        src/hybridInstrumentation.C
+        src/hybridOverwrites.C
         src/inst-winnt.C
         src/pdwinnt.C
         src/syscall-nt.C
-		src/MemoryEmulator/memEmulator.C
-		src/MemoryEmulator/memEmulatorTransformer.C
-		src/MemoryEmulator/memEmulatorWidget.C
-		src/Relocation/DynAddrSpace.C
-		src/Relocation/DynCFGMaker.C
-		src/Relocation/DynInstrumenter.C
-		src/Relocation/DynObject.C
-		src/Relocation/DynPointMaker.C
-	)
+        src/Relocation/DynAddrSpace.C
+        src/Relocation/DynCFGMaker.C
+        src/Relocation/DynInstrumenter.C
+        src/Relocation/DynObject.C
+        src/Relocation/DynPointMaker.C)
 endif()
 
 set_source_files_properties(${SRC_LIST} PROPERTIES LANGUAGE CXX)
 add_definitions(-DBPATCH_DLL_BUILD)
-if (PLATFORM MATCHES i386 AND UNIX)
-set (SRC_LIST ${SRC_LIST} src/cpuid-x86.S)
-set_source_files_properties(src/cpuid-x86.S PROPERTIES LANGUAGE C)
-endif ()
+if(PLATFORM MATCHES i386 AND UNIX)
+    set(SRC_LIST ${SRC_LIST} src/cpuid-x86.S)
+    set_source_files_properties(src/cpuid-x86.S PROPERTIES LANGUAGE C)
+endif()
 
-dyninst_library(dyninstAPI common instructionAPI stackwalk pcontrol patchAPI parseAPI symtabAPI)
+dyninst_library(
+    dyninstAPI
+    common
+    instructionAPI
+    stackwalk
+    pcontrol
+    patchAPI
+    parseAPI
+    symtabAPI)
 
 target_link_private_libraries(dyninstAPI ${Boost_LIBRARIES} ${TBB_LIBRARIES})
-if (UNIX)
-  # Boost auto-links on Windows; don't double-link
-  target_link_private_libraries (dyninstAPI pthread)
+if(UNIX)
+    # Boost auto-links on Windows; don't double-link
+    target_link_private_libraries(dyninstAPI pthread)
 else()
-  target_link_private_libraries(dyninstAPI dbghelp WS2_32 imagehlp)
+    target_link_private_libraries(dyninstAPI dbghelp WS2_32 imagehlp)
 endif()
 
 if(UNIX)
-	# gcc/clang search directories
-	if(CMAKE_CXX_COMPILER_ID STREQUAL "GNU" OR CMAKE_CXX_COMPILER_ID STREQUAL "Clang")
-		execute_process(
-			COMMAND ${CMAKE_CXX_COMPILER} -print-search-dirs
-			OUTPUT_VARIABLE SEARCH_DIRS
-		)
-		if(SEARCH_DIRS MATCHES "libraries: ?=?(.+)\n")
-			set(DYNINST_COMPILER_SEARCH_DIRS ${CMAKE_MATCH_1})
-		endif()
-	endif()
-	target_compile_definitions(dyninstAPI PRIVATE DYNINST_COMPILER_SEARCH_DIRS=${DYNINST_COMPILER_SEARCH_DIRS})
+    # gcc/clang search directories
+    if(CMAKE_CXX_COMPILER_ID STREQUAL "GNU" OR CMAKE_CXX_COMPILER_ID STREQUAL "Clang")
+        execute_process(COMMAND ${CMAKE_CXX_COMPILER} -print-search-dirs
+                        OUTPUT_VARIABLE SEARCH_DIRS)
+        if(SEARCH_DIRS MATCHES "libraries: ?=?(.+)\n")
+            set(DYNINST_COMPILER_SEARCH_DIRS ${CMAKE_MATCH_1})
+        endif()
+    endif()
+    target_compile_definitions(
+        dyninstAPI PRIVATE DYNINST_COMPILER_SEARCH_DIRS=${DYNINST_COMPILER_SEARCH_DIRS})
 endif()
-
-install(SCRIPT "${RT_BINARY_DIR}/cmake_install.cmake")

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/doc/dyninstAPI.docx -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/doc/dyninstAPI.docx Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/doc/dyninstAPI.pdf -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/doc/dyninstAPI.pdf Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_Set.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_Set.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_addressSpace.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_addressSpace.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_basicBlock.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_basicBlock.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_basicBlockLoop.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_basicBlockLoop.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_binaryEdit.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_binaryEdit.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_dll.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_dll.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_edge.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_edge.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_flowGraph.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_flowGraph.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_frame.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_frame.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_function.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_function.h Changed

@@ -39,8 +39,6 @@
 #include "BPatch_type.h"
 #include "BPatch_module.h"
 #include "BPatch_memoryAccess_NP.h"
-//#include "BPatch_dependenceGraphNode.h"
-// class BPatch_dependenceGraphNode;
 #include "StackMod.h"
 
 class func_instance;
@@ -59,12 +57,12 @@
   namespace ParseAPI {
     class Function;
      BPATCH_DLL_EXPORT Function *convert(const BPatch_function *);
-  };
+  }
   namespace PatchAPI {
      class PatchFunction;
      BPATCH_DLL_EXPORT PatchFunction *convert(const BPatch_function *);
-  };
-};
+  }
+}
 
 
 
@@ -104,17 +102,8 @@
 
    void identifyParamDependencies(BPatch_function* callee, void* calleeAddress);
 
-#if defined(_MSC_VER)
-#pragma warning(push)
-#pragma warning(disable:4251) 
-#endif
-   // Disable warning that these vectors cannot be used externally, 
-   // which is irrelevant since the vectors are private
    std::map<BPatch_localVar *, BPatch_variableExpr *> local_vars;
    BPatch_Vector<BPatch_localVar *> params;
-#if defined(_MSC_VER)
-#pragma warning(pop)
-#endif
 
   public:
    //dynC internal use only

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_image.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_image.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_instruction.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_instruction.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_module.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_module.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_object.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_object.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_point.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_point.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_process.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_process.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_snippet.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_snippet.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_sourceBlock.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_sourceBlock.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_sourceObj.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_sourceObj.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/BPatch_type.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/BPatch_type.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/h/StackMod.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/h/StackMod.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/BPatch.C Changed

@@ -44,7 +44,6 @@
 #include "BPatch_libInfo.h"
 #include "BPatch_collections.h"
 #include "BPatch_thread.h"
-#include "common/src/timing.h"
 #include "debug.h"
 #include "mapped_module.h"
 #include "instPoint.h"
@@ -1157,17 +1156,15 @@
    //  just a sanity check for the exitence of <path>
    struct stat statbuf;
    if (-1 == stat(path, &statbuf)) {
-      char ebuf2048;
-      sprintf(ebuf, "createProcess(%s,...):  file does not exist\n", path);
-      reportError(BPatchFatal, 68, ebuf);
+      auto msg = std::string("createProcess(") + path + ",...):  file does not exist\n";
+      reportError(BPatchFatal, 68, msg.c_str());
       return NULL;
    }
 
    //  and ensure its a regular file:
    if (!S_ISREG(statbuf.st_mode)) {
-      char ebuf2048;
-      sprintf(ebuf, "createProcess(%s,...):  not a regular file \n", path);
-      reportError(BPatchFatal, 68, ebuf);
+      auto msg = std::string("createProcess(") + path + ",...):  not a regular file\n";
+      reportError(BPatchFatal, 68, msg.c_str());
       return NULL;
    }
 
@@ -1175,9 +1172,8 @@
    if (! ( (statbuf.st_mode & S_IXUSR)
             || (statbuf.st_mode & S_IXGRP)
             || (statbuf.st_mode & S_IXOTH) )) {
-      char ebuf2048;
-      sprintf(ebuf, "createProcess(%s,...):  not an executable  \n", path);
-      reportError(BPatchFatal, 68, ebuf);
+      auto msg = std::string("createProcess(") + path + "%s,...):  not an executable\n";
+      reportError(BPatchFatal, 68, msg.c_str());
       return NULL;
    }
 
@@ -1296,14 +1292,14 @@
         return false;
     }
 
-    proccontrol_printf("%s:%u Polling for events\n", FILE__, __LINE__);
+    proccontrol_printf("%s:%d Polling for events\n", FILE__, __LINE__);
 
     recursiveEventHandling = true;
     PCEventMuxer::WaitResult result = PCEventMuxer::wait(false);
     recursiveEventHandling = false;
 
     if( result == PCEventMuxer::Error ) {
-        proccontrol_printf("%s:%u Failed to poll for events\n",
+        proccontrol_printf("%s:%d Failed to poll for events\n",
                 FILE__, __LINE__);
         BPatch_reportError(BPatchWarning, 0, 
                 "Failed to handle events and deliver callbacks");
@@ -1312,11 +1308,11 @@
 
 
     if( result == PCEventMuxer::EventsReceived ) {
-        proccontrol_printf("%s:%u Events received\n", FILE__, __LINE__);
+        proccontrol_printf("%s:%d Events received\n", FILE__, __LINE__);
         return true;
     }
   
-    proccontrol_printf("%s:%u No events available\n", FILE__, __LINE__);
+    proccontrol_printf("%s:%d No events available\n", FILE__, __LINE__);
     return false;
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_addressSpace.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/BPatch_addressSpace.C Changed

@@ -863,7 +863,7 @@
       for (unsigned i=0; i<points.size(); i++) {
          f = pointsi->getFunction();
          const string sname = f->func->prettyName();
-         inst_printf("%s:%u - %d. Insert instrumentation at function %s, "
+         inst_printf("%s:%d - %u. Insert instrumentation at function %s, "
                "address %p, when %d, order %d\n",
                FILE__, __LINE__, i,
                sname.c_str(), pointsi->getAddress(), (int) when, (int) order);
@@ -873,7 +873,7 @@
 
   if (BPatch::bpatch->isTypeChecked()) {
       if (expr.ast_wrapper->checkType() == BPatch::bpatch->type_Error) {
-	fprintf(stderr, "%s:%u - Type error inserting instrumentation\n",
+	fprintf(stderr, "%s:%d - Type error inserting instrumentation\n",
 		FILE__, __LINE__);
         //expr.ast_wrapper->debugPrint();
          return NULL;
@@ -902,7 +902,7 @@
       callOrder ipOrder;
 
       if (!BPatchToInternalArgs(bppoint, when, order, ipWhen, ipOrder)) {
-        fprintf(stderr, "%s:%u - BPatchToInternalArgs failed for point %d\n",
+        fprintf(stderr, "%s:%d - BPatchToInternalArgs failed for point %u\n",
                FILE__, __LINE__, i);
          return retHandle;
       }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_basicBlock.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/BPatch_basicBlock.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_binaryEdit.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/BPatch_binaryEdit.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_collections.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/BPatch_collections.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_flowGraph.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/BPatch_flowGraph.C Changed

@@ -162,7 +162,7 @@
 
   if (DEBUG_LOOP)
     fprintf(stderr,"%s findLoopInstPoints 0x%p\n",
-            ll_func()->prettyName().c_str(), loop);
+            ll_func()->prettyName().c_str(), (void*)loop);
 
   BPatch_Vector<BPatch_point*> *points = new BPatch_Vector<BPatch_point *>;
 
@@ -241,10 +241,9 @@
     if (DEBUG_LOOP) fprintf(stderr,"loop end iter\n");
 
     // point for the backedge of this loop
-    BPatch_Vector<BPatch_edge*> backEdges;
-    loop->getBackEdges(backEdges);
-    for (auto eit = backEdges.begin(); eit != backEdges.end(); ++eit) {
-      BPatch_edge *edge = *eit;
+    BPatch_Vector<BPatch_edge*> edges;
+    loop->getBackEdges(edges);
+    for (auto edge : edges) {
       if (DEBUG_LOOP) edge->dump();
       BPatch_point *iP = edge->getPoint();
       iP->overrideType(BPatch_locLoopEndIter);
@@ -656,7 +655,7 @@
 {
    for (std::set<BPatch_basicBlock *>::iterator iter = allBlocks.begin();
         iter != allBlocks.end(); ++iter) {
-      fprintf(stderr,"%u 0x%p 0x%p\n",
+      fprintf(stderr,"%d 0x%p 0x%p\n",
               (*iter)->blockNo(),
               (void *)((*iter)->getStartAddress()),
               (void *)((*iter)->getEndAddress()));

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_frame.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/BPatch_frame.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_function.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/BPatch_function.C Changed

@@ -101,7 +101,7 @@
    
    assert(mod && !mod->func_map.count(func));
    mod->func_mapfunc = this;
-};
+}
 
 /*
  * BPatch_function::BPatch_function
@@ -128,7 +128,7 @@
 
   assert(mod);
   mod->func_mapfunc = this;
-};
+}
 
 
 BPatch_function::~BPatch_function()
@@ -412,7 +412,7 @@
             removedAll = false;
         }
     }
-    mal_printf("removed instrumentation from func %lx\n", getBaseAddr());
+    mal_printf("removed instrumentation from func %p\n", getBaseAddr());
     return removedAll;
 }
 
@@ -629,7 +629,7 @@
 
 struct compareByEntryAddr
 {
-    bool operator()(const BPatch_basicBlock* lhs, const BPatch_basicBlock* rhs)
+    bool operator()(const BPatch_basicBlock* lhs, const BPatch_basicBlock* rhs) const
     {
         return const_cast<BPatch_basicBlock*>(lhs)->getStartAddress() < 
 			const_cast<BPatch_basicBlock*>(rhs)->getStartAddress();
@@ -925,17 +925,17 @@
   }
   typestr += " (*function)(";
   
-  BPatch_Vector<BPatch_localVar *> *params = getParams();
-  assert(params);
+  BPatch_Vector<BPatch_localVar *> *params_ = getParams();
+  assert(params_);
   
-  for (unsigned int i = 0; i < params->size(); ++i) {
-        typestr += (*params)i->getName();
+  for (unsigned int i = 0; i < params_->size(); ++i) {
+        typestr += (*params_)i->getName();
         //  no comma after last parameter
-     if (i <= (params->size() - 1)) {
+     if (i <= (params_->size() - 1)) {
         typestr +=  ",";
      }
   }
-  if(params->size()==0) {
+  if(params_->size()==0) {
       typestr += "void";
   }
   typestr += ")";

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_image.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/BPatch_image.C Changed

@@ -324,10 +324,10 @@
    addSpace->getAS(as);
    
    for (unsigned i=0; i<as.size(); i++) {
-      const std::vector<mapped_object *> &objs = asi->mappedObjects();
+      const std::vector<mapped_object *> &mapped_objs = asi->mappedObjects();
 
-      for (unsigned j = 0; j < objs.size(); j++) {
-         findOrCreateObject(objsj);
+      for (unsigned j = 0; j < mapped_objs.size(); j++) {
+         findOrCreateObject(mapped_objsj);
       }
    }
 
@@ -502,9 +502,9 @@
 	   ++ piter)
       {
          const string &pName = *piter;
-         int err;
+         int err_code;
 
-         if (0 == (err = regexec(&comp_pat, pName.c_str(), 1, NULL, 0 ))){
+         if (0 == (err_code = regexec(&comp_pat, pName.c_str(), 1, NULL, 0 ))){
             if (func->isInstrumentable() || incUninstrumentable) {
                BPatch_function *foo = addSpace->findOrCreateBPFunc(func,NULL);
                //BPatch_function *foo = proc->findOrCreateBPFunc(func, NULL);
@@ -521,9 +521,9 @@
 	   ++miter) 
       {
          const string &mName = *miter;
-         int err;
+         int err_code;
 
-         if (0 == (err = regexec(&comp_pat, mName.c_str(), 1, NULL, 0 ))){
+         if (0 == (err_code = regexec(&comp_pat, mName.c_str(), 1, NULL, 0 ))){
             if (func->isInstrumentable() || incUninstrumentable) {
                BPatch_function *foo = addSpace->findOrCreateBPFunc(func,NULL);
                //	   BPatch_function *foo = proc->findOrCreateBPFunc(func, NULL);
@@ -1192,7 +1192,7 @@
       result = as->readDataSpace((void *) (start_word + buffer_offset), word_size, 
                                  buffer + buffer_offset, false);
       if (!result) {
-         proccontrol_printf("%s:%u - ERROR reading address %x for string\n",
+         proccontrol_printf("%s:%d - ERROR reading address %lx for string\n",
                        FILE__, __LINE__, start_word + buffer_offset);
          bperr("Error reading from target process");
          goto done;
@@ -1203,7 +1203,7 @@
       if (size_limit && 
           size_limit < buffer_offset - start_offset) {
          buffersize_limit + start_offset = '\0';
-         proccontrol_printf("%s:%u - WARN string read at %x exceeded size limit of %d",
+         proccontrol_printf("%s:%d - WARN string read at %lx exceeded size limit of %u",
                        FILE__, __LINE__, addr, size_limit);
          bpwarn("String read exceeded size limit");
          break;

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_memoryAccessAdapter.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/BPatch_memoryAccessAdapter.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_module.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/BPatch_module.C Changed

@@ -155,10 +155,6 @@
          setLanguage( BPatch_cPlusPlus );
          break;
 
-      case lang_Fortran_with_pretty_debug:
-         setLanguage( BPatch_f90_demangled_stabstr );
-         break;
-
       case lang_Fortran:
       case lang_CMFortran:
          setLanguage( BPatch_fortran );
@@ -349,10 +345,10 @@
        func_map.size() != mod->getFuncVectorSize() || 
        mod->obj()->isExploratoryModeOn())
    {
-      const std::vector<func_instance*> &funcs = mod->getAllFunctions();
-      for (unsigned i=0; i<funcs.size(); i++) {
-         if (!func_map.count(funcsi)) {
-            addSpace->findOrCreateBPFunc(funcsi, this); // adds func to func_map
+      const std::vector<func_instance*> &funcs_ = mod->getAllFunctions();
+      for (unsigned i=0; i<funcs_.size(); i++) {
+         if (!func_map.count(funcs_i)) {
+            addSpace->findOrCreateBPFunc(funcs_i, this); // adds func to func_map
          }
       }
       full_func_parse = true;
@@ -470,8 +466,8 @@
 	      piter != func->pretty_names_end();
 	      ++piter) {
 	   const string &pName = *piter;
-            int err;     
-            if (0 == (err = regexec(&comp_pat, pName.c_str(), 1, NULL, 0 ))){
+            int err_code;
+            if (0 == (err_code = regexec(&comp_pat, pName.c_str(), 1, NULL, 0 ))){
                if (func->isInstrumentable() || incUninstrumentable) {
                   BPatch_function *foo = addSpace->findOrCreateBPFunc(func, NULL);
                   //	   BPatch_function *foo = proc->findOrCreateBPFunc(func, NULL);
@@ -487,9 +483,9 @@
 	      miter != func->symtab_names_end();
 	      ++miter) {
 	   const string &mName = *miter;
-            int err;
+            int err_code;
 
-            if (0 == (err = regexec(&comp_pat, mName.c_str(), 1, NULL, 0 ))){
+            if (0 == (err_code = regexec(&comp_pat, mName.c_str(), 1, NULL, 0 ))){
                if (func->isInstrumentable() || incUninstrumentable) {
                   BPatch_function *foo = addSpace->findOrCreateBPFunc(func, NULL);
                   //	   BPatch_function *foo = proc->findOrCreateBPFunc(func, NULL);
@@ -531,9 +527,7 @@
 {
    if (!isValid()) {
       if (notify_on_failure) {
-         using namespace std;
-         string msg = string("Module is not valid: ") + string(mod->fileName());
-         BPatch_reportError(BPatchSerious, 100, msg.c_str());
+         BPatch_reportError(BPatchSerious, 100, "Module is not valid");
       }
       return NULL;
    }
@@ -652,10 +646,10 @@
    if (!isValid())
       return false;
    if (!full_var_parse) {
-      const std::vector<int_variable*> &vars = mod->getAllVariables();
-      for (unsigned i=0; i<vars.size(); i++) {
-         if (!var_map.count(varsi)) {
-            addSpace->findOrCreateVariable(varsi);
+      const std::vector<int_variable*> &vars_ = mod->getAllVariables();
+      for (unsigned i=0; i<vars_.size(); i++) {
+         if (!var_map.count(vars_i)) {
+            addSpace->findOrCreateVariable(vars_i);
          }
       }
       full_var_parse = true;

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_object.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/BPatch_object.C Changed

@@ -54,7 +54,7 @@
       BPatch_module *mod = img->findOrCreateModule(m);
       if (mod) mods.push_back(mod);
    }
-   BPatch_object_getMod(BPatch_image *i, std::vector<BPatch_module *> &m) : img(i), mods(m) {};
+   BPatch_object_getMod(BPatch_image *i, std::vector<BPatch_module *> &m) : img(i), mods(m) {}
    BPatch_image *img;
    std::vector<BPatch_module *> &mods;
 };
@@ -121,7 +121,7 @@
             std::vector<BPatch_function *> &f,
             bool n_o_f, bool r, bool i, bool d) : 
       name(n), funcs(f), notify_on_failure(n_o_f),
-      regex_case_sensitive(r), incUninstrumentable(i), dont_use_regex(d) {};
+      regex_case_sensitive(r), incUninstrumentable(i), dont_use_regex(d) {}
 
    std::string name;
    std::vector<BPatch_function *> &funcs;
@@ -206,7 +206,7 @@
         BPatch_Vector<BPatch_point*>* init_entry = init_funcs0->findPoint(BPatch_entry);
         if(init_entry && !init_entry->empty() && (*init_entry)0)
         {
-            startup_printf("\tinserting init snippet at 0x%lx\n", (*init_entry)0->getAddress());
+            startup_printf("\tinserting init snippet at 0x%p\n", (*init_entry)0->getAddress());
             return as()->insertSnippet(callback, *((*init_entry)0));
         }
     }
@@ -224,7 +224,7 @@
         BPatch_Vector<BPatch_point*>* fini_exit = fini_funcs0->findPoint(BPatch_exit);
         if(fini_exit && !fini_exit->empty() && (*fini_exit)0)
         {
-            startup_printf("\tinserting fini snippet at 0x%lx\n", (*fini_exit)0->getAddress());
+            startup_printf("\tinserting fini snippet at 0x%p\n", (*fini_exit)0->getAddress());
             return as()->insertSnippet(callback, *((*fini_exit)0));
         }
     }
@@ -602,7 +602,7 @@
 }  // namespace
 #endif
 
-void BPatch_object::addModsAllFuncs(const std::set<StackMod *> &mods,
+void BPatch_object::addModsAllFuncs(const std::set<StackMod *> &mods_,
     bool interproc,
     std::vector<std::pair<BPatch_function *, bool> > &modResults,
     unsigned depthLimit) {
@@ -659,7 +659,7 @@
             ssl2.pop();
             stackmods_printf("{");
             for (auto iter = fSet.begin(); iter != fSet.end(); iter++) {
-                stackmods_printf("%s (%lx), ", (*iter)->getName().c_str(),
+                stackmods_printf("%s (%p), ", (*iter)->getName().c_str(),
                     (*iter)->getBaseAddr());
             }
             stackmods_printf("}, %s\n", cycle ? "TRUE" : "FALSE");
@@ -668,7 +668,7 @@
         // Analyze functions in topological order
         std::map<Address, StackAnalysis::TransferSet> funcEntryToSummary;
         while (!sortedSetList.empty()) {
-            addModsFuncSet(mods, allModFuncs, sortedSetList.front(),
+            addModsFuncSet(mods_, allModFuncs, sortedSetList.front(),
                 funcEntryToSummary, callResolutionMap, modResults);
             sortedSetList.pop();
         }
@@ -676,12 +676,12 @@
         for (auto iter = allModFuncs.begin(); iter != allModFuncs.end();
             iter++) {
             BPatch_function *func = *iter;
-            modResults.push_back(std::make_pair(func, func->addMods(mods)));
+            modResults.push_back(std::make_pair(func, func->addMods(mods_)));
         }
     }
 #else
     // Silence compiler warnings
-    (void)mods;
+    (void)mods_;
     (void)interproc;
     (void)modResults;
     (void)depthLimit;

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_point.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/BPatch_point.C Changed

@@ -574,37 +574,37 @@
     return false;
 
   //
-    // Check for valid combinations of BPatch_procedureLocation & call*
-    //  Right now we don't allow
-    //          BPatch_callBefore + BPatch_exit
-    //          BPatch_callAfter + BPatch_entry
-    //
-    //  These combinations are intended to be used to mark the point that
-    //      is the last, first valid point where the local variables are
-    //      valid.  This is different than the first/last instruction of
-    //      a subroutine which is what the other combinations of BPatch_entry
-    //      and BPatch_exit refer to.
-    //
-    if (when == BPatch_callBefore && point->getPointType() == BPatch_exit) {
-        BPatch_reportError(BPatchSerious, 113,
-                           "BPatch_callBefore at BPatch_exit not supported yet");
-        return false;
-    }
-    if (when == BPatch_callAfter && point->getPointType() == BPatch_entry) {
-        BPatch_reportError(BPatchSerious, 113,
-                           "BPatch_callAfter at BPatch_entry not supported yet");
-        return false;
-    }
+  // Check for valid combinations of BPatch_procedureLocation & call*
+  //  Right now we don't allow
+  //          BPatch_callBefore + BPatch_exit
+  //          BPatch_callAfter + BPatch_entry
+  //
+  //  These combinations are intended to be used to mark the point that
+  //      is the last, first valid point where the local variables are
+  //      valid.  This is different than the first/last instruction of
+  //      a subroutine which is what the other combinations of BPatch_entry
+  //      and BPatch_exit refer to.
+  //
+  if (when == BPatch_callBefore && point->getPointType() == BPatch_exit) {
+      BPatch_reportError(BPatchSerious, 113,
+                         "BPatch_callBefore at BPatch_exit not supported yet");
+      return false;
+  }
+  if (when == BPatch_callAfter && point->getPointType() == BPatch_entry) {
+      BPatch_reportError(BPatchSerious, 113,
+                         "BPatch_callAfter at BPatch_entry not supported yet");
+      return false;
+  }
 
-    if ((point->getPointType() == BPatch_exit)) {
-        //  XXX - Hack!
-        //  The semantics of pre/post insn at exit are setup for the new
-        //  defintion of using this to control before/after stack creation,
-        //  but the lower levels of dyninst don't know about this yet.
-        ipWhen = callPreInsn;
-    }
+  if ((point->getPointType() == BPatch_exit)) {
+      //  XXX - Hack!
+      //  The semantics of pre/post insn at exit are setup for the new
+      //  defintion of using this to control before/after stack creation,
+      //  but the lower levels of dyninst don't know about this yet.
+      ipWhen = callPreInsn;
+  }
 
-    return true;
+  return true;
 }
 
 BPatch_procedureLocation BPatch_point::convertInstPointType_t(int intType)

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_process.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/BPatch_process.C Changed

@@ -57,7 +57,6 @@
 #include "parseAPI/h/CFG.h"
 #include "ast.h"
 #include "debug.h"
-#include "MemoryEmulator/memEmulator.h"
 #include <boost/tuple/tuple.hpp>
 
 #include "PatchMgr.h"
@@ -231,54 +230,6 @@
    startup_cerr << "BPatch_process::BPatch_process, completed." << endl;
 }
 
-#if defined(os_linux)
-/* Particular linux kernels running dyninst in particular patterns
-   (namely, with a single process having spawned the mutator and the
-   mutatee) are susceptible to a kernel bug that will cause a panic
-   if the mutator exits before the mutatee. See the comment above
-   class ForkNewProcessCallback : public DBICallbackBase in
-   debuggerinterface.h for details.
-*/
-bool LinuxConsideredHarmful(pid_t pid) // PUSH
-{
-    int major, minor, sub, subsub; // version numbers
-    pid_t my_ppid, my_pid, mutatee_ppid = 0;
-    FILE *fd;
-    char buf1024;
-    char filename64;
-
-    get_linux_version(major,minor,sub,subsub);
-
-    if( major == 2 && minor == 6 &&
-        (sub < 11 || (sub == 11 && subsub <= 11)) )
-    {
-        my_ppid = getppid();
-        my_pid = getpid();
-        // If anybody knows a better way to get the parent pid, be my
-        // guest to change this.
-        snprintf(filename, 64, "/proc/%d/status", pid);
-        fd = fopen(filename, "r");
-        if (!fd) {
-            startup_printf("Failed to open %s, assuming no linux kernel bug\n",
-                            filename);
-            return false;
-        }
-        while (fgets(buf, 1024, fd)) {
-            if (strncmp(buf, "PPid", 4) == 0) {
-                sscanf(buf, "%*s %d", &mutatee_ppid);
-                break;
-            }
-        }
-        fclose(fd);
-
-        if(my_ppid == mutatee_ppid ||
-           my_pid == mutatee_ppid)
-            return true;
-    }
-
-    return false;
-}
-#endif
 /*
  * BPatch_process::BPatch_process
  *
@@ -299,23 +250,6 @@
    image = NULL;
    pendingInsertions = NULL;
 
-#if defined(os_linux)
-    /* We need to test whether we are in kernel 2.6.9 - 2.6.11.11 (inclusive).
-       If so, and if the mutatee's parent and our parent are one and the same,
-       we are exposing the user to a potential kernel panic.
-    */
-    startup_printf("Checking for potential Linux kernel bug...\n");
-    if(LinuxConsideredHarmful(pid))
-    {
-        fprintf(stderr,
-            "\nWARNING: You are running a Linux kernel between 2.6.9 and \n"
-            "2.6.11.11 (inclusive). Executing Dyninst under this kernel \n"
-            "may exercise a bug in the Linux kernel and lead to a panic \n"
-            "under some conditions. We STRONGLY suggest that you upgrade \n"
-            "your kernel to 2.6.11.12 or higher.\n\n");
-    }
-#endif
-
    assert(BPatch::bpatch != NULL);
 
     startup_printf("%s%d:  creating new BPatch_image...\n", FILE__, __LINE__);
@@ -996,7 +930,7 @@
 BPatch_object *BPatch_process::loadLibrary(const char *libname, bool)
 {
    if (!libname) {
-      fprintf(stderr, "%s:%u - loadLibrary called with NULL library name\n",
+      fprintf(stderr, "%s:%d - loadLibrary called with NULL library name\n",
               __FILE__, __LINE__);
       return NULL;
    }
@@ -1453,11 +1387,6 @@
     pageAddr = (pageAddr / pagesize) * pagesize;
 
     Address shadowAddr = pageAddr;
-    if (llproc->isMemoryEmulated()) {
-        bool valid = false;
-        boost::tie(valid, shadowAddr) = llproc->getMemEm()->translate(pageAddr);
-        assert(valid);
-    }
 
     unsigned char* buf = (unsigned char*) ::malloc(pagesize);
     llproc->readDataSpace((void*)shadowAddr, pagesize, buf, true);
@@ -1507,12 +1436,10 @@
 
     /*2. remove dead code from the analysis */
 
-    // identify the dead code (see getDeadCode for its parameter definitions)
     std::set<block_instance*> delBlocks; 
     std::map<func_instance*,set<block_instance*> > elimMap; 
     std::list<func_instance*> deadFuncs; 
     std::map<func_instance*,block_instance*> newFuncEntries; 
-    llproc->getDeadCode(owBBIs,delBlocks,elimMap,deadFuncs,newFuncEntries);
 
     // remove instrumentation from affected funcs
     beginInsertionSet();

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_snippet.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/BPatch_snippet.C Changed

@@ -34,9 +34,6 @@
 
 #include <string.h>
 
-#include "common/src/Time.h"
-#include "common/src/timing.h"
-
 #include "BPatch.h"
 #include "BPatch_addressSpace.h"
 #include "BPatch_snippet.h"
@@ -976,14 +973,14 @@
 
 BPatch_variableExpr::BPatch_variableExpr(BPatch_addressSpace *in_addSpace,
                                          AddressSpace *ll_addSpace, int_variable *iv,
-                                         BPatch_type *type)
+                                         BPatch_type *type_)
   : name(),
     appAddSpace(in_addSpace),
     lladdrSpace(ll_addSpace),
     address(NULL),
     scope(NULL),
     isLocal(false),
-    type(type),
+    type(type_),
     intvar(NULL)
 {
   const image_variable* img_var = NULL;
@@ -994,7 +991,7 @@
     intvar = iv;
     img_var = iv->ivar();
   }
-  size = type->getSize();
+  size = type_->getSize();
   if(img_var)
   {
     ast_wrapper = AstNodePtr(AstNode::operandNode(AstNode::variableValue, img_var));
@@ -1006,7 +1003,7 @@
 
 
   ast_wrapper->setTypeChecking(BPatch::bpatch->isTypeChecked());
-  ast_wrapper->setType(type);
+  ast_wrapper->setType(type_);
 
 }
 
@@ -1453,13 +1450,11 @@
 {
 #if defined(i386_unknown_nt4_0)
   assert(_which >= 0 && _which <= 2);
-#elif defined (__XLC__) || defined(__xlC__)
-  assert(_which >= 0 && _which <= 1);
 #else
   assert(_which >= 0 && _which <= (int) BPatch_instruction::nmaxacc_NP);
 #endif
   ast_wrapper = AstNodePtr(AstNode::memoryNode(AstNode::EffectiveAddr, _which, size));
-};
+}
 
 
 /*
@@ -1471,13 +1466,11 @@
 {
 #if defined(i386_unknown_nt4_0)
   assert(_which >= 0 && _which <= 2);
-#elif defined (__XLC__) || defined(__xlC__)
-  assert(_which >= 0 && _which <= 1);
 #else
   assert(_which >= 0 && _which <= (int)BPatch_instruction::nmaxacc_NP);
 #endif
   ast_wrapper = AstNodePtr(AstNode::memoryNode(AstNode::BytesAccessed, _which));
-};
+}
 
 
 BPatch_ifMachineConditionExpr::BPatch_ifMachineConditionExpr(const BPatch_snippet &tClause)
@@ -1486,7 +1479,7 @@
 
     assert(BPatch::bpatch != NULL);
     ast_wrapper->setTypeChecking(BPatch::bpatch->isTypeChecked());
-};
+}
 
 BPatch_threadIndexExpr::BPatch_threadIndexExpr()
 {
@@ -1506,8 +1499,8 @@
   proc->getImage()->findFunction("dyn_pthread_self", thread_funcs);
   if (thread_funcs.size() != 1)
   {
-    fprintf(stderr, "%s:%u - Internal Dyninst error.  Found %lu copies of "
-            "DYNINSTthreadIndex.  Expected 1\n", __FILE__, __LINE__, (long) thread_funcs.size());
+    fprintf(stderr, "%s:%d - Internal Dyninst error.  Found %lu copies of "
+            "DYNINSTthreadIndex.  Expected 1\n", __FILE__, __LINE__, thread_funcs.size());
     if (!thread_funcs.size())
       return;
   }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_sourceBlock.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/BPatch_sourceBlock.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/BPatch_type.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/BPatch_type.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/IAPI_to_AST.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/IAPI_to_AST.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/LinearVariable.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/LinearVariable.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Parsing.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Parsing.C Changed

@@ -69,7 +69,7 @@
 
 void DynCFGFactory::dump_stats()
 {
-    fprintf(stderr,"===DynCFGFactory for image %p===\n",_img);
+    fprintf(stderr,"===DynCFGFactory for image %p===\n", (void*)_img);
     fprintf(stderr,"   Functions:\n");
     fprintf(stderr,"   %-12s src\n","cnt");
     for(int i=0;i<_funcsource_end_;++i) {
@@ -263,12 +263,6 @@
 void
 DynParseCallback::interproc_cf(Function*f,Block *b,Address /*addr*/,interproc_details*det)
 {
-#if defined(ppc32_linux)
-    if(det->type == interproc_details::call) {
-        parse_func * ifunc = static_cast<parse_func*>(f);
-        _img->updatePltFunc(ifunc,det->data.call.target);
-    }
-#endif
     (void) f; // compiler warning
     if (det->type == ParseCallback::interproc_details::unresolved) {
         static_cast<parse_block*>(b)->setUnresolvedCF(true);
@@ -287,11 +281,11 @@
 
 extern bool codeBytesUpdateCB(void *objCB, Address targ);
 bool 
-DynParseCallback::updateCodeBytes(Address target)
+DynParseCallback::updateCodeBytes(Address target_)
 {   // calls function that updates bytes if needed
     assert(BPatch_normalMode != _img->hybridMode());
     return codeBytesUpdateCB( _img->cb_arg0(), 
-                              target + _img->desc().code() );
+                              target_ + _img->desc().code() );
 }
 
 bool

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Parsing.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Parsing.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Patching.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Patching.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/CFG/RelocBlock.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/CFG/RelocBlock.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/CFG/RelocEdge.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/CFG/RelocEdge.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/CFG/RelocGraph.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/CFG/RelocGraph.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/CFG/RelocTarget.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/CFG/RelocTarget.h Changed

@@ -60,29 +60,29 @@
     BlockTarget,
     AddrTarget, } type_t;
 
-  TargetInt() : necessary_(true) {};
-  virtual ~TargetInt() {};
+  TargetInt() : necessary_(true) {}
+  virtual ~TargetInt() {}
   virtual std::string format() const { return "<INVALID>"; }
 
   virtual Address origAddr() const = 0;
 
   // It would be nice to eventually move these into the code generator loop, but
   // for now it's okay to keep them here. 
-  virtual bool necessary() const { return necessary_; };
-  virtual void setNecessary(bool a) { necessary_ = a; };
+  virtual bool necessary() const { return necessary_; }
+  virtual void setNecessary(bool a) { necessary_ = a; }
 
-  virtual type_t type() const { return Illegal; };
+  virtual type_t type() const { return Illegal; }
   
   virtual bool matches(RelocBlock *) const { return false; }
   virtual int label(CodeBuffer *) const { return -1; }
 
-  virtual void addTargetEdge(RelocEdge *) {};
-  virtual void addSourceEdge(RelocEdge *) {};
-  virtual void removeTargetEdge(RelocEdge *) {};
-  virtual void removeSourceEdge(RelocEdge *) {};
+  virtual void addTargetEdge(RelocEdge *) {}
+  virtual void addSourceEdge(RelocEdge *) {}
+  virtual void removeTargetEdge(RelocEdge *) {}
+  virtual void removeSourceEdge(RelocEdge *) {}
   virtual block_instance *block() { return NULL; }
 
-  virtual TargetInt *copy() const {return NULL; };
+  virtual TargetInt *copy() const {return NULL; }
 
   protected:
 
@@ -93,8 +93,8 @@
 class Target : public TargetInt{
  public:
    //Address addr() const;
- Target(const T t) : t_(t) {};
-  ~Target() {};
+ Target(const T t) : t_(t) {}
+  ~Target() {}
 
   const T t() { return t_; }
 
@@ -109,10 +109,10 @@
 
   Target(RelocBlock * t) : t_(t) { assert(t_); }
    ~Target() {}
-   RelocBlock * t() const { return t_; };
-  Address origAddr() const { return t_->origAddr(); };
+   RelocBlock * t() const { return t_; }
+  Address origAddr() const { return t_->origAddr(); }
   
-  virtual type_t type() const { return RelocBlockTarget; };
+  virtual type_t type() const { return RelocBlockTarget; }
   
   virtual string format() const { 
      stringstream ret;
@@ -122,7 +122,7 @@
   
   virtual bool matches(RelocBlock *t) const { return (t_ == t); }
 
-  int label(CodeBuffer *) const { return t_->getLabel(); };
+  int label(CodeBuffer *) const { return t_->getLabel(); }
   
   virtual void addTargetEdge(RelocEdge *e);
   virtual void addSourceEdge(RelocEdge *e);
@@ -143,11 +143,11 @@
   Target(block_instance *t) : t_(t) { assert(t_); }
   ~Target() {}
 
-  block_instance *t() const { return t_; };
+  block_instance *t() const { return t_; }
 
-  virtual type_t type() const { return BlockTarget; };
+  virtual type_t type() const { return BlockTarget; }
 
-  Address origAddr() const { return t_->start(); };
+  Address origAddr() const { return t_->start(); }
   
   virtual string format() const { 
     stringstream ret;
@@ -173,9 +173,9 @@
   ~Target() {}
   const Address &t() const { return t_; }
 
-  virtual type_t type() const { return AddrTarget; };
+  virtual type_t type() const { return AddrTarget; }
 
-  Address origAddr() const { return t_; };
+  Address origAddr() const { return t_; }
 
   virtual string format() const {
     stringstream ret;
@@ -191,6 +191,6 @@
   const Address t_;
 };
 
-};
-};
+}
+}
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/CodeBuffer.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/CodeBuffer.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/CodeBuffer.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/CodeBuffer.h Changed

@@ -101,11 +101,10 @@
       static const unsigned INVALID;
 
       Label() 
-      : type(Invalid), id(0), iteration(0), addr(0) {};
+      : type(Invalid), id(0), iteration(0), addr(0) {}
       Label(Type a, Id b, Address c)
-      : type(a), id(b), iteration(0), addr(c) { assert(id != INVALID); };
-      ~Label() {};
-      bool valid() { return type != Invalid; };
+      : type(a), id(b), iteration(0), addr(c) { assert(id != INVALID); }
+      bool valid() { return type != Invalid; }
    };
 
    class BufferElement {
@@ -118,7 +117,7 @@
       void addPIC(const Buffer &buffer, TrackerElement *tracker);
       void setPatch(Patch *patch, TrackerElement *tracker);
 
-      bool full() { return patch_ != NULL; };
+      bool full() { return patch_ != NULL; }
       bool empty();
       bool generate(CodeBuffer *buf,
                     codeGen &gen,
@@ -166,7 +165,7 @@
    void disassemble() const;
 
 
-   codeGen &gen() { return gen_; };
+   codeGen &gen() { return gen_; }
   private:
 
    BufferElement &current();
@@ -190,8 +189,8 @@
 
    bool generated_;
 };
-};
-};
+}
+}
 
 
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/CodeMover.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/CodeMover.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/CodeMover.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/CodeMover.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/CodeTracker.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/CodeTracker.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/CodeTracker.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/CodeTracker.h Changed

@@ -68,28 +68,28 @@
       : orig_(o), reloc_(0), size_(0), 
      block_(b), func_(f) {
      assert(b);
-  };
+  }
   virtual ~TrackerElement() {
-  };
+  }
 
   virtual Address relocToOrig(Address reloc) const = 0;
   virtual Address origToReloc(Address orig) const = 0;
   virtual type_t type() const = 0;
 
-  Address orig() const { return orig_; };
-  Address reloc() const { return reloc_; };
-  unsigned size() const { return size_; };
-  block_instance *block() const { return block_; };
-  func_instance *func() const { return func_; };
+  Address orig() const { return orig_; }
+  Address reloc() const { return reloc_; }
+  unsigned size() const { return size_; }
+  block_instance *block() const { return block_; }
+  func_instance *func() const { return func_; }
 
-  void setReloc(Address reloc) { reloc_ = reloc; };
+  void setReloc(Address reloc) { reloc_ = reloc; }
   void setSize(unsigned size) { size_ = size; }
 
   virtual bool mergeable() const { return true; }
 
  protected:
-  TrackerElement() { assert(0); };
-  TrackerElement(const TrackerElement &)  { assert(0); };
+  TrackerElement() { assert(0); }
+  TrackerElement(const TrackerElement &)  { assert(0); }
   Address orig_;
   Address reloc_;
   unsigned size_;
@@ -100,8 +100,8 @@
 class OriginalTracker : public TrackerElement {
  public:
   OriginalTracker(Address orig, block_instance *b, func_instance *f) :
-   TrackerElement(orig, b, f) {};
-  virtual ~OriginalTracker() {};
+   TrackerElement(orig, b, f) {}
+  virtual ~OriginalTracker() {}
 
   virtual Address relocToOrig(Address reloc) const {
     assert(reloc >= reloc_);
@@ -115,7 +115,7 @@
     return orig - orig_ + reloc_;
   }
 
-  virtual type_t type() const { return TrackerElement::original; };
+  virtual type_t type() const { return TrackerElement::original; }
 
 
  private:
@@ -126,8 +126,8 @@
 class EmulatorTracker : public TrackerElement {
  public:
   EmulatorTracker(Address orig, block_instance *b, func_instance *f) : 
-   TrackerElement(orig, b, f) {};
-  virtual ~EmulatorTracker() {};
+   TrackerElement(orig, b, f) {}
+  virtual ~EmulatorTracker() {}
 
   virtual Address relocToOrig(Address reloc) const {
     (void)reloc; // unused
@@ -142,7 +142,7 @@
     return reloc_;
   }
 
-  virtual type_t type() const { return TrackerElement::emulated; };
+  virtual type_t type() const { return TrackerElement::emulated; }
 
 
 
@@ -152,8 +152,8 @@
 class InstTracker : public TrackerElement {
  public:
   InstTracker(Address orig, baseTramp *baseT, block_instance *b, func_instance *f) :
-   TrackerElement(orig, b, f), baseT_(baseT) {};
-  virtual ~InstTracker() {};
+   TrackerElement(orig, b, f), baseT_(baseT) {}
+  virtual ~InstTracker() {}
 
   virtual Address relocToOrig(Address reloc) const {
     (void)reloc; // unused
@@ -168,10 +168,10 @@
     return reloc_;
   }
 
-  virtual type_t type() const { return TrackerElement::instrumentation; };
-  baseTramp *baseT() const { return baseT_; };
+  virtual type_t type() const { return TrackerElement::instrumentation; }
+  baseTramp *baseT() const { return baseT_; }
   
-  virtual bool mergeable() const { return false; };
+  virtual bool mergeable() const { return false; }
 
  private:
   baseTramp *baseT_;
@@ -180,8 +180,8 @@
 class PaddingTracker : public TrackerElement {
  public:
   PaddingTracker(Address orig, unsigned pad, block_instance *b, func_instance *f) :
-   TrackerElement(orig, b, f), pad_(pad) {};
-   virtual ~PaddingTracker() {};
+   TrackerElement(orig, b, f), pad_(pad) {}
+   virtual ~PaddingTracker() {}
 
   virtual Address relocToOrig(Address reloc) const {
     (void)reloc; // unused
@@ -196,10 +196,10 @@
     return reloc_;
   }
 
-  virtual type_t type() const { return TrackerElement::padding; };
+  virtual type_t type() const { return TrackerElement::padding; }
   unsigned pad() const { return pad_; }
 
-  virtual bool mergeable() const { return false; };
+  virtual bool mergeable() const { return false; }
 
  private:
   unsigned pad_; 
@@ -211,7 +211,7 @@
      Address instruction;
      std::map<instPoint *, Address> instrumentation;
      Address pad;
-  RelocatedElements() : instruction(0), pad(0) {};
+  RelocatedElements() : instruction(0), pad(0) {}
   };
 
   // I'd like to use a block * as a unique key element, but
@@ -245,7 +245,7 @@
      func_instance *func;
      baseTramp *bt;
      unsigned pad;
-  RelocInfo() : orig(0), reloc(0), block(NULL), func(NULL), bt(NULL), pad(0) {};
+  RelocInfo() : orig(0), reloc(0), block(NULL), func(NULL), bt(NULL), pad(0) {}
   };
 
   bool origToReloc(Address origAddr, block_instance *block, func_instance *func, RelocatedElements &relocs) const;
@@ -276,8 +276,8 @@
   TrackerList trackers_;
 };
 
-};
-};
+}
+}
 
 
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/DynCFGMaker.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/DynCFGMaker.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Relocation.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Relocation.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Springboard.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Springboard.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Springboard.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Springboard.h Changed

@@ -117,7 +117,7 @@
       checkConflicts(false),
       includeRelocatedCopies(false),
       fromRelocatedCode(false),
-      useTrap(false) {};
+      useTrap(false) {}
    void addReq (const Address from_, const Address to_,
                 const Priority priority_, 
                 func_instance *func_, block_instance *block_,
@@ -184,7 +184,7 @@
                                            true, 
                                            false,
                                            true, false);
-   };
+   }
    
    void addRaw(Address from, Address to, Priority p, 
                func_instance *func, block_instance *bbl,
@@ -195,11 +195,11 @@
                                            fromRelocatedCode, useTrap);
    }
 
-   iterator begin(Priority p) { return sBoardMap_p.begin(); };
-   iterator end(Priority p) { return sBoardMap_p.end(); };
+   iterator begin(Priority p) { return sBoardMap_p.begin(); }
+   iterator end(Priority p) { return sBoardMap_p.end(); }
 
-   reverse_iterator rbegin(Priority p) { return sBoardMap_p.rbegin(); };
-   reverse_iterator rend(Priority p) { return sBoardMap_p.rend(); };
+   reverse_iterator rbegin(Priority p) { return sBoardMap_p.rbegin(); }
+   reverse_iterator rend(Priority p) { return sBoardMap_p.rend(); }
 
 
  private:
@@ -331,7 +331,7 @@
 
 };
 
-};
-};
+}
+}
 
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Transformers/Instrumenter.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Transformers/Instrumenter.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Transformers/Modification.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Transformers/Modification.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Transformers/Modification.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Transformers/Modification.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Transformers/Movement-adhoc.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Transformers/Movement-adhoc.C Changed

@@ -211,7 +211,7 @@
 
             stackmods_printf(" ... is Stack Frame SENSITIVE at 0x%lx\n",
               (*iter)->addr());
-            stackmods_printf("\t\t origDisp = %ld, delta = %ld, newDisp = %ld\n",
+            stackmods_printf("\t\t origDisp = %lu, delta = %ld, newDisp = %ld\n",
               origDisp, delta, newDisp);
 
             relocation_cerr << " ... is Stack Frame Sensitive at "
@@ -682,9 +682,9 @@
         // throwing an exception.
         delta = readDeltas0.height() - regDeltas0.height() -
             defDeltas0.height();
-        for (unsigned i = 1; i < accessSetSize; i++) {
-            if (delta != readDeltasi.height() - regDeltasi.height() -
-                defDeltasi.height()) {
+        for (unsigned j = 1; j < accessSetSize; j++) {
+            if (delta != readDeltasj.height() - regDeltasj.height() -
+                defDeltasj.height()) {
                 fprintf(stderr, "Access to multiple locations is unresolvable: "
                     "different displacements required\n");
                 STACKMOD_ASSERT(false);

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Transformers/Movement-adhoc.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Transformers/Movement-adhoc.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Transformers/Movement-analysis.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Transformers/Movement-analysis.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Transformers/Movement-analysis.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Transformers/Movement-analysis.h Changed

@@ -34,7 +34,7 @@
 #include "Transformer.h"
 #include "dyninstAPI/src/LinearVariable.h"
 
-#include "dataflowAPI/h/Absloc.h" // MemEmulator analysis
+#include "dataflowAPI/h/Absloc.h"
 #include "dataflowAPI/h/AbslocInterface.h" // And more of the same
 
 #include "common/h/Graph.h" // PC-sensitive transformer
@@ -53,7 +53,7 @@
  class ConstantAST;
  class AbsRegionAST;
  class RoseAST;
- };
+ }
 
  class StackAST;
 
@@ -76,7 +76,7 @@
   virtual ASTVisitor::ASTPtr visit(SemanticsAST *x) { return ASTVisitor::visit(x); }
 
 
-  virtual ~ExtPCSensVisitor() {};
+  virtual ~ExtPCSensVisitor() {}
   
   bool isExtSens(AST::Ptr a);
 
@@ -98,8 +98,8 @@
 
   PCSensitiveTransformer(AddressSpace *as, PriorityMap &p) 
         : aConverter(false, false), addrSpace(as), priMap(p),
-     Sens_(0), extSens_(0), intSens_(0), thunk_(0), overApprox_(0), adhoc(as) {};
-  virtual ~PCSensitiveTransformer() {};
+     Sens_(0), extSens_(0), intSens_(0), thunk_(0), overApprox_(0), adhoc(as) {}
+  virtual ~PCSensitiveTransformer() {}
 
   static void invalidateCache(func_instance *);
   static void invalidateCache(const block_instance *);
@@ -162,7 +162,7 @@
   
 };
 
-};
-};
+}
+}
 
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Transformers/Transformer.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Transformers/Transformer.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Widgets/ASTWidget.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Widgets/ASTWidget.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Widgets/CFWidget-aarch64.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Widgets/CFWidget-aarch64.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Widgets/CFWidget-ppc.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Widgets/CFWidget-ppc.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Widgets/CFWidget-x86.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Widgets/CFWidget-x86.C Changed

@@ -46,10 +46,6 @@
 #include "dyninstAPI/src/inst-x86.h"
 #include "dyninstAPI/h/BPatch_memoryAccess_NP.h"
 
-#if defined(cap_mem_emulation)
-#include "dyninstAPI/src/MemoryEmulator/memEmulatorWidget.h"
-#endif
-
 using namespace Dyninst;
 using namespace Relocation;
 using namespace InstructionAPI;
@@ -71,9 +67,9 @@
       assert(reg == REGNUM_ESP);
       codeGen gen(1);
       //gen.fill(1, codeGen::cgTrap);
-      GET_PTR(insn, gen);
-      *insn++ = 0xC3; // RET
-      SET_PTR(insn, gen);
+      GET_PTR(insn_ptr, gen);
+      *insn_ptr++ = 0xC3; // RET
+      SET_PTR(insn_ptr, gen);
       buffer.addPIC(gen, tracker(trace));
       return true;
    }
@@ -293,113 +289,3 @@
    return true;
 }
 
-
-#if !defined(cap_mem_emulation)
-bool CFWidget::generateAddressTranslator(CodeBuffer &,const codeGen &,Register &,const RelocBlock *) {
-   return true;
-}
-#else
-bool CFWidget::generateAddressTranslator(CodeBuffer &buffer,
-                                       const codeGen &templ,
-                                       Register &reg,
-                                       const RelocBlock *trace) 
-{
-   if (!templ.addrSpace()->isMemoryEmulated() ||
-       BPatch_defensiveMode != trace->block()->obj()->hybridMode())
-      return true;
-
-   if (insn_->getOperation().getID() == e_ret_near ||
-       insn_->getOperation().getID() == e_ret_far) {
-      // Oops!
-      return true;
-   }
-   if (!insn_->readsMemory()) {
-      return true;
-   }
-   
-   BPatch_memoryAccessAdapter converter;
-   BPatch_memoryAccess *acc = converter.convert(insn_, addr_, false);
-   if (!acc) {
-      reg = Null_Register;
-      return true;
-   }
-   
-   codeGen patch(128);
-   patch.applyTemplate(templ);
-   
-   // TODO: we probably want this in a form that doesn't stomp the stack...
-   // But we can probably get away with this for now. Check that.
-
-   // step 1: create space on the stack. 
-   ::emitPush(RealRegister(REGNUM_EAX), patch);
-   
-   // step 2: save registers that will be affected by the call
-   ::emitPush(RealRegister(REGNUM_ECX), patch);
-   ::emitPush(RealRegister(REGNUM_EDX), patch);
-   ::emitPush(RealRegister(REGNUM_EAX), patch);
-   
-   // Step 3: LEA this sucker into ECX.
-   const BPatch_addrSpec_NP *start = acc->getStartAddr(0);
-   if (start->getReg(0) == REGNUM_ESP ||
-       start->getReg(1) == REGNUM_ESP) {
-      cerr << "ERROR: CF insn that uses the stack pointer! " << insn_->format() << endl;
-   }
-
-   int stackShift = -16;
-   // If we are a call _instruction_ but isCall is false, then we've got an extra word
-   // on the stack from an emulated return address
-   if (!isCall_ && insn_->getCategory() == c_CallInsn) stackShift -= 4;
-
-   emitASload(start, REGNUM_ECX, stackShift, patch, true);
-   
-   // Step 4: save flags post-LEA
-   emitSimpleInsn(0x9f, patch);
-   emitSaveO(patch);
-   ::emitPush(RealRegister(REGNUM_EAX), patch);
-   
-   // This might look a lot like a memEmulatorWidget. That's, well, because it
-   // is. 
-   buffer.addPIC(patch, tracker(trace));
-   
-   // Where are we going?
-   func_instance *func = templ.addrSpace()->findOnlyOneFunction("RTtranslateMemory");
-   // FIXME for static rewriting; this is a dynamic-only hack for proof of concept.
-   assert(func);
-   
-   // Now we start stealing from memEmulatorWidget. We need to call our translation function,
-   // which means a non-PIC patch to the CodeBuffer. I don't feel like rewriting everything,
-   // so there we go.
-   buffer.addPatch(new MemEmulatorPatch(REGNUM_ECX, REGNUM_ECX, addr_, func->addr()),
-                   tracker(trace));
-   patch.setIndex(0);
-   
-   // Restore flags
-   ::emitPop(RealRegister(REGNUM_EAX), patch);
-   emitRestoreO(patch);
-   emitSimpleInsn(0x9E, patch);
-   ::emitPop(RealRegister(REGNUM_EAX), patch);
-   ::emitPop(RealRegister(REGNUM_EDX), patch);
-   
-   // ECX now holds the pointer to the destination...
-   // Dereference
-   ::emitMovRMToReg(RealRegister(REGNUM_ECX),
-                    RealRegister(REGNUM_ECX),
-                    0,
-                    patch);
-   
-   // ECX now holds the _actual_ destination, so move it on to the stack. 
-   // We've got ECX saved
-   ::emitMovRegToRM(RealRegister(REGNUM_ESP),
-                    1*4, 
-                    RealRegister(REGNUM_ECX),
-                    patch);
-   ::emitPop(RealRegister(REGNUM_ECX), patch);
-   // And tell our people to use the top of the stack
-   // for their work.
-   // TODO: trust liveness and leave this in a register. 
-
-   buffer.addPIC(patch, tracker(trace));
-   reg = REGNUM_ESP;
-   return true;
-}
-#endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Widgets/CFWidget.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Widgets/CFWidget.C Changed

@@ -38,14 +38,6 @@
 #include "dyninstAPI/src/inst-x86.h"
 #include "dyninstAPI/src/debug.h"
 
-#if defined(cap_mem_emulation)
-#include "dyninstAPI/src/MemoryEmulator/memEmulatorWidget.h"
-#include "dyninstAPI/src/BPatch_memoryAccessAdapter.h"
-#include "dyninstAPI/h/BPatch_memoryAccess_NP.h"
-#include "dyninstAPI/src/MemoryEmulator/memEmulatorWidget.h"
-#include "dyninstAPI/src/registerSpace.h"
-#endif
-
 #include "../dyninstAPI/src/debug.h"
 
 #include "../CodeTracker.h"
@@ -133,7 +125,7 @@
 }
 
 
-bool CFWidget::generate(const codeGen &templ,
+bool CFWidget::generate(const codeGen &,
                       const RelocBlock *trace,
                       CodeBuffer &buffer)
 {
@@ -269,10 +261,7 @@
       }
       case Indirect: {
          Register reg = Null_Register; /* = originalRegister... */
-         // Originally for use in helping with jump tables, I'm taking
-         // this for the memory emulation effort. Huzzah!
-         if (!generateAddressTranslator(buffer, templ, reg, trace))
-            return false;
+
 	 // If this is an indirect tail call, we still treat it
 	 // as an indirect call
          if (isCall_ || trace->block()->llb()->isIndirectTailCallBlock()) {

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Widgets/CFWidget.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Widgets/CFWidget.h Changed

@@ -105,9 +105,9 @@
 
   void setGap(unsigned gap) { gap_ = gap; }
   void setOrigTarget(Address a) { origTarget_ = a; }
-  unsigned gap() const { return gap_; };
-  void clearIsCall() { isCall_ = false; };
-  void clearIsIndirect() { isIndirect_ = false; };
+  unsigned gap() const { return gap_; }
+  void clearIsCall() { isCall_ = false; }
+  void clearIsIndirect() { isIndirect_ = false; }
   void clearIsConditional() { isConditional_ = false; }
   bool isCall() const { return isCall_; }
   bool isIndirect() const { return isIndirect_; }
@@ -120,7 +120,7 @@
      isIndirect_(false),
      gap_(0),
      addr_(a), 
-     origTarget_(0) {};
+     origTarget_(0) {}
 
    CFWidget(InstructionAPI::Instruction insn,
           Address addr);
@@ -187,12 +187,6 @@
 							InstructionAPI::Instruction insn,
 							const RelocBlock *trace,
 							Address origAddr);
-  
-  bool generateAddressTranslator(CodeBuffer &buffer,
-                                 const codeGen &templ,
-                                 Register &reg, 
-                                 const RelocBlock *trace);
-
 };
 
 struct CFPatch : public Patch {
@@ -251,7 +245,7 @@
    PaddingPatch(unsigned size, bool registerDefensive, bool noop, block_instance *b);
    virtual bool apply(codeGen &gen, CodeBuffer *buf);
    virtual unsigned estimate(codeGen &templ);
-   virtual ~PaddingPatch() {};
+   virtual ~PaddingPatch() {}
    
    unsigned size_;
    bool registerDefensive_;
@@ -259,6 +253,6 @@
    block_instance *block_;
 };
 
-};
-};
+}
+}
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Widgets/CallbackWidget.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Widgets/CallbackWidget.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Widgets/InsnWidget.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Widgets/InsnWidget.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Widgets/InstWidget.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Widgets/InstWidget.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Widgets/PCWidget.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Widgets/PCWidget.h Changed

@@ -54,7 +54,7 @@
 
    TrackerElement *tracker(const RelocBlock *t) const;
 
-   virtual ~PCWidget() {};
+   virtual ~PCWidget() {}
    virtual std::string format() const;
    virtual unsigned size() const { return insn_.size(); }
    virtual Address addr() const { return addr_; }
@@ -68,7 +68,7 @@
    insn_(insn), 
      addr_(addr), 
      a_(a),
-     thunkAddr_(thunkAddr) {};
+     thunkAddr_(thunkAddr) {}
 
 
    bool PCtoReturnAddr(const codeGen &templ, const RelocBlock *, CodeBuffer &);
@@ -89,15 +89,15 @@
 	 block_instance *d, func_instance *e) : 
   type(a), addr(b), reg((Register)-1), 
     thunk(0), 
-    insn(c), block(d), func(e) {};
+    insn(c), block(d), func(e) {}
  IPPatch(Type a, Address b, Register c, Address d,
 	 InstructionAPI::Instruction e, block_instance *f, func_instance *g) :
   type(a), addr(b), reg(c), thunk(d), 
-    insn(e), block(f), func(g) {};
+    insn(e), block(f), func(g) {}
 
   virtual bool apply(codeGen &gen, CodeBuffer *buf);
   virtual unsigned estimate(codeGen &templ);
-  virtual ~IPPatch() {};
+  virtual ~IPPatch() {}
   
   Type type;
   Address addr;
@@ -110,6 +110,6 @@
 };
 
 
-};
-};
+}
+}
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Widgets/RelDataWidget.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Widgets/RelDataWidget.h Changed

@@ -51,7 +51,7 @@
                      Address addr,
                      Address target);
 
-   virtual ~RelDataWidget() {};
+   virtual ~RelDataWidget() {}
 
    virtual std::string format() const;
    virtual unsigned size() const { return insn_.size(); }
@@ -60,7 +60,7 @@
  private:
    RelDataWidget(InstructionAPI::Instruction insn,
 				 Address addr,
-				 Address target) : insn_(insn), addr_(addr), target_(target) {};
+				 Address target) : insn_(insn), addr_(addr), target_(target) {}
 
    InstructionAPI::Instruction insn_;
    Address addr_;
@@ -72,11 +72,11 @@
 
 struct RelDataPatch : public Patch {
   RelDataPatch(InstructionAPI::Instruction a, Address b, Address o) :
-   orig_insn(a), target_addr(b), orig(o) {};
+   orig_insn(a), target_addr(b), orig(o) {}
   
   virtual bool apply(codeGen &gen, CodeBuffer *buffer);
   virtual unsigned estimate(codeGen &templ);
-  virtual ~RelDataPatch() {};
+  virtual ~RelDataPatch() {}
 
   void setFunc(func_instance *_func) { func = _func; }
   void setBlock(block_instance *_block) { block = _block; }
@@ -91,7 +91,7 @@
 };
 
 
-};
-};
+}
+}
 
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Widgets/StackModWidget.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Widgets/StackModWidget.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/Widgets/Widget.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/Widgets/Widget.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/Relocation/patchapi_debug.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/Relocation/patchapi_debug.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/StackMod/StackAccess.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/StackMod/StackAccess.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/StackMod/StackLocation.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/StackMod/StackLocation.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/StackMod/StackModChecker.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/StackMod/StackModChecker.C Changed

@@ -333,11 +333,10 @@
                     
                     Insert* insert = dynamic_cast<Insert*>(m);
                     
-                    for (auto iter = points->begin(); iter != points->end(); ++iter) {
-                        BPatch_point* point = *iter;
+                    for (auto point : *points) {
                         Address addr = (Address)(point->getAddress()); 
                         BPatch_snippet* snip = new BPatch_stackInsertExpr(insert->size());
-                        stackmods_printf("\t Generating INSERT of size %d at 0x%lx\n", insert->size(), addr);
+                        stackmods_printf("\t Generating INSERT of size %u at 0x%lx\n", insert->size(), addr);
                         BPatchSnippetHandle* handle = bfunc->getAddSpace()->insertSnippet(*snip, *point, BPatch_callBefore, BPatch_lastSnippet);
                         if (!handle) {
                             stackmods_printf("\t\t insertSnippet failed\n");
@@ -368,11 +367,10 @@
 
                     Remove* remove = dynamic_cast<Remove*>(m);
                     
-                    for (auto iter = points->begin(); iter != points->end(); ++iter) {
-                        BPatch_point* point = *iter;
+                    for (auto point : *points) {
                         Address addr = (Address)(point->getAddress()); 
                         BPatch_snippet* snip = new BPatch_stackRemoveExpr(remove->size());
-                        stackmods_printf("\t Generating REMOVE of size %d at 0x%lx\n", remove->size(), addr);
+                        stackmods_printf("\t Generating REMOVE of size %u at 0x%lx\n", remove->size(), addr);
                         BPatchSnippetHandle* handle = bfunc->getAddSpace()->insertSnippet(*snip, *point);
                         if (!handle) {
                             stackmods_printf("\t\t insertSnippet failed\n");
@@ -446,8 +444,7 @@
                         cleanupAndReturn = true;
                         break;
                     }
-                    for (auto iter = checkPoints.begin(); iter != checkPoints.end(); ++iter) {
-                        BPatch_point* point = *iter;
+                    for (auto point : checkPoints) {
                         Address addr = (Address)(point->getAddress());
                    
                         // We always insert a canary at entry
@@ -486,8 +483,7 @@
                         }
                     }
 
-                    for (auto iter = insertPoints.begin(); iter != insertPoints.end(); ++iter) {
-                        BPatch_point* point = *iter;
+                    for (auto point : insertPoints) {
                         Address addr = (Address)(point->getAddress());
                         BPatch_snippet* snip = new BPatch_canaryExpr();
                         stackmods_printf("\t Generating CANARY at 0x%lx\n", addr);
@@ -672,20 +668,20 @@
     }
 
     for (auto rangeIter = begin; rangeIter != end; ++rangeIter) {
-        int start = (*rangeIter).first;
-        int end = (*rangeIter).second.first;
+        int first = (*rangeIter).first;
+        int last = (*rangeIter).second.first;
         StackMod::MType type = (*rangeIter).second.second;
 
         if (type == curType) {
-            if ( (start <= low) && (low <= end) ) {
+            if ( (first <= low) && (low <= last) ) {
                 found = true;
-                removeRangeAt = start; // This is inefficient...
-                newRanges.insert(make_pair(start, make_pair(high, type)));
+                removeRangeAt = first; // This is inefficient...
+                newRanges.insert(make_pair(first, make_pair(high, type)));
                 break;
-            } else if ( (start <= high) && (high <= end) ) {
+            } else if ( (first <= high) && (high <= last) ) {
                 found = true;
-                removeRangeAt = start;
-                newRanges.insert(make_pair(low, make_pair(end, type)));
+                removeRangeAt = first;
+                newRanges.insert(make_pair(low, make_pair(last, type)));
                 break;
             }
         } else {
@@ -693,15 +689,15 @@
             // 1. m's range is contained inside existing range
             //      separate existing range into two disjoint ranges with same type,
             //      insert new range for m
-            if ( (start <= low) && (high <= end)) {
+            if ( (first <= low) && (high <= last)) {
                 found = true;
-                removeRangeAt = start;
-                if (!(start == low)) {
-                    newRanges.insert(make_pair(start, make_pair(low, type)));
+                removeRangeAt = first;
+                if (!(first == low)) {
+                    newRanges.insert(make_pair(first, make_pair(low, type)));
                 } 
 
-                if (!(end == high)) {
-                    newRanges.insert(make_pair(high, make_pair(end, type)));
+                if (!(last == high)) {
+                    newRanges.insert(make_pair(high, make_pair(last, type)));
                 }
 
                 newRanges.insert(make_pair(low, make_pair(high, curType)));
@@ -709,23 +705,23 @@
             // 2. m's range encloses an existing range
             //      remove existing ranges
             //      insert a new range for m
-            if ( (low < start) && (high > end) ) {
+            if ( (low < first) && (high > last) ) {
                 found = true;
-                removeRangeAt = start;
+                removeRangeAt = first;
                 newRanges.insert(make_pair(low, make_pair(high, curType)));
             }
-            // 3. m's range overlaps with start
-            if ( (low < start) && (high > start) && (high < end) ) {
+            // 3. m's range overlaps with first
+            if ( (low < first) && (high > first) && (high < last) ) {
                 found = true;
-                removeRangeAt = start;
+                removeRangeAt = first;
                 newRanges.insert(make_pair(low, make_pair(high, curType)));
-                newRanges.insert(make_pair(high, make_pair(end, type)));
+                newRanges.insert(make_pair(high, make_pair(last, type)));
             }
-            // 4. m's range overlaps with end
-            if ( (low > start) && (low < end) && (high > end) ) {
+            // 4. m's range overlaps with last
+            if ( (low > first) && (low < last) && (high > last) ) {
                 found = true;
-                removeRangeAt = start;
-                newRanges.insert(make_pair(start, make_pair(low, type)));
+                removeRangeAt = first;
+                newRanges.insert(make_pair(first, make_pair(low, type)));
                 newRanges.insert(make_pair(low, make_pair(high, curType)));
             }
         }
@@ -756,6 +752,12 @@
     return true;
 }
 
+/*
+ * WARNING: The methods alignStackRanges and findContiguousRange function
+ *          are fundamentally broken and need to be rewritten.  There is
+ *          much wrong here, but it may work in limited circumstances.
+ *
+ */
 /* Conform to alignment requirements of the current platform */
 bool StackModChecker::alignStackRanges(int alignment, StackMod::MOrder order, std::vector<StackMod*>& mods)
 {
@@ -772,15 +774,17 @@
     }
 
     for (rangeIterator rIter = begin; rIter != end; ) {
-        rangeIterator end = rIter;
-        findContiguousRange(rIter, end);
+	/* endXXX renamed from end to unshadow original end, no other
+	 * brokenness was fixed in this function */
+        rangeIterator endXXX = rIter;
+        findContiguousRange(rIter, endXXX);
 
         // Need to account for INSERTs vs. REMOVEs
         int size = 0;
-        if (rIter == end) {
+        if (rIter == endXXX) {
             size = (*rIter).second.first - (*rIter).first;
         } else {
-            for (auto iter = rIter; iter != end; ++iter) {
+            for (auto iter = rIter; iter != endXXX; ++iter) {
                 int curSize = (*iter).second.first - (*iter).first;
                 StackMod::MType type = (*iter).second.second;
                 if (type == StackMod::INSERT) {
@@ -797,13 +801,13 @@
             // Pad out to alignment requirements; for now, we'll pad above (WLOG) 
             int fixup = alignment - d.rem;
             if (order == StackMod::NEW) {
-                mods.push_back(new Insert(StackMod::NEW, (*end).second.first - fixup, (*end).second.first));
+                mods.push_back(new Insert(StackMod::NEW, (*endXXX).second.first - fixup, (*endXXX).second.first));
             } else if (order == StackMod::CLEANUP) {
-                mods.insert(mods.begin(), new Remove(StackMod::CLEANUP, (*end).second.first - fixup, (*end).second.first));
+                mods.insert(mods.begin(), new Remove(StackMod::CLEANUP, (*endXXX).second.first - fixup, (*endXXX).second.first));
             }
         }
 
-        rIter = ++end;
+        rIter = ++endXXX;
     } 
     return true;
 }
@@ -1069,10 +1073,10 @@
             bool found = false;
             ParseAPI::Block::Insns insns;
             block->getInsns(insns);
-            BPatch_point* point;
+            BPatch_point* tmpPoint;
             for (auto iIter = insns.begin(); iIter != insns.end(); ++iIter) {
                 Address addr = (*iIter).first;
-                if (checkInsn(block, addr, loc, sa, point, dispFromRSP)) {
+                if (checkInsn(block, addr, loc, sa, tmpPoint, dispFromRSP)) {
                     // If this insn is part of a loop, not safe
                     for (auto iter = loops.begin(); iter != loops.end(); ++iter) {
                         BPatch_basicBlockLoop* bbl = *iter;
@@ -1086,7 +1090,7 @@
                         }
                     }
 
-                    tmpPoints.insert(point);
+                    tmpPoints.insert(tmpPoint);
                     found = true;
                 }
                 if (found) break;

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/addressSpace.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/addressSpace.C Changed

@@ -50,7 +50,6 @@
 #include "Relocation/Transformers/Include.h"
 #include "Relocation/CodeTracker.h"
 
-#include "MemoryEmulator/memEmulator.h"
 #include "parseAPI/h/CodeObject.h"
 #include <boost/tuple/tuple.hpp>
 
@@ -89,20 +88,8 @@
     up_ptr_(NULL),
     costAddr_(0),
     installedSpringboards_(new Relocation::InstalledSpringboards()),
-    memEmulator_(NULL),
-    emulateMem_(false),
-    emulatePC_(false),
     delayRelocation_(false)
 {
-#if 0
-   // Disabled for now; used by defensive mode
-   if ( getenv("DYNINST_EMULATE_MEMORY") ) {
-       printf("emulating memory & pc\n");
-       memEmulator_ = new MemoryEmulator(this);
-       emulateMem_ = true;
-       emulatePC_ = true;
-   }
-#endif
    // Historically, we only use SIGTRAP as the signal for tramopline.
    // However, SIGTRAP is always intercepted by GDB, causing it is 
    // almost impossible to debug through signal trampolines.
@@ -116,8 +103,6 @@
 }
 
 AddressSpace::~AddressSpace() {
-    if (memEmulator_)
-      delete memEmulator_;
     if (mgr_)
        static_cast<DynAddrSpace*>(mgr_->as())->removeAddrSpace(this);
 
@@ -235,10 +220,6 @@
       func_instance *to = findFunction(SCAST_FI(iter->second.first)->ifunc());
       fwmfrom = std::make_pair(to, iter->second.second);
     }
-
-    if (memEmulator_) assert(0 && "FIXME!");
-    emulateMem_ = parent->emulateMem_;
-    emulatePC_ = parent->emulatePC_;
 }
 
 void AddressSpace::deleteAddressSpace() {
@@ -271,9 +252,6 @@
 
    // up_ptr_ is untouched
    costAddr_ = 0;
-
-   if (memEmulator_) delete memEmulator_;
-   memEmulator_ = NULL;
 }
 
 
@@ -316,9 +294,9 @@
       assert(h1->length != 0);
       if (h1->addr + h1->length > h2->addr) {
          fprintf(stderr, "Error: heap 1 (%p) (0x%p to 0x%p) overlaps heap 2 (%p) (0x%p to 0x%p)\n",
-                 h1,
+                 (void*)h1,
                  (void *)h1->addr, (void *)(h1->addr + h1->length),
-                 h2,
+                 (void*)h2,
                  (void *)h2->addr, (void *)(h2->addr + h2->length));
       }
       assert(h1->addr + h1->length <= h2->addr);
@@ -362,7 +340,7 @@
       heapItem *h = freeListi;
       // check if free block matches allocation constraints
       // Split out to facilitate debugging
-      infmalloc_printf("%s%d: comparing heap %d: 0x%lx-0x%lx/%d to desired %d bytes in 0x%lx-0x%lx/%d\n",
+      infmalloc_printf("%s%d: comparing heap %u: 0x%lx-0x%lx/%d to desired %u bytes in 0x%lx-0x%lx/%d\n",
                        FILE__, __LINE__, 
                        i,
                        h->addr, 
@@ -396,10 +374,6 @@
    std::sort(heap_.heapFree.begin(), heap_.heapFree.end(), ptr_fun(heapItemLessByAddr));
 
    heap_.totalFreeMemAvailable += h2->length;
-
-   if (h->dynamic) {
-      addAllocatedRegion(h->addr, h->length);
-   }
 }
 
 void AddressSpace::initializeHeap() {
@@ -425,7 +399,7 @@
                                              Address lo,
                                              Address hi,
                                              inferiorHeapType type) {
-   infmalloc_printf("%s%d: inferiorMallocInternal, %d bytes, type %d, between 0x%lx - 0x%lx\n",
+   infmalloc_printf("%s%d: inferiorMallocInternal, %u bytes, type %d, between 0x%lx - 0x%lx\n",
                     FILE__, __LINE__, size, type, lo, hi);
    int freeIndex = findFreeIndex(size, type, lo, hi);
    if (freeIndex == -1) return 0; // Failure is often an option
@@ -485,7 +459,7 @@
 
    heap_.totalFreeMemAvailable += h->length;
    heap_.freed += h->length;
-   infmalloc_printf("%s%d: Freed block from 0x%lx - 0x%lx, %d bytes, type %d\n",
+   infmalloc_printf("%s%d: Freed block from 0x%lx - 0x%lx, %u bytes, type %d\n",
                     FILE__, __LINE__,
                     h->addr,
                     h->addr + h->length,
@@ -505,7 +479,7 @@
    inferiorMallocAlign(newSize);
    //#endif
     
-   infmalloc_printf("%s%d: inferiorRealloc for block 0x%lx, new size %d\n",
+   infmalloc_printf("%s%d: inferiorRealloc for block 0x%lx, new size %u\n",
                     FILE__, __LINE__, block, newSize);
 
    auto iter = heap_.heapActive.find(block);
@@ -516,7 +490,7 @@
    }
    heapItem *h = iter->second;
    assert(h);
-   infmalloc_printf("%s%d: inferiorRealloc found block with addr 0x%lx, length %d\n",
+   infmalloc_printf("%s%d: inferiorRealloc found block with addr 0x%lx, length %u\n",
                     FILE__, __LINE__, h->addr, h->length);
 
    if (h->length == newSize)
@@ -557,7 +531,7 @@
       }
    }
    if (succ != NULL) {
-      infmalloc_printf("%s%d: enlarging existing block; old 0x%lx - 0x%lx (%d), new 0x%lx - 0x%lx (%d)\n",
+      infmalloc_printf("%s%d: enlarging existing block; old 0x%lx - 0x%lx (%lu), new 0x%lx - 0x%lx (%u)\n",
                        FILE__, __LINE__,
                        succ->addr,
                        succ->addr + succ->length,
@@ -1140,7 +1114,6 @@
    return lhs->from_addr < rhs->from_addr;
 }
 
-#if defined(cap_32_64)
 void trampTrapMappings::writeToBuffer(unsigned char *buffer, unsigned long val,
                                       unsigned addr_width)
 {
@@ -1149,19 +1122,13 @@
       //Currently only support 64-bit mutators with 32-bit mutatees
       assert(addr_width == 4);
       assert(sizeof(Address) == 8);
+#if defined(cap_32_64)
       *((uint32_t *) buffer) = (uint32_t) val;
       return;
+#endif
    }
    *((unsigned long *) buffer) = val;
 }
-#else
-void trampTrapMappings::writeToBuffer(unsigned char *buffer, unsigned long val,
-                                      unsigned)
-{
-   *((unsigned long *)(void*) buffer) = val;
-}
-#endif
-
 
 void trampTrapMappings::writeTrampVariable(const int_variable *var, 
                                            unsigned long val)
@@ -1254,8 +1221,6 @@
    //Each table entry has two pointers.
    unsigned entry_size = proc()->getAddressWidth() * 2;
 
-   Address write_addr = 0x0;
-
    allocateTable();
 
    //Add any new entries to the table
@@ -1278,7 +1243,7 @@
       assert(cur == buffer + bytes_to_add);
       
       //Write the new entries into the process
-      write_addr = current_table + (table_used * entry_size);
+      Address write_addr = current_table + (table_used * entry_size);
       bool result = proc()->writeDataSpace((void *) write_addr, bytes_to_add, 
                                            buffer);
       assert(result);
@@ -1720,8 +1685,6 @@
          modFuncs = actualModFuncs;
      }
 
-     addModifiedRegion(iter->first);
-     
      Address middle = (iter->first->codeAbs() + (iter->first->imageSize() / 2));
      
      if (!relocateInt(iter->second.begin(), iter->second.end(), middle)) {
@@ -1733,7 +1696,6 @@
      
   
 
-  updateMemEmulator();
 
   modifiedFunctions_.clear();
 
@@ -1860,11 +1822,11 @@
 
           list<Address> relocPCs;
           getRelocAddrs(orig, block, func, relocPCs, true);
-          mal_printf("Found %d matches for address 0x%lx\n", relocPCs.size(), orig);
+          mal_printf("Found %lu matches for address 0x%lx\n", relocPCs.size(), orig);
           if (!relocPCs.empty()) {
              (*titer)->changePC(relocPCs.back() + offset);
              mal_printf("Pulling active frame PC into newest relocation "
-                        "orig%lx, cur%lx, new%lx (0x%lx + 0x%lx)\n", orig, 
+                        "orig%lx, cur%lx, new%lx (0x%lx + 0x%x)\n", orig, 
                         tframe.getPC(), relocPCs.back() + offset, relocPCs.back(), offset);
              break;
           }
@@ -1885,13 +1847,6 @@
         cm->transform(pc);
    }
 
-#if defined(cap_mem_emulation)
-   if (emulateMem_) {
-      MemEmulatorTransformer m;
-      cm->transform(m);
-  }
-#endif
-
   // Add instrumentation
   relocation_cerr << "Inst transformer" << endl;
   Instrumenter i;
@@ -2005,23 +1960,9 @@
          // HACK: code modification will make this happen...
          return false;
       }
-
-    mapped_object *obj = findObject(iter->startAddr());
-    if (obj && runtime_lib.end() == runtime_lib.find(obj)) {
-        Address objBase = obj->codeBase();
-        SymtabAPI::Region * reg = obj->parse_img()->getObject()->
-            findEnclosingRegion(iter->startAddr() - objBase);
-        if (memEmulator_)
-           memEmulator_->addSpringboard(reg, 
-                                        iter->startAddr() - objBase - reg->getMemOffset(),
-                                        iter->used());
-    }
   }
 
   return true;
-};
-
-void AddressSpace::causeTemplateInstantiations() {
 }
 
 void AddressSpace::getRelocAddrs(Address orig, 
@@ -2165,23 +2106,6 @@
   instrumentationInstances_bt.insert(a);
 }
 
-void AddressSpace::addAllocatedRegion(Address start, unsigned size) {
-   if (memEmulator_) memEmulator_->addAllocatedRegion(start, size);
-}
-
-void AddressSpace::addModifiedRegion(mapped_object *obj) {
-   if (memEmulator_) memEmulator_->addRegion(obj);
-   return;
-}
-
-void AddressSpace::updateMemEmulator() {
-   if (memEmulator_) memEmulator_->update();
-}
-
-MemoryEmulator * AddressSpace::getMemEm() {
-    return memEmulator_;
-}
-
 void updateSrcListAndVisited(ParseAPI::Edge* e,
 			     std::list<ParseAPI::Edge*>& srcList,
 			     std::set<ParseAPI::Edge*>& visited)

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/addressSpace.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/addressSpace.h Changed

@@ -88,12 +88,11 @@
 class baseTramp;
 
 namespace Dyninst {
-   class MemoryEmulator;
 
    namespace InstructionAPI {
       class Instruction;
    }
-};
+}
 
 // This file serves to define an "address space", a set of routines that 
 // code generation and instrumentation rely on to perform their duties. 
@@ -391,7 +390,7 @@
     //Register callbacks from the higher level
     void registerFunctionCallback(BPatch_function *(*f)(AddressSpace *p, 
                                                         Dyninst::PatchAPI::PatchFunction *f))
-        { new_func_cb = f; };
+        { new_func_cb = f; }
     void registerInstPointCallback(BPatch_point *(*f)(AddressSpace *p, 
                                                       Dyninst::PatchAPI::PatchFunction *f,
                                                       Dyninst::PatchAPI::Point *ip, int type))
@@ -464,8 +463,6 @@
                       RelocInfo &relocInfo);
     // defensive mode code // 
 
-    void causeTemplateInstantiations();
-
     // Debugging method
     bool inEmulatedCode(Address addr);
 
@@ -485,11 +482,6 @@
     void addModifiedFunction(func_instance *func);
     void addModifiedBlock(block_instance *block);
 
-    void updateMemEmulator();
-    bool isMemoryEmulated() { return emulateMem_; }
-    bool emulatingPC() { return emulatePC_; }
-    MemoryEmulator *getMemEm();
-
     bool delayRelocation() const;
  protected:
 
@@ -552,14 +544,6 @@
     // FuncModMap functionReplacements_;
     // FuncModMap functionWraps_;
 
-    void addAllocatedRegion(Address start, unsigned size);
-    void addModifiedRegion(mapped_object *obj);
-
-    MemoryEmulator *memEmulator_;
-
-    bool emulateMem_;
-    bool emulatePC_;
-
     bool delayRelocation_;
 
     std::map<func_instance *, Dyninst::SymtabAPI::Symbol *> wrappedFunctionWorklist_;

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/ast.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/ast.C Changed

@@ -363,7 +363,7 @@
        r->referenceCount++;
     if (e != AstNodePtr())
        e->referenceCount++;
-};
+}
 
     // Direct operand
 AstOperandNode::AstOperandNode(operandType ot, void *arg) :
@@ -475,7 +475,7 @@
 
 AstMemoryNode::AstMemoryNode(memoryType mem,
                              unsigned which,
-                             int size) :
+                             int size_) :
     AstNode(),
     mem_(mem),
     which_(which) {
@@ -486,7 +486,7 @@
 
     switch(mem_) {
     case EffectiveAddr:
-        switch (size) {
+        switch (size_) {
             case 1:
                 bptype = BPatch::bpatch->stdTypes->findType("char");
                 break;
@@ -508,7 +508,7 @@
     }
     size = bptype->getSize();
     doTypeCheck = BPatch::bpatch->isTypeChecked();
-};
+}
 
 
 AstNodePtr AstNode::threadIndexNode() {
@@ -659,15 +659,15 @@
 // node is shared
 Register AstNode::allocateAndKeep(codeGen &gen, bool noCost)
 {
-    ast_printf("Allocating register for node %p, useCount %d\n", this, useCount);
+    ast_printf("Allocating register for node %p, useCount %d\n", (void*)this, useCount);
     // Allocate a register
     Register dest = gen.rs()->allocateRegister(gen, noCost);
 
-    ast_printf("Allocator returned %d\n", dest);
+    ast_printf("Allocator returned %u\n", dest);
     assert(dest != REG_NULL);
 
     if (useCount > 1) {
-        ast_printf("Adding kept register %d for node %p: useCount %d\n", dest, this, useCount);
+        ast_printf("Adding kept register %u for node %p: useCount %d\n", dest, (void*)this, useCount);
         // If use count is 0 or 1, we don't want to keep
         // it around. If it's > 1, then we can keep the node
         // (by construction) and want to since there's another
@@ -770,16 +770,16 @@
 	Register keptReg = gen.tracker()->hasKeptRegister(this);
 	if (keptReg != REG_NULL) {
 		reg = keptReg;
-		ast_printf("Returning previously used register %d for node %p\n", reg, this);
+		ast_printf("Returning previously used register %u for node %p\n", reg, (void*)this);
 		return true;
 	}
    return false;
 }
 
 // We're going to use this fragment over and over and over...
-#define RETURN_KEPT_REG(r) { if (previousComputationValid(r, gen)) { decUseCount(gen); gen.rs()->incRefCount(r); return true;} }
-#define ERROR_RETURN { fprintf(stderr, "%s:%d ERROR: failure to generate operand\n", __FILE__, __LINE__); return false; }
-#define REGISTER_CHECK(r) if (r == REG_NULL) { fprintf(stderr, "%s: %d ERROR: returned register invalid\n", __FILE__, __LINE__); return false; }
+#define RETURN_KEPT_REG(r) do { if (previousComputationValid(r, gen)) { decUseCount(gen); gen.rs()->incRefCount(r); return true;} } while (0)
+#define ERROR_RETURN do { fprintf(stderr, "%s:%d ERROR: failure to generate operand\n", __FILE__, __LINE__); return false; } while (0)
+#define REGISTER_CHECK(r) do { if ((r) == REG_NULL) { fprintf(stderr, "%s: %d ERROR: returned register invalid\n", __FILE__, __LINE__); return false; } } while (0)
 
 
 bool AstNode::initRegisters(codeGen &g) {
@@ -1173,7 +1173,7 @@
 
 
 #if defined(arch_x86) || defined(arch_x86_64)
-bool AstOperatorNode::generateOptimizedAssignment(codeGen &gen, int size, bool noCost)
+bool AstOperatorNode::generateOptimizedAssignment(codeGen &gen, int size_, bool noCost)
 {
    //Recognize the common case of 'a = a op constant' and try to
    // generate optimized code for this case.
@@ -1206,7 +1206,7 @@
    if (roperand->getoType() == Constant) {
       //Looks like 'global = constant'
 #if defined(arch_x86_64)
-     if (laddr >> 32 || ((Address) roperand->getOValue()) >> 32 || size == 8) {
+     if (laddr >> 32 || ((Address) roperand->getOValue()) >> 32 || size_ == 8) {
        // Make sure value and address are 32-bit values.
        return false;
      }
@@ -1719,6 +1719,7 @@
                 emitR(getRetAddrOp, Null_Register,
                       src1, src2, gen, noCost, gen.point(),
                       gen.addrSpace()->multithread_capable());
+                break;
             default: {
                // Could be an error, could be an attempt to load based on an arithmetic expression
                // Generate the left hand side, store the right to that address
@@ -1785,10 +1786,10 @@
              doNotOverflow((int64_t)roperand->getOValue())) {
             if (retReg == REG_NULL) {
                retReg = allocateAndKeep(gen, noCost);
-               ast_printf("Operator node, const RHS, allocated register %d\n", retReg);
+               ast_printf("Operator node, const RHS, allocated register %u\n", retReg);
             }
             else
-               ast_printf("Operator node, const RHS, keeping register %d\n", retReg);
+               ast_printf("Operator node, const RHS, keeping register %u\n", retReg);
 
             emitImm(op, src1, (RegValue) roperand->getOValue(), retReg, gen, noCost, gen.rs(), signedOp);
 
@@ -1832,7 +1833,7 @@
     Register src = Null_Register;
 
 #if defined(ASTDEBUG)
-   sprintf(errorLine,"### location: %p ###\n", gen.point());
+   sprintf(errorLine,"### location: %p ###\n", (void*)gen.point());
    logLine(errorLine);
 #endif
    // Allocate a register to return
@@ -1932,12 +1933,9 @@
        }
        break;
    case DataAddr:
-     {
        assert(oVar == NULL);
-       Address addr = reinterpret_cast<Address>(oValue);
+       addr = reinterpret_cast<Address>(oValue);
        emitVload(loadOp, addr, retReg, retReg, gen, noCost, NULL, size, gen.point(), gen.addrSpace());
-     }
-
        break;
    case FrameAddr:
        addr = (Address) oValue;
@@ -2009,7 +2007,7 @@
         BPatch_point *bpoint = bproc->findOrCreateBPPoint(NULL, gen.point(), BPatch_point::convertInstPointType_t(gen.point()->type()));
         if (bpoint == NULL) {
             fprintf(stderr, "ERROR: Unable to find BPatch point for internal point %p/0x%lx\n",
-                    gen.point(), gen.point()->insnAddr());
+                    (void*)gen.point(), gen.point()->insnAddr());
         }
         assert(bpoint);
         ma = bpoint->getMemoryAccess();
@@ -2694,9 +2692,9 @@
 
     unsigned i;
     for (i = 0; i < args_.size(); i++) {
-        BPatch_type *operandType = args_i->checkType(func);
+        BPatch_type *opType = args_i->checkType(func);
         /* XXX Check operands for compatibility */
-        if (operandType == BPatch::bpatch->type_Error) {
+        if (opType == BPatch::bpatch->type_Error) {
             errorFlag = true;
         }
     }
@@ -2890,8 +2888,8 @@
     if (constFunc_) {
         for (unsigned i = 0; i < args_.size(); i++) {
             if (!args_i->canBeKept()) {
-                fprintf(stderr, "AST %p: labelled const func but argument %d cannot be kept!\n",
-                        this, i);
+                fprintf(stderr, "AST %p: labelled const func but argument %u cannot be kept!\n",
+                        (const void*)this, i);
                 return false;
             }
         }
@@ -3452,14 +3450,14 @@
 // and if so nuke it.
 
 bool regTracker_t::stealKeptRegister(Register r) {
-	ast_printf("STEALING kept register %d for someone else\n", r);
+	ast_printf("STEALING kept register %u for someone else\n", r);
         for (auto iter = tracker.begin(); iter != tracker.end(); ++iter) {
            if (iter->second.keptRegister == r) {
               tracker.erase(iter);
               return true;
            }
         }
-	fprintf(stderr, "Odd - couldn't find kept register %d\n", r);
+	fprintf(stderr, "Odd - couldn't find kept register %u\n", r);
 	return true;
 }
 
@@ -3505,8 +3503,8 @@
     fprintf(stderr, "Condition level: %d\n", condLevel);
 
     for (auto iter = tracker.begin(); iter != tracker.end(); ++iter) {
-       fprintf(stderr, "AstNode %p: register %d, condition level %d\n",
-               iter->first, iter->second.keptRegister, iter->second.keptLevel);
+       fprintf(stderr, "AstNode %p: register %u, condition level %d\n",
+               (void*)iter->first, iter->second.keptRegister, iter->second.keptLevel);
     }
     fprintf(stderr, "==== End debug dump of register tracker ====\n");
 }
@@ -3515,10 +3513,10 @@
 	std::vector<AstNodePtr > children;
 	getChildren(children);
 
-	unsigned size = 1; // Us
+	unsigned size_ = 1; // Us
 	for (unsigned i = 0; i < children.size(); i++)
-		size += childreni->getTreeSize();
-	return size;
+		size_ += childreni->getTreeSize();
+	return size_;
 
 }
 
@@ -3535,31 +3533,31 @@
 
 void AstOperandNode::emitVariableLoad(opCode op, Register src2, Register dest, codeGen& gen,
 				      bool noCost, registerSpace* rs,
-				      int size, const instPoint* point, AddressSpace* as)
+				      int size_, const instPoint* point, AddressSpace* as)
 {
   int_variable* var = lookUpVar(as);
   if(var && !as->needsPIC(var))
   {
-    emitVload(op, var->getAddress(), src2, dest, gen, noCost, rs, size, point, as);
+    emitVload(op, var->getAddress(), src2, dest, gen, noCost, rs, size_, point, as);
   }
   else
   {
-    gen.codeEmitter()->emitLoadShared(op, dest, oVar, (var!=NULL),size, gen, 0);
+    gen.codeEmitter()->emitLoadShared(op, dest, oVar, (var!=NULL),size_, gen, 0);
   }
 }
 
 void AstOperandNode::emitVariableStore(opCode op, Register src1, Register src2, codeGen& gen,
 				      bool noCost, registerSpace* rs,
-				      int size, const instPoint* point, AddressSpace* as)
+				      int size_, const instPoint* point, AddressSpace* as)
 {
   int_variable* var = lookUpVar(as);
   if (var && !as->needsPIC(var))
   {
-    emitVstore(op, src1, src2, var->getAddress(), gen, noCost, rs, size, point, as);
+    emitVstore(op, src1, src2, var->getAddress(), gen, noCost, rs, size_, point, as);
   }
   else
   {
-    gen.codeEmitter()->emitStoreShared(src1, oVar, (var!=NULL), size, gen);
+    gen.codeEmitter()->emitStoreShared(src1, oVar, (var!=NULL), size_, gen);
   }
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/ast.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/ast.h Changed

@@ -113,14 +113,14 @@
 	public:
 		Register keptRegister;	
 		int keptLevel;
-		commonExpressionTracker() : keptRegister(REG_NULL), keptLevel(-1) {};
+		commonExpressionTracker() : keptRegister(REG_NULL), keptLevel(-1) {}
 	};
 
 	int condLevel;
 	
 	static unsigned astHash(AstNode * const &ast);
 
-  regTracker_t() : condLevel(0) {};
+  regTracker_t() : condLevel(0) {}
 
 	std::unordered_map<AstNode *, commonExpressionTracker> tracker;
 
@@ -317,21 +317,21 @@
    int maxCost() const {  return costHelper(Max);  }
 
 	// return the # of instruction times in the ast.
-	virtual int costHelper(enum CostStyleType) const { return 0; };	
+	virtual int costHelper(enum CostStyleType) const { return 0; }	
 
    int referenceCount;     // Reference count for freeing memory
    int useCount;           // Reference count for generating code
    void setUseCount(); // Set values for useCount
-   int getSize() { return size; };
+   int getSize() { return size; }
    void cleanUseCount(void);
    bool checkUseCount(registerSpace*, bool&);
    void printUseCount(void);
 
-   virtual const std::vector<AstNodePtr> getArgs() { return std::vector<AstNodePtr>(); }; // to quiet compiler
+   virtual const std::vector<AstNodePtr> getArgs() { return std::vector<AstNodePtr>(); } // to quiet compiler
 
 
    virtual void setChildren(std::vector<AstNodePtr > &children);
-   virtual AstNodePtr deepCopy() { return AstNodePtr(this);};
+   virtual AstNodePtr deepCopy() { return AstNodePtr(this);}
    
 
 	// Occasionally, we do not call .generateCode_phase2 for the
@@ -393,7 +393,7 @@
 	// DEBUG
    virtual operandType getoType() const { return undefOperandType; }
 
-   virtual void setConstFunc(bool) {};
+   virtual void setConstFunc(bool) {}
 
  protected:
 	BPatch_type *bptype;  // type of corresponding BPatch_snippet
@@ -425,7 +425,7 @@
 class AstNullNode : public AstNode {
  public:
 
-    AstNullNode() : AstNode() {};
+    AstNullNode() : AstNode() {}
 
    virtual std::string format(std::string indent);
     virtual bool containsFuncCall() const;
@@ -444,7 +444,7 @@
     public:
         AstStackInsertNode(int s, MSpecialType t) : AstNode(),
         size(s),
-        type(t) {};
+        type(t) {}
 
         virtual std::string format(std::string indent);
         virtual bool containsFuncCall() const;
@@ -466,7 +466,7 @@
     public:
         AstStackRemoveNode(int s, MSpecialType t = GENERIC_AST) : AstNode(),
         size(s),
-        type(t) {};
+        type(t) {}
 
         AstStackRemoveNode(int s, MSpecialType t, func_instance* func, bool canaryAfterPrologue, long canaryHeight) :
             AstNode(),
@@ -475,7 +475,7 @@
             func_(func),
             canaryAfterPrologue_(canaryAfterPrologue),
             canaryHeight_(canaryHeight)
-    {};
+    {}
 
         virtual std::string format(std::string indent);
         virtual bool containsFuncCall() const;
@@ -498,7 +498,7 @@
 };
 
 class AstStackGenericNode : public AstNode {
-    public: AstStackGenericNode() : AstNode() {};
+    public: AstStackGenericNode() : AstNode() {}
             virtual std::string format(std::string indent);
             virtual bool containsFuncCall() const;
             virtual bool usesAppRegister() const;
@@ -513,7 +513,7 @@
 
 class AstLabelNode : public AstNode {
  public:
-    AstLabelNode(std::string &label) : AstNode(), label_(label), generatedAddr_(0) {};
+    AstLabelNode(std::string &label) : AstNode(), label_(label), generatedAddr_(0) {}
     virtual bool containsFuncCall() const;
     virtual bool usesAppRegister() const;
 
@@ -569,7 +569,7 @@
 
     bool generateOptimizedAssignment(codeGen &gen, int size, bool noCost);
 
-    AstOperatorNode() {};
+    AstOperatorNode() {}
     opCode op;
     AstNodePtr loperand;
     AstNodePtr roperand;
@@ -600,10 +600,10 @@
 
    virtual std::string format(std::string indent);
 
-    virtual operandType getoType() const { return oType; };
+    virtual operandType getoType() const { return oType; }
 
     virtual void setOValue(void *o) { oValue = o; }
-    virtual const void *getOValue() const { return oValue; };
+    virtual const void *getOValue() const { return oValue; }
     virtual const image_variable* getOVar() const 
     {
       return oVar;
@@ -616,7 +616,7 @@
         
     virtual BPatch_type	  *checkType(BPatch_function* func = NULL);
 
-    virtual bool accessesParam(void) { return (oType == Param || oType == ParamAtEntry || oType == ParamAtCall); };
+    virtual bool accessesParam(void) { return (oType == Param || oType == ParamAtEntry || oType == ParamAtCall); }
     virtual bool canBeKept() const;
         
     virtual void getChildren(std::vector<AstNodePtr> &children);
@@ -646,7 +646,7 @@
                                      Register &retReg);
     int_variable* lookUpVar(AddressSpace* as);
     
-    AstOperandNode(): oType(undefOperandType), oValue(NULL), oVar(NULL) {};
+    AstOperandNode(): oType(undefOperandType), oValue(NULL), oVar(NULL) {}
 
     operandType oType;
     void *oValue;
@@ -692,7 +692,7 @@
                                      Address &retAddr,
                                      Register &retReg);
 
-    AstCallNode(): func_addr_(0), func_(NULL), callReplace_(false), constFunc_(false) {};
+    AstCallNode(): func_addr_(0), func_(NULL), callReplace_(false), constFunc_(false) {}
     // Sometimes we just don't have enough information...
     const std::string func_name_;
     Address func_addr_;
@@ -738,7 +738,7 @@
                                      Address &retAddr,
                                      Register &retReg);
 
-    AstSequenceNode() {};
+    AstSequenceNode() {}
     std::vector<AstNodePtr> sequence_;
 };
 
@@ -755,9 +755,9 @@
     virtual BPatch_type	  *checkType(BPatch_function* = NULL) { return getType(); }
     virtual bool accessesParam();
     virtual bool canBeKept() const;
-    virtual operandType getoType() const { return ast_wrappers_index->getoType(); };
+    virtual operandType getoType() const { return ast_wrappers_index->getoType(); }
     virtual AstNodePtr operand() const { return ast_wrappers_index->operand(); }
-    virtual const void *getOValue() const { return ast_wrappers_index->getOValue(); };
+    virtual const void *getOValue() const { return ast_wrappers_index->getOValue(); }
 
     virtual void setVariableAST(codeGen &gen);
 
@@ -776,7 +776,7 @@
                                      Address &retAddr,
                                      Register &retReg);
 
-    AstVariableNode(): ranges_(NULL), index(0) {};
+    AstVariableNode(): ranges_(NULL), index(0) {}
     std::vector<AstNodePtr>ast_wrappers_;
     std::vector<std::pair<Offset, Offset> > *ranges_;
     unsigned index;
@@ -816,7 +816,7 @@
 
     AstNodePtr getAST() { return ast_; }
  private:
-    AstMiniTrampNode(): inline_(false) {};
+    AstMiniTrampNode(): inline_(false) {}
 
     bool inline_;
     AstNodePtr ast_;
@@ -838,19 +838,19 @@
                                      Address &retAddr,
                                      Register &retReg);
     
-    AstMemoryNode() {};
+    AstMemoryNode() {}
     memoryType mem_;
     unsigned which_;
 };
 
 class AstOriginalAddrNode : public AstNode {
  public:
-    AstOriginalAddrNode() {};
+    AstOriginalAddrNode() {}
 
-    virtual ~AstOriginalAddrNode() {};
+    virtual ~AstOriginalAddrNode() {}
 
 
-    virtual BPatch_type *checkType(BPatch_function*  = NULL) { return getType(); };
+    virtual BPatch_type *checkType(BPatch_function*  = NULL) { return getType(); }
     virtual bool canBeKept() const { return true; }
     virtual bool containsFuncCall() const;
     virtual bool usesAppRegister() const;
@@ -865,12 +865,12 @@
 
 class AstActualAddrNode : public AstNode {
  public:
-    AstActualAddrNode() {};
+    AstActualAddrNode() {}
 
-    virtual ~AstActualAddrNode() {};
+    virtual ~AstActualAddrNode() {}
 
 
-    virtual BPatch_type *checkType(BPatch_function*  = NULL) { return getType(); };
+    virtual BPatch_type *checkType(BPatch_function*  = NULL) { return getType(); }
     virtual bool canBeKept() const { return false; }
     virtual bool containsFuncCall() const;
     virtual bool usesAppRegister() const;
@@ -884,12 +884,12 @@
 
 class AstDynamicTargetNode : public AstNode {
  public:
-    AstDynamicTargetNode() {};
+    AstDynamicTargetNode() {}
 
-    virtual ~AstDynamicTargetNode() {};
+    virtual ~AstDynamicTargetNode() {}
 
 
-    virtual BPatch_type *checkType(BPatch_function*  = NULL) { return getType(); };
+    virtual BPatch_type *checkType(BPatch_function*  = NULL) { return getType(); }
     virtual bool canBeKept() const { return false; }
     virtual bool containsFuncCall() const;
     virtual bool usesAppRegister() const;
@@ -902,9 +902,9 @@
 };
 class AstScrambleRegistersNode : public AstNode {
  public:
-    AstScrambleRegistersNode() {};
+    AstScrambleRegistersNode() {}
 
-    virtual ~AstScrambleRegistersNode() {};
+    virtual ~AstScrambleRegistersNode() {}
 
     virtual bool canBeKept() const { return false; }
     virtual bool containsFuncCall() const;
@@ -924,7 +924,7 @@
    // allow generic PatchAPI snippets to play nice
    // in our world. 
   public:
-  AstSnippetNode(Dyninst::PatchAPI::SnippetPtr snip) : snip_(snip) {};
+  AstSnippetNode(Dyninst::PatchAPI::SnippetPtr snip) : snip_(snip) {}
    bool canBeKept() const { return false; }
    bool containsFuncCall() const { return false; }
    bool usesAppRegister() const { return false; }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/baseTramp.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/baseTramp.C Changed

@@ -131,7 +131,7 @@
    unsigned actually_saved = 0;
    int needed_saved = 0;
    
-   regalloc_printf("BT: checking for unneeded saved registers (in %p)\n", this);
+   regalloc_printf("BT: checking for unneeded saved registers (in %p)\n", (void*)this);
 
    if (spilledRegisters && !createdLocalSpace)
       return true;
@@ -139,16 +139,16 @@
    std::vector<registerSlot *> &regs = rs->trampRegs();
    for (unsigned i = 0; i < regs.size(); i++) {
       registerSlot *reg = regsi;
-      regalloc_printf("%s:%u - checking reg (index %d, number %d, encoding %d)\n", __FILE__, 
+      regalloc_printf("%s:%d - checking reg (index %u, number %u, encoding %u)\n", __FILE__, 
 		      __LINE__, i, reg->number, reg->encoding());
 
       if (reg->spilledState != registerSlot::unspilled) {
-         regalloc_printf("%s:%u - reg %d saved\n", __FILE__, 
+         regalloc_printf("%s:%d - reg %u saved\n", __FILE__, 
                          __LINE__, reg->number);
          actually_saved++;
       }
       if (definedRegsreg->encoding()) {
-         regalloc_printf("%s:%u - reg %d used\n", __FILE__, 
+         regalloc_printf("%s:%d - reg %u used\n", __FILE__, 
                          __LINE__, reg->number);
          needed_saved++;
       }
@@ -158,7 +158,7 @@
           (!reg->offLimits))
       {
          saved_unneeded++;
-         regalloc_printf("%s:%u - baseTramp saved unneeded register %d, "
+         regalloc_printf("%s:%d - baseTramp saved unneeded register %u, "
                          "suggesting regen (%d, %d, %d)\n", __FILE__, __LINE__, reg->number,
                          reg->spilledState,
                          (definedRegsreg->encoding() ? 1 : 0),
@@ -167,11 +167,11 @@
       if (reg->liveState != registerSlot::spilled &&
           definedRegsreg->encoding())
       {
-         regalloc_printf("%s:%u - Decided not to save a defined register %d. "
+         regalloc_printf("%s:%d - Decided not to save a defined register %u. "
                          "App liveness?\n",  __FILE__, __LINE__, reg->number);         
       }
    }
-   regalloc_printf("%s:%u - Should regen found %d unneeded saves\n",
+   regalloc_printf("%s:%d - Should regen found %d unneeded saves\n",
                    __FILE__, __LINE__, saved_unneeded);
 #if defined(arch_x86_64) || defined(arch_x86)
    if (proc()->getAddressWidth() == 4)
@@ -189,8 +189,8 @@
 
 bool baseTramp::generateCode(codeGen &gen,
                              Address baseInMutatee) {
-   inst_printf("baseTramp %p ::generateCode(%p, 0x%x, %d)\n",
-               this, gen.start_ptr(), baseInMutatee, gen.used());
+   inst_printf("baseTramp %p ::generateCode(%p, 0x%lx, %u)\n",
+               (void*)this, gen.start_ptr(), baseInMutatee, gen.used());
    initializeFlags();
 
    doOptimizations();
@@ -208,7 +208,7 @@
    int count = 0;
 
    for (;;) {
-      regalloc_printf("%s:%u - Beginning baseTramp generate iteration # %d\n",
+      regalloc_printf("%s:%d - Beginning baseTramp generate iteration # %d\n",
                       __FILE__, __LINE__, ++count);
       codeBufIndex_t start = gen.getIndex();

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/binaryEdit.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/binaryEdit.C Changed

@@ -60,7 +60,7 @@
     
     // Look up this address in the code range tree of memory
     codeRange *range = NULL;
-    if (!memoryTracker_->find(addr, range))
+    if (!memoryTracker_.find(addr, range))
         return false;
     assert(addr >= range->get_address());
 
@@ -86,7 +86,7 @@
     while (to_do) {
        // Look up this address in the code range tree of memory
        codeRange *range = NULL;
-       if (!memoryTracker_->find(addr, range)) {
+       if (!memoryTracker_.find(addr, range)) {
           return false;
        }
        
@@ -110,7 +110,7 @@
        assert(offset < range->get_size());
        
        void *local_ptr = ((void *) (offset + (Address)range->get_local_ptr()));
-       inst_printf("Copying to 0x%lx base=0x%lx from 0x%lx (%d bytes)  target=0x%lx  offset=0x%lx\n", 
+       inst_printf("Copying to 0x%p base=0x%p from 0x%lx (%u bytes)  target=0x%lx  offset=0x%lx\n", 
               local_ptr, range->get_local_ptr(), local, chunk_size, addr, offset);
        //range->print_range();
        memcpy(local_ptr, (void *)local, chunk_size);
@@ -197,10 +197,7 @@
         if (ret) {
 	  memoryTracker *newTracker = new memoryTracker(ret, size);
 	  newTracker->alloced = true;
-	  if (!memoryTracker_)
-	    memoryTracker_ = new codeRangeTree();
-	  memoryTracker_->insert(newTracker);
-
+	  memoryTracker_.insert(newTracker);
 	  break;
 	}
     }
@@ -212,17 +209,11 @@
 {
   inferiorFreeInternal(item);
 
-  codeRange *obj;
-  if(!memoryTracker_->find(item, obj))
-  {
-    // Warn the user?
-    return;
-  }
-  
-  
-  delete obj;
-  
-  memoryTracker_->remove(item);
+  codeRange *obj{};
+  if(memoryTracker_.find(item, obj)) delete obj;
+
+  // Remove it from the tree
+  memoryTracker_.remove(item);
 }
 
 bool BinaryEdit::inferiorRealloc(Address item, unsigned newsize)
@@ -234,17 +225,17 @@
   maxAllocedAddr();
 
   codeRange *obj;
-  result = memoryTracker_->find(item, obj);
+  result = memoryTracker_.find(item, obj);
   assert(result);
 
-  memoryTracker_->remove(item);
+  memoryTracker_.remove(item);
 
   memoryTracker *mem_track = dynamic_cast<memoryTracker *>(obj);
   assert(mem_track);
 
   mem_track->realloc(newsize);
 
-  memoryTracker_->insert(obj);
+  memoryTracker_.insert(obj);
   return true;
 }
 
@@ -276,7 +267,7 @@
    highWaterMark_(0),
    lowWaterMark_(0),
    isDirty_(false),
-   memoryTracker_(NULL),
+   memoryTracker_{},
    mobj(NULL),
    multithread_capable_(false),
    writing_(false)
@@ -294,7 +285,12 @@
     for(auto *rel : dependentRelocations) {
         delete rel;
     }
-    delete memoryTracker_;
+
+    std::vector<codeRange*> x;
+    memoryTracker_.elements(x);
+    for(auto const *c : x) {
+    	delete c;
+    }
 }
 
 BinaryEdit *BinaryEdit::openFile(const std::string &file, 
@@ -528,7 +524,7 @@
       // Now, we need to copy in the memory of the new segments
       for (unsigned i = 0; i < oldSegs.size(); i++) {
          codeRange *segRange = NULL;
-         if (!memoryTracker_->find(oldSegsi->getMemOffset(), segRange)) {
+         if (!memoryTracker_.find(oldSegsi->getMemOffset(), segRange)) {
 #if 0
             // Looks like BSS
             if (newSegsi.name == ".bss")
@@ -556,7 +552,7 @@
       void *newSectionPtr = calloc(highWaterMark_ - lowWaterMark_, 1);
 
       std::vector<codeRange *> writes;
-      memoryTracker_->elements(writes);
+      memoryTracker_.elements(writes);
 
       for (unsigned i = 0; i < writes.size(); i++) {
          assert(newSectionPtr);
@@ -747,24 +743,16 @@
     symObj->getAllRegions(regs);
 
    for (unsigned i = 0; i < regs.size(); i++) {
-      memoryTracker *newTracker = NULL;
       if (regsi->getRegionType() == Region::RT_BSS || (regsi->getMemSize() == 0))
       {
          continue;
       }
-      else {
-         newTracker = new memoryTracker(regsi->getMemOffset(),
-                                        regsi->getMemSize(),
-                                        regsi->getPtrToRawData());
-         
-      }
+      auto *newTracker = new memoryTracker(regsi->getMemOffset(),
+                                           regsi->getMemSize(),
+                                           regsi->getPtrToRawData());
       newTracker->alloced = false;
-      if (!memoryTracker_)
-         memoryTracker_ = new codeRangeTree();
-      memoryTracker_->insert(newTracker);
+      memoryTracker_.insert(newTracker);
    }
-
-    
    return true;
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/binaryEdit.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/binaryEdit.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/block.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/block.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/block.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/block.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/codeRange.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/codeRange.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/codeRange.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/codeRange.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/codegen-aarch64.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/codegen-aarch64.C Changed

@@ -91,11 +91,11 @@
 void insnCodeGen::generateBranch(codeGen &gen, long disp, bool link) {
     if (labs(disp) > MAX_BRANCH_OFFSET) {
         fprintf(stderr, "ABS OFF: 0x%lx, MAX: 0x%lx\n",
-                labs(disp), (unsigned long) MAX_BRANCH_OFFSET);
-        bperr( "Error: attempted a branch of 0x%lx\n", disp);
+                (unsigned long)labs(disp), (unsigned long) MAX_BRANCH_OFFSET);
+        bperr( "Error: attempted a branch of 0x%lx\n", (unsigned long)disp);
         logLine("a branch too far\n");
         showErrorCallback(52, "Internal error: branch too far");
-        bperr( "Attempted to make a branch of offset 0x%lx\n", disp);
+        bperr( "Attempted to make a branch of offset 0x%lx\n", (unsigned long)disp);
         assert(0);
     }
 
@@ -201,11 +201,11 @@
     } else {
         // Too far to branch and no proc to register trap.
         fprintf(stderr, "ABS OFF: 0x%lx, MAX: 0x%lx\n",
-                labs(disp), (unsigned long) MAX_BRANCH_OFFSET);
-        bperr( "Error: attempted a branch of 0x%lx\n", disp);
+                (unsigned long)labs(disp), (unsigned long) MAX_BRANCH_OFFSET);
+        bperr( "Error: attempted a branch of 0x%lx\n", (unsigned long)disp);
         logLine("a branch too far\n");
         showErrorCallback(52, "Internal error: branch too far");
-        bperr( "Attempted to make a branch of offset 0x%lx\n", disp);
+        bperr( "Attempted to make a branch of offset 0x%lx\n", (unsigned long)disp);
         assert(0);
     }
 }
@@ -373,6 +373,8 @@
             break;
         case insnCodeGen::Eor: opcode = EORShiftOp;
             break;
+        default:
+            assert(!"insnCodeGen::generateBitwiseOpShifted op is not And, Or or Eor");
     }
     INSN_SET(insn, 24, 30, opcode);
 
@@ -622,14 +624,6 @@
     }
 }
 
-void insnCodeGen::generateSimple(codeGen &, int,
-                                 Register, Register,
-                                 Register)
-{
-assert(0);
-//#warning "This function is not implemented yet!"
-}
-
 void insnCodeGen::generateRelOp(codeGen &, int, int, Register,
                                 Register, Register)
 {
@@ -734,7 +728,6 @@
     if(labs(disp) > MAX_CBRANCH_OFFSET ||
             (isTB && labs(disp) > MAX_TBRANCH_OFFSET))
     {
-        const unsigned char *origInsn = insn.ptr();
         Address origFrom = gen.currAddr();
 
         /*

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/codegen-aarch64.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/codegen-aarch64.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/codegen-power.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/codegen-power.C Changed

@@ -55,7 +55,7 @@
   std::set<std::string> _stacks;
   TrackStacktraces() {
     _out.open("generatorStacks.txt", std::ofstream::out);
-  };
+  }
 
   void Insert(std::string s) {
     if (_stacks.find(s) == _stacks.end())
@@ -160,11 +160,11 @@
     if (ABS(disp) > MAX_BRANCH) {
 	// Too far to branch, and no proc to register trap.
 	fprintf(stderr, "ABS OFF: 0x%lx, MAX: 0x%lx\n",
-           ABS(disp), (unsigned long) MAX_BRANCH);
-	bperr( "Error: attempted a branch of 0x%lx\n", disp);
+           (unsigned long)ABS(disp), (unsigned long) MAX_BRANCH);
+	bperr( "Error: attempted a branch of 0x%lx\n", (unsigned long)disp);
 	logLine("a branch too far\n");
 	showErrorCallback(52, "Internal error: branch too far");
-	bperr( "Attempted to make a branch of offset 0x%lx\n", disp);
+	bperr( "Attempted to make a branch of offset 0x%lx\n", (unsigned long)disp);
 	assert(0);
     }
 
@@ -427,7 +427,6 @@
     AddressSpace * curAddressSpace = gen.addrSpace();
 
     // Find the func instance
-    func_instance * func;
     std::set<func_instance *> funcList;
     curAddressSpace->findFuncsByAddr(from, funcList);
 
@@ -710,11 +709,11 @@
       } else {
           // Too far to branch and no proc to register trap.
           fprintf(stderr, "ABS OFF: 0x%lx, MAX: 0x%lx\n",
-                  ABS(disp), (unsigned long) MAX_BRANCH);
-          bperr( "Error: attempted a branch of 0x%lx\n", disp);
+                  (unsigned long)ABS(disp), (unsigned long) MAX_BRANCH);
+          bperr( "Error: attempted a branch of 0x%lx\n", (unsigned long)disp);
           logLine("a branch too far\n");
           showErrorCallback(52, "Internal error: branch too far");
-          bperr( "Attempted to make a branch of offset 0x%lx\n", disp);
+          bperr( "Attempted to make a branch of offset 0x%lx\n", (unsigned long)disp);
           assert(0);
       }
     }
@@ -942,30 +941,6 @@
     }
 }
 
-void insnCodeGen::generateSimple(codeGen &gen, int op, 
-                                 Register src1, Register src2, 
-                                 Register dest)
-{
-  instruction insn;
-
-  int xop=-1;
-  insn.clear();
-  XFORM_OP_SET(insn, op);
-  XFORM_RT_SET(insn, src1);
-  XFORM_RA_SET(insn, dest);
-  XFORM_RB_SET(insn, src2);
-  if (op==ANDop) {
-      xop=ANDxop;
-  } else if (op==ORop) {
-      xop=ORxop;
-  } else {
-      // only AND and OR are currently designed to use genSimpleInsn
-      assert(0);
-  }
-  XFORM_XO_SET(insn, xop);
-  insnCodeGen::generate(gen,insn);
-}
-
 void insnCodeGen::generateRelOp(codeGen &gen, int cond, int mode, Register rs1,
                                 Register rs2, Register rd, bool s)
 {
@@ -1074,11 +1049,9 @@
 }
 
 int insnCodeGen::createStackFrame(codeGen &gen, int numRegs, std::vector<Register>& freeReg, std::vector<Register>& excludeReg){
-              int gpr_off, fpr_off, ctr_off, stack_size;
+              int gpr_off, stack_size;
                 //create new stack frame
                 gpr_off = TRAMP_GPR_OFFSET_32;
-                fpr_off = TRAMP_FPR_OFFSET_32;
-                ctr_off = STK_CTR_32;
                 pushStack(gen);
                 // Save GPRs
                 stack_size = saveGPRegisters(gen, gen.rs(), gpr_off, numRegs);

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/codegen-power.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/codegen-power.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/codegen-x86.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/codegen-x86.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/codegen.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/codegen.C Changed

@@ -38,6 +38,7 @@
 #include "dynThread.h"
 #include "dynProcess.h"
 #include "common/src/Types.h"
+#include "compiler_annotations.h"
 #include "codegen.h"
 #include "util.h"
 #include "function.h"
@@ -49,7 +50,7 @@
 #include "instructionAPI/h/InstructionDecoder.h"
 
 #if defined(arch_x86) || defined(arch_x86_64)
-#define CODE_GEN_OFFSET_SIZE 1
+#define CODE_GEN_OFFSET_SIZE 1U
 #else
 #define CODE_GEN_OFFSET_SIZE (instruction::size())
 #endif
@@ -105,7 +106,7 @@
 {
     buffer_ = (codeBuf_t *)malloc(size+codeGenPadding);
     if (!buffer_) {
-       fprintf(stderr, "%s%d: malloc failed: size is %d + codeGenPadding = %d\n", FILE__, __LINE__, size, codeGenPadding);
+       fprintf(stderr, "%s%d: malloc failed: size is %u + codeGenPadding = %u\n", FILE__, __LINE__, size, codeGenPadding);
 	}
     assert(buffer_);
     memset(buffer_, 0, size+codeGenPadding);
@@ -231,7 +232,7 @@
    offset_ = 0;
    allocated_ = true;
    if (!buffer_) {
-      fprintf(stderr, "%s%d:  malloc (%d) failed: %s\n", FILE__, __LINE__, size, strerror(errno));
+      fprintf(stderr, "%s%d:  malloc (%u) failed: %s\n", FILE__, __LINE__, size, strerror(errno));
    }
    assert(buffer_);
 }
@@ -321,8 +322,9 @@
     assert(buffer_);
 
     realloc(used() + size);
-    auto * temp = get_ptr(index);
-    memmove(static_cast<char*>(temp) + size, temp, used()-index);
+
+    char * temp = (char*)get_ptr(index);
+    memmove(temp + size, temp, used()-index);
     memcpy(temp, b, size);
 
     moveIndex(size);
@@ -357,8 +359,8 @@
 void *codeGen::cur_ptr() const {
     assert(buffer_);
     if (sizeof(codeBuf_t) != CODE_GEN_OFFSET_SIZE)
-        fprintf(stderr, "ERROR: sizeof codeBuf %ld, OFFSET %d\n",
-                (long) sizeof(codeBuf_t), CODE_GEN_OFFSET_SIZE);
+        fprintf(stderr, "ERROR: sizeof codeBuf %zu, OFFSET %u\n",
+                sizeof(codeBuf_t), CODE_GEN_OFFSET_SIZE);
     assert(sizeof(codeBuf_t) == CODE_GEN_OFFSET_SIZE);
     codeBuf_t *ret = buffer_;
     ret += offset_;
@@ -425,7 +427,7 @@
     int cur = getIndex() * CODE_GEN_OFFSET_SIZE;
     cur += disp;
     if (cur % CODE_GEN_OFFSET_SIZE) {
-        fprintf(stderr, "Error in codeGen: current index %d/%d, moving by %d, mod %d\n",
+        fprintf(stderr, "Error in codeGen: current index %u/%d, moving by %d, mod %u\n",
                 getIndex(), cur, disp, cur % CODE_GEN_OFFSET_SIZE);
     }
     assert((cur % CODE_GEN_OFFSET_SIZE) == 0);
@@ -637,6 +639,7 @@
    switch (ptype_) {
       case pcrel:
 	addr = addr - (gen_->startAddr() + offset_);
+	DYNINST_FALLTHROUGH;
       case abs:
 	gen_->copy(&addr, size_, dest_);
 	break;
@@ -660,10 +663,6 @@
    return std::string("UNNAMED");
 }
 
-patchTarget::~patchTarget()
-{
-}
-
 toAddressPatch::~toAddressPatch() {
 }
 
@@ -799,5 +798,5 @@
    }
    ret << dec;
    return ret.str();
-};
+}

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/debug.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/debug.C Changed

@@ -39,6 +39,7 @@
 #include "BPatch.h"
 #include "dyninstAPI/src/debug.h"
 #include "common/src/dthread.h"
+#include "compiler_annotations.h"
 #include "os.h"
 
 unsigned long getExecThreadID() {
@@ -49,6 +50,13 @@
 #endif
 }
 
+
+int trap_printf(const char *format, ...) DYNINST_PRINTF_ANNOTATION(1, 2);
+int signal_printf_int(const char *format, ...) DYNINST_PRINTF_ANNOTATION(1, 2);
+int inferiorrpc_printf_int(const char *format, ...) DYNINST_PRINTF_ANNOTATION(1, 2);
+int startup_printf_int(const char *format, ...) DYNINST_PRINTF_ANNOTATION(1, 2);
+int bpatch_printf(const char *format, ...) DYNINST_PRINTF_ANNOTATION(1, 2);
+
 // Make a lock.
 
 Mutex<> *debugPrintLock = NULL;
@@ -119,7 +127,7 @@
   char errbufERR_BUF_SIZE;
 
   fprintf(stderr, "%s%d\n", __FILE__, __LINE__);
-  int header_len = sprintf(errbuf, "%ld%s%d: ", getExecThreadID(), __file__, __line__);
+  int header_len = sprintf(errbuf, "%lu%s%u: ", getExecThreadID(), __file__, __line__);
 
   fprintf(stderr, "%s%d\n", __FILE__, __LINE__);
   va_list va;
@@ -408,7 +416,7 @@
 
   debugPrintLock->lock();
 
-  fprintf(stderr, "%ld", getExecThreadID());
+  fprintf(stderr, "%lu", getExecThreadID());
   va_list va;
   va_start(va, format);
   int ret = vfprintf(stderr, format, va);
@@ -426,7 +434,7 @@
 
   debugPrintLock->lock();
 
-  fprintf(stderr, "%ld", getExecThreadID());
+  fprintf(stderr, "%lu", getExecThreadID());
   va_list va;
   va_start(va, format);
   int ret = vfprintf(stderr, format, va);
@@ -444,7 +452,7 @@
 
   debugPrintLock->lock();
 
-  fprintf(stderr, "%ld", getExecThreadID());
+  fprintf(stderr, "%lu", getExecThreadID());
   va_list va;
   va_start(va, format);
   int ret = vfprintf(stderr, format, va);
@@ -482,7 +490,7 @@
 
   debugPrintLock->lock();
 
-  fprintf(stderr, "%ld", getExecThreadID());
+  fprintf(stderr, "%lu", getExecThreadID());
   va_list va;
   va_start(va, format);
   int ret = vfprintf(stderr, format, va);
@@ -500,7 +508,7 @@
 
   debugPrintLock->lock();
 
-  fprintf(stderr, "%ld", getExecThreadID());
+  fprintf(stderr, "%lu", getExecThreadID());
   va_list va;
   va_start(va, format);
   int ret = vfprintf(stderr, format, va);
@@ -518,7 +526,7 @@
 
   debugPrintLock->lock();
 
-  fprintf(stderr, "%ld", getExecThreadID());
+  fprintf(stderr, "%lu", getExecThreadID());
   va_list va;
   va_start(va, format);
   int ret = vfprintf(stderr, format, va);
@@ -536,7 +544,7 @@
 
   debugPrintLock->lock();
 
-  fprintf(stderr, "%ld", getExecThreadID());
+  fprintf(stderr, "%lu", getExecThreadID());
   va_list va;
   va_start(va, format);
   int ret = vfprintf(stderr, format, va);
@@ -554,7 +562,7 @@
 
   debugPrintLock->lock();
 
-  fprintf(stderr, "%ld", getExecThreadID());
+  fprintf(stderr, "%lu", getExecThreadID());
   va_list va;
   va_start(va, format);
   int ret = vfprintf(stderr, format, va);
@@ -572,7 +580,7 @@
 
   debugPrintLock->lock();
 
-  fprintf(stderr, "%ld", getExecThreadID());
+  fprintf(stderr, "%lu", getExecThreadID());
   va_list va;
   va_start(va, format);
   int ret = vfprintf(stderr, format, va);
@@ -591,7 +599,7 @@
 
     debugPrintLock->lock();
 
-    fprintf(stderr, "%ld", getExecThreadID());
+    fprintf(stderr, "%lu", getExecThreadID());
     va_list va;
     va_start(va, format);
     int ret = vfprintf(stderr, format, va);
@@ -609,7 +617,7 @@
 
   debugPrintLock->lock();
 
-  fprintf(stderr, "%ld", getExecThreadID());
+  fprintf(stderr, "%lu", getExecThreadID());
   va_list va;
   va_start(va, format);
   int ret = vfprintf(stderr, format, va);
@@ -627,7 +635,7 @@
 
   debugPrintLock->lock();
 
-  fprintf(stderr, "%ld", getExecThreadID());
+  fprintf(stderr, "%lu", getExecThreadID());
   va_list va;
   va_start(va, format);
   int ret = vfprintf(stderr, format, va);
@@ -645,7 +653,7 @@
 
   debugPrintLock->lock();
 
-  fprintf(stderr, "%ld", getExecThreadID());
+  fprintf(stderr, "%lu", getExecThreadID());
   va_list va;
   va_start(va, format);
   int ret = vfprintf(stderr, format, va);
@@ -691,7 +699,7 @@
 
   debugPrintLock->lock();
 
-  fprintf(stderr, "%ld", getExecThreadID());
+  fprintf(stderr, "%lu", getExecThreadID());
   va_list va;
   va_start(va, format);
   int ret = vfprintf(stderr, format, va);

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/debug.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/debug.h Changed

@@ -33,17 +33,19 @@
 
 #include <string>
 #include "common/src/Pair.h"
+#include "compiler_annotations.h"
 
 #define BPFATAL(x) bpfatal_lf(__FILE__, __LINE__, x)
 extern void logLine(const char *line);
 extern void statusLine(const char *line, bool force = false);
 extern char errorLine;
-extern int bpfatal(const char *format, ...);
-extern int bperr(const char *format, ...);
-extern int bpwarn(const char *format, ...);
-extern int bpinfo(const char *format, ...);
+extern int bpfatal(const char *format, ...) DYNINST_PRINTF_ANNOTATION(1, 2);
+extern int bperr(const char *format, ...) DYNINST_PRINTF_ANNOTATION(1, 2);
+extern int bpwarn(const char *format, ...) DYNINST_PRINTF_ANNOTATION(1, 2);
+extern int bpinfo(const char *format, ...) DYNINST_PRINTF_ANNOTATION(1, 2);
 
-extern int bpfatal_lf(const char *__file__, unsigned int __line__, const char *format, ...);
+extern int bpfatal_lf(const char *__file__, unsigned int __line__, const char *format, ...)
+	DYNINST_PRINTF_ANNOTATION(3, 4);
 
 
 extern void showErrorCallback(int num, std::string msg);
@@ -113,82 +115,65 @@
 extern const std::string CODEGEN_LIVENESS_TIMER;
 
 // C++ prototypes
-#define signal_cerr       if (dyn_debug_signal) cerr
-#define startup_cerr      if (dyn_debug_startup) cerr
-#define parsing_cerr      if (dyn_debug_parsing) cerr
-#define proccontrol_cerr  if (dyn_debug_proccontrol) cerr
-#define stackwalk_cerr    if (dyn_debug_stackwalk) cerr
-#define relocation_cerr   if (dyn_debug_reloc) cerr
-#define springboard_cerr  if (dyn_debug_springboard) cerr
-#define malware_cerr      if (dyn_debug_malware) cerr
-#define trap_cerr         if (dyn_debug_trap) cerr
-#define sensitivity_cerr  if (dyn_debug_sensitivity) cerr
-#define dyn_unw_cerr      if (dyn_debug_dyn_unw) cerr
-#define thread_cerr       if (dyn_debug_thread) cerr
-#define infmalloc_cerr    if (dyn_debug_infmalloc) cerr
-#define crash_cerr        if (dyn_debug_crash) cerr
-#define stackmods_cerr        if (dyn_debug_stackmods) cerr
-#define ast_cerr          if (dyn_debug_ast) cerr
+#define debug_sys_cerr(debug_sys)  if (dyn_debug_##debug_sys) cerr
+
+#define signal_cerr       debug_sys_cerr(signal)
+#define startup_cerr      debug_sys_cerr(startup)
+#define parsing_cerr      debug_sys_cerr(parsing)
+#define proccontrol_cerr  debug_sys_cerr(proccontrol)
+#define stackwalk_cerr    debug_sys_cerr(stackwalk)
+#define relocation_cerr   debug_sys_cerr(reloc)
+#define springboard_cerr  debug_sys_cerr(springboard)
+#define malware_cerr      debug_sys_cerr(malware)
+#define trap_cerr         debug_sys_cerr(trap)
+#define sensitivity_cerr  debug_sys_cerr(sensitivity)
+#define dyn_unw_cerr      debug_sys_cerr(dyn_unw)
+#define thread_cerr       debug_sys_cerr(thread)
+#define infmalloc_cerr    debug_sys_cerr(infmalloc)
+#define crash_cerr        debug_sys_cerr(crash)
+#define stackmods_cerr    debug_sys_cerr(stackmods)
+#define ast_cerr          debug_sys_cerr(ast)
 
 // C prototypes for internal debugging functions
-extern int mal_printf(const char *format, ...);
-extern int startup_printf_int(const char *format, ...);
-extern int parsing_printf_int(const char *format, ...);
-extern int proccontrol_printf_int(const char *format, ...);
-extern int stackwalk_printf_int(const char *format, ...);
-extern int inst_printf_int(const char *format, ...);
-extern int reloc_printf_int(const char *format, ...);
-extern int dyn_unw_printf_int(const char *format, ...);
-extern int mutex_printf_int(const char *format, ...);
-extern int thread_printf_int(const char *format, ...);
-extern int catchup_printf_int(const char *format, ...);
-extern int regalloc_printf_int(const char *format, ...);
-extern int ast_printf_int(const char *format, ...);
-extern int write_printf_int(const char *format, ...);
-extern int infmalloc_printf_int(const char *format, ...);
-extern int crash_printf_int(const char *format, ...);
-extern int stackmods_printf_int(const char *format, ...);
-
-#if defined(__GNUC__)
-
-#define startup_printf(format, args...) do { if (dyn_debug_startup) startup_printf_int(format, ## args); } while(0)
-#define parsing_printf(format, args...) do {if (dyn_debug_parsing) parsing_printf_int(format, ## args); } while(0)
-#define proccontrol_printf(format, args...) do {if (dyn_debug_proccontrol) proccontrol_printf_int(format, ## args); } while(0)
-#define stackwalk_printf(format, args...) do {if (dyn_debug_stackwalk) stackwalk_printf_int(format, ## args); } while(0)
-#define inst_printf(format, args...) do {if (dyn_debug_inst) inst_printf_int(format, ## args); } while(0)
-#define reloc_printf(format, args...) do {if (dyn_debug_reloc) reloc_printf_int(format, ## args); } while(0)
-#define dyn_unw_printf(format, args...) do {if (dyn_debug_dyn_unw) dyn_unw_printf_int(format, ## args); } while(0)
-#define mutex_printf(format, args...) do {if (dyn_debug_mutex) mutex_printf_int(format, ## args); } while(0)
-#define thread_printf(format, args...) do {if (dyn_debug_thread) thread_printf_int(format, ## args); } while(0)
-#define catchup_printf(format, args...) do {if (dyn_debug_catchup) catchup_printf_int(format, ## args); } while(0)
-#define regalloc_printf(format, args...) do {if (dyn_debug_regalloc) regalloc_printf_int(format, ## args); } while(0)
-#define ast_printf(format, args...) do {if (dyn_debug_ast) ast_printf_int(format, ## args); } while(0)
-#define write_printf(format, args...) do {if (dyn_debug_write) write_printf_int(format, ## args); } while(0)
-#define infmalloc_printf(format, args...) do {if (dyn_debug_infmalloc) infmalloc_printf_int(format, ## args); } while(0)
-#define crash_printf(format, args...) do {if (dyn_debug_crash) crash_printf_int(format, ## args); } while(0)
-#define stackmods_printf(format, args...) do {if (dyn_debug_stackmods) stackmods_printf_int(format, ## args); } while(0)
-
-#else
-// Non-GCC doesn't have the ## macro
-#define startup_printf startup_printf_int
-#define parsing_printf parsing_printf_int
-#define proccontrol_printf proccontrol_printf_int
-#define stackwalk_printf stackwalk_printf_int
-#define inst_printf inst_printf_int
-#define reloc_printf reloc_printf_int
-#define dyn_unw_printf dyn_unw_printf_int
-#define mutex_printf mutex_printf_int
-#define thread_printf thread_printf_int
-#define catchup_printf catchup_printf_int
-#define regalloc_printf regalloc_printf_int
-#define ast_printf ast_printf_int
-#define write_printf write_printf_int
-#define infmalloc_printf infmalloc_printf_int
-#define crash_printf crash_printf_int
-#define stackmods_printf stackmods_printf_int
-
-
-#endif
+#define DECLARE_PRINTF_FUNC(f) extern int f(const char *format, ...) DYNINST_PRINTF_ANNOTATION(1, 2)
+
+DECLARE_PRINTF_FUNC(mal_printf);
+DECLARE_PRINTF_FUNC(startup_printf_int);
+DECLARE_PRINTF_FUNC(parsing_printf_int);
+DECLARE_PRINTF_FUNC(proccontrol_printf_int);
+DECLARE_PRINTF_FUNC(stackwalk_printf_int);
+DECLARE_PRINTF_FUNC(inst_printf_int);
+DECLARE_PRINTF_FUNC(reloc_printf_int);
+DECLARE_PRINTF_FUNC(dyn_unw_printf_int);
+DECLARE_PRINTF_FUNC(mutex_printf_int);
+DECLARE_PRINTF_FUNC(thread_printf_int);
+DECLARE_PRINTF_FUNC(catchup_printf_int);
+DECLARE_PRINTF_FUNC(regalloc_printf_int);
+DECLARE_PRINTF_FUNC(ast_printf_int);
+DECLARE_PRINTF_FUNC(write_printf_int);
+DECLARE_PRINTF_FUNC(infmalloc_printf_int);
+DECLARE_PRINTF_FUNC(crash_printf_int);
+DECLARE_PRINTF_FUNC(stackmods_printf_int);
+
+
+#define debug_sys_printf(debug_sys, ...) do { if (dyn_debug_##debug_sys) debug_sys##_printf_int(__VA_ARGS__); } while(0)
+
+#define startup_printf(...)     debug_sys_printf(startup, __VA_ARGS__)
+#define parsing_printf(...)     debug_sys_printf(parsing, __VA_ARGS__)
+#define proccontrol_printf(...) debug_sys_printf(proccontrol, __VA_ARGS__)
+#define stackwalk_printf(...)   debug_sys_printf(stackwalk, __VA_ARGS__)
+#define inst_printf(...)        debug_sys_printf(inst, __VA_ARGS__)
+#define reloc_printf(...)       debug_sys_printf(reloc, __VA_ARGS__)
+#define dyn_unw_printf(...)     debug_sys_printf(dyn_unw, __VA_ARGS__)
+#define mutex_printf(...)       debug_sys_printf(mutex, __VA_ARGS__)
+#define thread_printf(...)      debug_sys_printf(thread, __VA_ARGS__)
+#define catchup_printf(...)     debug_sys_printf(catchup, __VA_ARGS__)
+#define regalloc_printf(...)    debug_sys_printf(regalloc, __VA_ARGS__)
+#define ast_printf(...)         debug_sys_printf(ast, __VA_ARGS__)
+#define write_printf(...)       debug_sys_printf(write, __VA_ARGS__)
+#define infmalloc_printf(...)   debug_sys_printf(infmalloc, __VA_ARGS__)
+#define crash_printf(...)       debug_sys_printf(crash, __VA_ARGS__)
+#define stackmods_printf(...)   debug_sys_printf(stackmods, __VA_ARGS__)
 
 
 // And initialization

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/dynProcess.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/dynProcess.C Changed

@@ -46,7 +46,6 @@
 #include "common/src/pathName.h"
 
 #include "PCErrors.h"
-#include "MemoryEmulator/memEmulator.h"
 #include <boost/tuple/tuple.hpp>
 
 #include "symtabAPI/h/SymtabReader.h"
@@ -668,7 +667,7 @@
             newObj->fileName().c_str(),
             newObj->getBaseAddress(),
             newObj->getBaseAddress() + newObj->get_size());
-    parsing_printf("Adding shared object %s, addr range 0x%x to 0x%x\n",
+    parsing_printf("Adding shared object %s, addr range 0x%lx to 0x%lx\n",
             newObj->fileName().c_str(),
             newObj->getBaseAddress(),
             newObj->getBaseAddress() + newObj->get_size());
@@ -695,7 +694,7 @@
     if (runtime_lib.end() != runtime_lib.find(obj)) {
         runtime_lib.erase( runtime_lib.find(obj) );
     }
-    proccontrol_printf("Removing shared object %s, addr range 0x%x to 0x%x\n",
+    proccontrol_printf("Removing shared object %s, addr range 0x%lx to 0x%x\n",
                   obj->fileName().c_str(),
                   obj->getBaseAddress(),
                   obj->get_size());
@@ -721,24 +720,24 @@
 
 // We keep a vector of all signal handler locations
 void PCProcess::findSignalHandler(mapped_object *obj) {
-    startup_printf("%s%d: findSignalhandler(%p)\n", FILE__, __LINE__, obj);
+    startup_printf("%s%d: findSignalhandler(%p)\n", FILE__, __LINE__, (void*)obj);
     assert(obj);
 
     int_symbol sigSym;
     string signame(SIGNAL_HANDLER);
 
-    startup_printf("%s%d: findSignalhandler(%p): gettingSymbolInfo\n", FILE__, __LINE__, obj);
+    startup_printf("%s%d: findSignalhandler(%p): gettingSymbolInfo\n", FILE__, __LINE__, (void*)obj);
     if (obj->getSymbolInfo(signame, sigSym)) {
         // Symbols often have a size of 0. This b0rks the codeRange code,
         // so override to 1 if this is true...
         unsigned size_to_use = sigSym.getSize();
         if (!size_to_use) size_to_use = 1;
 
-        startup_printf("%s%d: findSignalhandler(%p): addingSignalHandler(%p, %d)\n", FILE__, __LINE__, obj, (void *) sigSym.getAddr(), size_to_use);
+        startup_printf("%s%d: findSignalhandler(%p): addingSignalHandler(%p, %u)\n", FILE__, __LINE__, (void*)obj, (void *) sigSym.getAddr(), size_to_use);
         addSignalHandler(sigSym.getAddr(), size_to_use);
     }
 
-    startup_printf("%s%d: leaving findSignalhandler(%p)\n", FILE__, __LINE__, obj);
+    startup_printf("%s%d: leaving findSignalhandler(%p)\n", FILE__, __LINE__, (void*)obj);
 }
 
 // NUMBER_OF_MAIN_POSSIBILITIES is defined in image.h
@@ -775,7 +774,7 @@
             heapItem *h = new heapItem (infHeapsj.addr(), infHeapsj.size(),
                                         infHeapsj.type(), false);
 
-            infmalloc_printf("%s%d: Adding heap from 0x%lx - 0x%lx (%d bytes, type %d) from mapped object %s\n",
+            infmalloc_printf("%s%d: Adding heap from 0x%lx - 0x%lx (%u bytes, type %d) from mapped object %s\n",
                              FILE__, __LINE__,
                              infHeapsj.addr(),
                              infHeapsj.addr() + infHeapsj.size(),
@@ -949,12 +948,12 @@
     // Create the breakpoint
     mainBrkPt_ = Breakpoint::newBreakpoint();
     if( !pcProc_->addBreakpoint(addr, mainBrkPt_) ) {
-        startup_printf("%s%d: failed to insert a breakpoint at main entry: 0x%x\n",
+        startup_printf("%s%d: failed to insert a breakpoint at main entry: 0x%lx\n",
                 FILE__, __LINE__, addr);
         return false;
     }
 
-    startup_printf("%s%d: added trap to entry of main, address 0x%x\n", 
+    startup_printf("%s%d: added trap to entry of main, address 0x%lx\n", 
             FILE__, __LINE__, addr);
 
     return true;
@@ -970,7 +969,7 @@
     Address addr = main_function_->addr();
 
     if( !pcProc_->rmBreakpoint(addr, mainBrkPt_) ) {
-        startup_printf("%s%d: failed to remove breakpoint at main entry: 0x%x\n",
+        startup_printf("%s%d: failed to remove breakpoint at main entry: 0x%lx\n",
                 FILE__, __LINE__, addr);
         return false;
     }
@@ -1177,7 +1176,7 @@
             write_printf("unknown_");
             break;
     }
-    write_printf("%lx_%d_%u = {", inTracedProcess, getPid(), write_no++);
+    write_printf("%p_%d_%u = {", inTracedProcess, getPid(), write_no++);
 
     if( amount > 0 ) {
        const unsigned char *buffer = (const unsigned char *)inSelf;
@@ -1359,124 +1358,18 @@
     toDelete->markExited();
 
     // Note: don't delete the thread here, the BPatch_thread takes care of it
-    proccontrol_printf("%s%d: removed thread %lu from process %d\n",
+    proccontrol_printf("%s%d: removed thread %d from process %d\n",
             FILE__, __LINE__, toDelete->getLWP(), getPid());
     return true;
 }
 extern Address getVarAddr(PCProcess *proc, std::string str);
 
-#if 0
-bool PCProcess::registerThread(PCThread *thread) {
-  
-   Address tid = (Address) thread->getTid();
-   Address index = thread->getIndex();
-   
-   Address tmp = 0;
-   unsigned ptrsize = getAddressWidth();
-
-   if (tid == (Address) -1) return true;
-   if (index == (Address) -1) return true;
-
-   if (!initializeRegisterThread()) {
-      startup_printf("%s%d: initializeRegisterThread failed\n",
-                     FILE__, __LINE__);
-	   
-	   return false;
-   }
-   // Must match the "hash" algorithm used in the RT lib
-   int working = (tid % thread_hash_size);
-   while(1) {
-      tmp = 0;
-      if (!readDataWord(( void *)(thread_hash_indices + (working * ptrsize)), ptrsize, &tmp, false)) {
-         startup_printf("%s%d: Failed to read index slot, base 0x%lx, active 0x%lx\n", FILE__, __LINE__,
-                        thread_hash_indices, thread_hash_indices + (working * ptrsize));
-         return false;
-      }
-      startup_printf("%s%d: value of tid in slot %p is 0x%lx\n",
-                     FILE__, __LINE__, thread_hash_indices + (working * ptrsize), tmp);
-      if (ptrsize == 4 && tmp == 0xffffffff) {
-         int index_int = (int) index;
-         int tid_int = (int) tid;
-         startup_printf("%s%d: writing %d to %p and 0x%x to %p\n",
-                        FILE__, __LINE__, index_int, thread_hash_indices + (working * ptrsize),
-                        tid_int, thread_hash_tids + (working * ptrsize));
-         writeDataWord(( void *)(thread_hash_indices + (working * ptrsize)), ptrsize, &index_int);
-         writeDataWord(( void *)(thread_hash_tids + (working * ptrsize)), ptrsize, &tid_int);
-         break;
-      }
-      else if (ptrsize == 8 && tmp == (Address)-1)  {
-         writeDataWord(( void *)(thread_hash_indices + (working * ptrsize)), ptrsize, &index);
-         writeDataWord(( void *)(thread_hash_tids + (working * ptrsize)), ptrsize, &tid);
-         break;
-      }
-      working++;
-      if (working == thread_hash_size) working = 0;
-      if (working == (int) (tid % thread_hash_size)) {
-         startup_printf("%s%d: Failed to find empty tid slot\n", FILE__, __LINE__);
-         return false;
-      }
-   }
-   return true;
-}
-bool PCProcess::unregisterThread(PCThread *thread) {	
-   return true;
-   Address tid = (Address) thread->getTid();
-   Address index = thread->getIndex();
-   Address tmp = 0;
-   
-   unsigned ptrsize = getAddressWidth();
-   if (tid == (Address) -1) return true;
-   if (index == (Address) -1) return true;
-
-   initializeRegisterThread();
-
-   // Must match the "hash" algorithm used in the RT lib
-   int working = tid % thread_hash_size;
-   while(1) {
-      tmp = 0;
-      if (!readDataWord((void *)(thread_hash_tids + (working * ptrsize)), ptrsize, &tmp, false)) return false;
-      if (tmp == tid) {
-         // Zero it out
-         tmp = (Address) -1;
-         writeDataWord(( void *)(thread_hash_indices + (working * ptrsize)), ptrsize, &tmp);
-         break;
-      }
-      working++;
-      if (working == thread_hash_size) working = 0;
-      if (working == (int) (tid % thread_hash_size)) return false;
-   }
-   return true;
-}
-
-bool PCProcess::initializeRegisterThread() {
-//   if (thread_hash_tids) return true;
-
-   unsigned ptrsize = getAddressWidth();
-   
-   Address tidPtr = getVarAddr(this, "DYNINST_thread_hash_tids");
-   if (!tidPtr) return false;
-   Address indexPtr = getVarAddr(this, "DYNINST_thread_hash_indices");
-   if (!indexPtr) return false;
-   Address sizePtr = getVarAddr(this, "DYNINST_thread_hash_size");
-   if (!sizePtr) return false;
-   
-   if (!readDataWord((const void *)tidPtr, ptrsize, &thread_hash_tids, false)) return false;
-
-   if (!readDataWord((const void *)indexPtr, ptrsize, &thread_hash_indices, false)) return false;
-
-   if (!readDataWord((const void *)sizePtr, sizeof(int), &thread_hash_size, false)) return false;
-
-   return true;
-}
-#endif
-
-
 void PCProcess::addThread(PCThread *thread) {
     pair<map<dynthread_t, PCThread *>::iterator, bool> result;
     result = threadsByTid_.insert(make_pair(thread->getTid(), thread));
 
     assert( result.second && "Thread already in collection of threads" );
-    proccontrol_printf("%s%d: added thread %lu to process %d\n",
+    proccontrol_printf("%s%d: added thread %d to process %d\n",
             FILE__, __LINE__, thread->getLWP(), getPid());
 }
 
@@ -1546,7 +1439,7 @@
             retval = false;
             proccontrol_printf("%s%d: failed to walk stack for thread 0x%lx(%d)\n",
                     FILE__, __LINE__,
-                    curThr->getTid(), curThr->getLWP());
+                    (unsigned long)curThr->getTid(), curThr->getLWP());
         }else{
             stackWalks.push_back(stackWalk);
         }
@@ -1565,7 +1458,6 @@
 
 // Return a vector (possibly with one object) of active frames in the process
 bool PCProcess::getAllActiveFrames(std::vector<Frame> &activeFrames) {
-    Frame active;
     if( threadsByTid_.size() == 0 ) return false;
 
     for(map<dynthread_t, PCThread *>::iterator i = threadsByTid_.begin();
@@ -1624,7 +1516,7 @@
     // Set the lo/hi constraints (if necessary)
     inferiorMallocConstraints(near_, lo, hi, type);
 
-    infmalloc_printf("%s%d: inferiorMalloc entered; size %d, type %d, near 0x%lx (0x%lx to 0x%lx)\n",
+    infmalloc_printf("%s%d: inferiorMalloc entered; size %u, type %d, near 0x%lx (0x%lx to 0x%lx)\n",
                      FILE__, __LINE__, size, type, near_, lo, hi);
 
     // find free memory block (multiple attempts)
@@ -1644,13 +1536,13 @@
         case NewSegment1MBConstrained: 
             infmalloc_printf("%s%d:  (3) inferiorMallocDynamic "
                     "for %d (0x%x) bytes between 0x%lx - 0x%lx\n", FILE__, __LINE__,
-                    HEAP_DYN_BUF_SIZE, HEAP_DYN_BUF_SIZE, lo, hi);
+                    HEAP_DYN_BUF_SIZE, (unsigned int)HEAP_DYN_BUF_SIZE, lo, hi);
             inferiorMallocDynamic(HEAP_DYN_BUF_SIZE, lo, hi);
             break;
         case NewSegmentSizedConstrained: 
             infmalloc_printf("%s%d:  (4) inferiorMallocDynamic "
-                    "for %d (0x%x) bytes between 0x%lx - 0x%lx\n",
-                             FILE__, __LINE__, size, size, lo, hi);
+                    "for %u (0x%x) bytes between 0x%lx - 0x%lx\n",
+                             FILE__, __LINE__, size, (unsigned int)size, lo, hi);
             inferiorMallocDynamic(size, lo, hi);
             break;
         case RemoveRangeConstraints: 
@@ -1665,12 +1557,12 @@
             break;
         case NewSegment1MBUnconstrained: 
             infmalloc_printf("%s%d:  (6) inferiorMallocDynamic for %d (0x%x) bytes between 0x%lx - 0x%lx\n",
-                             FILE__, __LINE__, HEAP_DYN_BUF_SIZE, HEAP_DYN_BUF_SIZE, lo, hi);
+                             FILE__, __LINE__, HEAP_DYN_BUF_SIZE, (unsigned int)HEAP_DYN_BUF_SIZE, lo, hi);
             inferiorMallocDynamic(HEAP_DYN_BUF_SIZE, lo, hi);
             break;
         case NewSegmentSizedUnconstrained: 
-            infmalloc_printf("%s%d:  (7) inferiorMallocDynamic for %d (0x%x) bytes between 0x%lx - 0x%lx\n",
-                             FILE__, __LINE__, size, size, lo, hi);
+            infmalloc_printf("%s%d:  (7) inferiorMallocDynamic for %u (0x%x) bytes between 0x%lx - 0x%lx\n",
+                             FILE__, __LINE__, size, (unsigned int)size, lo, hi);
             inferiorMallocDynamic(size, lo, hi);
             break;
         case DeferredFreeAgain: 
@@ -1790,7 +1682,7 @@
     vector<func_instance *> instrumentedFuncs;
 
     for (unsigned lcv=0; lcv < requests.size(); lcv++) {
-      inst_printf("%s%d: handling request %d of %d\n", FILE__, __LINE__, lcv+1, requests.size());
+      inst_printf("%s%d: handling request %u of %lu\n", FILE__, __LINE__, lcv+1, requests.size());
 
         instMapping *req = requestslcv;
         
@@ -1804,7 +1696,7 @@
             return;
         }
         else {
-            inst_printf("%s%d: found %d functions matching %s (lib %s), instrumenting...\n",
+            inst_printf("%s%d: found %lu functions matching %s (lib %s), instrumenting...\n",
                         FILE__, __LINE__, matchingFuncs.size(), req->func.c_str(), req->lib.c_str());
         }
 
@@ -1860,7 +1752,7 @@
                          req->where);
                  break;
            } // switch
-	   inst_printf("%s%d: found %d points to instrument\n", FILE__, __LINE__, points.size());
+	   inst_printf("%s%d: found %lu points to instrument\n", FILE__, __LINE__, points.size());
            for (std::vector<Point *>::iterator iter = points.begin();
                 iter != points.end(); ++iter) {
               Dyninst::PatchAPI::Instance::Ptr inst = (req->order == orderFirstAtPoint) ? 
@@ -2204,12 +2096,6 @@
 
         // 1. Read the modified page in from memory
         Address readAddr = curPageAddr;
-        if (isMemoryEmulated()) {
-            bool valid = false;
-            boost::tie(valid,readAddr) = getMemEm()->translate(curPageAddr);
-                        cerr << "\t\t Reading from shadow page " << hex << readAddr << " instead of original " << curPageAddr << endl;
-            assert(valid);
-        }
         readTextSpace((void*)readAddr, MEM_PAGE_SIZE, memVersion);
 
         // 2. build overwritten region list by comparing shadow, memory
@@ -2243,7 +2129,7 @@
 
         curObject->findBlocksByRange((*rIter).first,(*rIter).second,curBBIs);
         if (curBBIs.size()) {
-            mal_printf("overwrote %d blocks in range %lx %lx \n",
+            mal_printf("overwrote %lu blocks in range %lx %lx \n",
                        curBBIs.size(),(*rIter).first,(*rIter).second);
             writtenBBIs.splice(writtenBBIs.end(), curBBIs);
         }
@@ -2284,185 +2170,6 @@
     assert(objRanges.size() <= 1); //o/w analysis code may not be prepared for other cases
 }
 
-#if 0
-static void otherFuncBlocks(func_instance *func, 
-                            const set<block_instance*> &blks, 
-                            set<block_instance*> &otherBlks)
-{
-    const func_instance::BlockSet &allBlocks = 
-        func->blocks();
-    for (func_instance::BlockSet::const_iterator bit =
-         allBlocks.begin();
-         bit != allBlocks.end(); 
-         bit++) 
-    {
-        if (blks.end() == blks.find((*bit))) {
-            otherBlks.insert((*bit));
-        }
-    }
-}
-#endif
-
-/* Summary
- * Given a list of overwritten blocks, find blocks that are unreachable,
- * functions that have been overwritten at their entry points and can go away,
- * and new function entry for functions that are being overwritten while still
- * executing
- *
- * variables
- * f:  the overwritten function
- * ow: the set of overwritten blocks
- * ex: the set of blocks that are executing on the call stack that were not overwritten
- * 
- * primitives
- * R(b,s): yields set of reachable blocks for collection of blocks b, starting
- *         at seed blocks s.
- * B(f):   the blocks pertaining to function f
- * EP(f):  the entry point of function f
- * F(b):   functions containing block b
- * 
- * calculations
- * Elim(f): the set of blocks to eliminate from function f.
- *          Elim(f) = B(f) - R( B(f)-ow , EP(f) )
- * New(f):  new function entry candidates for f's surviving blocks.
- *          If EB(f) not in ow(f), empty set
- *          Else, all blocks b such that ( b in ex AND e in Elim(f) )
- *          Eliminate New(f) elements that have ancestors in New(f)
- * Del(f):  A block can be deleted altogether if
- *          forall f in F(b): B(F) - R( B(f) - ow , New(f) U (EP(f) \ ow(f)) U (ex(f) intersect Elim(f)) ),
- *          b is not in the resulting set. In other words, b is not
- *          reachable from non-overwritten blocks in the functions in
- *          which it appears, seeded at new entry points and original
- *          non-overwritten entry points to the function, and at f's
- *          executing blocks if these will be deleted from the
- *          function (they constitute an entry point into the function 
- *          even if they've been overwritten). 
- * DeadF:   the set of functions that have no executing blocks 
- *          and were overwritten in their entry blocks
- *          EP(f) in ow(f) AND ex(f) is empty
- */
-bool PCProcess::getDeadCode
-( const std::list<block_instance*> & /*owBlocks*/, // input
-  std::set<block_instance*> & /*delBlocks*/, //output: Del(for all f)
-  std::map<func_instance*,set<block_instance*> > & /*elimMap*/, //output: elimF
-  std::list<func_instance*> & /*deadFuncs*/, //output: DeadF
-  std::map<func_instance*,block_instance*> & /*newFuncEntries*/) //output: newF
-{
-   assert(0 && "TODO");
-   return false;
-#if 0
-    // do a stackwalk to see which functions are currently executing
-    std::vector<std::vector<Frame> >  stacks;
-    std::vector<Address> pcs;
-    if (!walkStacks(stacks)) {
-        inst_printf("%s%d:  walkStacks failed\n", FILE__, __LINE__);
-        return false;
-    }
-    for (unsigned i = 0; i < stacks.size(); ++i) {
-        std::vector<Frame> &stack = stacksi;
-        for (unsigned int j = 0; j < stack.size(); ++j) {
-            Address origPC = 0;
-            vector<func_instance*> dontcare1;
-            baseTramp *dontcare2 = NULL;
-            getAddrInfo(stackj.getPC(), origPC, dontcare1, dontcare2);
-            pcs.push_back( origPC );
-        }
-    }
-
-    // group blocks by function
-    std::map<func_instance*,set<block_instance*> > deadMap;
-    std::set<func_instance*> deadEntryFuncs;
-    std::set<Address> owBlockAddrs;
-    for (list<block_instance*>::const_iterator bIter=owBlocks.begin();
-         bIter != owBlocks.end(); 
-         bIter++) 
-    {
-       deadMap(*bIter)->func().insert(*bIter);
-       owBlockAddrs.insert((*bIter)->start());
-       if ((*bIter)->llb() == (*bIter)->func()->ifunc()->entry()) {
-          deadEntryFuncs.insert((*bIter)->func());
-       }
-    }
-
-    // for each modified function, calculate ex, ElimF, NewF, DelF
-    for (map<func_instance*,set<block_instance*> >::iterator fit = deadMap.begin();
-         fit != deadMap.end(); 
-         fit++) 
-    {
-
-        // calculate ex(f)
-        set<block_instance*> execBlocks;
-        for (unsigned pidx=0; pidx < pcs.size(); pidx++) {
-            std::set<block_instance *> candidateBlocks;
-            fit->first->findBlocksByAddr(pcspidx, candidateBlocks);
-            for (std::set<block_instance *>::iterator cb_iter = candidateBlocks.begin();
-                cb_iter != candidateBlocks.end(); ++cb_iter) {
-                block_instance *exB = *cb_iter;
-                if (exB && owBlockAddrs.end() == owBlockAddrs.find(
-                                                        exB->start())) 
-                {
-                    execBlocks.insert(exB);
-                }
-            }
-        }
-
-        // calculate DeadF: EP(f) in ow and EP(f) not in ex
-        if ( 0 == execBlocks.size() ) {
-            set<block_instance*>::iterator eb = fit->second.find(
-                fit->first->entryBlock());
-            if (eb != fit->second.end()) {
-                deadFuncs.push_back(fit->first);
-                continue;// treated specially, don't need elimF, NewF or DelF
-            }
-        } 
-
-        // calculate elimF
-        set<block_instance*> keepF;
-        list<block_instance*> seedBs;
-        seedBs.push_back(fit->first->entryBlock());
-        fit->first->getReachableBlocks(fit->second, seedBs, keepF);
-        otherFuncBlocks(fit->first, keepF, elimMapfit->first);
-
-        // calculate NewF
-        if (deadEntryFuncs.end() != deadEntryFuncs.find(fit->first)) {
-            for (set<block_instance*>::iterator bit = execBlocks.begin();
-                 bit != execBlocks.end();
-                 bit++) 
-            {
-                if (elimMapfit->first.end() != 
-                    elimMapfit->first.find(*bit)) 
-                {
-                    newFuncEntriesfit->first = *bit;
-                    break; // just need one candidate
-                }
-            }
-        }
-
-        // calculate Del(f)
-        seedBs.clear();
-        if (deadEntryFuncs.end() == deadEntryFuncs.find(fit->first)) {
-            seedBs.push_back(fit->first->entryBlock());
-        }
-        else if (newFuncEntries.end() != newFuncEntries.find(fit->first)) {
-            seedBs.push_back(newFuncEntriesfit->first);
-        }
-        for (set<block_instance*>::iterator xit = execBlocks.begin();
-             xit != execBlocks.end();
-             xit++) 
-        {
-            if (elimMapfit->first.end() != elimMapfit->first.find(*xit)) {
-                seedBs.push_back(*xit);
-            }
-        }
-        keepF.clear();
-        fit->first->getReachableBlocks(fit->second, seedBs, keepF);
-        otherFuncBlocks(fit->first, keepF, delBlocks);
-        
-    }
-
-    return true;
-#endif
-}
 
 // will flush addresses of all addresses in the specified range, if the
 // range is null, flush all addresses from the cache.  Also flush 
@@ -2934,8 +2641,8 @@
         return false;
     }
 
-    mal_printf("handling stopThread %lx%lx=>%lx %s%d\n",
-            ri.reloc, pointAddress, (long)calculation, FILE__, __LINE__);
+    mal_printf("handling stopThread %lx%lx=>%p %s%d\n",
+            ri.reloc, pointAddress, calculation, FILE__, __LINE__);
 
     /* 2. If the callbackID is negative, the calculation is meant to be
       interpreted as the address of code, so we call stopThreadCtrlTransfer

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/dynProcess.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/dynProcess.h Changed

@@ -232,13 +232,6 @@
         std::list<std::pair<Address,Address> >& overwrittenRegions,//output
         std::list<block_instance *> &writtenBBIs);//output
 
-    bool getDeadCode
-    ( const std::list<block_instance*> &owBlocks, // input
-      std::set<block_instance*> &delBlocks, //output: Del(for all f)
-      std::map<func_instance*,set<block_instance*> > &elimMap, //output: elimF
-      std::list<func_instance*> &deadFuncs, //output: DeadF
-      std::map<func_instance*,block_instance*> &newFuncEntries); //output: newF
-
     // synch modified mapped objects with current memory contents
     mapped_object *createObjectNoFile(Address addr);
     void updateCodeBytes( const std::list<std::pair<Address, Address> > &owRegions);
@@ -263,7 +256,7 @@
         block_instance *callBlock;
         block_instance *ftBlock;
         ActiveDefensivePad(Address a, Address b, block_instance *c, block_instance *d)
-            : activePC(a), padStart(b), callBlock(c), ftBlock(d) {};
+            : activePC(a), padStart(b), callBlock(c), ftBlock(d) {}
     };
     typedef std::list<ActiveDefensivePad> ADPList;
 
@@ -289,7 +282,6 @@
     virtual bool multithread_capable(bool ignoreIfMtNotSet = false); // platform-specific
     virtual bool multithread_ready(bool ignoreIfMtNotSet = false);
     virtual bool needsPIC();
-    //virtual bool unregisterTrapMapping(Address from);
     virtual void addTrap(Address from, Address to, codeGen &gen);
     virtual void removeTrap(Address from);

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/emit-aarch64.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/emit-aarch64.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/emit-aarch64.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/emit-aarch64.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/emit-power.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/emit-power.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/emit-x86.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/emit-x86.C Changed

@@ -36,6 +36,7 @@
 #include <assert.h>
 #include <stdio.h>
 #include "common/src/Types.h"
+#include "compiler_annotations.h"
 #include "dyninstAPI/src/codegen.h"
 #include "dyninstAPI/src/function.h"
 #include "dyninstAPI/src/emit-x86.h"
@@ -791,11 +792,9 @@
     else {
        useFPRs =  BPatch::bpatch->isForceSaveFPROn() ||
                 ( BPatch::bpatch->isSaveFPROn()      &&
-                  gen.rs()->anyLiveFPRsAtEntry()     &&
-                  bt->saveFPRs()               &&
-                  !bt->makesCall() );
+                  gen.rs()->anyLiveFPRsAtEntry());
        createFrame = true;
-       saveOrigAddr = bt->instP();
+       saveOrigAddr = false;
        alignStack = true;
     }
 
@@ -1801,12 +1800,12 @@
             regsClobberedByCall.test(live.getIndex(regToMachReg64.equal_range(r).first->second));
          if (!callerSave) {
             // We don't care!
-            regalloc_printf("%s%d: pre-call, skipping callee-saved register %d\n", FILE__, __LINE__,
+            regalloc_printf("%s%d: pre-call, skipping callee-saved register %u\n", FILE__, __LINE__,
                      reg->number);
             continue;
          }
 
-         regalloc_printf("%s%d: pre-call, register %d has refcount %d, keptValue %d, liveState %s\n",
+         regalloc_printf("%s%d: pre-call, register %u has refcount %d, keptValue %d, liveState %s\n",
                          FILE__, __LINE__, reg->number,
                          reg->refCount,
                          reg->keptValue,
@@ -2231,6 +2230,7 @@
       switch(rb) {
          case IA32_NESCAS:
             neg = true;
+	    DYNINST_FALLTHROUGH;
          case IA32_ESCAS:
             opcode_small = 0xAE;
             opcode_large = 0xAF;
@@ -2238,6 +2238,7 @@
             break;
          case IA32_NECMPS:
             neg = true;
+	    DYNINST_FALLTHROUGH;
          case IA32_ECMPS:
             opcode_small = 0xA6;
             opcode_large = 0xA7;
@@ -2358,23 +2359,30 @@
   }
   
    if (inst->point()) {
-      regalloc_printf("\t shouldSaveReg for BT %p, from 0x%lx\n", inst, inst->point()->insnAddr() );
+      regalloc_printf("\t shouldSaveReg for BT %p, from 0x%lx\n", (void*)inst, inst->point()->insnAddr() );
    }
    else {
       regalloc_printf("\t shouldSaveReg for iRPC\n");
    }
    if (reg->liveState != registerSlot::live) {
-      regalloc_printf("\t Reg %d not live, concluding don't save\n", reg->number);
+      regalloc_printf("\t Reg %u not live, concluding don't save\n", reg->number);
       return false;
    }
    if (saveFlags) {
       // Saving flags takes up EAX/RAX, and so if they're live they must
       // be saved even if we don't explicitly use them
+#if !defined(__GNUC__) || __GNUC__ >= 10
       if (reg->number == REGNUM_EAX ||
           reg->number == REGNUM_RAX) return true;
+#else
+      // eliminate warning with gcc < 10 about duplicate logical or clauses
+      // since REGNUM_EAX is a macro that with value 0 and REGNUM_RAX is an
+      // enum that has a value 0
+      if (reg->number == REGNUM_EAX) return true;
+#endif
    }
    if (inst && inst->validOptimizationInfo() && !inst->definedRegsreg->encoding()) {
-      regalloc_printf("\t Base tramp instance doesn't have reg %d (num %d) defined; concluding don't save\n",
+      regalloc_printf("\t Base tramp instance doesn't have reg %u (num %u) defined; concluding don't save\n",
                       reg->encoding(), reg->number);
       return false;
    }
@@ -2719,9 +2727,7 @@
    else {
       useFPRs =  BPatch::bpatch->isForceSaveFPROn() ||
          ( BPatch::bpatch->isSaveFPROn()      &&
-           gen.rs()->anyLiveFPRsAtEntry()     &&
-           bt->saveFPRs()               &&
-           !bt->makesCall() );
+           gen.rs()->anyLiveFPRsAtEntry());
       createFrame = true;
       saveOrigAddr = false;
       alignStack = true;
@@ -3141,10 +3147,10 @@
   }
   
   if(op == loadConstOp) {
-    int offset = addr - gen.currAddr();
+    int addr_offset = addr - gen.currAddr();
     // Brutal hack for IP-relative: displacement operand on 32-bit = IP-relative on 64-bit.
     if(is_local || !var)
-      emitLEA(Null_Register, Null_Register, 0, offset - 7, dest, gen);
+      emitLEA(Null_Register, Null_Register, 0, addr_offset - 7, dest, gen);
     else
        emitMovPCRMToReg64(dest, addr - gen.currAddr(), 8, gen, true);

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/emit-x86.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/emit-x86.h Changed

@@ -51,7 +51,7 @@
 
 class Emitterx86 : public Emitter {
     public:
-        virtual ~Emitterx86() {};
+        virtual ~Emitterx86() {}
 
         virtual bool emitLoadRelativeSegReg(Register dest, Address offset, Register base, int size, codeGen &gen) = 0;
 
@@ -69,7 +69,7 @@
 class EmitterIA32 : public Emitterx86 {
 
 public:
-    virtual ~EmitterIA32() {};
+    virtual ~EmitterIA32() {}
     static const int mt_offset;
     codeBufIndex_t emitIf(Register expr_reg, Register target, RegControl rc, codeGen &gen);
     void emitOp(unsigned opcode, Register dest, Register src1, Register src2, codeGen &gen);
@@ -152,7 +152,7 @@
 
 class EmitterIA32Dyn : public EmitterIA32 {
  public:
-    ~EmitterIA32Dyn() {};
+    ~EmitterIA32Dyn() {}
     
  protected:
     bool emitCallInstruction(codeGen &gen, func_instance *target, Register ret);
@@ -162,7 +162,7 @@
 class EmitterIA32Stat : public EmitterIA32 {
  public:
 
-    ~EmitterIA32Stat() {};
+    ~EmitterIA32Stat() {}
 
     virtual bool emitPLTCall(func_instance *dest, codeGen &gen);
     virtual bool emitPLTJump(func_instance *dest, codeGen &gen);
@@ -192,7 +192,7 @@
 class EmitterAMD64 : public Emitterx86 {
 
 public:
-    virtual ~EmitterAMD64() {};
+    virtual ~EmitterAMD64() {}
     static const int mt_offset;
     codeBufIndex_t emitIf(Register expr_reg, Register target, RegControl rc, codeGen &gen);
     void emitOp(unsigned op, Register dest, Register src1, Register src2, codeGen &gen);
@@ -279,7 +279,7 @@
 
 class EmitterAMD64Stat : public EmitterAMD64 {
  public:
-    ~EmitterAMD64Stat() {};
+    ~EmitterAMD64Stat() {}
     
     virtual bool emitPLTCall(func_instance *dest, codeGen &gen);
     virtual bool emitPLTJump(func_instance *dest, codeGen &gen);

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/emitter.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/emitter.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/frame.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/frame.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/function.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/function.C Changed

@@ -38,7 +38,6 @@
 #include "mapped_object.h"
 #include "mapped_module.h"
 #include "InstructionDecoder.h"
-#include "MemoryEmulator/memEmulator.h"
 #include "Relocation/Transformers/Movement-analysis.h"
 
 #include "PatchMgr.h" // Scope
@@ -216,7 +215,7 @@
     if (newEntry->isShared()) {
         mal_printf("New entry block chosen for func 0x%lx is shared\n",addr_);
     }
-    mal_printf("Func has new entry block %lx %lx)\n",addr_, 
+    mal_printf("Func has new entry block %lx %lx)\n",
                newEntry->start(), newEntry->end());
     return newEntry;
 }
@@ -373,7 +372,7 @@
 // warning: doesn't (and can't) force initialization of lazily-built 
 // data structures because this function is declared to be constant
 void func_instance::debugPrint() const {
-    fprintf(stderr, "Function debug dump (%p):\n", this);
+    fprintf(stderr, "Function debug dump (%p):\n", (const void*)this);
     fprintf(stderr, "  Symbol table names:\n");
     for (auto i = symtab_names_begin(); 
 	 i != symtab_names_end(); ++i) {
@@ -390,12 +389,12 @@
       fprintf(stderr, "    %s\n", k->c_str());
     }
     fprintf(stderr, "  Address: 0x%lx\n", addr());
-    fprintf(stderr, "  Internal pointer: %p\n", ifunc());
+    fprintf(stderr, "  Internal pointer: %p\n", (void*)ifunc());
     fprintf(stderr, "  Object: %s (%p), module: %s (%p)\n",
             obj()->fileName().c_str(),
-            obj(),
+            (void*)obj(),
             mod()->fileName().c_str(),
-            mod());
+            (void*)mod());
     for (Blockset::const_iterator
          cb = all_blocks_.begin();
          cb != all_blocks_.end();
@@ -1281,7 +1280,7 @@
             continue;
         }
 
-        stackmods_printf("\t\t\t Found %s (type %s) @ %ld, size = %d\n", var->getName().c_str(), var->getType(Type::share)->getName().c_str(), offset, var->getType(Type::share)->getSize());
+        stackmods_printf("\t\t\t Found %s (type %s) @ %ld, size = %u\n", var->getName().c_str(), var->getType(Type::share)->getName().c_str(), offset, var->getType(Type::share)->getSize());
         for (auto locIter = locs.begin(); locIter != locs.end(); ++locIter) {
             VariableLocation curLoc = *locIter;
             if (curLoc.mr_reg == MachRegister::getFramePointer(arch)) {
@@ -1323,7 +1322,7 @@
             continue;
         }
 
-        stackmods_printf("\t\t\t Found %s (type %s) @ %ld, size = %d\n", var->getName().c_str(), var->getType(Type::share)->getName().c_str(), offset, var->getType(Type::share)->getSize());
+        stackmods_printf("\t\t\t Found %s (type %s) @ %ld, size = %u\n", var->getName().c_str(), var->getType(Type::share)->getName().c_str(), offset, var->getType(Type::share)->getSize());
 
         for (auto locIter = locs.begin(); locIter != locs.end(); ++locIter) {
             VariableLocation curLoc = *locIter;
@@ -1419,7 +1418,7 @@
             }
         }
 
-        stackmods_printf("\t\t\t addToOffsetVector: added %s %d\n", StackAccess::printStackAccessType(type).c_str(), off.height());
+        stackmods_printf("\t\t\t addToOffsetVector: added %s %ld\n", StackAccess::printStackAccessType(type).c_str(), off.height());
         StackLocation* tmp = new StackLocation(off, type, reg);
         _offVec->insert(off, off+size, tmp, isRegisterHeight);
         return ret;
@@ -1703,6 +1702,8 @@
     }
 }
 
+namespace
+{
 AnnotationClass<StackAnalysis::Intervals>
         Stack_Anno_Intervals(std::string("Stack_Anno_Intervals"), NULL);
 AnnotationClass<StackAnalysis::BlockEffects>
@@ -1711,6 +1712,7 @@
         Stack_Anno_Insn_Effects(std::string("Stack_Anno_Insn_Effects"), NULL);
 AnnotationClass<StackAnalysis::CallEffects>
         Stack_Anno_Call_Effects(std::string("Stack_Anno_Call_Effects"), NULL);
+}
 void func_instance::freeStackMod() {
     // Free stack analysis intervals
     StackAnalysis::Intervals *i = NULL;

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/function.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/function.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/hybridAnalysis.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/hybridAnalysis.h Changed

@@ -111,8 +111,8 @@
 
     const HybridAnalysis::AnalysisStats & getStats();
 
-    HybridAnalysisOW * hybridOW() { return hybridow_; };
-    BPatch_process *proc() { return proc_; };
+    HybridAnalysisOW * hybridOW() { return hybridow_; }
+    BPatch_process *proc() { return proc_; }
     static InternalSignalHandlerCallback getSignalHandlerCB();
     BPatch_module *getRuntimeLib() { return sharedlib_runtime; }
     void deleteSynchSnippet(SynchHandle *handle);
@@ -240,8 +240,8 @@
         owLoop(HybridAnalysisOW *hybridow, 
                Dyninst::Address writeTarg);
         ~owLoop();
-        static int getNextLoopId() { return ++IDcounter_; };
-        bool isActive() const { return activeStatus_; };
+        static int getNextLoopId() { return ++IDcounter_; }
+        bool isActive() const { return activeStatus_; }
         bool writesOwnPage() const { return writesOwnPage_; }
         bool isRealLoop() const { return realLoop_; }
         int getID() const { return loopID_; }
@@ -302,7 +302,7 @@
 
     HybridAnalysisOW(HybridAnalysis *hybrid);
     ~HybridAnalysisOW();
-    HybridAnalysis *hybrid() { return hybrid_; };
+    HybridAnalysis *hybrid() { return hybrid_; }
     BPatch_process *proc() { return hybrid_->proc(); }
     HybridAnalysisOW::owLoop* findLoop(Dyninst::Address blockStart);
     bool isInLoop(Dyninst::Address blockAddr, bool activeOnly);

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/hybridCallbacks.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/hybridCallbacks.C Changed

@@ -37,7 +37,6 @@
 #include "instPoint.h"
 #include "function.h"
 #include "dynProcess.h"
-#include "MemoryEmulator/memEmulator.h"
 #include "PatchModifier.h"
 #include "BPatch_image.h"
 #include "mapped_object.h"
@@ -56,11 +55,6 @@
     mal_printf("in synch callback for point 0x%lx toOrig=%d\n",
                (Address)point->getAddress(), (int) (long) toOrig);
 
-
-    proc()->lowlevel_process()->getMemEm()->synchShadowOrig
-        ((bool) toOrig);
-
-
     std::vector<BPatch_module *> *mods = proc()->getImage()->getModules();
 
     // fix up page rights so that the program can proceed
@@ -110,15 +104,15 @@
     return false;
 }
 
-void HybridAnalysis::signalHandlerEntryCB(BPatch_point *, Address) { };
-void HybridAnalysis::signalHandlerEntryCB2(BPatch_point *, Address) {};
-void HybridAnalysis::signalHandlerExitCB(BPatch_point *, void *) {};
+void HybridAnalysis::signalHandlerEntryCB(BPatch_point *, Address) { }
+void HybridAnalysis::signalHandlerEntryCB2(BPatch_point *, Address) {}
+void HybridAnalysis::signalHandlerExitCB(BPatch_point *, void *) {}
 
-void HybridAnalysis::virtualFreeAddrCB(BPatch_point *, void *) { };
-void HybridAnalysis::virtualFreeSizeCB(BPatch_point *, void *) { };
-void HybridAnalysis::virtualFreeCB(BPatch_point *, void *) { };
+void HybridAnalysis::virtualFreeAddrCB(BPatch_point *, void *) { }
+void HybridAnalysis::virtualFreeSizeCB(BPatch_point *, void *) { }
+void HybridAnalysis::virtualFreeCB(BPatch_point *, void *) { }
 
-void HybridAnalysis::abruptEndCB(BPatch_point *, void *) { };
+void HybridAnalysis::abruptEndCB(BPatch_point *, void *) { }
 #else 
 
 static void signalHandlerEntryCB_wrapper(BPatch_point *point, void *excRecAddr) 
@@ -369,8 +363,6 @@
 		if (!bpfunc) continue;
         PatchAPI::PatchModifier::remove(bpfunc->lowlevel_func());
 	}
-
-	proc()->lowlevel_process()->getMemEm()->removeRegion(virtualFreeAddr_, virtualFreeSize_);
 	// And nuke the RT cache
 
 	proc()->lowlevel_process()->proc()->flushAddressCache_RT(virtualFreeAddr_, virtualFreeSize_);
@@ -692,7 +684,7 @@
                     /* Code sharing will change the loops, the appropriate response
                     is to trigger early exit analysis and remove the loops if 
                     the underlying code hasn't changed */
-                    mal_printf("%d Removing loop instrumentation for func %lx\n", 
+                    mal_printf("%d Removing loop instrumentation for func %p\n", 
                                 __LINE__,curFunc->getBaseAddr());
                     std::set<HybridAnalysisOW::owLoop*>::iterator lIter = 
                         loops.begin();
@@ -706,13 +698,13 @@
 
         // 2.1 if the target is new, parse at the target
         if ( ! targFunc ) {
-            mal_printf("stopThread instrumentation found call %lx=>%lx, "
+            mal_printf("stopThread instrumentation found call %p=>%lx, "
                       "parsing at call target %s%d\n",
-                     (long)point->getAddress(), target,FILE__,__LINE__);
+                     point->getAddress(), target,FILE__,__LINE__);
             if (!analyzeNewFunction( point,target,false,false )) {
                 //this happens for some single-instruction functions
-                mal_printf("ERROR: parse of call target %lx=>%lx failed %s%d\n",
-                         (long)point->getAddress(), target, FILE__,__LINE__);
+                mal_printf("ERROR: parse of call target %p=>%lx failed %s%d\n",
+                         point->getAddress(), target, FILE__,__LINE__);
                 assert(0);
                 instrumentModules(false);
                 proc()->finalizeInsertionSet(false);
@@ -811,9 +803,9 @@
                 getPreCallPoints(returningCallB.first, proc(), callPoints);
                 assert(!callPoints.empty());
 
-                mal_printf("stopThread instrumentation found return at %lx, "
+                mal_printf("stopThread instrumentation found return at %p, "
                           "parsing return addr %lx as fallthrough of call "
-                          "instruction at %lx %s%d\n", (long)point->getAddress(), 
+                          "instruction at %p %s%d\n", point->getAddress(), 
                           target,callPoints0->getAddress(),FILE__,__LINE__);
 
                 if (point->llpoint()->block()->llb()->isShared()) {
@@ -839,7 +831,7 @@
                 // because we want to catch its callbacks into our code, but in
                 // the process are catching calls into other modules
                 mal_printf("hybridCallbacks.C%d Observed abuse of normal return "
-                        "instruction semantics for insn at %lx target %lx\n",
+                        "instruction semantics for insn at %p target %lx\n",
                         __LINE__, point->getAddress(), returnAddr);
             }
             analyzeNewFunction( point, returnAddr, true , true );
@@ -874,13 +866,13 @@
     if ( 0 == targFuncs.size() ) { 
         newParsing = true;
         mal_printf("stopThread instrumentation found jump "
-                "at 0x%lx leading to an unparsed target at 0x%lx\n",
-                (long)point->getAddress(), target);
+                "at 0x%p leading to an unparsed target at 0x%lx\n",
+                point->getAddress(), target);
     } else {
         newParsing = false;
         mal_printf("stopThread instrumentation added an edge for jump "
-                " at 0x%lx leading to a previously parsed target at 0x%lx\n",
-                (long)point->getAddress(), target);
+                " at 0x%p leading to a previously parsed target at 0x%lx\n",
+                point->getAddress(), target);
     }
 
     // add the new edge to the program, parseNewEdgeInFunction will figure

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/hybridInstrumentation.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/hybridInstrumentation.C Changed

@@ -41,7 +41,6 @@
 #include "debug.h"
 #include "dynProcess.h"
 #include "mapped_object.h"
-#include "MemoryEmulator/memEmulator.h"
 #include "mapped_module.h"
 #include <iostream>
 #include <fstream>
@@ -153,44 +152,6 @@
 	proc()->finalizeInsertionSet(false);
 	// Done instrumenting VirtualFree
 
-
-    if (proc()->lowlevel_process()->isMemoryEmulated()) {
-        // read in the list of whitelisted Windows API functions (those that 
-        // don't use pointers) so we save time by not to synchronizing around
-        // them
-        char *dyn_root = getenv("DYNINST_ROOT");
-        if (!dyn_root) {
-            fprintf(stderr, "ERROR: DYNINST_ROOT environment variable was not "
-                    "declared, couldn't find the list of non-pointer Windows API "
-                    "functions, will synchronize memory at all inter-library calls"
-                    " %s%d\n",FILE__,__LINE__);
-        } 
-        else {
-            string fname = string(dyn_root) + "\\dyninst\\dyninstAPI\\nosynchfuncs.txt";
-            ifstream nsf_file(fname.c_str());
-            if ( ! nsf_file.is_open() ) {
-                fprintf(stderr, "ERROR: failed to open file %s, which should "
-                        "contain the list of non-pointer Windows API functions, "
-                        "will synchronize memory at all inter-library calls "
-                        "%s%d\n",fname.c_str(),FILE__,__LINE__);
-            }
-            else {
-                std::string curfunc;
-                while (nsf_file.good()) {
-                    getline(nsf_file, curfunc);
-                    skipShadowFuncs_.insert(curfunc);
-                }
-            }
-        }
-        skipShadowFuncs_.insert("GetCurrentProcessId");
-        skipShadowFuncs_.insert("VirtualAlloc");
-        skipShadowFuncs_.insert("VirtualFree");
-        skipShadowFuncs_.insert("GetCurrentThreadId");
-        skipShadowFuncs_.insert("GetLocalTime");
-        skipShadowFuncs_.insert("LocalAlloc");
-        skipShadowFuncs_.insert("TlsAlloc");
-        skipShadowFuncs_.insert("TlsSetValue");
-    }
 #endif
 
     //mal_printf("   pre-inst  "); proc()->printKTimer();
@@ -283,7 +244,7 @@
     }
 
     mal_printf("FAILED TO INSTRUMENT at point %lx %s%d\n", 
-               (long) point->llpoint()->block()->last(),FILE__,__LINE__);
+               (unsigned long)point->llpoint()->block()->last(),FILE__,__LINE__);
     return 0;
 }
 
@@ -362,12 +323,6 @@
     assert(proc());
     assert(proc()->lowlevel_process());
 
-    if (proc()->lowlevel_process()->isMemoryEmulated() && 
-        BPatch_defensiveMode == func->lowlevel_func()->obj()->hybridMode()) 
-    {   // we have to relocate all functions to emulate their memory accesses
-        proc()->lowlevel_process()->addModifiedFunction(func->lowlevel_func());
-    }
-
     if (instrumentedFuncs->end() == instrumentedFuncs->find(func)) {
         (*instrumentedFuncs)func = new 
             std::map<BPatch_point*,BPatchSnippetHandle*>();
@@ -398,7 +353,7 @@
             BPatch_stopThreadExpr *dynamicTransferSnippet;
             bool useCache = canUseCache(curPoint);
             mal_printf("hybridInstrumentation%d monitoring unresolved at 0x%lx: "
-                       "indirect, useCache=%d\n", __LINE__,(long)curPoint->llpoint()->block()->last(),(int)useCache);
+                       "indirect, useCache=%d\n", __LINE__,(unsigned long)curPoint->llpoint()->block()->last(),(int)useCache);
             if (useCache) {
                 dynamicTransferSnippet = new BPatch_stopThreadExpr(badTransferCB_wrapper, 
                     dynTarget, *curPoint->llpoint()->func()->obj(), true, BPatch_interpAsTarget);
@@ -430,8 +385,8 @@
             // don't need to instrument them
             vector<Address> targets;
             if (!getCFTargets(curPoint, targets)) {
-                mal_printf("ERROR: Could not get target for static point%d "
-                       "%lx -> ?\n", pidx, (long)curPoint->llpoint()->block()->last());
+                mal_printf("ERROR: Could not get target for static point%u "
+                       "%lx -> ?\n", pidx, curPoint->llpoint()->block()->last());
                 continue;
             }
 
@@ -444,11 +399,11 @@
             }
             if (curPoint->getPointType() == BPatch_locSubroutine) {
                 mal_printf("hybridInstrumentation%d monitoring at 0x%lx: call 0x%lx\n",
-                            __LINE__,(long)curPoint->llpoint()->block()->last(), 
+                            __LINE__,curPoint->llpoint()->block()->last(), 
                             target);
             } else {
                 mal_printf("hybridInstrumentation%d monitoring at 0x%lx: jump 0x%lx\n",
-                            __LINE__,(long)curPoint->llpoint()->block()->last(), 
+                            __LINE__,curPoint->llpoint()->block()->last(), 
                             target);
             }
 
@@ -483,7 +438,7 @@
         }
         BPatch_point *curPoint = pointspidx;
         mal_printf("hybridInstrumentation%dmonitoring at 0x%lx: abruptEnd point\n",
-                    __LINE__,(long)curPoint->llpoint()->block()->last());
+                    __LINE__,curPoint->llpoint()->block()->last());
 
         // set up args and instrument
         if (useInsertionSet && 0 == pointCount) {
@@ -568,7 +523,7 @@
                     func->getAddressRange(s, e);
                     mal_printf("monitoring return from func%lx %lx at %lx\n", 
                                s, e,
-                               (long)curPoint->llpoint()->block()->last());
+                               curPoint->llpoint()->block()->last());
                 }
                 else if (curPoint->isDynamic()) {
                     // case 2: above check ensures that this is not a return 
@@ -634,9 +589,9 @@
     }
     
     // close insertion set
-    if (proc()->lowlevel_process()->isMemoryEmulated() || pointCount) {
-        mal_printf("instrumented %d points in function at %lx\n", 
-                    pointCount,func->getBaseAddr());
+    if (pointCount) {
+        mal_printf("instrumented %d points in function at %p\n", 
+                    pointCount, func->getBaseAddr());
         if (useInsertionSet) {
             proc()->finalizeInsertionSet(false);
         }
@@ -663,7 +618,7 @@
     std::set<HybridAnalysisOW::owLoop*> loops;
     if ( hybridOW() && hybridOW()->hasLoopInstrumentation(false, *func, &loops) ) {
         mal_printf("Removing loop instrumentation for func "
-                  "%lx %d\n", func->getBaseAddr(), __LINE__);
+                  "%p %d\n", func->getBaseAddr(), __LINE__);
         std::set<HybridAnalysisOW::owLoop*>::iterator lIter= loops.begin();
         for(; lIter != loops.end(); lIter++) {
            mal_printf("Removing active loop %d\n", (*lIter)->getID());
@@ -682,40 +637,6 @@
 
     // 1. Remove elements from instrumentedFuncs
     if (instrumentedFuncs->end() != instrumentedFuncs->find(func)) {
-        if (proc()->lowlevel_process()->isMemoryEmulated()) {
-            map<BPatch_point*,BPatchSnippetHandle*>::iterator 
-                pit = (*instrumentedFuncs)func->begin();
-            for (; pit != (*instrumentedFuncs)func->end(); pit++) {
-                if (synchMap_pre_.end() != synchMap_pre_.find(pit->first)) 
-                {
-                    SynchHandle *shandle = synchMap_pre_pit->first;
-                    // Note: the points in this snippet handle may have been deleted, and thus
-                    // should not be dereferenced; use them only as key values in maps.
-
-                    synchMap_pre_.erase(shandle->prePt_);
-                    /*
-                    // Don't remove an instrumentation point that we haven't specifically found;
-                    // it might be in a different function.
-                    synchMap_post_.erase(shandle->postPt_);
-                    */
-                    delete shandle;
-                }
-                else if (synchMap_post_.end() != synchMap_post_.find(pit->first))
-                {
-                    SynchHandle *shandle = synchMap_post_pit->first;
-                    // Note: the points in this snippet handle may have been deleted, and thus
-                    // should not be dereferenced; use them only as key values in maps.
-
-                    /*
-                    // Do not remove an instrumentation point that we haven't specifically found;
-                    // it might be in a different function.
-                    synchMap_pre_.erase(shandle->prePt_);
-                    */
-                    synchMap_post_.erase(shandle->postPt_);
-                    delete shandle;
-                }
-            }
-        }
         (*instrumentedFuncs)func->clear();
         delete (*instrumentedFuncs)func;
         instrumentedFuncs->erase(func);
@@ -839,7 +760,7 @@
             {
                 mal_printf("%s%d Function call at 0x%lx is returning, adding edge "
                           "after calls to the function at %lx\n", __FILE__,__LINE__,
-                          callPoint->llpoint()->block()->last(), (long)(*cIter)->llpoint()->block()->last());
+                          callPoint->llpoint()->block()->last(), (*cIter)->llpoint()->block()->last());
 
                 parseNewEdgeInFunction( *cIter , curFallThroughAddr , false );
 
@@ -1056,7 +977,7 @@
        targVec.push_back(target);
        if (!proc()->getImage()->parseNewFunctions(affectedMods, targVec)) {
            fprintf(stderr, "WARNING: call to parseNewFunctions failed to parse region "
-                   "containing target addr %lx  %s%d\n", (long)target, FILE__, __LINE__);
+                   "containing target addr %lx  %s%d\n", target, FILE__, __LINE__);
            parsed = false;
        }
     }
@@ -1237,7 +1158,7 @@
     } else {
         funcName0= '\0';
         mal_printf("%lx => %lx, in module %s \n",
-                    point->llpoint()->block()->last(),target,modName,funcName);
+                    point->llpoint()->block()->last(),target,modName);
     }
 
     // 1.1 if targMod is a system library don't parse at target.  However, if the 
@@ -1249,14 +1170,14 @@
         if (point->getPointType() == BPatch_subroutine) {
             mal_printf("stopThread instrumentation found call %lx=>%lx, "
                 "target is in module %s, parsing at fallthrough %s%d\n",
-                (long)point->llpoint()->block()->last(), target, modName,FILE__,__LINE__);
+                point->llpoint()->block()->last(), target, modName,FILE__,__LINE__);
             parseAfterCallAndInstrument(point, targFunc, false);
             doMoreProcessing = false;
         } else if (point->getPointType() == BPatch_exit) {
             mal_printf("WARNING: stopThread instrumentation found return %lx=>%lx, "
                 "into module %s, this indicates obfuscation or that there was a "
                 "call from that module into our code %s%d\n",
-                (long)point->llpoint()->block()->last(), target, modName,FILE__,__LINE__);
+                point->llpoint()->block()->last(), target, modName,FILE__,__LINE__);
             instReturns = true;
         } else {
             // jump into system library
@@ -1267,7 +1188,7 @@
             // jump ptr
             mal_printf("WARNING: transfer into non-instrumented system module "
                 "%s at: %lx=>%lx %s%d\n", modName, 
-                (long)point->llpoint()->block()->last(), target,FILE__,__LINE__);
+                point->llpoint()->block()->last(), target,FILE__,__LINE__);
             instReturns = true;
         }
 
@@ -1275,7 +1196,7 @@
         // function so we can find the code at the call instruction's
         // fallthrough address
         proc()->beginInsertionSet();
-        BPatch_function *targFunc = proc()->findFunctionByEntry(target);
+        targFunc = proc()->findFunctionByEntry(target);
         if (!targFunc) {
             analyzeNewFunction(point,target,false,false);
             targFunc = proc()->findFunctionByEntry(target);
@@ -1290,13 +1211,13 @@
     else if ( targMod->isExploratoryModeOn() ) { 
         mal_printf("WARNING: Transfer into instrumented module %s "
                 "func %s at: %lx=>%lx %s%d\n", modName, funcName, 
-                (long)point->llpoint()->block()->last(), target, FILE__,__LINE__);
+                point->llpoint()->block()->last(), target, FILE__,__LINE__);
     } else { // jumped or called into module that's not recognized as a 
              // system library and is not instrumented
         mal_printf("WARNING: Transfer into non-instrumented module "
                 "%s func %s that is not recognized as a system lib: "
-                "%lx=>%lx %d\n", modName, funcName, 
-                (long)point->llpoint()->block()->last(), target, FILE__,__LINE__);
+                "%lx=>%lx %s%d\n", modName, funcName, 
+                point->llpoint()->block()->last(), target, FILE__,__LINE__);
     }
     return doMoreProcessing;
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/hybridOverwrites.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/hybridOverwrites.C Changed

@@ -46,7 +46,6 @@
 #include "instPoint.h"
 #include "mapped_object.h"
 #include "mapped_module.h"
-#include "MemoryEmulator/memEmulator.h"
 
 using namespace Dyninst;
 
@@ -272,8 +271,8 @@
         if ( !(*bIter)->lowlevel_block() ) {
             mal_printf("WARNING: Can't remove overwritten loop block, the "
                        "internal block was deleted so we can't ascertain its "
-                       "address: loopID %d block %lx %s%d\n", 
-                       loop->getID(), *bIter,FILE__,__LINE__);
+                       "address: loopID %d block %p %s%d\n", 
+                       loop->getID(), (void*)*bIter,FILE__,__LINE__);
         } else {
             blockToLoop.erase((*bIter)->getStartAddress());
         }
@@ -287,7 +286,7 @@
 
 
 bool HybridAnalysisOW::hasLoopInstrumentation
-    (bool activeOnly, BPatch_function &func, std::set<owLoop*> *loops)
+    (bool activeOnly, BPatch_function &func, std::set<owLoop*> *loops_)
 {
     //_ASSERTE(_CrtCheckMemory());
     // NEED TO BE CAREFUL BECAUSE WHEN WE OVERWRITE A BLOCK WE DON'T INVALIDATE
@@ -312,8 +311,8 @@
         owLoop *loop = findLoop((*bIter)->getStartAddress());
         if (loop && (loop->isActive() || !activeOnly) ) {
             foundLoop = true;
-            if (loops) {
-                loops->insert(loop);
+            if (loops_) {
+                loops_->insert(loop);
             }
         }
     }
@@ -400,7 +399,7 @@
     BPatchSnippetHandle *snippetHandle = NULL;
     while (eIter != instEdges.end()) {
         BPatch_point *edgePoint = (*eIter)->getPoint();
-        mal_printf(" instr edge: 0x%x -> 0x%x\n", 
+        mal_printf(" instr edge: 0x%lx -> 0x%lx\n", 
             (*eIter)->getSource()->getLastInsnAddress(),
             (*eIter)->getTarget()->getStartAddress());
         snippetHandle = hybridow_->proc()->insertSnippet
@@ -414,8 +413,8 @@
     std::set<BPatch_point*>::iterator uIter = unresExits_.begin();
     while (uIter != unresExits_.end()) {
         Address uAddr = (Address)(*uIter)->getAddress();
-        mal_printf(" instr unresolved: 0x%x in func at 0x%lx\n", 
-                  uAddr, (*uIter)->getFunction()->getBaseAddr());
+        mal_printf(" instr unresolved: 0x%p in func at 0x%p\n", 
+                  (void*)uAddr, (*uIter)->getFunction()->getBaseAddr());
         if ((*uIter)->isDynamic()) {
             long st = 0;
             vector<Address> targs;
@@ -541,7 +540,7 @@
             boundsArrayboundsIdx-1 = (*bIter)->getEndAddress();
         } else {
             if (boundsIdx > 0) {
-                mal_printf("BA%d = %lx %lx\n", boundsIdx-2, 
+                mal_printf("BA%u = %lx %lx\n", boundsIdx-2, 
                            boundsArrayboundsIdx-2,boundsArrayboundsIdx-1);
             }
             boundsArrayboundsIdx   = (*bIter)->getStartAddress();
@@ -551,10 +550,10 @@
         bIter++; 
     }
     if (boundsIdx > 0) {
-        mal_printf("BA%d = %lx %lx\n", 
+        mal_printf("BA%u = %lx %lx\n", 
                    boundsIdx-2, boundsArrayboundsIdx-2, boundsArrayboundsIdx-1);
     }
-    mal_printf("instrumenting %d store instructions in loop %d %s%d\n",
+    mal_printf("instrumenting %lu store instructions in loop %d %s%d\n",
                loopWrites.size(),loopID_,FILE__,__LINE__);
     // array length is now probably smaller than earlier worst case value
     array_length = boundsIdx;
@@ -600,7 +599,7 @@
             (overwriteAnalysis_wrapper, 
              BPatch_constExpr(-1*loopID_), 
              false,BPatch_noInterp);
-        mal_printf("BoundsCheck Call at %lx\n",loopWriteswIdx->getAddress());
+        mal_printf("BoundsCheck Call at %p\n",loopWriteswIdx->getAddress());
         // create the if expression
         BPatch_ifExpr ifBoundsThenStop(condition, stopForAnalysis);
         // insert the snippet 
@@ -718,19 +717,19 @@
 (BPatch_function &func, Address writeAddr, bool allowCallerLoop)
 {
     BPatch_flowGraph *graph = func.getCFG();
-    vector<BPatch_basicBlockLoop*> loops;
+    vector<BPatch_basicBlockLoop*> loops_;
     vector<BPatch_point*> blockPoints;
     vector<BPatch_basicBlock *>loopBlocks;
-    graph->getLoops(loops);
-    if (allowCallerLoop && loops.empty()) {
+    graph->getLoops(loops_);
+    if (allowCallerLoop && loops_.empty()) {
         BPatch_basicBlockLoop *pLoop = getParentLoop(func,writeAddr);
         if (pLoop) {
             return pLoop;
         }
     }
-    vector<BPatch_basicBlockLoop*>::iterator lIter = loops.begin();
+    vector<BPatch_basicBlockLoop*>::iterator lIter = loops_.begin();
     BPatch_basicBlockLoop *writeLoop = NULL;
-    while (lIter != loops.end()) {
+    while (lIter != loops_.end()) {
 
 //        mal_printf("found nat'l loop w/ block0 at 0x%x, back edge at 0%x\n",
 //                   (*lIter)->getLoopHead()->getStartAddress(),
@@ -763,11 +762,11 @@
                     if ((*pIter)->isDynamic()) {
                         vector<Address> targs;
                         if (!hybrid_->getCallAndBranchTargets((*pIter)->llpoint()->block(),targs)) {
-                            mal_printf("loop has an unresolved indirect transfer at %lx\n", 
+                            mal_printf("loop has an unresolved indirect transfer at %p\n", 
                                     (*pIter)->getAddress());
                             hasUnresolved = true;
                         } else if (targs.size() > 1) {
-                            mal_printf("loop has an indirect transfer resolving to multiple targets at %lx\n", 
+                            mal_printf("loop has an indirect transfer resolving to multiple targets at %p\n", 
                                     (*pIter)->getAddress());
                             hasUnresolved = true;
                         } 
@@ -856,7 +855,7 @@
             if ((*bIter)->lowlevel_block()->llb()->isCallBlock() && 
                 NULL == (*bIter)->lowlevel_block()->getFallthrough()) 
             {
-                mal_printf("loop %d calls func %lx which has a non-returning "
+                mal_printf("loop %d calls func %p which has a non-returning "
                            "call at %lx %s%d\n", loop->getID(), 
                            (*fIter)->getBaseAddr(), 
                            (*bIter)->getLastInsnAddress(), FILE__,__LINE__);
@@ -892,8 +891,8 @@
             if (1 != targs.size()) {
                 loop->unresExits_.insert(*pIter);
                 hasUnresolved = true;
-                mal_printf("loop %d calls func %lx which has an indirect "
-                           "transfer at %lx that resolves to %d targets "
+                mal_printf("loop %d calls func %p which has an indirect "
+                           "transfer at %p that resolves to %lu targets "
                            "%s%d\n", loop->getID(), (*fIter)->getBaseAddr(), 
                            (*pIter)->getAddress(), targs.size(), FILE__,__LINE__);
             } else {
@@ -908,7 +907,7 @@
         if ( ParseAPI::RETURN != 
              (*fIter)->lowlevel_func()->ifunc()->retstatus() ) 
         {
-            mal_printf("loop %d calls func %lx which could be "
+            mal_printf("loop %d calls func %p which could be "
                        "non-returning %s%d\n", loop->getID(), 
                        (*fIter)->getBaseAddr(), FILE__,__LINE__);
             hasUnresolved = true;
@@ -977,7 +976,7 @@
                 vector<Address> targs;
                 hybrid_->getCallAndBranchTargets((*pIter)->llpoint()->block(), targs);
                 assert(targs.size() == 1); 
-                mal_printf("loop %d has a resolved indirect transfer at %lx with "
+                mal_printf("loop %d has a resolved indirect transfer at %p with "
                           "target %lx\n", loop->getID(), (*pIter)->getAddress(), 
                           *targs.begin());
 
@@ -988,7 +987,7 @@
                 {
                     loopFuncs.insert(targFuncs.begin(),targFuncs.end());
                 } else if (!targFuncs.empty()) {
-                    mal_printf("loop contains call to non-mal-func:%lx %d\n",
+                    mal_printf("loop contains call to non-mal-func:%p %d\n",
                                targFuncs0->getBaseAddr(), __LINE__);
                 }
             }
@@ -1003,12 +1002,12 @@
         if (targFunc && 
             (*bIter)->getFlowGraph()->getModule() == targFunc->getModule()) 
         { 
-            mal_printf("loop has a function call %lx->%lx\n", 
+            mal_printf("loop has a function call %lx->%p\n", 
                       (*bIter)->getLastInsnAddress(), targFunc->getBaseAddr());
             loopFuncs.insert(targFunc);
 
         } else if (targFunc) {
-            mal_printf("loop calls func at %lx in different module %d\n",
+            mal_printf("loop calls func at %p in different module %d\n",
                        targFunc->getBaseAddr(), __LINE__);
         }
     }
@@ -1321,9 +1320,6 @@
     proc()->finalizeInsertionSet(false);
     proc()->protectAnalyzedCode();
     malware_cerr << "overWriteAnalysis returns" << endl;
-
-    proc()->lowlevel_process()->getMemEm()->debug();
-
 }
 #endif
 
@@ -1392,7 +1388,7 @@
       an adjacent page or is in a subsequent iteration of the instrumented loop: */
     owLoop *loop = findLoop(faultBlocks0->getStartAddress());
     if ( loop ) {
-        mal_printf("matches existing loop %d of %d blocks\n", loop->getID(), loop->blocks.size());
+        mal_printf("matches existing loop %d of %lu blocks\n", loop->getID(), loop->blocks.size());
         //make sure we haven't added this page to the loop's shadows already
         assert(loop->shadowMap.end() == loop->shadowMap.find(pageAddress));
 
@@ -1424,7 +1420,7 @@
 
     // grab the next available loopID 
     loop = new owLoop(this, writeTarget);
-    mal_printf("new overwrite loop %d %d%d\n", loop->getID(), FILE__,__LINE__);
+    mal_printf("new overwrite loop %d %s%d\n", loop->getID(), FILE__,__LINE__);
 
     // find loops surrounding the write insn
     BPatch_basicBlockLoop *bblLoop = getWriteLoop(*faultFuncs0,faultInsnAddr,true);
@@ -1491,7 +1487,7 @@
     else {
         // . Instrument the loop
         loop->instrumentOverwriteLoop(faultInsnAddr);
-        mal_printf("Instrumenting loop for write at %lx, loop has %d blocks, "
+        mal_printf("Instrumenting loop for write at %lx, loop has %lx blocks, "
                    "loopID=%d %s%d\n", faultInsnAddr, 
                    loop->blocks.size(), loop->getID(), FILE__, __LINE__);
     }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/image.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/image.C Changed

@@ -45,7 +45,6 @@
 #include "Parsing.h"
 
 #include "common/src/Timer.h"
-#include "common/src/debugOstream.h"
 #include "common/src/pathName.h"
 #include "common/src/MappedFile.h"
 
@@ -101,9 +100,8 @@
     "_wWinMain",
     "tls_cb_0"};
 
-string fileDescriptor::emptyString(string(""));
 fileDescriptor::fileDescriptor():
-        code_(0), data_(0), dynamic_(0),
+        code_(0), data_(0),
         pid_(0), length_(0), rawPtr_(NULL)
 {
     // This shouldn't be called... must be public for std::vector, though
@@ -136,11 +134,9 @@
 #endif
 #if 0
     cerr << hex << "Addr comparison: " << code_ << " ? " << fd.code_
-         << ", " << data_ << " ? " << fd.data_ 
-         << ", " << dynamic_ << " ? " << fd.dynamic_ << dec << endl;
+         << ", " << data_ << " ? " << fd.data_ << dec << endl;
 #endif
-    bool addr_match = ((code_ == fd.code_ && data_ == fd.data_) ||
-                       (dynamic_ && dynamic_ == fd.dynamic_));
+    bool addr_match = (code_ == fd.code_ && data_ == fd.data_);
 #if 0
     cerr << "file " << file_match_ 
          << ", addr " << addr_match
@@ -176,7 +172,7 @@
 
 int codeBytesSeen = 0;
 
-#if defined(ppc32_linux) || defined(ppc64_linux)
+#if defined(ppc64_linux)
 
 #include <dataflowAPI/h/slicing.h>
 #include <dataflowAPI/h/SymEval.h>
@@ -218,10 +214,10 @@
 
         using ASTVisitor::visit;
 
-        virtual ASTPtr visit(AST * a) {return a->ptr();};
-        virtual ASTPtr visit(DataflowAPI::BottomAST *a) {return a->ptr(); };
-        virtual ASTPtr visit(DataflowAPI::ConstantAST *c) {return c->ptr();};
-        virtual ASTPtr visit(DataflowAPI::VariableAST *v) {return v->ptr();};
+        virtual ASTPtr visit(AST * a) {return a->ptr();}
+        virtual ASTPtr visit(DataflowAPI::BottomAST *a) {return a->ptr(); }
+        virtual ASTPtr visit(DataflowAPI::ConstantAST *c) {return c->ptr();}
+        virtual ASTPtr visit(DataflowAPI::VariableAST *v) {return v->ptr();}
 
         virtual ASTPtr visit(DataflowAPI::RoseAST * r) {
             using namespace DataflowAPI;
@@ -458,7 +454,7 @@
         }
 
         return c->ptr();
-    };
+    }
 
     virtual ASTPtr visit(DataflowAPI::VariableAST* v)
     {
@@ -479,7 +475,7 @@
  */
 int image::findMain()
 {
-#if defined(ppc32_linux) || defined(ppc64_linux)
+#if defined(ppc64_linux)
     using namespace Dyninst::InstructionAPI;
 
     // Only look for main in executables, but do allow position-independent
@@ -488,17 +484,12 @@
     if (linkedFile->isExec())
     {
         bool foundMain = false;
-        bool foundStart = false;
-        bool foundFini = false;
         // check if 'main' is in allsymbols
         vector <SymtabAPI::Function *> funcs;
         if (linkedFile->findFunctionsByName(funcs, "main") ||
-                linkedFile->findFunctionsByName(funcs, "_main"))
+                linkedFile->findFunctionsByName(funcs, "_main"))  {
             foundMain = true;
-        else if (linkedFile->findFunctionsByName(funcs, "_start"))
-            foundStart = true;
-        else if (linkedFile->findFunctionsByName(funcs, "_fini"))
-            foundFini = true;
+        }
 
         Region *eReg = NULL;
         bool foundText = linkedFile->findRegion(eReg, ".text");
@@ -542,7 +533,7 @@
                 Function::edgelist::iterator cit = calls.begin();
                 b = (*cit)->src();
             } else {
-                startup_printf("%s%d _start has unexpected number (%d) of"
+                startup_printf("%s%d _start has unexpected number (%lu) of"
                         " call edges, bailing on findMain()\n",
                         FILE__,__LINE__,calls.size());
                 return -1;
@@ -657,7 +648,7 @@
             /* We should only get one region */
             if(regions.size() != 1)
             {
-                startup_printf("%s%u: Overlapping or non existant regions!\n",
+                startup_printf("%s%d: Overlapping or non existant regions!\n",
                         FILE__, __LINE__);
                 return -1;
             }
@@ -669,12 +660,11 @@
             co.parse(region, entry_point, true);
 
             /* Get the parsed Function */
-            vector<ParseAPI::Function*> funcs;
             Function* func = co.findFuncByEntry(region, entry_point);
 
             if(!func)
             {
-                startup_printf("%s%u: No functions found in our region.\n",
+                startup_printf("%s%d: No functions found in our region.\n",
                         FILE__, __LINE__);
                 return -1;
             }
@@ -687,7 +677,7 @@
 
             if(!e)
             {
-                startup_printf("%s%u: Error: no call edges found for this function.\n",
+                startup_printf("%s%d: Error: no call edges found for this function.\n",
                         FILE__, __LINE__);
                 return -1;
             }
@@ -699,7 +689,7 @@
 	    Block::Insns insns;
 	    b->getInsns(insns);
 	    if (insns.size() < 2) {
-	        startup_printf("%s%u: should have at least two instructions\n", FILE__, __LINE__);   
+	        startup_printf("%s%d: should have at least two instructions\n", FILE__, __LINE__);   
 		return -1;
 	    }
 
@@ -722,10 +712,10 @@
                 {
                     /* expand failed */
                     mainAddress = 0x0;
-		    startup_printf("%s%u:  cannot expand %s from instruction %s\n", FILE__, __LINE__, assignment->format().c_str(),
+		    startup_printf("%s%d:  cannot expand %s from instruction %s\n", FILE__, __LINE__, assignment->format().c_str(),
                            assignment->insn().format().c_str());
                 } else { 
-		    startup_printf("%s%u:  try to visit  %s\n", FILE__, __LINE__, ast->format().c_str());   
+		    startup_printf("%s%d:  try to visit  %s\n", FILE__, __LINE__, ast->format().c_str());   
                     FindMainVisitor fmv;
                     ast->accept(&fmv);
                     if(fmv.resolved)
@@ -733,7 +723,7 @@
                         mainAddress = fmv.target;
                     } else {
                         mainAddress = 0x0;
-			startup_printf("%s%u:  FindMainVisitor cannot find main address in %s\n", FILE__, __LINE__, ast->format().c_str());   
+			startup_printf("%s%d:  FindMainVisitor cannot find main address in %s\n", FILE__, __LINE__, ast->format().c_str());   
 
                     }
                 }
@@ -779,10 +769,10 @@
 #endif
 
             if(!mainAddress || !scs.isValidAddress(mainAddress)) {
-                startup_printf("%s%u:  invalid main address 0x%lx\n",
+                startup_printf("%s%d:  invalid main address 0x%lx\n",
                         FILE__, __LINE__, mainAddress);   
             } else {
-                startup_printf("%s%u:  set main address to 0x%lx\n",
+                startup_printf("%s%d:  set main address to 0x%lx\n",
                         FILE__,__LINE__,mainAddress);
             }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/image.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/image.h Changed

@@ -53,7 +53,6 @@
 #include "dyninstAPI/h/BPatch_enums.h"
 
 #include <unordered_map>
-#include "common/src/List.h"
 #include "common/src/Types.h"
 
 #if defined(os_linux)||defined(os_freebsd)
@@ -122,46 +121,37 @@
 // File descriptor information
 class fileDescriptor {
  public:
-    static string emptyString;
     // Vector requires an empty constructor
     fileDescriptor();
 
     // Some platforms have split code and data. If yours is not one of them,
     // hand in the same address for code and data.
-    fileDescriptor(string file, Address code, Address data, 
-			Address dynamic=0) :
+    fileDescriptor(string file, Address code, Address data) : 
 #if defined(os_windows)
 		procHandle_(INVALID_HANDLE_VALUE),
 		fileHandle_(INVALID_HANDLE_VALUE),
 #endif
 		file_(file),
-        member_(emptyString),
         code_(code),
         data_(data),
-		dynamic_(dynamic),
         pid_(0),
         length_(0),
         rawPtr_(NULL) {}
 
     // ctor for non-files
     fileDescriptor(string file, Address code, Address data, 
-                   Address length, void* rawPtr,
-		    Address dynamic=0) :
+                   Address length, void* rawPtr) :
 #if defined(os_windows)
 		procHandle_(INVALID_HANDLE_VALUE),
 		fileHandle_(INVALID_HANDLE_VALUE),
 #endif
 		file_(file),
-        member_(emptyString),
         code_(code),
         data_(data),
-		dynamic_(dynamic),
         pid_(0),
         length_(length),
         rawPtr_(rawPtr) {}
 
-     ~fileDescriptor() {}
-
      bool operator==(const fileDescriptor &fd) const {
          return IsEqual(fd );
      }
@@ -184,7 +174,6 @@
      Address data() const { return data_; }
      int pid() const { return pid_; }
 //     Address loadAddr() const { return loadAddr_; }
-     Address dynamic() const { return dynamic_; }
      void setLoadAddr(Address a) { 
         code_ += a;
         data_ += a;
@@ -216,7 +205,6 @@
      string member_;
      Address code_;
      Address data_;
-     Address dynamic_; //Used on Linux, address of dynamic section.
      int pid_;
      Address length_;        // set only if this is not really a file
      void* rawPtr_; // set only if this is not really a file

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/infHeap.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/infHeap.C Changed

@@ -45,7 +45,7 @@
     for (auto iter = src.heapActive.begin(); iter != src.heapActive.end(); ++iter) {
        heapActiveiter->first = new heapItem(*(iter->second));
     }
-    
+
     for (unsigned u3 = 0; u3 < src.disabledList.size(); u3++) {
       disabledList.push_back(src.disabledListu3);
     }
@@ -59,6 +59,32 @@
     freed = 0;
 }
 
+inferiorHeap& inferiorHeap::operator=(const inferiorHeap &src)
+{
+    clear();
+    for (unsigned u1 = 0; u1 < src.heapFree.size(); u1++) {
+      heapFree.push_back(new heapItem(src.heapFreeu1));
+    }
+
+    for (auto iter = src.heapActive.begin(); iter != src.heapActive.end(); ++iter) {
+       heapActiveiter->first = new heapItem(*(iter->second));
+    }
+
+    for (unsigned u3 = 0; u3 < src.disabledList.size(); u3++) {
+      disabledList.push_back(src.disabledListu3);
+    }
+
+    for (unsigned u4 = 0; u4 < src.bufferPool.size(); u4++) {
+      bufferPool.push_back(new heapItem(src.bufferPoolu4));
+    }
+
+    disabledListTotalMem = src.disabledListTotalMem;
+    totalFreeMemAvailable = src.totalFreeMemAvailable;
+    freed = 0;
+
+    return *this;
+}
+
 
 // For exec/process deletion
 void inferiorHeap::clear() {

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/infHeap.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/infHeap.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/inst-aarch64.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/inst-aarch64.C Changed

@@ -43,7 +43,6 @@
 #include "dyninstAPI/src/os.h"
 #include "dyninstAPI/src/instPoint.h" // class instPoint
 #include "dyninstAPI/src/debug.h"
-#include "common/src/debugOstream.h"
 #include "dyninstAPI/src/baseTramp.h"
 #include "dyninstAPI/h/BPatch.h"
 #include "dyninstAPI/src/BPatch_collections.h"
@@ -93,10 +92,7 @@
     //GPRs
     for (unsigned idx = r0; idx <= r28; idx++) {
         char name32;
-        if (idx < 10)
-            sprintf(name, "r%1d", idx - r0);
-        else
-            sprintf(name, "r%2d", idx - r0);
+        sprintf(name, "r%u", idx - r0);
         registers.push_back(new registerSlot(idx,
                                              name,
                                              false,
@@ -117,7 +113,7 @@
     //FPRs
     for (unsigned idx = fpr0; idx <= fpr31; idx++) {
         char name32;
-        sprintf(name, "fpr%d", idx - fpr0);
+        sprintf(name, "fpr%u", idx - fpr0);
         registers.push_back(new registerSlot(idx,
                                              name,//TODO mov SP to FP
                                              false,
@@ -179,7 +175,7 @@
     int ret = 0;
     if(numReqGPRs == -1) numReqGPRs = theRegSpace->numGPRs();
 
-    for(unsigned int idx = 0; idx < numReqGPRs; idx++) {
+    for(int idx = 0; idx < numReqGPRs; idx++) {
         registerSlot *reg = theRegSpace->GPRs()idx;
 	// We always save FP and LR for stack walking out of instrumentation
         if (reg->liveState == registerSlot::live || reg->number == REG_FP || reg->number == REG_LR) {
@@ -514,7 +510,7 @@
         case eqOp:
             {
                 Register scratch = gen.rs()->getScratchRegister(gen);
-                emitVload(loadConstOp, src2imm, NULL, scratch, gen, true);
+                emitVload(loadConstOp, src2imm, 0, scratch, gen, true);
                 emitV(op, src1, scratch, dest, gen, true);
             }
             break;
@@ -555,8 +551,13 @@
             rs->GPRs()*itr->beenUsed = true;
 
         std::set<Register> *fpRegs = callee->ifunc()->usedFPRs();
-        for(std::set<Register>::iterator itr = fpRegs->begin(); itr != fpRegs->end(); itr++)
-            rs->FPRs()*itr->beenUsed = true;
+        for(std::set<Register>::iterator itr = fpRegs->begin(); itr != fpRegs->end(); itr++) {
+            if (*itr <= rs->FPRs().size())
+              rs->FPRs()*itr->beenUsed = true;
+            else
+              // parse_func::calcUsedRegs includes the subtype; we only want the regno
+              rs->FPRs()*itr & 0xff->beenUsed = true;
+        }
     } else {
         for(int idx = 0; idx < rs->numGPRs(); idx++)
             rs->GPRs()idx->beenUsed = true;
@@ -623,7 +624,7 @@
     vector<int> savedRegs;
 
     // save r0-r7
-    for(size_t id = 0; id < gen.rs()->numGPRs(); id++)
+    for(int id = 0; id < gen.rs()->numGPRs(); id++)
     {
         registerSlot *reg = gen.rs()->GPRs()id;
 
@@ -655,12 +656,14 @@
 
     assert(gen.rs());
 
-    //Address of function to call in scratch register
+    // Address of function to call in scratch register
     Register scratch = gen.rs()->getScratchRegister(gen);
     assert(scratch != REG_NULL && "cannot get a scratch register");
     gen.markRegDefined(scratch);
 
-    if (gen.addrSpace()->edit() != NULL) {
+    if (gen.addrSpace()->edit() != NULL
+	&& (gen.func()->obj() != callee->obj()
+	    || gen.addrSpace()->needsPIC())) {
         // gen.as.edit() checks if we are in rewriter mode
         Address dest = getInterModuleFuncAddr(callee, gen);
 
@@ -670,7 +673,6 @@
         instruction insn;
         insn.clear();
         INSN_SET(insn, 31, 31, 0);
-        //INSN_SET(insn, 29, 30, disp & 0x3);
         INSN_SET(insn, 28, 28, 1);
         INSN_SET(insn, 5, 23, disp >> 2);
         INSN_SET(insn, 0, 4, scratch);
@@ -861,7 +863,6 @@
     INSN_SET(insn, 0, 4, dest);
 
     insnCodeGen::generate(gen, insn);
-    Address ret = gen.currAddr();
     return;
 }
 
@@ -1018,7 +1019,7 @@
 //
 int getInsnCost(opCode) {
     assert(0); //Not implemented
-    return NULL;
+    return 0;
 }
 
 #if 0
@@ -1195,7 +1196,7 @@
     if(branch_target == registerSpace::ignored) return false;
 
     //jumping to Xn (BLR Xn)
-    args.push_back(AstNode::operandNode(AstNode::origRegister,(void *) branch_target));
+    args.push_back(AstNode::operandNode(AstNode::origRegister,(void *)(long)branch_target));
     args.push_back(AstNode::operandNode(AstNode::Constant, (void *) addr));
 
     //inst_printf("%s%d:  Inserting dynamic call site instrumentation for %s\n",

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/inst-aarch64.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/inst-aarch64.h Changed

@@ -28,6 +28,8 @@
  * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
  */
 
+#include <cassert>
+
 #ifndef INST_AARCH64_H
 #define INST_AARCH64_H
 
@@ -121,15 +123,29 @@
 #define TRAMP_GPR_OFFSET_64 (TRAMP_FPR_OFFSET_64 + FPRSAVE_64)
 #define FUNC_CALL_SAVE_64   (LINKAREA_64 + FUNCARGS_64)
 
-#define TRAMP_GPR_OFFSET_32 ({assert(0); 0;})
-#define TRAMP_GPR_OFFSET(x) (((x) == 8) ? TRAMP_GPR_OFFSET_64 : TRAMP_GPR_OFFSET_32)
-
-#define TRAMP_FPR_OFFSET_32 ({assert(0); 0;})
-#define TRAMP_FPR_OFFSET(x) (((x) == 8) ? TRAMP_FPR_OFFSET_64 : TRAMP_FPR_OFFSET_32)
-
-#define TRAMP_SPR_OFFSET_32 ({assert(0); 0;})
-#define TRAMP_SPR_OFFSET(x) (((x) == 8) ? TRAMP_SPR_OFFSET_64 : TRAMP_SPR_OFFSET_32)
-
+inline int TRAMP_GPR_OFFSET(int x) {
+  if(x == 8) {
+    return TRAMP_GPR_OFFSET_64;
+  }
+  assert(!"32-bit offsets not support on aarch64");
+  return 0;
+}
+
+inline int TRAMP_FPR_OFFSET(int x) {
+  if(x == 8) {
+    return TRAMP_FPR_OFFSET_64;
+  }
+  assert(!"32-bit offsets not support on aarch64");
+  return 0;
+}
+
+inline int TRAMP_SPR_OFFSET(int x) {
+  if(x == 8) {
+    return TRAMP_SPR_OFFSET_64;
+  }
+  assert(!"32-bit offsets not support on aarch64");
+  return 0;
+}
 
 class codeGen;

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/inst-power.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/inst-power.C Changed

@@ -48,7 +48,6 @@
 #include "dyninstAPI/src/os.h"
 #include "dyninstAPI/src/instPoint.h" // class instPoint
 #include "dyninstAPI/src/debug.h"
-#include "common/src/debugOstream.h"
 #include "dyninstAPI/src/baseTramp.h"
 #include "dyninstAPI/h/BPatch.h"
 #include "dyninstAPI/src/BPatch_collections.h"
@@ -180,7 +179,7 @@
     // Everyone else
     for (unsigned i = r13; i <= r31; ++i) {
       char name32;
-      sprintf(name, "r%2d", i-r0);
+      sprintf(name, "r%u", i-r0);
       registers.push_back(new registerSlot(i, name,
 					   false, 
 					   registerSlot::liveAlways,
@@ -208,7 +207,7 @@
 
     for (unsigned i = fpr0; i <= fpr13; i++) {
         char buf128;
-        sprintf(buf, "fpr%d", i - fpr0);
+        sprintf(buf, "fpr%u", i - fpr0);
         registers.push_back(new registerSlot(i,
                                              buf,
                                              false,
@@ -318,7 +317,7 @@
     // Everyone else
     for (unsigned i = r13; i <= r31; ++i) {
       char name32;
-      sprintf(name, "r%2d", i-r0);
+      sprintf(name, "r%u", i-r0);
       registers.push_back(new registerSlot(i, name,
 					   false, 
 					   registerSlot::liveAlways,
@@ -347,7 +346,7 @@
 
     for (unsigned i = fpr0; i <= fpr13; i++) {
         char buf128;
-        sprintf(buf, "fpr%d", i - fpr0);
+        sprintf(buf, "fpr%u", i - fpr0);
         registers.push_back(new registerSlot(i,
                                              buf,
                                              false,
@@ -890,7 +889,6 @@
                          registerSpace *,
                          int save_off)
 {
-  unsigned numRegs = 0;
   insnCodeGen::saveVectors(gen, save_off);
 
   // for(int i = 0; i < theRegSpace->numFPRs(); i++) {
@@ -916,7 +914,6 @@
                             int save_off)
 {
   
-  unsigned numRegs = 0;
   insnCodeGen::restoreVectors(gen, save_off);
   // for(int i = 0; i < theRegSpace->numFPRs(); i++) {
   //     registerSlot *reg = theRegSpace->FPRs()i;
@@ -939,20 +936,18 @@
 			 int force_save)
 {
     unsigned num_saved = 0;
-    int cr_off, ctr_off, xer_off, spr0_off, fpscr_off;
+    int cr_off, ctr_off, xer_off, fpscr_off;
     
     if (gen.width() == 4) {
 	cr_off    = STK_CR_32;
 	ctr_off   = STK_CTR_32;
 	xer_off   = STK_XER_32;
 	fpscr_off = STK_FP_CR_32;
-	spr0_off  = STK_SPR0_32;
     } else /* gen.width() == 8 */ {
 	cr_off    = STK_CR_64;
 	ctr_off   = STK_CTR_64;
 	xer_off   = STK_XER_64;
 	fpscr_off = STK_FP_CR_64;
-	spr0_off  = STK_SPR0_64;
     }
 
     registerSlot *regCR = (*(gen.rs()))registerSpace::cr; 
@@ -993,7 +988,7 @@
                             int save_off,
 			    int force_save)
 {
-    int cr_off, ctr_off, xer_off, spr0_off, fpscr_off;
+    int cr_off, ctr_off, xer_off, fpscr_off;
     unsigned num_restored = 0;
 
     if (gen.width() == 4) {
@@ -1001,13 +996,11 @@
 	ctr_off   = STK_CTR_32;
 	xer_off   = STK_XER_32;
 	fpscr_off = STK_FP_CR_32;
-	spr0_off  = STK_SPR0_32;
     } else /* gen.width() == 8 */ {
 	cr_off    = STK_CR_64;
 	ctr_off   = STK_CTR_64;
 	xer_off   = STK_XER_64;
 	fpscr_off = STK_FP_CR_64;
-	spr0_off  = STK_SPR0_64;
     }
 
     registerSlot *regCR = (*(gen.rs()))registerSpace::cr; 
@@ -1174,7 +1167,6 @@
                                        func_instance * callee)
 		   
 {
-  unsigned i;
   if (!callee) return true;
 
   stats_codegen.startTimer(CODEGEN_LIVENESS_TIMER);
@@ -1188,14 +1180,14 @@
   if (callee->ifunc()->isLeafFunc()) {
       std::set<Register> * gprs = callee->ifunc()->usedGPRs();
       std::set<Register>::iterator It = gprs->begin();
-      for(i = 0; i < gprs->size(); i++) {
+      for(unsigned i = 0; i < gprs->size(); i++) {
           //while (It != gprs->end()){
           rs->GPRs()*(It++)->beenUsed = true;
       }
       
       std::set<Register> * fprs = callee->ifunc()->usedFPRs();
       std::set<Register>::iterator It2 = fprs->begin();
-      for(i = 0; i < fprs->size(); i++)
+      for(unsigned i = 0; i < fprs->size(); i++)
       {
           //while (It2 != fprs->end()){
           rs->FPRs()*(It2++)->beenUsed = true;
@@ -1522,7 +1514,7 @@
 	// the stack, -- sec 3/1/97
        std::string msg = "Too many arguments to function call in instrumentation code:"
 	    " only 8 arguments can (currently) be passed on the POWER architecture.\n";
-	bperr( msg.c_str());
+	bperr("%s", msg.c_str());
 	showErrorCallback(94,msg);
 	exit(-1);
     }
@@ -1821,7 +1813,7 @@
 //        insnCodeGen::generateImm(gen, Lop, dest, REG_SP,
 //                                 gpr_off + reg*gpr_size);
     else {
-        bperr( "GPR %d should not be restored...", reg);
+        bperr( "GPR %u should not be restored...", reg);
         assert(0);
     }
     //bperr( "Loading reg %d (into reg %d) at 0x%x off the stack\n", 
@@ -2487,7 +2479,7 @@
 bool PCProcess::bindPLTEntry(const SymtabAPI::relocationEntry &entry, Address base_addr, 
                            func_instance * origFunc, Address target_addr) {
    fprintf(stderr, "PCProcess::bindPLTEntry Relocation Entry location target: %lx, relocation: %lx - base_addr: %lx, original_function: %lx, original_name: %s, new_target: %lx\n", entry.target_addr(), entry.rel_addr(), base_addr, origFunc->getPtrAddress(), origFunc->name().c_str(), target_addr);
-   Address got_entry = entry.rel_addr() + base_addr;
+   //Address got_entry = entry.rel_addr() + base_addr;
    return true;//writeDataSpace((void *)got_entry, sizeof(Address), &target_addr);
 
    //assert(0 && "TODO!");
@@ -2590,7 +2582,7 @@
     {
         // Where we're jumping to (link register, count register)
         args.push_back( AstNode::operandNode(AstNode::origRegister,
-                        (void *) branch_target));
+                        (void *)(long)branch_target));
 
         // Where we are now
         args.push_back( AstNode::operandNode(AstNode::Constant,
@@ -3438,7 +3430,7 @@
 
    // load register with address from jump slot
 
-   inst_printf("emitLoadShared addr 0x%lx curr adress 0x%lx offset %ld 0x%lx size %d\n", 
+   inst_printf("emitLoadShared addr 0x%lx curr adress 0x%lx offset %lu 0x%lx size %d\n", 
    	addr, gen.currAddr(), addr - gen.currAddr()+4, addr - gen.currAddr()+4, size);
    Register scratchReg = gen.rs()->getScratchRegister(gen, true);
 
@@ -3448,7 +3440,7 @@
    	stackSize = insnCodeGen::createStackFrame(gen, 1, freeReg, excludeReg);
    	assert (stackSize == 1);
    	scratchReg = freeReg0;
-   	inst_printf("emitLoadrelative - after new stack frame - addr 0x%lx curr adress 0x%lx offset %ld 0x%lx size %d\n", 
+   	inst_printf("emitLoadrelative - after new stack frame - addr 0x%lx curr adress 0x%lx offset %lu 0x%lx size %d\n", 
 		addr, gen.currAddr(), addr - gen.currAddr()+4, addr - gen.currAddr()+4, size);
    }
 
@@ -3497,7 +3489,7 @@
       addr = (Address)var->getOffset();
    }
 
-   inst_printf("emitStoreRelative addr 0x%lx curr adress 0x%lx offset %ld 0x%lx size %d\n",
+   inst_printf("emitStoreRelative addr 0x%lx curr adress 0x%lx offset %lu 0x%lx size %d\n",
    		addr, gen.currAddr(), addr - gen.currAddr()+4, addr - gen.currAddr()+4, size);
 
    // load register with address from jump slot
@@ -3509,7 +3501,7 @@
 	assert (stackSize == 1);
 	scratchReg = freeReg0;
 	
-   	inst_printf("emitStoreRelative - after new stack frame- addr 0x%lx curr adress 0x%lx offset %ld 0x%lx size %d\n",
+   	inst_printf("emitStoreRelative - after new stack frame- addr 0x%lx curr adress 0x%lx offset %lu 0x%lx size %d\n",
    		addr, gen.currAddr(), addr - gen.currAddr()+4, addr - gen.currAddr()+4, size);
    }
    
@@ -3527,7 +3519,7 @@
 		assert (stackSize == 1);
 		scratchReg1 = freeReg0;
 	
-   		inst_printf("emitStoreRelative - after new stack frame- addr 0x%lx curr adress 0x%lx offset %ld 0x%lx size %d\n",
+   		inst_printf("emitStoreRelative - after new stack frame- addr 0x%lx curr adress 0x%lx offset %lu 0x%lx size %d\n",
    		addr, gen.currAddr(), addr - gen.currAddr()+4, addr - gen.currAddr()+4, size);
    	}
      	emitLoadRelative(scratchReg1, varOffset, scratchReg, gen.width(), gen);

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/inst-x86.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/inst-x86.C Changed

@@ -36,6 +36,8 @@
 #include <cstdint>
 #include <limits.h>
 #include "common/src/headers.h"
+#include "compiler_annotations.h"
+#include "compiler_diagnostics.h"
 #include <unordered_map>
 #include "dyninstAPI/src/image.h"
 #include "dyninstAPI/src/inst.h"
@@ -166,7 +168,7 @@
     // "Virtual" registers
     for (unsigned i = 1; i <= NUM_VIRTUAL_REGISTERS; i++) {
 		char buf128;
-        sprintf(buf, "virtGPR%d", i);
+        sprintf(buf, "virtGPR%u", i);
 
         registerSlot *virt = new registerSlot(i,
                                               buf,
@@ -196,7 +198,7 @@
 
 }
 
-#if defined(cap_32_64)
+#if defined arch_x86_64
 void registerSpace::initialize64() {
     static bool done = false;
     if (done) return;
@@ -537,7 +539,7 @@
     
 
     initialize32();
-#if defined(cap_32_64)
+#if defined arch_x86_64
     initialize64();
 #endif
 }
@@ -1531,8 +1533,15 @@
    RealRegister reg;
 
    int addr_width = gen.addrSpace()->getAddressWidth();
+
+   // Suppress warning (for compilers where it is a false positive)
+   // The value of REGNUM_EBP and REGNUM_RBP are identical
+   DYNINST_DIAGNOSTIC_BEGIN_SUPPRESS_DUPLICATED_BRANCHES
+
    RealRegister plat_bp(addr_width == 4 ? REGNUM_EBP : REGNUM_RBP);
    RealRegister plat_sp(addr_width == 4 ? REGNUM_ESP : REGNUM_RSP); 
+ 
+   DYNINST_DIAGNOSTIC_END_SUPPRESS_DUPLICATED_BRANCHES
 
    if (sitem.item == stackItem::reg_item && sitem.reg.reg() == plat_sp.reg())
    {
@@ -1809,6 +1818,7 @@
       switch(rb) {
         case IA32_NESCAS:
            neg = true;
+	   DYNINST_FALLTHROUGH;
         case IA32_ESCAS: {
            // plan: restore flags, edi, eax, ecx; do rep(n)e scas(b/w);
            // compute (saved_ecx - ecx) << sc;
@@ -1832,6 +1842,7 @@
                 break;
              case 1:
                 emitSimpleInsn(0x66, gen); // operand size override for scasw;
+		DYNINST_FALLTHROUGH;
              case 2:
                 emitSimpleInsn(0xAF, gen); // scasw/d
                 break;
@@ -1849,6 +1860,7 @@
         }
         case IA32_NECMPS:
            neg = true;
+	   DYNINST_FALLTHROUGH;
         case IA32_ECMPS: {
            // plan: restore flags, esi, edi, ecx; do rep(n)e cmps(b/w);
            // compute (saved_ecx - ecx) << sc;
@@ -1873,6 +1885,7 @@
                 break;
              case 1:
                 emitSimpleInsn(0x66, gen); // operand size override for cmpsw;
+		DYNINST_FALLTHROUGH;
              case 2:
                 emitSimpleInsn(0xA7, gen); // cmpsw/d
                 break;
@@ -2366,7 +2379,13 @@
 
 #if defined(arch_x86_64)
 int registerSpace::framePointer() { 
+   // Suppress warning (for compilers where it is a false positive)
+   // The value of REGNUM_EBP and REGNUM_RBP are identical
+   DYNINST_DIAGNOSTIC_BEGIN_SUPPRESS_DUPLICATED_BRANCHES
+
    return addr_width == 8 ? REGNUM_RBP : REGNUM_EBP; 
+
+   DYNINST_DIAGNOSTIC_END_SUPPRESS_DUPLICATED_BRANCHES
 }
 #elif defined(arch_x86)
 int registerSpace::framePointer() {

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/inst.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/inst.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/instPoint.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/instPoint.C Changed

@@ -114,7 +114,7 @@
                      func_instance *f) :
    Point(t, mgr, f),
    baseTramp_(NULL) {
-};
+}
 
 instPoint::instPoint(Type          t,
                      PatchMgrPtr   mgr,
@@ -122,7 +122,7 @@
                      block_instance *b) :
   Point(t, mgr, f, b),
   baseTramp_(NULL) {
-};
+}
 
 instPoint::instPoint(Type          t,
                      PatchMgrPtr   mgr,
@@ -130,7 +130,7 @@
                      func_instance *f) :
   Point(t, mgr, b, f),
   baseTramp_(NULL) {
-};
+}
 
 instPoint::instPoint(Type t,
                      PatchMgrPtr mgr,
@@ -140,7 +140,7 @@
                      func_instance *f) :
   Point(t, mgr, b, a, i, f),
   baseTramp_(NULL) {
-};
+}
 
 instPoint::instPoint(Type          t,
                      PatchMgrPtr   mgr,
@@ -148,7 +148,7 @@
                      func_instance *f) :
   Point(t, mgr, e, f),
   baseTramp_(NULL) {
-};
+}
 
 
 // If there is a logical "pair" (e.g., before/after) of instPoints return them.
@@ -266,7 +266,7 @@
   //for (iterator iter = begin(); iter != end(); ++iter)
   //  delete *iter;
   if (baseTramp_) delete baseTramp_;
-};
+}
 
 
 AddressSpace *instPoint::proc() const {
@@ -371,7 +371,7 @@
       }
       default:
           mal_printf("ERROR: returning 0 from instPoint::nextExecutedAddr "
-                  "for point of type %lx in block %lx %lx)\n", type(),
+                  "for point of type %x in block %lx %lx)\n", (unsigned int)type(),
                   block()->start(), block()->end());
          return 0;
    }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/instPoint.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/instPoint.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/mapped_object.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/mapped_object.C Changed

@@ -46,11 +46,11 @@
 #include "InstructionDecoder.h"
 #include "Parsing.h"
 #include "instPoint.h"
-#include "MemoryEmulator/memEmulator.h"
 #include <boost/tuple/tuple.hpp>
 #include "BPatch_image.h"
 #include "PatchCFG.h"
 #include "PCProcess.h"
+#include "compiler_annotations.h"
 
 using namespace Dyninst;
 using namespace Dyninst::ParseAPI;
@@ -103,9 +103,9 @@
    
    startup_printf("%s:%d Creating new mapped_object %s/%s\n",
                   FILE__, __LINE__, fullName_.c_str(), getFileDesc().member().c_str());
-   startup_printf("%s:%d \tcodeBase 0x%lx, codeOffset 0x%lx, size %d\n",
+   startup_printf("%s:%d \tcodeBase 0x%lx, codeOffset 0x%lx, size %lu\n",
                   FILE__, __LINE__, codeBase_, image_->imageOffset(), image_->imageLength());
-   startup_printf("%s:%d \tdataBase 0x%lx, dataOffset 0x%lx, size %d\n",
+   startup_printf("%s:%d \tdataBase 0x%lx, dataOffset 0x%lx, size %lu\n",
                   FILE__, __LINE__, dataBase_, image_->dataOffset(), image_->dataLength());
    startup_printf("%s:%d \tfileDescriptor: code at 0x%lx, data 0x%lx\n",
                   FILE__, __LINE__, fileDesc.code(), fileDesc.data());
@@ -161,26 +161,6 @@
    if (img->isDyninstRTLib()) {
        parseGaps = false;
    }
-#if defined(os_linux) && defined(arch_x86_64)
-   //Our x86_64 is actually reporting negative load addresses.  Go fig.
-   // On Linux/x86_64 with 32-bit mutatees this causes problems because we
-   // treat the load address as a unsigned 64 bit integer, and things don't
-   // correctly wrap.
-   //
-   // We'll detect this by noticing that the dynamic entry doesn't match up
-   // and then correct.
-   if (desc.dynamic() &&
-       p->getAddressWidth() == 4 &&
-       img->getObject()->getElfDynamicOffset() + desc.code() != desc.dynamic()) {
-      Address new_load_addr;
-      new_load_addr = desc.dynamic() - img->getObject()->getElfDynamicOffset();
-      startup_printf("%s:%u - Incorrect binary load address %lx, changing "
-              "to %lx\n", FILE__, __LINE__, (unsigned long) desc.code(),
-              (unsigned long) new_load_addr);
-      desc.setCode(new_load_addr);
-      desc.setData(new_load_addr);
-   }
-#endif
 
    // Adds exported functions and variables..
    startup_printf("%s%d:  creating mapped object\n", FILE__, __LINE__);
@@ -404,7 +384,7 @@
    assert(pdmod);
 
    if (pdmod->imExec() != parse_img()) {
-      fprintf(stderr, "%s%d: WARNING: lookup for module in wrong mapped object! %p != %p\n", FILE__, __LINE__, pdmod->imExec(), parse_img());
+      fprintf(stderr, "%s%d: WARNING: lookup for module in wrong mapped object! %p != %p\n", FILE__, __LINE__, (void*)pdmod->imExec(), (void*)parse_img());
       fprintf(stderr, "%s%d:  \t\t %s \n", FILE__, __LINE__, parse_img()->name().c_str());
       fprintf(stderr, "%s%d:  \t %s != \n", FILE__, __LINE__, pdmod->imExec()->name().c_str());
       return NULL;
@@ -612,7 +592,7 @@
 }
 
 
-bool mapped_object::findBlocksByAddr(const Address addr, std::set<block_instance *> &blocks)
+bool mapped_object::findBlocksByAddr(const Address addr, std::set<block_instance *> &return_blocks)
 {
     // Quick bounds check...
     if (addr < codeAbs()) {
@@ -640,31 +620,31 @@
             llf_iter != ll_funcs.end(); ++llf_iter) {
            block_instance *block = findBlock(*llb_iter);
            assert(block);
-           blocks.insert(block);
+           return_blocks.insert(block);
         }
     }
-    return !blocks.empty();
+    return !return_blocks.empty();
 }
 
-bool mapped_object::findFuncsByAddr(const Address addr, std::set<func_instance *> &funcs)
+bool mapped_object::findFuncsByAddr(const Address addr, std::set<func_instance *> &return_funcs)
 {
     bool ret = false;
     // Quick and dirty implementation
-    std::set<block_instance *> blocks;
-    if (!findBlocksByAddr(addr, blocks)) return false;
-    for (std::set<block_instance *>::iterator iter = blocks.begin();
-         iter != blocks.end(); ++iter) {
-       (*iter)->getFuncs(std::inserter(funcs, funcs.end()));
+    std::set<block_instance *> found_blocks;
+    if (!findBlocksByAddr(addr, found_blocks)) return false;
+    for (std::set<block_instance *>::iterator iter = found_blocks.begin();
+         iter != found_blocks.end(); ++iter) {
+       (*iter)->getFuncs(std::inserter(return_funcs, return_funcs.end()));
        ret = true;
     }
     return ret;
 }
 
 func_instance *mapped_object::findFuncByEntry(const Address addr) {
-   std::set<func_instance *> funcs;
-   if (!findFuncsByAddr(addr, funcs)) return NULL;
-   for (std::set<func_instance *>::iterator iter = funcs.begin();
-        iter != funcs.end(); ++iter) {
+   std::set<func_instance *> found_funcs;
+   if (!findFuncsByAddr(addr, found_funcs)) return NULL;
+   for (std::set<func_instance *>::iterator iter = found_funcs.begin();
+        iter != found_funcs.end(); ++iter) {
       if ((*iter)->entryBlock()->start() == addr) return *iter;
    }
    return NULL;
@@ -684,8 +664,8 @@
     return everyModule;
 }
 
-bool mapped_object::getAllFunctions(std::vector<func_instance *> &funcs) {
-    unsigned start = funcs.size();
+bool mapped_object::getAllFunctions(std::vector<func_instance *> &return_funcs) {
+    unsigned start = return_funcs.size();
 
     const CodeObject::funclist &img_funcs = parse_img()->getAllFunctions();
     CodeObject::funclist::const_iterator fit = img_funcs.begin();
@@ -693,9 +673,9 @@
         if(funcs_.find((parse_func*)*fit) == funcs_.end()) {
             findFunction((parse_func*)*fit);
         }
-        funcs.push_back(SCAST_FI(funcs_*fit));
+        return_funcs.push_back(SCAST_FI(funcs_*fit));
     }
-    return funcs.size() > start;
+    return return_funcs.size() > start;
 }
 
 bool mapped_object::getAllVariables(std::vector<int_variable *> &vars) {
@@ -904,12 +884,15 @@
         case 'g':
         case 'G':
             heap_size *= 1024;
+	    DYNINST_FALLTHROUGH;
         case 'm':
         case 'M':
             heap_size *= 1024;
+	    DYNINST_FALLTHROUGH;
         case 'k':
         case 'K':
             heap_size *= 1024;
+	    break;
         default:
             break;
         }
@@ -1343,11 +1326,6 @@
 
     // 1. copy memory into regBuf
     Address readAddr = regStart + codeBase();
-    if (proc()->isMemoryEmulated()) {
-        bool valid = false;
-        boost::tie(valid, readAddr) = proc()->getMemEm()->translate(readAddr);
-        assert(valid);
-    }
     if (!proc()->readDataSpace((void*)readAddr,
                                copySize,
                                regBuf,
@@ -1360,8 +1338,6 @@
     mal_printf("EXTEND_CB: copied to %lx %lx)\n", codeBase()+regStart, codeBase()+regStart+copySize);
 
 
-    if ( ! proc()->isMemoryEmulated() ) {
-
     // 2. copy code bytes back into the regBuf to wipe out instrumentation
     //    and set regBuf to be the data for the region
 
@@ -1394,7 +1370,6 @@
         }
         mal_printf("Expand region: %lx blocks copied back into mapped file\n",
                    analyzedBlocks.size());
-    }
 
     if (reg->isDirty()) {
         // if isDirty is true, the pointer was created via malloc
@@ -1426,7 +1401,6 @@
 // 2. copy overwritten regions into the mapped objects
 void mapped_object::updateCodeBytes(const list<pair<Address,Address> > &owRanges)
 {
-    bool memEmulation = proc()->isMemoryEmulated();
 // 1. use other update functions to update non-code areas of mapped files,
 //    expanding them if we wrote in un-initialized memory
     using namespace SymtabAPI;
@@ -1463,11 +1437,6 @@
     for(rIter = owRanges.begin(); rIter != owRanges.end(); rIter++)
     {
         Address readAddr = rIter->first;
-        if (memEmulation) {
-            bool valid = false;
-            boost::tie(valid, readAddr) = proc()->getMemEm()->translate(readAddr);
-            assert(valid);
-        }
 
         Region *reg = parse_img()->getObject()->findEnclosingRegion
             ( (*rIter).first - baseAddress );
@@ -1534,11 +1503,6 @@
         if (prevEndAddr < curB->start()) {
             // update the mapped file
             Address readAddr = prevEndAddr + base;
-            if (proc()->isMemoryEmulated()) {
-                bool valid = false;
-                boost::tie(valid, readAddr) = proc()->getMemEm()->translate(readAddr);
-                assert(valid);
-            }
             if (!proc()->readDataSpace(
                     (void*)readAddr,
                     curB->start() - prevEndAddr,
@@ -1566,11 +1530,6 @@
 	// (will read in whole region if there are no ranges in the region)
     if (prevEndAddr < regStart + symReg->getDiskSize()) {
         Address readAddr = prevEndAddr + base;
-        if (proc()->isMemoryEmulated()) {
-            bool valid = false;
-            boost::tie(valid, readAddr) = proc()->getMemEm()->translate(readAddr);
-            assert(valid);
-        }
         if (!proc()->readDataSpace(
                 (void*)readAddr,
                 regStart + symReg->getDiskSize() - prevEndAddr,
@@ -1648,12 +1607,6 @@
                       ? comparison_size : page_size;
     regBuf = malloc(comparison_size);
     Address readAddr = entry;
-    if (proc()->isMemoryEmulated()) {
-        bool valid = false;
-		Address translated = 0;
-		boost::tie(valid, translated) = proc()->getMemEm()->translate(readAddr);
-		if (valid) readAddr = translated;
-	}
 
    // mal_printf("%s%d Comparing %lx bytes starting at %lx\n",
       //      FILE__,__LINE__,comparison_size,entry);
@@ -1698,11 +1651,6 @@
     // see if the first few bytes have been updated
     Address compareStart =
         base + reg->getMemOffset() + reg->getDiskSize();
-    if (proc()->isMemoryEmulated()) {
-        bool valid = false;
-        boost::tie(valid, compareStart) = proc()->getMemEm()->translate(compareStart);
-        assert(valid);
-    }
     unsigned compareSize = InstructionAPI::InstructionDecoder::maxInstructionLength;
 
     Address uninitSize = reg->getMemSize() - reg->getDiskSize();
@@ -1788,10 +1736,6 @@
 }
 
 void mapped_object::remove(func_instance *func) {
-
-    if (as()->isMemoryEmulated()) {
-        as()->getMemEm()->removeSpringboards(func);
-    }
     
     // clear out module- and BPatch-level data structures 
     BPatch_addressSpace* bpAS = (BPatch_addressSpace*)proc()->up_ptr();
@@ -1858,9 +1802,6 @@
 // does not delete
 void mapped_object::destroy(PatchAPI::PatchBlock *b) {
    calleeNames_.erase(SCAST_BI(b));
-   if (as()->isMemoryEmulated()) {
-      as()->getMemEm()->removeSpringboards(SCAST_BI(b));
-   }
 }
 
 // does not delete

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/mapped_object.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/mapped_object.h Changed

@@ -57,7 +57,7 @@
 class int_symbol {
  public:
     int_symbol(SymtabAPI::Symbol *sym, Address base) : addr_(base + sym->getOffset()), sym_(sym) {}
-    int_symbol() : addr_(0), sym_(NULL) {};
+    int_symbol() : addr_(0), sym_(NULL) {}
 
     Address getAddr() const { return addr_; }
     unsigned getSize() const { return sym_->getSize(); }
@@ -76,7 +76,7 @@
     // Should subclass this and function off the same thing...
 
  private:
-    int_variable() {};
+    int_variable() {}
  public:
     int_variable(image_variable *var,
                  Address base,
@@ -94,7 +94,7 @@
     
     //const vector<string>& prettyNameVector() const;
     //const vector<string>& symTabNameVector() const;
-    mapped_module *mod() const { return mod_; };
+    mapped_module *mod() const { return mod_; }
     //AddressSpace *as() const { return mod()->proc(); }
     const image_variable *ivar() const { return ivar_; }
 
@@ -198,7 +198,7 @@
     static bool isSystemLib(const std::string &name);
     bool isMemoryImg() const { return memoryImg_; }
 
-    void setMemoryImg() { memoryImg_ = true; };
+    void setMemoryImg() { memoryImg_ = true; }
 
     // Return an appropriate identification string for debug purposes.
     // Will eventually be required by a debug base class.
@@ -410,7 +410,7 @@
 // Aggravation: a mapped object might very well occupy multiple "ranges".
 class mappedObjData : public codeRange {
  public:
-    mappedObjData(mapped_object *obj_) : obj(obj_) {};
+    mappedObjData(mapped_object *obj_) : obj(obj_) {}
     Address get_address() const { return obj->dataAbs(); }
     unsigned get_size() const { return obj->dataSize(); }
     mapped_object *obj;

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/parse-aarch64.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/parse-aarch64.C Changed

@@ -70,12 +70,6 @@
 static const std::string SYMTAB_CTOR_LIST_REL("__SYMTABAPI_CTOR_LIST__");
 static const std::string SYMTAB_DTOR_LIST_REL("__SYMTABAPI_DTOR_LIST__");
 
-static bool replaceHandler(func_instance *, func_instance *,
-        int_symbol *, const std::string &)
-{
-	assert(0);
-    return false;
-}
 /*
 By parsing the function that actually sets up the parameters for the OMP
 region we discover informations such as what type of parallel region we're
@@ -323,9 +317,9 @@
 func_instance *mapped_object::findGlobalConstructorFunc(const std::string &ctorHandler) {
     using namespace Dyninst::InstructionAPI;
 
-    const std::vector<func_instance *> *funcs = findFuncVectorByMangled(ctorHandler);
-    if( funcs != NULL ) {
-        return funcs->at(0);
+    const std::vector<func_instance *> *ctorFuncs = findFuncVectorByMangled(ctorHandler);
+    if( ctorFuncs != NULL ) {
+        return ctorFuncs->at(0);
     }
     return NULL;
 }
@@ -333,9 +327,9 @@
 func_instance *mapped_object::findGlobalDestructorFunc(const std::string &dtorHandler) {
     using namespace Dyninst::InstructionAPI;
 
-    const std::vector<func_instance *> *funcs = findFuncVectorByMangled(dtorHandler);
-    if( funcs != NULL ) {
-        return funcs->at(0);
+    const std::vector<func_instance *> *ctorFuncs = findFuncVectorByMangled(dtorHandler);
+    if( ctorFuncs != NULL ) {
+        return ctorFuncs->at(0);
     }
     return NULL;
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/parse-cfg.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/parse-cfg.C Changed

@@ -250,7 +250,7 @@
     unsigned s = 0;
     for ( ; sit != srcs.end(); ++sit) {
         parse_block * src = static_cast<parse_block*>((*sit)->src());
-        parsing_printf("    %d: block %d (%s)\n",
+        parsing_printf("    %u: block %d (%s)\n",
                        s, src->blockNumber_,
                        static_cast<image_edge*>(*sit)->getTypeString());
         ++s;
@@ -261,7 +261,7 @@
     unsigned t = 0;
     for( ; tit != trgs.end(); ++tit) {
         parse_block * trg = static_cast<parse_block*>((*tit)->trg());
-        parsing_printf("    %d: block %d (%s)\n",
+        parsing_printf("    %u: block %d (%s)\n",
                        t, trg->blockNumber_,
                        static_cast<image_edge*>(*tit)->getTypeString());
         ++t;
@@ -445,7 +445,7 @@
  std::set<parse_block*> &reachBlocks)
 {
     using namespace ParseAPI;
-    mal_printf("reachable blocks for func %lx from %d start blocks\n",
+    mal_printf("reachable blocks for func %lx from %lu start blocks\n",
                addr(), seedBlocks.size());
 
     // init visited set with seed and except blocks

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/parse-cfg.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/parse-cfg.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/parse-power.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/parse-power.C Changed

@@ -108,10 +108,7 @@
       This wouldn't happen for OpenMP functions, but might for imposters*/
    if (strSize > 0)
    {
-      char tempBufstrlen(nameStart);
-      strncpy(tempBuf, nameStart, strSize);
-      tempBufstrSize = '\0';
-      std::string tempPDS(tempBuf);
+      std::string tempPDS(nameStart, strSize);
       return tempPDS;
    }
    else   /* if it starts with @ just return the full function as its parent, we'll sort it out later */
@@ -220,7 +217,7 @@
         (*curBlock)->size(),
         isrc()->getArch());
         Instruction i;
-        int size = 0;
+        unsigned size = 0;
         while(size < (*curBlock)->size())
         {
             i = d.decode();
@@ -405,9 +402,9 @@
 func_instance *mapped_object::findGlobalConstructorFunc(const std::string &ctorHandler) {
     using namespace Dyninst::InstructionAPI;
 
-    const std::vector<func_instance *> *funcs = findFuncVectorByMangled(ctorHandler);
-    if( funcs != NULL ) {
-        return funcs->at(0);
+    const std::vector<func_instance *> *ctorFuncs = findFuncVectorByMangled(ctorHandler);
+    if( ctorFuncs != NULL ) {
+        return ctorFuncs->at(0);
     }
 
     /* If the symbol isn't found, try looking for it in a call instruction in
@@ -519,9 +516,9 @@
 func_instance *mapped_object::findGlobalDestructorFunc(const std::string &dtorHandler) {
     using namespace Dyninst::InstructionAPI;
 
-    const std::vector<func_instance *> *funcs = findFuncVectorByMangled(dtorHandler);
-    if( funcs != NULL ) {
-        return funcs->at(0);
+    const std::vector<func_instance *> *ctorFuncs = findFuncVectorByMangled(dtorHandler);
+    if( ctorFuncs != NULL ) {
+        return ctorFuncs->at(0);
     }
 
     /*

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/parse-x86.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/parse-x86.C Changed

@@ -422,9 +422,9 @@
 func_instance *mapped_object::findGlobalConstructorFunc(const std::string &ctorHandler) {
     using namespace Dyninst::InstructionAPI;
 
-    const std::vector<func_instance *> *funcs = findFuncVectorByMangled(ctorHandler);
-    if( funcs != NULL ) {
-        return funcs->at(0);
+    const std::vector<func_instance *> *matching_funcs = findFuncVectorByMangled(ctorHandler);
+    if( matching_funcs != NULL ) {
+        return matching_funcs->at(0);
     }
     return NULL;
 }
@@ -432,9 +432,9 @@
 func_instance *mapped_object::findGlobalDestructorFunc(const std::string &dtorHandler) {
     using namespace Dyninst::InstructionAPI;
 
-    const std::vector<func_instance *> *funcs = findFuncVectorByMangled(dtorHandler);
-    if( funcs != NULL ) {
-        return funcs->at(0);
+    const std::vector<func_instance *> *matching_funcs = findFuncVectorByMangled(dtorHandler);
+    if( matching_funcs != NULL ) {
+        return matching_funcs->at(0);
     }
     return NULL;
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/patch.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/patch.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/pcEventHandler.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/pcEventHandler.C Changed

@@ -36,7 +36,6 @@
 #include "registerSpace.h"
 #include "RegisterConversion.h"
 #include "function.h"
-#include "MemoryEmulator/memEmulator.h"
 #include "dynThread.h"
 
 #include "Mailbox.h"
@@ -390,7 +389,7 @@
 
     if( evProc->getThread(pcThr->getTID()) != NULL ) {
         proccontrol_printf("%s%d: thread already created with TID 0x%lx, ignoring thread create on thread %d/%d\n",
-                FILE__, __LINE__, pcThr->getTID(), evProc->getPid(), ev->getLWP());
+                FILE__, __LINE__, (unsigned long)pcThr->getTID(), evProc->getPid(), ev->getLWP());
         return true;
     }
 
@@ -460,16 +459,6 @@
             Address addr = ev->getAddress();
             mapped_object* obj = evProc->findObject(addr);
 
-            // retry finding object by its original address.
-            if (obj == NULL && evProc->isMemoryEmulated()) {
-                std::pair<bool, Address> trans = 
-                    evProc->getMemEm()->translateBackwards(addr);
-                if (trans.first) { 
-                    addr = trans.second;
-                    obj = evProc->findObject(addr);
-                }
-            }
-
             // change permissions if we can find this originally writable region
             if (obj != NULL) {
                 SymtabAPI::Region* reg =

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/pcEventMuxer.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/pcEventMuxer.C Changed

@@ -54,7 +54,7 @@
 Process::cb_ret_t PCEventMuxer::ret_default(Process::cbDefault, Process::cbDefault);
 
 PCEventMuxer::PCEventMuxer() : callbacksRegistered_(false), started_(false) {
-};
+}
 
 bool PCEventMuxer::start() {
 	if (muxer().started_) return true;
@@ -96,14 +96,14 @@
          proccontrol_printf("%s:%d Failed to handle event\n", FILE__, __LINE__);
          return Error;
       }
-      proccontrol_printf("%s:%d PC event handling completed; mailbox size is %d\n",
+      proccontrol_printf("%s:%d PC event handling completed; mailbox size is %u\n",
     		  	  FILE__, __LINE__, mailbox_.size());
       return EventsReceived;
    }
       // It's really annoying from a user design POV that ProcControl methods can
       // trigger callbacks; it means that we can't just block here, because we may
       // have _already_ gotten a callback and just not finished processing...
-     proccontrol_printf("%s:%d PCEventMuxer::wait_internal, blocking, mailbox size is %d\n", 
+     proccontrol_printf("%s:%d PCEventMuxer::wait_internal, blocking, mailbox size is %u\n", 
 			FILE__, __LINE__, mailbox_.size());
      while (mailbox_.size() == 0) {
        if (!Process::handleEvents(true)) {
@@ -111,7 +111,7 @@
 	 return Error;
        }
      }
-     proccontrol_printf("%s:%d after PC event handling, %d events in mailbox\n", FILE__, __LINE__, mailbox_.size());
+     proccontrol_printf("%s:%d after PC event handling, %u events in mailbox\n", FILE__, __LINE__, mailbox_.size());
      if (!handle(NULL)) {
     	 proccontrol_printf("%s:%d PC event handling failed\n", FILE__, __LINE__);
     	 return Error;
@@ -206,14 +206,14 @@
 
 	callbacksRegistered_ = ret;
 	return ret;
-};
+}
 
 // Apologies for the #define, but I get tired of copying the same text over and over, and since this has
 // a shortcut return it can't be a subfunction. 
 #define INITIAL_MUXING \
    PCProcess *process = static_cast<PCProcess *>(ev->getProcess()->getData()); \
    proccontrol_printf("%s%d: Begin callbackMux, process pointer = %p, event %s\n", \
-                      FILE__, __LINE__, process, ev->name().c_str());     \
+                      FILE__, __LINE__, (void*)process, ev->name().c_str());     \
    if( process == NULL ) {                                              \
       proccontrol_printf("%s%d: NULL process = default/default\n", FILE__, __LINE__); \
       return ret_default;                                               \
@@ -223,7 +223,7 @@
 #define DEFAULT_RETURN \
 	PCEventMuxer &m = PCEventMuxer::muxer(); \
 	m.enqueue(ev); \
-        proccontrol_printf("%s%d: after muxing event, mailbox size is %d\n", \
+        proccontrol_printf("%s%d: after muxing event, mailbox size is %u\n", \
                            FILE__, __LINE__, m.mailbox_.size()); \
 	return ret;
 
@@ -490,7 +490,7 @@
 	    // Only add the event to the queue if the underlying process is still valid
 	    eventQueue.push(ev);
 	    procCountevProc->getPid()++;
-		proccontrol_printf("%s%d: Added event %s from process %d to mailbox, size now %d\n",
+		proccontrol_printf("%s%d: Added event %s from process %d to mailbox, size now %lu\n",
 						   FILE__, __LINE__, ev->name().c_str(), evProc->getPid(), eventQueue.size());
 	} else {
 		proccontrol_printf("%s%d: Got bad process: event %s not added\n",
@@ -567,7 +567,7 @@
 
 bool PCEventMailbox::find(PCProcess *proc) {
     std::lock_guard<CondVar<>> l{queueCond};
-    proccontrol_printf("Calling find for process %p (%d)\n", proc, proc->getPid());
+    proccontrol_printf("Calling find for process %p (%d)\n", (void*)proc, proc->getPid());
     assert(proc != nullptr);
     auto it = procCount.find(proc->getPid());
     if (it != procCount.end()) {

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/pdwinnt.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/pdwinnt.C Changed

@@ -46,7 +46,6 @@
 #include "dyninstAPI/src/inst-x86.h"
 #include "dyninstAPI/src/registerSpace.h"
 #include "image.h"
-#include "MemoryEmulator/memEmulator.h"
 #include <boost/tuple/tuple.hpp>
 
 #include "dyninstAPI/src/ast.h"
@@ -174,29 +173,6 @@
                                             rights, oldRights)) {
 			mal_printf("ERROR: failed to set access rights "
                        "for page %lx, %s%d\n", addr, FILE__, __LINE__);
-		} else if (isMemoryEmulated() && setShadow) {
-			Address shadowAddr = 0;
-			PCMemPerm shadowRights;
-			bool valid = false;
-			boost::tie(valid, shadowAddr) = getMemEm()->translate(idx);
-			if (!valid) {
-				mal_printf("WARNING: set access rights on page %lx that has "
-				           "no shadow %s%d\n",addr,FILE__,__LINE__);
-			} else {
-                if(!pcProc_->setMemoryAccessRights(shadowAddr, pageSize,
-                                                   rights, shadowRights)) {
-                    mal_printf("ERROR: failed to set access rights "
-                               "for page %lx, %s%d\n",
-                                shadowAddr, FILE__, __LINE__);
-                }
-
-				if (shadowRights != oldRights) {
-					mal_printf("WARNING: shadow page%lx rights %s did not "
-                               "match orig-page %lx rights %s\n",
-                               shadowAddr, shadowRights.getPermName().c_str(),
-                               addr, oldRights.getPermName().c_str());
-				}
-			}
 		}
 	}
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/registerSpace.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/registerSpace.C Changed

@@ -72,7 +72,6 @@
 bool registerSpace::hasXMM = false;
 
 void registerSlot::cleanSlot() {
-    assert(this);
     // number does not change
     refCount = 0;
     //liveState = live;
@@ -300,7 +299,7 @@
 
   reg->markUsed(true);
 
-  regalloc_printf("Allocated register %d\n", num);
+  regalloc_printf("Allocated register %u\n", num);
 
   return true;
 }
@@ -308,7 +307,7 @@
 bool registerSpace::allocateSpecificRegister(codeGen &gen, Register num,
 					     bool noCost)
 {
-  regalloc_printf("Allocating specific register %d\n", num);
+  regalloc_printf("Allocating specific register %u\n", num);
 
   debugPrint();
 
@@ -344,7 +343,7 @@
     gen.markRegDefined(reg->number);
 
 
-    regalloc_printf("Allocated register %d\n", num);
+    regalloc_printf("Allocated register %u\n", num);
 
     return true;
 }
@@ -368,12 +367,12 @@
 		  realReg ? (realRegisters_.empty() ? "GPRS" : "Real registers") : "GPRs");
 
   std::vector<registerSlot *> &regs = (realReg ? (realRegisters_.empty() ? GPRs_ : realRegisters_ ) : GPRs_ );
-  regalloc_printf("%d options in registers\n", regs.size());
+  regalloc_printf("%lu options in registers\n", regs.size());
 
   for (unsigned i = 0; i < regs.size(); i++) {
     registerSlot *reg = regsi;
 
-    regalloc_printf("%s%d: getting scratch register, examining %d of %d: reg %d (%s), offLimits %d, refCount %d, liveState %s, keptValue %d\n",
+    regalloc_printf("%s%d: getting scratch register, examining %u of %lu: reg %u (%s), offLimits %d, refCount %d, liveState %s, keptValue %d\n",
 		    FILE__, __LINE__, i, regs.size(),
 		    reg->number,
 		    reg->name.c_str(),
@@ -383,8 +382,8 @@
 		    reg->keptValue);
 
     bool found = false;
-    for (unsigned int i = 0; i < excluded.size(); ++i) {
-      Register &ex_reg = excludedi;
+    for (unsigned int j = 0; j < excluded.size(); ++j) {
+      Register &ex_reg = excludedj;
       if (reg->number == ex_reg) {
 	found = true;
 	break;
@@ -452,7 +451,7 @@
 {
   regalloc_printf("Allocating and retaining register...\n");
   Register reg = getScratchRegister(gen, noCost, realReg);
-  regalloc_printf("retaining register %d\n", reg);
+  regalloc_printf("retaining register %u\n", reg);
   if (reg == REG_NULL) return REG_NULL;
   if (realReg) {
     physicalRegs(reg)->refCount = 1;
@@ -460,7 +459,7 @@
   else {
     registers_reg->refCount = 1;
   }
-  regalloc_printf("Allocated register %d\n", reg);
+  regalloc_printf("Allocated register %u\n", reg);
   return reg;
 }
 
@@ -477,7 +476,7 @@
     assert(registers_reg->keptValue == true);
     assert(registers_reg->liveState != registerSlot::live);
 
-    regalloc_printf("Stealing register %d\n", reg);
+    regalloc_printf("Stealing register %u\n", reg);
 
     // Let the AST know it just lost...
     if (!gen.tracker()->stealKeptRegister(registers_reg->number)) return false;
@@ -623,7 +622,7 @@
     if (!reg) return;
 
     reg->refCount--;
-    regalloc_printf("Freed register %d: refcount now %d\n", num, reg->refCount);
+    regalloc_printf("Freed register %u: refcount now %d\n", num, reg->refCount);
 
     if( reg->refCount < 0 ) {
         //bperr( "Freed free register!\n" );
@@ -840,7 +839,7 @@
 }
 
 bool registerSpace::markSavedRegister(Register num, int offsetFromFP) {
-    regalloc_printf("Marking register %d as saved, %d from frame pointer\n",
+    regalloc_printf("Marking register %u as saved, %d from frame pointer\n",
                     num, offsetFromFP);
     // Find the register slot
     registerSlot *s = findRegister(num);
@@ -873,7 +872,7 @@
     if (!dyn_debug_regalloc) return;
 
 	if (prefix) fprintf(stderr, "%s", prefix);
-	fprintf(stderr, "Num: %d, name %s, type %s, refCount %d, liveState %s, beenUsed %d, initialState %s, offLimits %d, keptValue %d, alloc %d\n",
+	fprintf(stderr, "Num: %u, name %s, type %s, refCount %d, liveState %s, beenUsed %d, initialState %s, offLimits %d, keptValue %d, alloc %d\n",
                 number,
                 name.c_str(),
                 (type == GPR) ? "GPR" : ((type == FPR) ? "FPR" : "SPR"),
@@ -890,7 +889,7 @@
   if (!dyn_debug_regalloc) return;
 
   // Dump out our data
-  fprintf(stderr, "Beginning debug print of registerSpace at %p...", this);
+  fprintf(stderr, "Beginning debug print of registerSpace at %p...", (void*)this);
   fprintf(stderr, "GPRs: %ld, FPRs: %ld, SPRs: %ld\n",
 	  (long) GPRs_.size(), (long) FPRs_.size(), (long) SPRs_.size());
   fprintf(stderr, "Stack pointer is at %d\n",
@@ -915,13 +914,13 @@
 }
 
 bool registerSpace::markKeptRegister(Register reg) {
-	regalloc_printf("Marking register %d as kept\n", reg);
+	regalloc_printf("Marking register %u as kept\n", reg);
    registers_reg->keptValue = true;
    return false;
 }
 
 void registerSpace::unKeepRegister(Register reg) {
-	regalloc_printf("Marking register %d as unkept\n", reg);
+	regalloc_printf("Marking register %u as unkept\n", reg);
    registers_reg->keptValue = false;
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/registerSpace.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/registerSpace.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/stackwalk-aarch64.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/stackwalk-aarch64.C Changed

@@ -51,42 +51,42 @@
     stepper = new DyninstDynamicStepper(stackwalker_, swInstrHelper);
     if (!stackwalker_->addStepper(stepper))
     {
-        startup_printf("Error adding Stackwalker stepper %p\n", stepper);
+        startup_printf("Error adding Stackwalker stepper %p\n", (void*)stepper);
         return false;
     }
-    startup_printf("Stackwalker stepper %p is a DyninstDynamicStepper\n", stepper);
+    startup_printf("Stackwalker stepper %p is a DyninstDynamicStepper\n", (void*)stepper);
 
     stepper = new FrameFuncStepper(stackwalker_);
     if (!stackwalker_->addStepper(stepper))
     {
-        startup_printf("Error adding Stackwalker stepper %p\n", stepper);
+        startup_printf("Error adding Stackwalker stepper %p\n", (void*)stepper);
         return false;
     }
-    startup_printf("Stackwalker stepper %p is a FrameFuncStepper\n", stepper);
+    startup_printf("Stackwalker stepper %p is a FrameFuncStepper\n", (void*)stepper);
 
   stepper = new DebugStepper(stackwalker_);
   if (!stackwalker_->addStepper(stepper))
   {
-    startup_printf("Error adding Stackwalker stepper %p\n", stepper);
+    startup_printf("Error adding Stackwalker stepper %p\n", (void*)stepper);
     return false;
   }
-  startup_printf("Stackwalker stepper %p is a DebugStepper\n", stepper);
+  startup_printf("Stackwalker stepper %p is a DebugStepper\n", (void*)stepper);
 
   stepper = new SigHandlerStepper(stackwalker_);
   if (!stackwalker_->addStepper(stepper))
   {
-    startup_printf("Error adding Stackwalker stepper %p\n", stepper);
+    startup_printf("Error adding Stackwalker stepper %p\n", (void*)stepper);
     return false;
   }
-  startup_printf("Stackwalker stepper %p is a SigHandlerStepper\n", stepper);
+  startup_printf("Stackwalker stepper %p is a SigHandlerStepper\n", (void*)stepper);
 
   stepper = new BottomOfStackStepper(stackwalker_);
   if (!stackwalker_->addStepper(stepper))
   {
-    startup_printf("Error adding Stackwalker stepper %p\n", stepper);
+    startup_printf("Error adding Stackwalker stepper %p\n", (void*)stepper);
     return false;
   }
-  startup_printf("Stackwalker stepper %p is a BottomOfStackStepper\n", stepper);
+  startup_printf("Stackwalker stepper %p is a BottomOfStackStepper\n", (void*)stepper);
 
     return true;
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/stackwalk-ppc.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/stackwalk-ppc.C Changed

@@ -51,20 +51,20 @@
   stepper = new DyninstDynamicStepper(stackwalker_, swInstrHelper);
   if (!stackwalker_->addStepper(stepper))
   {
-    startup_printf("Error adding Stackwalker stepper %p\n", stepper);
+    startup_printf("Error adding Stackwalker stepper %p\n", (void*)stepper);
     return false;
   }
-  startup_printf("Stackwalker stepper %p is a DyninstDynamicStepper\n", stepper);
+  startup_printf("Stackwalker stepper %p is a DyninstDynamicStepper\n", (void*)stepper);
 
   // FrameFuncHelper not used on PPC
   dynFrameHelper = new DynFrameHelper(this);
   stepper = new FrameFuncStepper(stackwalker_, dynFrameHelper);
   if (!stackwalker_->addStepper(stepper))
   {
-    startup_printf("Error adding Stackwalker stepper %p\n", stepper);
+    startup_printf("Error adding Stackwalker stepper %p\n", (void*)stepper);
     return false;
   }
-  startup_printf("Stackwalker stepper %p is a FrameFuncStepper\n", stepper);
+  startup_printf("Stackwalker stepper %p is a FrameFuncStepper\n", (void*)stepper);
 
   return true;
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/stackwalk-x86.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/stackwalk-x86.C Changed

@@ -51,52 +51,52 @@
   stepper = new DyninstDynamicStepper(stackwalker_, swInstrHelper);
   if (!stackwalker_->addStepper(stepper))
   {
-    startup_printf("Error adding Stackwalker stepper %p\n", stepper);
+    startup_printf("Error adding Stackwalker stepper %p\n", (void*)stepper);
     return false;
   }
-  startup_printf("Stackwalker stepper %p is a DyninstDynamicStepper\n", stepper);
+  startup_printf("Stackwalker stepper %p is a DyninstDynamicStepper\n", (void*)stepper);
 
   stepper = new DebugStepper(stackwalker_);
   if (!stackwalker_->addStepper(stepper))
   {
-    startup_printf("Error adding Stackwalker stepper %p\n", stepper);
+    startup_printf("Error adding Stackwalker stepper %p\n", (void*)stepper);
     return false;
   }
-  startup_printf("Stackwalker stepper %p is a DebugStepper\n", stepper);
+  startup_printf("Stackwalker stepper %p is a DebugStepper\n", (void*)stepper);
 
   dynFrameHelper = new DynFrameHelper(this);
   stepper = new FrameFuncStepper(stackwalker_, dynFrameHelper);
   if (!stackwalker_->addStepper(stepper))
   {
-    startup_printf("Error adding Stackwalker stepper %p\n", stepper);
+    startup_printf("Error adding Stackwalker stepper %p\n", (void*)stepper);
     return false;
   }
-  startup_printf("Stackwalker stepper %p is a FrameFuncStepper\n", stepper);
+  startup_printf("Stackwalker stepper %p is a FrameFuncStepper\n", (void*)stepper);
 
     stepper = new AnalysisStepper(stackwalker_);
   if (!stackwalker_->addStepper(stepper))
   {
-    startup_printf("Error adding Stackwalker stepper %p\n", stepper);
+    startup_printf("Error adding Stackwalker stepper %p\n", (void*)stepper);
     return false;
   }
-  startup_printf("Stackwalker stepper %p is an AnalysisStepper\n", stepper);
+  startup_printf("Stackwalker stepper %p is an AnalysisStepper\n", (void*)stepper);
 
 
   stepper = new SigHandlerStepper(stackwalker_);
   if (!stackwalker_->addStepper(stepper))
   {
-    startup_printf("Error adding Stackwalker stepper %p\n", stepper);
+    startup_printf("Error adding Stackwalker stepper %p\n", (void*)stepper);
     return false;
   }
-  startup_printf("Stackwalker stepper %p is a SigHandlerStepper\n", stepper);
+  startup_printf("Stackwalker stepper %p is a SigHandlerStepper\n", (void*)stepper);
 
   stepper = new BottomOfStackStepper(stackwalker_);
   if (!stackwalker_->addStepper(stepper))
   {
-    startup_printf("Error adding Stackwalker stepper %p\n", stepper);
+    startup_printf("Error adding Stackwalker stepper %p\n", (void*)stepper);
     return false;
   }
-  startup_printf("Stackwalker stepper %p is a BottomOfStackStepper\n", stepper);
+  startup_printf("Stackwalker stepper %p is a BottomOfStackStepper\n", (void*)stepper);
 
   // create a separate helper to avoid double deletion
   dynFrameHelper = new DynFrameHelper(this);
@@ -104,10 +104,10 @@
   stepper = new StepperWanderer(stackwalker_, dynWandererHelper, dynFrameHelper);
   if (!stackwalker_->addStepper(stepper))
   {
-    startup_printf("Error adding Stackwalker stepper %p\n", stepper);
+    startup_printf("Error adding Stackwalker stepper %p\n", (void*)stepper);
     return false;
   }
-  startup_printf("Stackwalker stepper %p is a WandererStepper\n", stepper);
+  startup_printf("Stackwalker stepper %p is a WandererStepper\n", (void*)stepper);
 
   return true;
 }
@@ -268,9 +268,9 @@
   func_instance *callee_func = proc_->findOneFuncByAddr(func_entry),
                 *cur_func    = proc_->findOneFuncByAddr(pc);
 
-  stackwalk_printf("%s:%u - DynWandererHelper called for func entry: %lx, pc: %lx - "
+  stackwalk_printf("%s:%d - DynWandererHelper called for func entry: %lx, pc: %lx - "
                      "found callee func: %p, cur func: %p\n", __FILE__, __LINE__, 
-                     func_entry, pc, callee_func, cur_func);
+                     func_entry, pc, (void*)callee_func, (void*)cur_func);
 
   if (!callee_func || !cur_func)
   {

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/syscallNotification.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/syscallNotification.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/unix.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/unix.C Changed

@@ -184,7 +184,7 @@
                 __FILE__, __LINE__, (long) pthread_self_funcs.size());
         for (unsigned j=0; j<pthread_self_funcs.size(); j++) {
             func_instance *ps = pthread_self_funcsj;
-            fprintf(stderr, "%s:%u - %s in module %s at %lx\n", __FILE__, __LINE__,
+            fprintf(stderr, "%s:%d - %s in module %s at %lx\n", __FILE__, __LINE__,
                     ps->prettyName().c_str(), ps->mod()->fullName().c_str(),
                     ps->addr());
         }
@@ -462,7 +462,7 @@
 
    if (!path) {
       //Strange... This shouldn't happen on a normal linux system
-      startup_printf("%s:%u - Couldn't find /lib/ld-x.x.x in hasPassedMain\n",
+      startup_printf("%s:%d - Couldn't find /lib/ld-x.x.x in hasPassedMain\n",
                      FILE__, __LINE__);
       return true;
    }
@@ -489,14 +489,14 @@
 
    //Open /lib/ld-x.x.x and find the entry point
    if (!Symtab::openFile(ld_file, derefPath)) {
-      startup_printf("%s:%u - Unable to open %s in hasPassedMain\n", 
+      startup_printf("%s:%d - Unable to open %s in hasPassedMain\n", 
                      FILE__, __LINE__, path);
       return true;
    }
 
    entry_addr = ld_file->getEntryOffset();
    if (!entry_addr) {
-      startup_printf("%s:%u - No entry addr for %s\n", 
+      startup_printf("%s:%d - No entry addr for %s\n", 
                      FILE__, __LINE__, path);
       return true;
    }
@@ -505,14 +505,15 @@
 
    Region* reg = NULL;
    if (ld_file->findRegion(reg, ".opd") && reg) {  
-     startup_printf("{%s:%u - there is a .opd section. The entry offset points to the pointer to the real entry\n");
+     startup_printf("{%s:%d - there is a .opd section. The entry offset points to the pointer to the real entry\n",
+            FILE__, __LINE__);
      if( !getOPDFunctionAddr(entry_addr) ) {
-        startup_printf("%s:%u - failed to read entry addr function pointer\n",
+        startup_printf("%s:%d - failed to read entry addr function pointer\n",
                 FILE__, __LINE__);
         return false;
      }
    } else {
-     startup_printf("{%s:%u - there is no .opd section. The entry offset is the entry\n", FILE__, __LINE__);
+     startup_printf("{%s:%d - there is no .opd section. The entry offset is the entry\n", FILE__, __LINE__);
    }
 
    if( entry_addr < ldso_start_addr ) {
@@ -520,7 +521,7 @@
    }
    
    bool result = (entry_addr != current_pc);
-   startup_printf("%s:%u - hasPassedMain returning %d (%lx %lx)\n",
+   startup_printf("%s:%d - hasPassedMain returning %d (%lx %lx)\n",
                   FILE__, __LINE__, (int) result, entry_addr, current_pc);
 
    return result;
@@ -560,13 +561,13 @@
                                                    std::map<std::string, BinaryEdit *> &retMap) {
   std::vector<std::string> paths;
   if (!getResolvedLibraryPath(filename, paths)) {
-    startup_printf("%s:%u - Unable to resolve library path for '%s'\n", FILE__, __LINE__,
+    startup_printf("%s:%d - Unable to resolve library path for '%s'\n", FILE__, __LINE__,
                    filename.c_str());
     return nullptr;
   }
 
   // A little helper to fix some clunky checks
-  auto is_compatible = this(std::string const &path, std::string const &member = {}) {
+  auto is_compatible = this(std::string const &path, std::string const &member) {
     auto temp = std::unique_ptr<BinaryEdit>{BinaryEdit::openFile(path, mgr(), patcher(), member)};
     if (temp && temp->getAddressWidth() == getAddressWidth()) {
       return temp;
@@ -581,12 +582,12 @@
   Symtab *origSymtab = getMappedObject()->parse_img()->getObject();
   if (!origSymtab->isStaticBinary()) {
     for (auto const &path : paths) {
-      if (auto temp = is_compatible(path)) {
+      if (auto temp = is_compatible(path, {})) {
         auto ret = retMap.emplace(path, temp.release());
         return (*ret.first).second->getMappedObject();
       }
     }
-    startup_printf("%s:%u - Unable to find compatible BinaryEdit for '%s'\n", FILE__, __LINE__,
+    startup_printf("%s:%d - Unable to find compatible BinaryEdit for '%s'\n", FILE__, __LINE__,
                    filename.c_str());
     return nullptr;
   }
@@ -627,13 +628,13 @@
         }
       }
       startup_printf(
-          "%s:%u - Failed to find archive members in '%s' for static executable '%s'\n", FILE__,
+          "%s:%d - Failed to find archive members in '%s' for static executable '%s'\n", FILE__,
           __LINE__, path.c_str(), filename.c_str());
     } else {
       Symtab *singleObject{nullptr};
       if (Symtab::openFile(singleObject, path)) {
         std::unique_ptr<Symtab> obj{singleObject};
-        if (auto temp = is_compatible(path)) {
+        if (auto temp = is_compatible(path, {})) {
           if (obj->getObjectType() == obj_SharedLib || obj->getObjectType() == obj_Executable) {
             startup_printf(
                 "%s%d: cannot load dynamic object(%s) when rewriting a static binary\n", FILE__,
@@ -649,7 +650,7 @@
     }
   }
 
-  startup_printf("%s:%u - Creation error opening %s\n", FILE__, __LINE__, filename.c_str());
+  startup_printf("%s:%d - Creation error opening %s\n", FILE__, __LINE__, filename.c_str());
   return nullptr;
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/util.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/util.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI/src/util.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI/src/util.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/CMakeLists.txt -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI_RT/CMakeLists.txt Changed

@@ -1,238 +1,211 @@
-# CMake configuration for dyninstAPI_RT directory
-cmake_minimum_required (VERSION 2.6.4)
-project (DyninstRT C)
-
-set (DYNINST_ROOT ${PROJECT_SOURCE_DIR}/..)
-
-include (${DYNINST_ROOT}/cmake/shared.cmake)
-
-include_directories (
-    ${DYNINST_ROOT}/dyninstAPI_RT/src
-    ${DYNINST_ROOT}/dyninstAPI_RT/h
-    ${DYNINST_ROOT}
-  )
-
-set (SRC_LIST
-    src/RTcommon.c 
-    src/RTmemEmulator.c
-)
-
-if (PLATFORM MATCHES freebsd)
-set (SRC_LIST ${SRC_LIST}
-    src/RTposix.c
-    src/RTfreebsd.c 
-    src/RTheap.c 
-    src/RTheap-freebsd.c 
-    src/RTthread.c 
-    src/RTspace.S 
-    src/RTsignal.c 
-)
-elseif (PLATFORM MATCHES linux)
-set (SRC_LIST ${SRC_LIST}
-    src/RTposix.c 
-    src/RTlinux.c 
-    src/RTheap.c 
-    src/RTheap-linux.c 
-    src/RTthread.c 
-    src/RTspace.S 
-    src/RTsignal.c
-    src/RTstatic_ctors_dtors_begin.c 
-    src/RTstatic_ctors_dtors_end.c 
-)
-elseif (PLATFORM MATCHES nt OR PLATFORM MATCHES windows)
-set (SRC_LIST ${SRC_LIST}
-    src/RTheap.c 
-    src/RTheap-win.c
-    src/RTwinnt.c
-    src/RTthread.c
-    src/RTthread-x86.c
-)
-endif ()
-
-set (SRC_LIST_i386
-    src/RTthread-x86.c 
-    src/RTtlsgetaddr-x86.S 
-    src/RTstatic_ctors_dtors-x86.c
-)
-set (SRC_LIST_x86_64
-    src/RTthread-x86-64.c 
-    src/RTtlsgetaddr-x86.S
-    src/RTstatic_ctors_dtors-x86.c
-)
-set (SRC_LIST_ppc32
-    src/RTthread-powerpc.c
-    src/RTthread-powerpc-asm.S
-    src/RTstatic_ctors_dtors-ppc32.c
-)
-set (SRC_LIST_ppc64
-    src/RTthread-powerpc.c
-    src/RTthread-powerpc-asm.S
-    src/RTstatic_ctors_dtors-ppc64.c                                                                                         
-)
-set (SRC_LIST_aarch64
-    src/RTthread-aarch64.c
-    #src/RTthread-aarch64-asm.S
-    src/RTstatic_ctors_dtors-aarch64.c                                                                                         
-)
-
-
-# We use gcc to compile the various assembly files, but
-# cmake doesn't default to knowing that gcc can
-# handle .S. 
-ENABLE_LANGUAGE(ASM)
-file (GLOB SRC_ASSEMBLY "src/*.S")
-if(NEED_NATIVE_ASSEMBER MATCHES YES)
-set_source_files_properties(${SRC_ASSEMBLY}
-        PROPERTIES
-        LANGUAGE ASM)
-else()
-set_source_files_properties(${SRC_ASSEMBLY}
-        PROPERTIES
-        LANGUAGE C)
+include_directories(${DYNINST_ROOT}/dyninstAPI_RT/src ${DYNINST_ROOT}/dyninstAPI_RT/h
+                    ${DYNINST_ROOT})
+
+set(SRC_LIST src/RTcommon.c)
+
+if(PLATFORM MATCHES freebsd)
+    set(SRC_LIST
+        ${SRC_LIST}
+        src/RTposix.c
+        src/RTfreebsd.c
+        src/RTheap.c
+        src/RTheap-freebsd.c
+        src/RTthread.c
+        src/RTspace.S
+        src/RTsignal.c)
+elseif(PLATFORM MATCHES linux)
+    set(SRC_LIST
+        ${SRC_LIST}
+        src/RTposix.c
+        src/RTlinux.c
+        src/RTheap.c
+        src/RTheap-linux.c
+        src/RTthread.c
+        src/RTspace.S
+        src/RTsignal.c)
+    set(RT_STATIC_ONLY_SRC_LIST
+        ${RT_STATIC_ONLY_SRC_LIST} src/RTstatic_ctors_dtors_begin.c
+        src/RTstatic_ctors_dtors_end.c)
+elseif(PLATFORM MATCHES nt OR PLATFORM MATCHES windows)
+    set(SRC_LIST ${SRC_LIST} src/RTheap.c src/RTheap-win.c src/RTwinnt.c src/RTthread.c
+                 src/RTthread-x86.c)
 endif()
 
+set(SRC_LIST_i386 src/RTthread-x86.c src/RTtlsgetaddr-x86.S)
+set(RT_STATIC_ONLY_SRC_LIST_i386 src/RTstatic_ctors_dtors-x86.c)
+set(SRC_LIST_x86_64 src/RTthread-x86-64.c src/RTtlsgetaddr-x86.S)
+set(RT_STATIC_ONLY_SRC_LIST_x86_64 src/RTstatic_ctors_dtors-x86.c)
+set(SRC_LIST_ppc64 src/RTthread-powerpc.c src/RTthread-powerpc-asm.S)
+set(RT_STATIC_ONLY_SRC_LIST_ppc64 src/RTstatic_ctors_dtors-ppc64.c)
+set(SRC_LIST_aarch64 src/RTthread-aarch64.c
+                     # src/RTthread-aarch64-asm.S
+    )
+set(RT_STATIC_ONLY_SRC_LIST_aarch64 src/RTstatic_ctors_dtors-aarch64.c)
+
+# We use gcc to compile the various assembly files, but cmake doesn't default to knowing
+# that gcc can handle .S.
+enable_language(ASM)
+file(GLOB SRC_ASSEMBLY "src/*.S")
+set_source_files_properties(${SRC_ASSEMBLY} PROPERTIES LANGUAGE C)
+
 # The arch-specific files other than RTthread-x86 are Unix-only.
 if(UNIX)
-if (PLATFORM MATCHES amd64 OR PLATFORM MATCHES x86_64)
-set (SRC_LIST_mabi ${SRC_LIST} ${SRC_LIST_i386})
-set (SRC_LIST ${SRC_LIST} ${SRC_LIST_x86_64})
-elseif (PLATFORM MATCHES ppc64)
-set (SRC_LIST_mabi ${SRC_LIST} ${SRC_LIST_ppc32})
-set (SRC_LIST ${SRC_LIST} ${SRC_LIST_ppc64}) 
-elseif (PLATFORM MATCHES i386)
-set (SRC_LIST ${SRC_LIST} ${SRC_LIST_i386})
-elseif (PLATFORM MATCHES ppc32)
-set (SRC_LIST ${SRC_LIST} ${SRC_LIST_ppc32})
-elseif (PLATFORM MATCHES aarch64)
-set (SRC_LIST ${SRC_LIST} ${SRC_LIST_aarch64})
-endif()
+    if(PLATFORM MATCHES amd64 OR PLATFORM MATCHES x86_64)
+        set(SRC_LIST_mabi ${SRC_LIST} ${SRC_LIST_i386})
+        set(RT_STATIC_ONLY_SRC_LIST_mabi ${RT_STATIC_ONLY_SRC_LIST}
+                                         ${RT_STATIC_ONLY_SRC_LIST_i386})
+        set(SRC_LIST ${SRC_LIST} ${SRC_LIST_x86_64})
+        set(RT_STATIC_ONLY_SRC_LIST ${RT_STATIC_ONLY_SRC_LIST}
+                                    ${RT_STATIC_ONLY_SRC_LIST_x86_64})
+    elseif(PLATFORM MATCHES ppc64)
+        set(SRC_LIST_mabi ${SRC_LIST})
+        set(RT_STATIC_ONLY_SRC_LIST_mabi ${RT_STATIC_ONLY_SRC_LIST})
+        set(SRC_LIST ${SRC_LIST} ${SRC_LIST_ppc64})
+        set(RT_STATIC_ONLY_SRC_LIST ${RT_STATIC_ONLY_SRC_LIST}
+                                    ${RT_STATIC_ONLY_SRC_LIST_ppc64})
+    elseif(PLATFORM MATCHES i386)
+        set(SRC_LIST ${SRC_LIST} ${SRC_LIST_i386})
+        set(RT_STATIC_ONLY_SRC_LIST ${RT_STATIC_ONLY_SRC_LIST}
+                                    ${RT_STATIC_ONLY_SRC_LIST_i386})
+    elseif(PLATFORM MATCHES aarch64)
+        set(SRC_LIST ${SRC_LIST} ${SRC_LIST_aarch64})
+        set(RT_STATIC_ONLY_SRC_LIST ${RT_STATIC_ONLY_SRC_LIST}
+                                    ${RT_STATIC_ONLY_SRC_LIST_aarch64})
+    endif()
 endif()
 
-add_library (dyninstAPI_RT SHARED ${SRC_LIST})
-if(TARGET TBB)
-    add_dependencies(dyninstAPI_RT TBB)
-endif()
+add_library(dyninstAPI_RT SHARED ${SRC_LIST})
 
-if (NOT PLATFORM MATCHES nt AND NOT PLATFORM MATCHES windows)
-    target_link_libraries (dyninstAPI_RT ${CMAKE_DL_LIBS})
+if(NOT PLATFORM MATCHES nt AND NOT PLATFORM MATCHES windows)
+    target_link_libraries(dyninstAPI_RT ${CMAKE_DL_LIBS})
 else() # windows
-    target_link_libraries (dyninstAPI_RT ws2_32 dbghelp psapi)
+    target_link_libraries(dyninstAPI_RT ws2_32 dbghelp psapi)
 endif()
 
-add_library (dyninstAPI_RT_static STATIC ${SRC_LIST})
-if(TARGET TBB)
-    add_dependencies(dyninstAPI_RT_static TBB)
-endif()
+add_library(dyninstAPI_RT_static STATIC ${SRC_LIST} ${RT_STATIC_ONLY_SRC_LIST})
 
 # this should carry over from CMakeLists.txt
-set_target_properties (dyninstAPI_RT
-                      PROPERTIES
-		      OUTPUT_NAME dyninstAPI_RT
-                      SOVERSION ${SOVERSION}
-                      VERSION ${LIBVERSION})
+set_target_properties(
+    dyninstAPI_RT
+    PROPERTIES OUTPUT_NAME dyninstAPI_RT
+               SOVERSION ${SOVERSION}
+               VERSION ${LIBVERSION})
 
 # this will not
-set_target_properties (dyninstAPI_RT_static
-                      PROPERTIES
-                      OUTPUT_NAME dyninstAPI_RT
-		      COMPILE_DEFINITIONS DYNINST_RT_STATIC_LIB)
-
-set_target_properties (dyninstAPI_RT PROPERTIES CLEAN_DIRECT_OUTPUT 1)
-set_target_properties (dyninstAPI_RT_static PROPERTIES CLEAN_DIRECT_OUTPUT 1)
+set_target_properties(
+    dyninstAPI_RT_static PROPERTIES OUTPUT_NAME dyninstAPI_RT COMPILE_DEFINITIONS
+                                                              DYNINST_RT_STATIC_LIB)
 
+set_target_properties(dyninstAPI_RT PROPERTIES CLEAN_DIRECT_OUTPUT 1)
+set_target_properties(dyninstAPI_RT_static PROPERTIES CLEAN_DIRECT_OUTPUT 1)
 
 message(STATUS "dyninstAPI RT library SOVERSION: ${SOVERSION}")
 message(STATUS "dyninstAPI RT library LIBVERSION: ${LIBVERSION}")
 
-FILE (GLOB headers "h/*.h")
+file(GLOB headers "h/*.h")
 # append, you fool!
-set_target_properties (dyninstAPI_RT dyninstAPI_RT_static PROPERTIES PUBLIC_HEADER "${headers}")
+set_target_properties(dyninstAPI_RT dyninstAPI_RT_static PROPERTIES PUBLIC_HEADER
+                                                                    "${headers}")
 
-INSTALL (TARGETS dyninstAPI_RT dyninstAPI_RT_static
-        EXPORT DyninstTargets
-        RUNTIME DESTINATION ${INSTALL_LIB_DIR}
-        LIBRARY DESTINATION ${INSTALL_LIB_DIR}
-        ARCHIVE DESTINATION ${INSTALL_LIB_DIR}
-        PUBLIC_HEADER DESTINATION ${INSTALL_INCLUDE_DIR})
+install(
+    TARGETS dyninstAPI_RT dyninstAPI_RT_static
+    EXPORT DyninstTargets
+    RUNTIME DESTINATION ${INSTALL_LIB_DIR}
+    LIBRARY DESTINATION ${INSTALL_LIB_DIR}
+    ARCHIVE DESTINATION ${INSTALL_LIB_DIR}
+    PUBLIC_HEADER DESTINATION ${INSTALL_INCLUDE_DIR})
 
 # Test to see if we want the 32-bit library
 
-if (SRC_LIST_mabi) 
-
-# The following code is from CheckCCompilerFlag.cmake. It uses a
-# simple program that can be compiled even if 32-bit includes are 
-# missing; we need to extend it somewhat
-
-INCLUDE(CheckCSourceCompiles)
-
-MACRO (CHECK_C_COMPILER_FLAG_EXTENDED _FLAG _RESULT)
-   SET(SAFE_CMAKE_C_FLAGS "${CMAKE_C_FLAGS}")
-   SET(CMAKE_C_FLAGS "${_FLAG}")
-
-# Addition here: use signal.h
-   CHECK_C_SOURCE_COMPILES("#include <signal.h>
-   int main(void) { return 0; }" 
-        ${_RESULT}
-# End addition
-     # Some compilers do not fail with a bad flag
-     FAIL_REGEX "warning: command line option .* is valid for .* but not for C"
-                                                            # Apple gcc
-     FAIL_REGEX "unrecognized .*option"                     # GNU
-     FAIL_REGEX "unknown .*option"                          # Clang
-     FAIL_REGEX "ignoring unknown option"                   # MSVC
-     FAIL_REGEX "warning D9002"                             # MSVC, any lang
-     FAIL_REGEX "Uunknown option"                         # HP
-     FAIL_REGEX "Wwarning: Ooption"                     # SunPro
-     FAIL_REGEX "command option .* is not recognized"       # XL
-     )
-   SET(CMAKE_C_FLAGS "${SAFE_CMAKE_C_FLAGS}")
-ENDMACRO (CHECK_C_COMPILER_FLAG_EXTENDED)
-
-
-message (STATUS "Checking for 32-bit runtime library...")
-
-CHECK_C_COMPILER_FLAG_EXTENDED ("-m32" CHECK_RT_LIB_32)
-if (CHECK_RT_LIB_32 AND NOT ${BUILD_RTLIB_32} MATCHES "OFF")
-message (STATUS "Enabling 32-bit runtime library; change BUILD_RTLIB_32 to OFF to disable")
-SET (BUILD_RTLIB_32 ON)
-ELSE ()
-message (STATUS "Disabling 32-bit runtime library; change BUILD_RTLIB_32 to ON and install 32-bit build environment to enable")
-SET (BUILD_RTLIB_32 OFF)
-ENDIF()
-
-if (BUILD_RTLIB_32 MATCHES "ON")
-
-add_library (dyninstAPI_RT_m32 SHARED ${SRC_LIST_mabi})
-target_link_libraries (dyninstAPI_RT_m32 ${CMAKE_DL_LIBS})
-add_library (dyninstAPI_RT_m32_static STATIC ${SRC_LIST_mabi})
-
-set_target_properties (dyninstAPI_RT_m32
-                      PROPERTIES
-                      COMPILE_FLAGS "-DMUTATEE_32 -m32"
-                      LINK_FLAGS "-m32"
-		      OUTPUT_NAME dyninstAPI_RT_m32
-                      SOVERSION ${SOVERSION}
-                      VERSION ${LIBVERSION})
-
-set_target_properties (dyninstAPI_RT_m32_static
-                      PROPERTIES
-                      OUTPUT_NAME dyninstAPI_RT_m32
-                      COMPILE_FLAGS "-DMUTATEE_32 -m32"
-                      LINK_FLAGS "-m32"
-		      COMPILE_DEFINITIONS DYNINST_RT_STATIC_LIB)
-
-set_target_properties (dyninstAPI_RT_m32 PROPERTIES CLEAN_DIRECT_OUTPUT 1)
-set_target_properties (dyninstAPI_RT_m32_static PROPERTIES CLEAN_DIRECT_OUTPUT 1)
-
-INSTALL (TARGETS dyninstAPI_RT_m32 dyninstAPI_RT_m32_static
-        EXPORT DyninstTargets
-        RUNTIME DESTINATION ${INSTALL_LIB_DIR}
-        LIBRARY DESTINATION ${INSTALL_LIB_DIR}
-        ARCHIVE DESTINATION ${INSTALL_LIB_DIR}
-        PUBLIC_HEADER DESTINATION ${INSTALL_INCLUDE_DIR})
-
-install (EXPORT DyninstTargets
-  DESTINATION "${INSTALL_CMAKE_DIR}")
-
-endif()
+if(SRC_LIST_mabi)
+
+    # The following code is from CheckCCompilerFlag.cmake. It uses a simple program that
+    # can be compiled even if 32-bit includes are missing; we need to extend it somewhat
+
+    include(CheckCSourceCompiles)
+
+    macro(CHECK_C_COMPILER_FLAG_EXTENDED _FLAG _RESULT)
+        set(SAFE_CMAKE_C_FLAGS "${CMAKE_C_FLAGS}")
+        set(CMAKE_C_FLAGS "${_FLAG}")
+
+        # Addition here: use signal.h
+        check_c_source_compiles(
+            "#include <signal.h>
+   int main(void) { return 0; }"
+            ${_RESULT}
+            # End addition Some compilers do not fail with a bad flag
+            FAIL_REGEX
+            "warning: command line option .* is valid for .* but not for C"
+            # Apple gcc
+            FAIL_REGEX
+            "unrecognized .*option" # GNU
+            FAIL_REGEX
+            "unknown .*option" # Clang
+            FAIL_REGEX
+            "ignoring unknown option" # MSVC
+            FAIL_REGEX
+            "warning D9002" # MSVC, any lang
+            FAIL_REGEX
+            "Uunknown option" # HP
+            FAIL_REGEX
+            "Wwarning: Ooption" # SunPro
+            FAIL_REGEX
+            "command option .* is not recognized" # XL
+            )
+        set(CMAKE_C_FLAGS "${SAFE_CMAKE_C_FLAGS}")
+    endmacro(CHECK_C_COMPILER_FLAG_EXTENDED)
+
+    message(STATUS "Checking for 32-bit runtime library...")
+
+    check_c_compiler_flag_extended("-m32" CHECK_RT_LIB_32)
+    if(CHECK_RT_LIB_32 AND NOT ${BUILD_RTLIB_32} MATCHES "OFF")
+        message(
+            STATUS
+                "Enabling 32-bit runtime library; change BUILD_RTLIB_32 to OFF to disable"
+            )
+        set(BUILD_RTLIB_32 ON)
+    else()
+        message(
+            STATUS
+                "Disabling 32-bit runtime library; change BUILD_RTLIB_32 to ON and install 32-bit build environment to enable"
+            )
+        set(BUILD_RTLIB_32 OFF)
+    endif()
+
+    if(BUILD_RTLIB_32 MATCHES "ON")
+
+        add_library(dyninstAPI_RT_m32 SHARED ${SRC_LIST_mabi})
+        target_link_libraries(dyninstAPI_RT_m32 ${CMAKE_DL_LIBS})
+        add_library(dyninstAPI_RT_m32_static STATIC ${SRC_LIST_mabi}
+                                                    ${RT_STATIC_ONLY_SRC_LIST_mabi})
+
+        set_target_properties(
+            dyninstAPI_RT_m32
+            PROPERTIES COMPILE_FLAGS "-DMUTATEE_32 -m32"
+                       LINK_FLAGS "-m32"
+                       OUTPUT_NAME dyninstAPI_RT_m32
+                       SOVERSION ${SOVERSION}
+                       VERSION ${LIBVERSION})
+
+        set_target_properties(
+            dyninstAPI_RT_m32_static
+            PROPERTIES OUTPUT_NAME dyninstAPI_RT_m32
+                       COMPILE_FLAGS "-DMUTATEE_32 -m32"
+                       LINK_FLAGS "-m32"
+                       COMPILE_DEFINITIONS DYNINST_RT_STATIC_LIB)
+
+        set_target_properties(dyninstAPI_RT_m32 PROPERTIES CLEAN_DIRECT_OUTPUT 1)
+        set_target_properties(dyninstAPI_RT_m32_static PROPERTIES CLEAN_DIRECT_OUTPUT 1)
+
+        install(
+            TARGETS dyninstAPI_RT_m32 dyninstAPI_RT_m32_static
+            EXPORT DyninstTargets
+            RUNTIME DESTINATION ${INSTALL_LIB_DIR}
+            LIBRARY DESTINATION ${INSTALL_LIB_DIR}
+            ARCHIVE DESTINATION ${INSTALL_LIB_DIR}
+            PUBLIC_HEADER DESTINATION ${INSTALL_INCLUDE_DIR})
+
+        install(EXPORT DyninstTargets DESTINATION "${INSTALL_CMAKE_DIR}")
+
+    endif()
 endif()

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/h/dyninstAPI_RT.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI_RT/h/dyninstAPI_RT.h Changed

@@ -56,6 +56,7 @@
 #include <stdio.h>
 #include "dyninstRTExport.h"
 #include "common/src/Types.h"
+#include "common/h/compiler_diagnostics.h"
 
 /* If we must make up a boolean type, we should make it unique */
 typedef unsigned char RT_Boolean;
@@ -99,7 +100,7 @@
   rtBPatch_dynamicCallEvent,
   rtBPatch_userEvent
 } rtBPatch_asyncEventType;
-char *asyncEventType2str(rtBPatch_asyncEventType);
+const char *asyncEventType2str(rtBPatch_asyncEventType);
 
 typedef struct {
   unsigned int pid;
@@ -166,9 +167,10 @@
 #define TRAP_HEADER_SIG 0x759191D6
 #define DT_DYNINST 0x6D191957
 
-#if defined(_MSC_VER)
-#pragma warning(disable:4200)
-#endif
+// Suppress warning about flexible array members not valid in C++
+// FIXME: invalid flexible array member, traps, in structure below
+DYNINST_DIAGNOSTIC_BEGIN_SUPPRESS_FLEX_ARRAY
+
 struct trap_mapping_header {
    uint32_t signature;
    uint32_t num_entries;
@@ -179,6 +181,8 @@
    trapMapping_t traps; //Don't change this to a pointer, despite any compiler warnings
 };
 
+DYNINST_DIAGNOSTIC_END_SUPPRESS_FLEX_ARRAY
+
 #define MAX_MEMORY_MAPPER_ELEMENTS 1024
 
 typedef struct {
@@ -235,7 +239,5 @@
 
 DLLEXPORT extern struct MemoryMapper RTmemoryMapper;
 
-extern int RTuntranslatedEntryCounter;
-
 #include "dyninstRTExport.h"
 #endif /* _DYNINSTAPI_RT_H */

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/h/dyninstRTExport.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI_RT/h/dyninstRTExport.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTcommon.c -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI_RT/src/RTcommon.c Changed

@@ -171,8 +171,6 @@
 #endif
    DYNINST_unlock_tramp_guard();
    DYNINSThasInitialized = 1;
-
-   RTuntranslatedEntryCounter = 0;
 }
 
 /**
@@ -280,9 +278,9 @@
 
    tc_lock_unlock(&DYNINST_trace_lock);
 #else
-	// Silence compiler warnings
-    (void*)arg1;
-	assert(0);
+   // Silence compiler warnings
+   (void)arg1;
+   assert(0);
 #endif
 }
 
@@ -304,8 +302,8 @@
 
    tc_lock_unlock(&DYNINST_trace_lock);
 #endif
-	// Silence compiler warnings
-   (void*)arg1;
+   // Silence compiler warnings
+   (void)arg1;
 }
 
 
@@ -430,7 +428,7 @@
 	reentrant = 1;
     tc_lock_lock(&DYNINST_trace_lock);
     rtdebug_printf("RT_st: pt%lx flags%lx calc%lx ",
-                   (long)pointAddr, (long)flags, (long)calculation);
+                   (unsigned long)pointAddr, (unsigned long)flags, (unsigned long)calculation);
 
 #if 0 && defined STACKDUMP
     //if (0 && ((unsigned long)calculation == 0x9746a3 ||
@@ -451,7 +449,7 @@
 #endif
 
     if ((((long)flags) & 0x04) ) {
-        rtdebug_printf("ret-addr stopThread yields %lx", (long)calculation);
+        rtdebug_printf("ret-addr stopThread yields %lx", (unsigned long)calculation);
         //fprintf(stderr,"$0x%lx\n", (long)calculation);
     }
 
@@ -535,7 +533,7 @@
     while (lowIdx < highIdx)
     {
         if (idx > arrayLen || idx < 0)
-            rtdebug_printf("ERROR: out of bounds idx=%d, arrayLen = %d %d\n", idx, arrayLen, __LINE__);
+            rtdebug_printf("ERROR: out of bounds idx=%d, arrayLen = %ld %d\n", idx, arrayLen, __LINE__);
         rtdebug_printf("D_bc: low=%d high=%d arr%d=%lx %d\n", lowIdx, highIdx, idx, boundsArrayidx, __LINE__);
         if (writeTarget < boundsArrayidx) {
             rtdebug_printf("D_bc: %d\n", __LINE__);
@@ -553,7 +551,7 @@
             break;
         }
     }
-    rtdebug_printf("D_bc: boundsArray=%p ret=%d %d\n", boundsArray, callStopThread, __LINE__);
+    rtdebug_printf("D_bc: boundsArray=%p ret=%d %d\n", (void*)boundsArray, callStopThread, __LINE__);
     return callStopThread;
 }
 
@@ -650,7 +648,7 @@
    tc_lock_unlock(lock);
 }
 
-int rtdebug_printf(char *format, ...)
+int rtdebug_printf(const char *format, ...)
 {
   int ret;
   va_list va;
@@ -669,7 +667,7 @@
 #define CASE_RETURN_STR(x) case x: return #x
 #endif
 
-char *asyncEventType2str(rtBPatch_asyncEventType t)
+const char *asyncEventType2str(rtBPatch_asyncEventType t)
 {
   switch (t) {
   CASE_RETURN_STR(rtBPatch_nullEvent);

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTcommon.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI_RT/src/RTcommon.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTheap-linux.c -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI_RT/src/RTheap-linux.c Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTheap.c -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI_RT/src/RTheap.c Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTlinux.c -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI_RT/src/RTlinux.c Changed

@@ -33,6 +33,8 @@
  * RTlinux.c: mutatee-side library function specific to Linux
  ************************************************************************/
 
+#define _GNU_SOURCE
+
 #include "dyninstAPI_RT/h/dyninstAPI_RT.h"
 #include "dyninstAPI_RT/src/RTthread.h"
 #include "dyninstAPI_RT/src/RTcommon.h"
@@ -330,9 +332,7 @@
   #endif // amd-64
 #elif defined(arch_power)
   #if defined(arch_64bit)
-    #define UC_PC(x) x->uc_mcontext.regs->gpr32
-  #else // 32-bit
-    #define UC_PC(x) x->uc_mcontext.uc_regs->gregs32
+    #define UC_PC(x) x->uc_mcontext.regs->nip
   #endif // power
 #elif defined(arch_aarch64)
 	//#warning "UC_PC: in aarch64, pc is not directly accessable."
@@ -406,7 +406,6 @@
 #if defined(cap_binary_rewriter)
 
 extern struct r_debug _r_debug;
-DLLEXPORT struct r_debug _r_debug __attribute__ ((weak));
 
 /* Verify that the r_debug variable is visible */
 void r_debugCheck() { assert(_r_debug.r_map); }
@@ -417,9 +416,6 @@
 #define NUM_LIBRARIES_BITMASK_SIZE (1 + NUM_LIBRARIES / WORD_SIZE)
 struct trap_mapping_header *all_headersNUM_LIBRARIES;
 
-static unsigned all_headers_currentNUM_LIBRARIES_BITMASK_SIZE;
-static unsigned all_headers_lastNUM_LIBRARIES_BITMASK_SIZE;
-
 #if !defined(arch_x86_64) || defined(MUTATEE_32)
 typedef Elf32_Dyn ElfX_Dyn;
 #else
@@ -428,6 +424,10 @@
 
 struct trap_mapping_header *getStaticTrapMap(unsigned long addr);
 
+#if !defined (arch_aarch64)
+static unsigned all_headers_currentNUM_LIBRARIES_BITMASK_SIZE;
+static unsigned all_headers_lastNUM_LIBRARIES_BITMASK_SIZE;
+
 static int parse_libs();
 static int parse_link_map(struct link_map *l);
 static void clear_unloaded_libs();
@@ -439,6 +439,7 @@
 static unsigned get_next_set_bitmask(unsigned *bit_mask, int last_pos);
 
 static tc_lock_t trap_mapping_lock;
+#endif
 
 static struct trap_mapping_header *getStaticTrapMap(unsigned long addr)
 {
@@ -474,6 +475,7 @@
 #endif
 }
 
+#if !defined (arch_aarch64)
 static int parse_libs()
 {
    struct link_map *l_current;
@@ -630,6 +632,7 @@
    }
    return NUM_LIBRARIES;
 }
+#endif
 
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTposix.c -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI_RT/src/RTposix.c Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTsignal.c -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI_RT/src/RTsignal.c Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTspace.S -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI_RT/src/RTspace.S Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTstatic_ctors_dtors-aarch64.c -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI_RT/src/RTstatic_ctors_dtors-aarch64.c Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTstatic_ctors_dtors-ppc64.c -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI_RT/src/RTstatic_ctors_dtors-ppc64.c Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTstatic_ctors_dtors-x86.c -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI_RT/src/RTstatic_ctors_dtors-x86.c Changed

@@ -29,6 +29,7 @@
  */
 
 #if defined(DYNINST_RT_STATIC_LIB)
+#include <stdint.h>
 void *DYNINSTirel_start;
 void *DYNINSTirel_end;
 
@@ -65,7 +66,7 @@
     void (**ctor)(void) = &DYNINSTctors_begin;
 
     while( ctor != ( &DYNINSTctors_end )) {
-	if(*ctor && (*ctor != (void*)-1))
+	if(*ctor && ((intptr_t)*ctor != -1))
 	    (*ctor)();
         ctor++;
     }
@@ -80,7 +81,7 @@
 
     // Destructors are called in the forward order that they are listed
     while( dtor != (&DYNINSTdtors_end )) {
-	if(*dtor && (*dtor != (void*)-1))
+	if(*dtor && ((intptr_t)*dtor != -1))
 	    (*dtor)();
 	dtor++;
     }
@@ -99,10 +100,11 @@
   else {
     rel_t *rel = 0;
     for (rel = (rel_t *)(&DYNINSTirel_start); rel != (rel_t *)(&DYNINSTirel_end); ++rel) {
+      typedef long (*funcptr)(void);
       long (*ptr)(void) = 0;
       long result = 0;
       if (rel->info != 0x2a) continue;
-      ptr = (void*)*(rel->offset);
+      ptr = (funcptr)(*rel->offset);
       result = ptr();
       *(rel->offset) = result;
     }

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTthread-aarch64.c -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI_RT/src/RTthread-aarch64.c Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTthread-power-asm.s -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI_RT/src/RTthread-power-asm.s Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/dyninstAPI_RT/src/RTthread-powerpc-asm.S -> _service:tar_scm:dyninst-12.2.1.tar.gz/dyninstAPI_RT/src/RTthread-powerpc-asm.S Changed

@@ -1,13 +1,13 @@
    .file    "RTthread-powerpc-asm.S"
    .machine "push"      
-#if defined(arch_ppc_little_endian)
    .abiversion 2
-#endif
 
-#if defined(arch_64bit)
+#ifndef __clang__
+# if defined(arch_64bit)
    .machine "ppc64"       
-#else
+# else
    .machine "ppc"       
+# endif
 #endif
 
    .section ".text"
@@ -21,7 +21,6 @@
 # /* Return 1 if such an atomic update occurred; */
 # /* return 0 otherwise.                         */
 # /* ------------------------------------------- */
-#if defined(arch_ppc_little_endian)
    .section ".toc", "aw"
    .section ".text"
    .align   2
@@ -29,23 +28,6 @@
    .globl   atomic_set
    .type    atomic_set, @function
 atomic_set:
-#elif defined(arch_64bit)
-   .globl   atomic_set
-   .section ".opd", "aw"
-   .align   3
-atomic_set:
-   .quad    .atomic_set, .TOC.@tocbase, 0
-   .size    atomic_set, 24
-
-   .previous
-   .globl   .atomic_set
-   .type    .atomic_set, @function
-.atomic_set:
-#else
-   .globl   atomic_set
-   .type    atomic_set, @function
-atomic_set:
-#endif
    addi     4,0,1               # r4 = 1
                                 # Attempt atomic memory swap
    lwarx    5,0,3               #   r5 = *int_ptr (load reserve indexed)
@@ -62,13 +44,7 @@
    addi     3,0,0               # function return value = r3 = 0
    blr                          # branch via link register (function return)
 
-#if defined(arch_ppc_little_endian)
    .size    atomic_set, . - atomic_set
-#elif defined(arch_64bit)
-   .size    .atomic_set, . - .atomic_set
-#else
-   .size    atomic_set, . - atomic_set
-#endif
 
    .machine "pop"

_service:tar_scm:dyninst-11.0.1.tar.gz/elf/CMakeLists.txt -> _service:tar_scm:dyninst-12.2.1.tar.gz/elf/CMakeLists.txt Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/elf/src/Elf_X.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/elf/src/Elf_X.C Changed

@@ -1421,7 +1421,7 @@
     return (!is64 ?
             static_cast<unsigned long>(ELF32_R_TYPE(rel32i.r_info)) :
             static_cast<unsigned long>(ELF64_R_TYPE(rel64i.r_info)));
-};
+}
 
 // Write Interface
 void Elf_X_Rel::r_offset(int i, unsigned long input)
@@ -1763,15 +1763,15 @@
      if (client == NULL)
         return false;
 
-     char *filename;
+     char *path;
      int fd = debuginfod_find_debuginfo(client,
                                         (const unsigned char *)buildid.c_str(),
-                                        0, &filename);
+                                        0, &path);
      debuginfod_end(client);
 
      if (fd >= 0) {
-        string fname = string(filename);
-        free(filename);
+        string fname = string(path);
+        free(path);
         close(fd);
 
         bool result = loadDebugFileFromDisk(fname,
@@ -1829,9 +1829,8 @@
                 unsigned int ef_amdgpu_mach = 0x000000ff & e_flags();
                 //cerr << " dealing with amd gpu , mach = "  << std::hex << ef_amdgpu_mach << endl;
                 switch(ef_amdgpu_mach){
-                    case 0x33: case 0x34: case 0x35: case 0x36: case 0x37: case 0x38:
-                        return Dyninst::Arch_amdgpu_rdna;
-                        assert( 0 && "rdna not supported yet " );
+                    case 0x3f:
+                        return Dyninst::Arch_amdgpu_cdna2;
                     case 0x28: case 0x29: case 0x2a: case 0x2b: case 0x2c: case 0x2d: case 0x2e: case 0x2f: case 0x30: case 0x31:
                         return Dyninst::Arch_amdgpu_vega;
                     case 0x11: case 0x12: case 0x13: case 0x14: case 0x15: case 0x16: case 0x17: case 0x18:
@@ -1840,6 +1839,7 @@
                     case 0x27: case 0x32 : case 0x39:
                         assert(0 && "reserved");
                     default:
+                        //cerr  << "unsupported amdgpu architecture , value = " << ef_amdgpu_mach << endl;
                         assert(0 && "probabily won't be supported");
 
                 }

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/CMakeLists.txt -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/CMakeLists.txt Changed

@@ -1,41 +1,91 @@
 # CMake configuration for instructionAPI directory
 
-include_directories (
+include_directories(
     ${PROJECT_SOURCE_DIR}/instructionAPI/src
-  )
-
-
-set (SRC_LIST
-     src/Instruction.C 
-     src/InstructionAST.C 
-     src/Operation.C 
-     src/Operand.C 
-     src/Register.C 
-     src/Ternary.C 
-     src/Expression.C 
-     src/BinaryFunction.C 
-     src/InstructionCategories.C
-     src/ArchSpecificFormatters.C
-     src/Immediate.C 
-     src/InstructionDecoder.C 
-     src/InstructionDecoder-x86.C
-     src/InstructionDecoder-power.C 
-     src/InstructionDecoder-aarch64.C 
-     src/InstructionDecoder-amdgpu-vega.C
-     src/InstructionDecoderImpl.C
-  )
-SET_SOURCE_FILES_PROPERTIES(${SRC_LIST} PROPERTIES LANGUAGE CXX)
-
-# Shave 3 minute off of the time it takes to compile this file by falling back to not tracking
-# variables by default, rather then waiting until the variable tracking limit
-# is reached.
-if (${CMAKE_CXX_COMPILER_ID} MATCHES "GNU")
-set_source_files_properties(src/InstructionDecoder-aarch64.C
-        PROPERTIES COMPILE_FLAGS -fno-var-tracking-assignments)
+    ${PROJECT_SOURCE_DIR}/instructionAPI/src/AMDGPU/cdna2
+    ${PROJECT_SOURCE_DIR}/instructionAPI/src/AMDGPU/vega)
+
+set(SRC_LIST
+    src/Instruction.C
+    src/InstructionAST.C
+    src/Operation.C
+    src/Operand.C
+    src/Register.C
+    src/Ternary.C
+    src/Expression.C
+    src/BinaryFunction.C
+    src/InstructionCategories.C
+    src/ArchSpecificFormatters.C
+    src/Immediate.C
+    src/InstructionDecoder.C
+    src/InstructionDecoder-x86.C
+    src/InstructionDecoder-power.C
+    src/InstructionDecoder-aarch64.C
+    src/AMDGPU/vega/InstructionDecoder-amdgpu-vega.C
+    src/AMDGPU/cdna2/InstructionDecoder-amdgpu-cdna2.C
+    src/InstructionDecoderImpl.C)
+set_source_files_properties(${SRC_LIST} PROPERTIES LANGUAGE CXX)
+
+set(instructionDecoderPowerExtraFlags "")
+if(${CMAKE_CXX_COMPILER_ID} MATCHES "GNU")
+    if(${CMAKE_CXX_COMPILER_VERSION} MATCHES "^(1-9|101)(\.|$)")
+        # Disable var-tracking-assignments for InstructionDecoder-power.C for all known
+        # versions of gcc..  The default max size is too small so it fails, and adjusting
+        # it using
+        #
+        # PROPERTIES COMPILE_FLAGS "--param=max-vartrack-size=900000000"
+        #
+        # succeeds, but the object file produced is >1GB, so disable it.
+        string(APPEND instructionDecoderPowerExtraFlags "-fno-var-tracking-assignments")
+    endif()
+endif()
+
+# adjust warning threshold if set in cmake/warnings.cmake
+if(debugMaxFrameSizeOverridePowerOpcodeTable)
+    string(
+        APPEND
+        instructionDecoderPowerExtraFlags
+        " $<$<CONFIG:DEBUG>:-Wframe-larger-than=${debugMaxFrameSizeOverridePowerOpcodeTable}>"
+        )
+endif()
+if(nonDebugMaxFrameSizeOverridePowerOpcodeTable)
+    string(
+        APPEND
+        instructionDecoderPowerExtraFlags
+        " $<$<NOT:$<CONFIG:DEBUG>>:-Wframe-larger-than=${nonDebugMaxFrameSizeOverridePowerOpcodeTable}>"
+        )
+endif()
+
+if(NOT instructionDecoderPowerExtraFlags STREQUAL "")
+    set_source_files_properties(
+        src/InstructionDecoder-power.C PROPERTIES COMPILE_FLAGS
+                                                  "${instructionDecoderPowerExtraFlags}")
+endif()
+
+set(finalizeOperandsExtraFlags "")
+if(debugMaxFrameSizeOverrideFinalizeOperands)
+    string(
+        APPEND
+        finalizeOperandsExtraFlags
+        " $<$<CONFIG:DEBUG>:-Wframe-larger-than=${debugMaxFrameSizeOverrideFinalizeOperands}>"
+        )
+endif()
+if(nonDebugMaxFrameSizeOverrideFinalizeOperands)
+    string(
+        APPEND
+        finalizeOperandsExtraFlags
+        " $<$<NOT:$<CONFIG:DEBUG>>:-Wframe-larger-than=${nonDebugMaxFrameSizeOverrideFinalizeOperands}>"
+        )
+endif()
+
+if(NOT finalizeOperandsExtraFlags STREQUAL "")
+    set_source_files_properties(src/AMDGPU/cdna2/InstructionDecoder-amdgpu-cdna2.C
+                                PROPERTIES COMPILE_FLAGS "${finalizeOperandsExtraFlags}")
 endif()
 
-ADD_DEFINITIONS(-DINSTRUCTION_LIB)
+add_definitions(-DINSTRUCTION_LIB)
 
 dyninst_library(instructionAPI common)
 
-target_link_private_libraries(instructionAPI ${Boost_LIBRARIES} ${TBB_LIBRARIES} tbbmalloc)
+target_link_private_libraries(instructionAPI ${Boost_LIBRARIES} ${TBB_LIBRARIES}
+                              tbbmalloc)

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/doc/instructionAPI.pdf -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/doc/instructionAPI.pdf Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/h/ArchSpecificFormatters.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/h/ArchSpecificFormatters.h Changed

@@ -46,7 +46,8 @@
             virtual std::string formatDeref(std::string) = 0;
             virtual std::string formatRegister(std::string) = 0;
             virtual std::string formatBinaryFunc(std::string, std::string, std::string);
-            virtual ~ArchSpecificFormatter() {}
+            virtual ~ArchSpecificFormatter() = default;
+	    ArchSpecificFormatter& operator=(const ArchSpecificFormatter&) = default;
             static INSTRUCTION_EXPORT ArchSpecificFormatter& getFormatter(Dyninst::Architecture a);
 
         };
@@ -60,7 +61,6 @@
             virtual std::string formatDeref(std::string);
             virtual std::string formatRegister(std::string);
             virtual std::string formatBinaryFunc(std::string, std::string, std::string);
-            virtual ~PPCFormatter() {}
 
         };
 
@@ -73,7 +73,6 @@
             virtual std::string formatDeref(std::string);
             virtual std::string formatRegister(std::string);
             virtual std::string formatBinaryFunc(std::string, std::string, std::string);
-            virtual ~ArmFormatter() {}
 
         private:
             std::map<std::string, std::string> binaryFuncModifier;
@@ -88,7 +87,6 @@
             virtual std::string formatDeref(std::string);
             virtual std::string formatRegister(std::string);
             virtual std::string formatBinaryFunc(std::string, std::string, std::string);
-            virtual ~AmdgpuFormatter() {}
 
         private:
             std::map<std::string, std::string> binaryFuncModifier;
@@ -104,10 +102,9 @@
             virtual std::string formatDeref(std::string);
             virtual std::string formatRegister(std::string);
             virtual std::string formatBinaryFunc(std::string, std::string, std::string);
-            virtual ~x86Formatter() {}
         };
 
-    };
-};
+    }
+}
 
 #endif //DYNINST_ARCHSPECIFICFORMATTERS_H

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/h/BinaryFunction.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/h/BinaryFunction.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/h/Dereference.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/h/Dereference.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/h/Expression.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/h/Expression.h Changed

@@ -174,20 +174,20 @@
     class INSTRUCTION_EXPORT DummyExpr : public Expression
     {
         public:
-            virtual void getChildren(vector<InstructionAST::Ptr>& ) const {};
-            virtual void getChildren(vector<Expression::Ptr>& ) const {};
-            virtual void getUses(set<InstructionAST::Ptr>& ) {};
-            virtual bool isUsed(InstructionAST::Ptr ) const { return true;};
-            virtual std::string format(Architecture, formatStyle) const { return "WILDCARD";};
-            virtual std::string format(formatStyle) const { return "WILDCARD";};
+            virtual void getChildren(vector<InstructionAST::Ptr>& ) const {}
+            virtual void getChildren(vector<Expression::Ptr>& ) const {}
+            virtual void getUses(set<InstructionAST::Ptr>& ) {}
+            virtual bool isUsed(InstructionAST::Ptr ) const { return true;}
+            virtual std::string format(Architecture, formatStyle) const { return "WILDCARD";}
+            virtual std::string format(formatStyle) const { return "WILDCARD";}
             DummyExpr() : Expression(u8) {}
         protected:
             virtual bool checkRegID(MachRegister, unsigned int = 0, unsigned int = 0) const;
             virtual bool isStrictEqual(const InstructionAST& rhs) const;
     };
 
-  };
-};
+  }
+}

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/h/Immediate.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/h/Immediate.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/h/Instruction.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/h/Instruction.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/h/InstructionAST.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/h/InstructionAST.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/h/InstructionDecoder.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/h/InstructionDecoder.h Changed

@@ -33,10 +33,6 @@
 
 #include "Instruction.h"
 
-#if defined(_MSC_VER)
-#pragma warning(disable:4251)
-#endif
-
 namespace Dyninst
 {
   namespace InstructionAPI
@@ -60,8 +56,9 @@
       InstructionDecoder(const unsigned char* buffer, size_t size, Architecture arch);
       InstructionDecoder(const void* buffer, size_t size, Architecture arch);
 
-      ~InstructionDecoder();
-      InstructionDecoder(const InstructionDecoder& o);
+      INSTRUCTION_EXPORT ~InstructionDecoder() = default;
+      INSTRUCTION_EXPORT InstructionDecoder(const InstructionDecoder& o) = default;
+      INSTRUCTION_EXPORT InstructionDecoder& operator=(const InstructionDecoder  & o) = default;
       /// Decode the current instruction in this %InstructionDecoder object's buffer, interpreting it as
       /// machine language of the type understood by this %InstructionDecoder.
       /// If the buffer does not contain a valid instruction stream, a null %Instruction pointer
@@ -90,7 +87,7 @@
       boost::shared_ptr<InstructionDecoderImpl> m_Impl;
     };
 
-  };
-};
+  }
+}
 
 #endif //!defined(INSTRUCTION_DECODER_H)

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/h/Operand.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/h/Operand.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/h/Operation_impl.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/h/Operation_impl.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/h/Register.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/h/Register.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/h/RegisterIDs.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/h/RegisterIDs.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/h/Result.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/h/Result.h Changed

@@ -36,12 +36,12 @@
 #if !defined(_MSC_VER)
 #include <inttypes.h>
 #else
-   typedef __int64 int64_t;
-   typedef __int32 int32_t;
-   typedef __int16 int16_t;
-   typedef unsigned __int64 uint64_t;
-   typedef unsigned __int32 uint32_t;
-   typedef unsigned __int16 uint16_t;
+typedef __int64 int64_t;
+typedef __int32 int32_t;
+typedef __int16 int16_t;
+typedef unsigned __int64 uint64_t;
+typedef unsigned __int32 uint32_t;
+typedef unsigned __int16 uint16_t;
 #endif
 #include <assert.h>
 #include <string>
@@ -50,558 +50,582 @@
 
 namespace Dyninst
 {
-  namespace InstructionAPI
-  {
-    union Result_Value
+    namespace InstructionAPI
     {
-      unsigned char bitval : 1;
-      unsigned char u8val;
-      char s8val;
-      uint16_t u16val;
-      int16_t s16val;
-      uint32_t u24val:24;
-      uint32_t u32val;
-      int32_t s32val;
-      uint64_t u64val;
-      int64_t s64val;
-      float floatval;
-      double dblval;
-      uint64_t u48val : 48;
-      int64_t s48val : 48;
-      void * m14val;
-      void * m96val;
-      void * dbl128val;
-      void * m192val;
-      void * m256val;
-      void * m384val;
-      void * m512val;
-    };
-    enum Result_Type
-    {
-      bit_flag = 0,
-      s8,
-      u8,
-      s16,
-      u16,
-      u24,
-      s32,
-      u32,
-      s48,
-      u48,
-      s64,
-      u64,
-      sp_float,
-      dp_float,
-      // 48-bit pointers...yay Intel
-      m14,
-      m96,
-      dbl128,
-      m192,
-      m256,
-      m384,
-      m512,
-      invalid_type
-    };
+        union Result_Value
+        {
+            unsigned char bitval : 1;
+            unsigned char u8val;
+            char s8val;
+            uint16_t u16val;
+            int16_t s16val;
+            uint32_t u24val:24;
+            uint32_t u32val;
+            int32_t s32val;
+            uint64_t u64val;
+            int64_t s64val;
+            float floatval;
+            double dblval;
+            uint64_t u48val : 48;
+            int64_t s48val : 48;
+            void * m14val;
+            void * dbl128val;
+            void * m32val;
+            void * m64val;
+            void * m96val;
+            void * m128val;
+            void * m160val;
+            void * m192val;
+            void * m224val;
+            void * m256val;
+            void * m288val;
+            void * m320val;
+            void * m352val;
+            void * m384val;
+            void * m416val;
+            void * m448val;
+            void * m480val;
+            void * m512val;
+        };
+        enum Result_Type
+        {
+            bit_flag = 0,
+            s8,
+            u8,
+            s16,
+            u16,
+            u24,
+            s32,
+            u32,
+            s48,
+            u48,
+            s64,
+            u64,
+            sp_float,
+            dp_float,
+            // 48-bit pointers...yay Intel
+            m14,
+            dbl128,
+            m32,
+            m64,
+            m96,
+            m128,
+            m160,
+            m192,
+            m224,
+            m256,
+            m288,
+            m320,
+            m352,
+            m384,
+            m416,
+            m448,
+            m480,
+            m512,
 
-    template < Result_Type t > struct Result_type2type
-    {
-      typedef void* type;
-    };
-    template < > struct Result_type2type<s8>
-    {
-      typedef char type;
-    };
-    template < > struct Result_type2type<u8>
-    {
-      typedef unsigned char type;
-    };
-    template < > struct Result_type2type <s16>
-    {
-      typedef int16_t type;
-    };
-    template < > struct Result_type2type <u16>
-    {
-      typedef uint16_t type;
-    };
-    template < > struct Result_type2type <u24>
-    {
-      typedef uint32_t type;
-    };
-    template <  > struct Result_type2type <s32>
-    {
-      typedef int32_t type;
-    };
-    template < > struct Result_type2type <u32>
-    {
-      typedef uint32_t type;
-    };
-    template <  > struct Result_type2type <s48>
-    {
-      typedef int64_t type;
-    };
-    template < > struct Result_type2type <u48>
-    {
-      typedef uint64_t type;
-    };
-    template <  > struct Result_type2type <s64>
-    {
-      typedef int64_t type;
-    };
-    template < > struct Result_type2type <u64>
-    {
-      typedef uint64_t type;
-    };
-    template < > struct Result_type2type <sp_float>
-    {
-      typedef float type;
-    };
-    template < > struct Result_type2type <dp_float>
-    {
-      typedef double type;
-    };
-   template < > struct Result_type2type <bit_flag>
-    {
-      typedef unsigned char type;
-    };
-    /// A %Result object represents a value computed by a %Expression AST.
-    ///
-    /// The %Result class is a tagged-union representation of the results that
-    /// %Expressions can produce.  It includes 8, 16, 32, 48, and 64 bit integers
-    /// (signed and unsigned), bit values, and single and double precision floating point values.
-    /// For each of these types, the value of a %Result may be undefined, or it may be a value within
-    /// the range of the type.
-    ///
-    /// The \c type field is an enum that may contain any of the following values:
-    /// - \c u8: an unsigned 8-bit integer
-    /// - \c s8: a signed 8-bit integer
-    /// - \c u16: an unsigned 16-bit integer
-    /// - \c s16: a signed 16-bit integer
-    /// - \c u32: an unsigned 32-bit integer
-    /// - \c s32: a signed 32-bit integer
-    /// - \c u48: an unsigned 48-bit integer (IA32 pointers)
-    /// - \c s48: a signed 48-bit integer (IA32 pointers)
-    /// - \c u64: an unsigned 64-bit integer
-    /// - \c s64: a signed 64-bit integer
-    /// - \c sp_float: a single-precision float
-    /// - \c dp_float: a double-precision float
-    /// - \c bit_flag: a single bit (individual flags)
-    /// - \c m512: a 512-bit memory value
-    /// - \c dbl128: a 128-bit integer, which often contains packed floating point values
-   /// - \c m14: a 14 byte memory value
-    ///
-    // The %Instruction API's model of %Results is a simple one, and may seem overly aggressive about
-    // making an %Expression's %Result undefined.  It follows the same basic rule as the rest of the API:
-    // a decoded %Instruction object represents only the information that may be obtained from the machine
-    // instruction that was decoded.  As discussed in the Expression section, the \c setValue
-    // and \c eval interface allows you to determine the possible %Results of an %Expression when evaluated over various
-    // machine states.  From this, you may construct abstractions to represent the set of possible results.
-    // Alternately, you may use instrumentation to determine the exact machine state at the time an
-    // instruction executes, which will allow you to evaluate the %Result of an %Expression in its actual context.
-    class INSTRUCTION_EXPORT Result
-    {
-    public:
-      Result_Value val;
-      Result_Type type;
-      bool defined;
+            invalid_type
+        };
+
+        template < Result_Type t > struct Result_type2type
+        {
+            typedef void* type;
+        };
+        template < > struct Result_type2type<s8>
+        {
+            typedef char type;
+        };
+        template < > struct Result_type2type<u8>
+        {
+            typedef unsigned char type;
+        };
+        template < > struct Result_type2type <s16>
+        {
+            typedef int16_t type;
+        };
+        template < > struct Result_type2type <u16>
+        {
+            typedef uint16_t type;
+        };
+        template < > struct Result_type2type <u24>
+        {
+            typedef uint32_t type;
+        };
+        template <  > struct Result_type2type <s32>
+        {
+            typedef int32_t type;
+        };
+        template < > struct Result_type2type <u32>
+        {
+            typedef uint32_t type;
+        };
+        template <  > struct Result_type2type <s48>
+        {
+            typedef int64_t type;
+        };
+        template < > struct Result_type2type <u48>
+        {
+            typedef uint64_t type;
+        };
+        template <  > struct Result_type2type <s64>
+        {
+            typedef int64_t type;
+        };
+        template < > struct Result_type2type <u64>
+        {
+            typedef uint64_t type;
+        };
+        template < > struct Result_type2type <sp_float>
+        {
+            typedef float type;
+        };
+        template < > struct Result_type2type <dp_float>
+        {
+            typedef double type;
+        };
+        template < > struct Result_type2type <bit_flag>
+        {
+            typedef unsigned char type;
+        };
+        /// A %Result object represents a value computed by a %Expression AST.
+        ///
+        /// The %Result class is a tagged-union representation of the results that
+        /// %Expressions can produce.  It includes 8, 16, 32, 48, and 64 bit integers
+        /// (signed and unsigned), bit values, and single and double precision floating point values.
+        /// For each of these types, the value of a %Result may be undefined, or it may be a value within
+        /// the range of the type.
+        ///
+        /// The \c type field is an enum that may contain any of the following values:
+        /// - \c u8: an unsigned 8-bit integer
+        /// - \c s8: a signed 8-bit integer
+        /// - \c u16: an unsigned 16-bit integer
+        /// - \c s16: a signed 16-bit integer
+        /// - \c u32: an unsigned 32-bit integer
+        /// - \c s32: a signed 32-bit integer
+        /// - \c u48: an unsigned 48-bit integer (IA32 pointers)
+        /// - \c s48: a signed 48-bit integer (IA32 pointers)
+        /// - \c u64: an unsigned 64-bit integer
+        /// - \c s64: a signed 64-bit integer
+        /// - \c sp_float: a single-precision float
+        /// - \c dp_float: a double-precision float
+        /// - \c bit_flag: a single bit (individual flags)
+        /// - \c m512: a 512-bit memory value
+        /// - \c dbl128: a 128-bit integer, which often contains packed floating point values
+        /// - \c m14: a 14 byte memory value
+        ///
+        // The %Instruction API's model of %Results is a simple one, and may seem overly aggressive about
+        // making an %Expression's %Result undefined.  It follows the same basic rule as the rest of the API:
+        // a decoded %Instruction object represents only the information that may be obtained from the machine
+        // instruction that was decoded.  As discussed in the Expression section, the \c setValue
+        // and \c eval interface allows you to determine the possible %Results of an %Expression when evaluated over various
+        // machine states.  From this, you may construct abstractions to represent the set of possible results.
+        // Alternately, you may use instrumentation to determine the exact machine state at the time an
+        // instruction executes, which will allow you to evaluate the %Result of an %Expression in its actual context.
+        class INSTRUCTION_EXPORT Result
+        {
+            public:
+                Result_Value val;
+                Result_Type type;
+                bool defined;
 
-      Result() :
-              type(u32), defined(false)
-      {
-          val.u32val = 0;
-      }
-      Result(const Result& o) :
-              val(o.val), type(o.type), defined(o.defined)
-      {
-      }
+                Result() :
+                    type(u32), defined(false)
+            {
+                val.u32val = 0;
+            }
+                Result(const Result& o) :
+                    val(o.val), type(o.type), defined(o.defined)
+            {
+            }
 
-      const Result& operator=(const Result& rhs)
-      {
-          val = rhs.val;
-          type = rhs.type;
-          defined = rhs.defined;
-          return *this;
-      }
+                const Result& operator=(const Result& rhs)
+                {
+                    val = rhs.val;
+                    type = rhs.type;
+                    defined = rhs.defined;
+                    return *this;
+                }
 
-      /// A %Result may be constructed from a type without providing a value.
-      /// This constructor creates a %Result of type \c t with undefined contents.
-      Result(Result_Type t) :
-              type(t), defined(false)
-      {
-          val.u32val = 0;
-      }
+                /// A %Result may be constructed from a type without providing a value.
+                /// This constructor creates a %Result of type \c t with undefined contents.
+                Result(Result_Type t) :
+                    type(t), defined(false)
+            {
+                val.u32val = 0;
+            }
 
-      /// A %Result may be constructed from a type and any value convertible to the type that the
-      /// tag represents.
-      /// This constructor creates a %Result of type \c t and contents \c v for any \c v that is implicitly
-      /// convertible to type \c t.  Attempting to construct a %Result with a value that is incompatible with
-      /// its type will result in a compile-time error.
-      template<typename T>
-      Result(Result_Type t, T v) :
-      type(t), defined(true)
-      {
-	switch(type)
-	{
-	case u8:
-	  val.u8val = (unsigned char)(v);
-	  break;
-	case s8:
-	  val.s8val = (char)(v);
-	  break;
-	case u16:
-	  val.u16val = (uint16_t)(v);
-	  break;
-	case s16:
-	  val.s16val = (int16_t)(v);
-	  break;
-	case u24:
-	  val.u24val = (uint32_t)(v & 0xFFFFFF);
-	  break;
-	case u32:
-	  val.u32val = (uint32_t)(v );
-	  break;
-	case s32:
-	  val.s32val = (int32_t)(v);
-	  break;
-	case u64:
-	  val.u64val = (uint64_t)(v);
-	  break;
-	case s64:
-	  val.s64val = (int64_t)(v);
-	  break;
-	case bit_flag:
-	  val.bitval = (v != 0) ? 1 : 0;
-	  break;
-	case u48:
-	  val.u48val = (uint64_t)(v & 0x0000FFFFFFFFFFFFLL);
-	  break;
-	case s48:
-	  val.s48val = (int64_t)(v & 0x0000FFFFFFFFFFFFLL);
-	  break;
-	case m512:
-          val.m512val = (void *)(intptr_t) v;
-	  break;
-    case dbl128:
-	  val.dbl128val = (void*)(intptr_t) v;
-	  break;
-	case m14:
-	  val.m14val = (void*)(intptr_t) v;
-	  break;
-	case m96:
-          val.m96val = (void *)(intptr_t) v;
-	  break;
-	case m192:
-          val.m192val = (void *)(intptr_t) v;
-	  break;
-	case m256:
-          val.m256val = (void *)(intptr_t) v;
-	  break;
-	case m384:
-          val.m384val = (void *)(intptr_t) v;
-	  break;
-	  // Floats should be constructed with float types
-	default:
-	case sp_float:
-	case dp_float:
-	  assert(!"Invalid type!");
-	  break;
-	}
-      }
-      Result(Result_Type t, float v) :
-      type(t), defined(true)
-      {
-	assert(t == sp_float || t == dp_float);
-	val.dblval = v;
-      }
-      Result(Result_Type t, double v) :
-      type(t), defined(true)
-      {
-	assert(t == sp_float || t == dp_float);
-	val.dblval = v;
-      }
-      ~Result()
-      {
-      }
+                /// A %Result may be constructed from a type and any value convertible to the type that the
+                /// tag represents.
+                /// This constructor creates a %Result of type \c t and contents \c v for any \c v that is implicitly
+                /// convertible to type \c t.  Attempting to construct a %Result with a value that is incompatible with
+                /// its type will result in a compile-time error.
+                template<typename T>
+                    Result(Result_Type t, T v) :
+                        type(t), defined(true)
+            {
+                switch(type)
+                {
+                    case u8:
+                        val.u8val = (unsigned char)(v);
+                        break;
+                    case s8:
+                        val.s8val = (char)(v);
+                        break;
+                    case u16:
+                        val.u16val = (uint16_t)(v);
+                        break;
+                    case s16:
+                        val.s16val = (int16_t)(v);
+                        break;
+                    case u24:
+                        val.u24val = (uint32_t)(v & 0xFFFFFF);
+                        break;
+                    case u32:
+                        val.u32val = (uint32_t)(v );
+                        break;
+                    case s32:
+                        val.s32val = (int32_t)(v);
+                        break;
+                    case u64:
+                        val.u64val = (uint64_t)(v);
+                        break;
+                    case s64:
+                        val.s64val = (int64_t)(v);
+                        break;
+                    case bit_flag:
+                        val.bitval = (v != 0) ? 1 : 0;
+                        break;
+                    case u48:
+                        val.u48val = (uint64_t)(v & 0x0000FFFFFFFFFFFFLL);
+                        break;
+                    case s48:
+                        val.s48val = (int64_t)(v & 0x0000FFFFFFFFFFFFLL);
+                        break;
+                    case m512:
+                        val.m512val = (void *)(intptr_t) v;
+                        break;
+                    case dbl128:
+                        val.dbl128val = (void*)(intptr_t) v;
+                        break;
+                    case m14:
+                        val.m14val = (void*)(intptr_t) v;
+                        break;
+                    case m96:
+                        val.m96val = (void *)(intptr_t) v;
+                        break;
+                    case m192:
+                        val.m192val = (void *)(intptr_t) v;
+                        break;
+                    case m256:
+                        val.m256val = (void *)(intptr_t) v;
+                        break;
+                    case m384:
+                        val.m384val = (void *)(intptr_t) v;
+                        break;
+                        // Floats should be constructed with float types
+                    default:
+                    case sp_float:
+                    case dp_float:
+                        assert(!"Invalid type!");
+                        break;
+                }
+            }
+                Result(Result_Type t, float v) :
+                    type(t), defined(true)
+            {
+                assert(t == sp_float || t == dp_float);
+                val.dblval = (double)v;
+            }
+                Result(Result_Type t, double v) :
+                    type(t), defined(true)
+            {
+                assert(t == sp_float || t == dp_float);
+                val.dblval = v;
+            }
+                ~Result()
+                {
+                }
 
-      bool operator<(const Result& o) const
-      {
-	if(type < o.type) return true;
-	if(!defined) return false;
-	if(!o.defined) return true;
+                bool operator<(const Result& o) const
+                {
+                    if(type < o.type) return true;
+                    if(!defined) return false;
+                    if(!o.defined) return true;
 
 
-	switch(type)
-	{
-	case u8:
-	  return val.u8val < o.val.u8val;
-	  break;
-	case s8:
-	  return val.s8val < o.val.s8val;
-	  break;
-	case u16:
-	  return val.u16val < o.val.u16val;
-	  break;
-	case s16:
-	  return val.s16val < o.val.s16val;
-	  break;
-	case u24:
-	  return val.u24val < o.val.u24val;
-	  break;
-	case u32:
-	  return val.u32val < o.val.u32val;
-	  break;
-	case s32:
-	  return val.s32val < o.val.s32val;
-	  break;
-	case u64:
-	  return val.u64val < o.val.u64val;
-	  break;
-	case s64:
-	  return val.s64val < o.val.s64val;
-	  break;
-	case sp_float:
-	  return val.floatval < o.val.floatval;
-	  break;
-	case dp_float:
-	  return val.dblval < o.val.dblval;
-	  break;
-	case bit_flag:
-	  return val.bitval < o.val.bitval;
-	  break;
-	case u48:
-	  return val.u48val < o.val.u48val;
-	  break;
-	case s48:
-	  return val.s48val < o.val.s48val;
-	  break;
-	case m512:
-	  return memcmp(val.m512val, o.val.m512val, 512) < 0;
-	  break;
-	case dbl128:
-	  return memcmp(val.dbl128val, o.val.dbl128val, 128 / 8) < 0;
-	  break;
-	case m14:
-	  return memcmp(val.m14val, o.val.m14val, 14) < 0;
-	  break;
-	case m96:
-	  return memcmp(val.m96val, o.val.m96val, 96) < 0;
-	  break;
-	case m192:
-	  return memcmp(val.m192val, o.val.m192val, 192) < 0;
-	  break;
-	case m256:
-	  return memcmp(val.m256val, o.val.m256val, 256) < 0;
-	  break;
-	case m384:
-	  return memcmp(val.m384val, o.val.m384val, 384) < 0;
-	  break;
-	default:
-	  assert(!"Invalid type!");
-	  break;
-	}
-	return false;
-      }
+                    switch(type)
+                    {
+                        case u8:
+                            return val.u8val < o.val.u8val;
+                            break;
+                        case s8:
+                            return val.s8val < o.val.s8val;
+                            break;
+                        case u16:
+                            return val.u16val < o.val.u16val;
+                            break;
+                        case s16:
+                            return val.s16val < o.val.s16val;
+                            break;
+                        case u24:
+                            return val.u24val < o.val.u24val;
+                            break;
+                        case u32:
+                            return val.u32val < o.val.u32val;
+                            break;
+                        case s32:
+                            return val.s32val < o.val.s32val;
+                            break;
+                        case u64:
+                            return val.u64val < o.val.u64val;
+                            break;
+                        case s64:
+                            return val.s64val < o.val.s64val;
+                            break;
+                        case sp_float:
+                            return val.floatval < o.val.floatval;
+                            break;
+                        case dp_float:
+                            return val.dblval < o.val.dblval;
+                            break;
+                        case bit_flag:
+                            return val.bitval < o.val.bitval;
+                            break;
+                        case u48:
+                            return val.u48val < o.val.u48val;
+                            break;
+                        case s48:
+                            return val.s48val < o.val.s48val;
+                            break;
+                        case m512:
+                            return memcmp(val.m512val, o.val.m512val, 512) < 0;
+                            break;
+                        case dbl128:
+                            return memcmp(val.dbl128val, o.val.dbl128val, 128 / 8) < 0;
+                            break;
+                        case m14:
+                            return memcmp(val.m14val, o.val.m14val, 14) < 0;
+                            break;
+                        case m96:
+                            return memcmp(val.m96val, o.val.m96val, 96) < 0;
+                            break;
+                        case m192:
+                            return memcmp(val.m192val, o.val.m192val, 192) < 0;
+                            break;
+                        case m256:
+                            return memcmp(val.m256val, o.val.m256val, 256) < 0;
+                            break;
+                        case m384:
+                            return memcmp(val.m384val, o.val.m384val, 384) < 0;
+                            break;
+                        default:
+                            assert(!"Invalid type!");
+                            break;
+                    }
+                    return false;
+                }
 
-      /// Two %Results are equal if any of the following hold:
-      /// - Both %Results are of the same type and undefined
-      /// - Both %Results are of the same type, defined, and have the same value
-      ///
-      /// Otherwise, they are unequal (due to having different types, an undefined %Result compared to a defined %Result,
-      /// or different values).
+                /// Two %Results are equal if any of the following hold:
+                /// - Both %Results are of the same type and undefined
+                /// - Both %Results are of the same type, defined, and have the same value
+                ///
+                /// Otherwise, they are unequal (due to having different types, an undefined %Result compared to a defined %Result,
+                /// or different values).
 
 
-      bool operator==(const Result& o) const
-      {
-	return !((*this < o) || (o < *this));
+                bool operator==(const Result& o) const
+                {
+                    return !((*this < o) || (o < *this));
 
 
-      }
-      /// %Results are formatted as strings containing their contents, represented as hexadecimal.
-      /// The type of the %Result is not included in the output.
-      std::string format() const
-      {
-	if(!defined)
-	{
-	  return "empty";
-	}
-	else
-	{
-      char hex20; 
-	  switch(type)
-	  {
-	  case u8:
-	    snprintf(hex, 20, "%x", val.u8val);
-	    break;
-	  case s8:
-	    snprintf(hex, 20, "%x", val.s8val);
-	    break;
-	  case u16:
-	    snprintf(hex, 20, "%x", val.u16val);
-	    break;
-	  case s16:
-	    snprintf(hex, 20, "%x", val.s16val);
-	    break;
-	  case u24:
-	    snprintf(hex, 20, "%x", val.u24val);
-	    break;
-	  case u32:
-	    snprintf(hex, 20, "%x", val.u32val);
-	    break;
-	  case s32:
-	    snprintf(hex, 20, "%x", val.s32val);
-	    break;
-	  case u64:
-	    return std::to_string(val.u64val);
-	  case s64:
-	    return std::to_string(val.s64val);
-	    break;
-	  case sp_float:
-	    snprintf(hex, 20, "%f", val.floatval);
-	    break;
-	  case dp_float:
-	    snprintf(hex, 20, "%lf", val.dblval);
-	    break;
-	  case bit_flag:
-	    snprintf(hex, 20, "%x", val.bitval);
-	    break;
-	  case u48:
-	    return std::to_string(val.s48val);
-	    break;
-	  case s48:
-	    return std::to_string(val.s48val);
-	    break;
-     case m512:
-	    snprintf(hex, 20, "%p", val.m512val);
-        break;
-     case m14:
-	    snprintf(hex, 20, "%p", val.m14val);
-        break;
-     case m96:
-	    snprintf(hex, 20, "%p", val.m96val);
-        break;
-     case dbl128:
-	    snprintf(hex, 20, "%p", val.dbl128val);
-         break;
-     case m192:
-	    snprintf(hex, 20, "%p", val.m192val);
-        break;
-     case m256:
-	    snprintf(hex, 20, "%p", val.m256val);
-        break;
-     case m384:
-	    snprintf(hex, 20, "%p", val.m384val);
-        break;
-	  default:
-	    snprintf(hex, 20, "invalid type");
-	    break;
-	  };
-	  return std::string(hex);
-	}
-      }
+                }
+                /// %Results are formatted as strings containing their contents, represented as hexadecimal.
+                /// The type of the %Result is not included in the output.
+                std::string format() const
+                {
+                    if(!defined)
+                    {
+                        return "empty";
+                    }
+                    else
+                    {
+                        char hex20; 
+                        switch(type)
+                        {
+                            case u8:
+                                snprintf(hex, 20, "%x", val.u8val);
+                                break;
+                            case s8:
+                                snprintf(hex, 20, "%x", (unsigned int)val.s8val);
+                                break;
+                            case u16:
+                                snprintf(hex, 20, "%x", val.u16val);
+                                break;
+                            case s16:
+                                snprintf(hex, 20, "%x", (unsigned int)val.s16val);
+                                break;
+                            case u24:
+                                snprintf(hex, 20, "%x", (unsigned int)val.u24val);
+                                break;
+                            case u32:
+                                snprintf(hex, 20, "%x", val.u32val);
+                                break;
+                            case s32:
+                                snprintf(hex, 20, "%x", (unsigned int)val.s32val);
+                                break;
+                            case u64:
+                                snprintf(hex, 20, "%lx", val.u64val);
+                                break;
+                            case s64:
+                                snprintf(hex, 20, "%lx", (uint64_t) val.s64val);
+                                break;
+                            case sp_float:
+                                snprintf(hex, 20, "%f", (double)val.floatval);
+                                break;
+                            case dp_float:
+                                snprintf(hex, 20, "%lf", val.dblval);
+                                break;
+                            case bit_flag:
+                                snprintf(hex, 20, "%x", (unsigned int)val.bitval);
+                                break;
+                            case u48:
+                                snprintf(hex, 20, "%lx", val.u48val);
+                                break;
+                            case s48:
+                                snprintf(hex, 20, "%lx", (uint64_t ) val.s48val);
+                                break;
+                            case m512:
+                                snprintf(hex, 20, "%p", val.m512val);
+                                break;
+                            case m14:
+                                snprintf(hex, 20, "%p", val.m14val);
+                                break;
+                            case m96:
+                                snprintf(hex, 20, "%p", val.m96val);
+                                break;
+                            case dbl128:
+                                snprintf(hex, 20, "%p", val.dbl128val);
+                                break;
+                            case m192:
+                                snprintf(hex, 20, "%p", val.m192val);
+                                break;
+                            case m256:
+                                snprintf(hex, 20, "%p", val.m256val);
+                                break;
+                            case m384:
+                                snprintf(hex, 20, "%p", val.m384val);
+                                break;
+                            default:
+                                snprintf(hex, 20, "invalid type");
+                                break;
+                        };
+                        return std::string(hex);
+                    }
+                }
 
 
 
-      template< typename to_type >
-      to_type convert() const
-      {
-	switch(type)
-	{
-	case s8:
-	  return to_type(val.s8val);
-	case u8:
-	  return to_type(val.u8val);
-	case s16:
-	  return to_type(val.s16val);
-	case u16:
-	  return to_type(val.u16val);
-	case u24:
-	  return to_type(val.u24val);
-	case s32:
-	  return to_type(val.s32val);
-	case u32:
-	  return to_type(val.u32val);
-	case s48:
-	  return to_type(val.s48val);
-	case u48:
-	  return to_type(val.u48val);
-	case s64:
-	  return to_type(val.s64val);
-	case u64:
-	  return to_type(val.u64val);
-	case sp_float:
-	  return to_type(val.floatval);
-	case dp_float:
-	  return to_type(val.dblval);
-	case bit_flag:
-	  return to_type(val.bitval);
-	case m512:
-	case dbl128:
-    case m192:
-    case m256:
-    case m384:
-    case m96:
-	  assert(!"M512 and DBL128 types cannot be converted yet");
-	  return to_type(0);
-	default:
-	  assert(!"Invalid type in result!");
-	  return to_type(0);
-	}
-      }
+                template< typename to_type >
+                    to_type convert() const
+                    {
+                        switch(type)
+                        {
+                            case s8:
+                                return to_type(val.s8val);
+                            case u8:
+                                return to_type(val.u8val);
+                            case s16:
+                                return to_type(val.s16val);
+                            case u16:
+                                return to_type(val.u16val);
+                            case u24:
+                                return to_type(val.u24val);
+                            case s32:
+                                return to_type(val.s32val);
+                            case u32:
+                                return to_type(val.u32val);
+                            case s48:
+                                return to_type(val.s48val);
+                            case u48:
+                                return to_type(val.u48val);
+                            case s64:
+                                return to_type(val.s64val);
+                            case u64:
+                                return to_type(val.u64val);
+                            case sp_float:
+                                return to_type(val.floatval);
+                            case dp_float:
+                                return to_type(val.dblval);
+                            case bit_flag:
+                                return to_type(val.bitval);
+                            case m512:
+                            case dbl128:
+                            case m192:
+                            case m256:
+                            case m384:
+                            case m96:
+                                assert(!"M512 and DBL128 types cannot be converted yet");
+                                return to_type(0);
+                            default:
+                                assert(!"Invalid type in result!");
+                                return to_type(0);
+                        }
+                    }
 
 
-    /// Returns the size of the contained type, in bytes
-      int size() const
-      {
-	switch(type)
-	{
-	case u8:
-	case s8:
-	  return 1;
-	case u16:
-	case s16:
-	  return 2;
-    case u24:
-      return 3;
-	case u32:
-	case s32:
-	  return 4;
-	case u64:
-	case s64:
-	  return 8;
-	case u48:
-	case s48:
-	  return 6;
-	case sp_float:
-	  return sizeof(float);
-	case dp_float:
-             return sizeof(double);
-	case bit_flag:
-	  return 1;
-   case m512:
-      return 64;
-   case dbl128:
-      return 16;
-   case m192:
-      return 24;
-   case m256:
-      return 32;
-	default:
-	  // In probabilistic gap parsing,
-	  // we could start to decode at any byte and reach here.
-	  // It is a sign for junk bytes
-	  return 0;
-	};
-      }
-    };
+                /// Returns the size of the contained type, in bytes
+                int size() const
+                {
+                    switch(type)
+                    {
+                        case u8:
+                        case s8:
+                            return 1;
+                        case u16:
+                        case s16:
+                            return 2;
+                        case u24:
+                            return 3;
+                        case u32:
+                        case s32:
+                            return 4;
+                        case u64:
+                        case s64:
+                            return 8;
+                        case u48:
+                        case s48:
+                            return 6;
+                        case sp_float:
+                            return sizeof(float);
+                        case dp_float:
+                            return sizeof(double);
+                        case bit_flag:
+                            return 1;
+                        case m512:
+                            return 64;
+                        case dbl128:
+                            return 16;
+                        case m192:
+                            return 24;
+                        case m256:
+                            return 32;
+                        default:
+                            // In probabilistic gap parsing,
+                            // we could start to decode at any byte and reach here.
+                            // It is a sign for junk bytes
+                            return 0;
+                    };
+                }
+        };
 
-    INSTRUCTION_EXPORT Result operator+(const Result& arg1, const Result& arg2);
-    INSTRUCTION_EXPORT Result operator*(const Result& arg1, const Result& arg2);
-    INSTRUCTION_EXPORT Result operator<<(const Result& arg1, const Result& arg2);
-    INSTRUCTION_EXPORT Result operator>>(const Result& arg1, const Result& arg2);
-    INSTRUCTION_EXPORT Result operator&(const Result& arg1, const Result& arg2);
-    INSTRUCTION_EXPORT Result operator|(const Result& arg1, const Result& arg2);
+        INSTRUCTION_EXPORT Result operator+(const Result& arg1, const Result& arg2);
+        INSTRUCTION_EXPORT Result operator*(const Result& arg1, const Result& arg2);
+        INSTRUCTION_EXPORT Result operator<<(const Result& arg1, const Result& arg2);
+        INSTRUCTION_EXPORT Result operator>>(const Result& arg1, const Result& arg2);
+        INSTRUCTION_EXPORT Result operator&(const Result& arg1, const Result& arg2);
+        INSTRUCTION_EXPORT Result operator|(const Result& arg1, const Result& arg2);
 
-  };
-};
+    }
+}
 
 
 #endif // !defined(RESULT_H)

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/h/Ternary.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/h/Ternary.h Changed

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU Added

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU/cdna2 Added

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU/cdna2/InstructionDecoder-amdgpu-cdna2.C Added

@@ -0,0 +1,265 @@
+/*
+ * See the dyninst/COPYRIGHT file for copyright information.
+ *
+ * We provide the Paradyn Tools (below described as "Paradyn")
+ * on an AS IS basis, and do not warrant its validity or performance.
+ * We reserve the right to update, modify, or discontinue this
+ * software at any time.  We shall have no obligation to supply such
+ * updates or modifications or any other form of support to you.
+ *
+ * By your use of Paradyn, you understand and agree that we (or any
+ * other person or entity with proprietary rights in Paradyn) are
+ * under no obligation to provide either maintenance services,
+ * update services, notices of latent defects, or correction of
+ * defects for Paradyn.
+ *
+ * This library is free software; you can redistribute it and/or
+ * modify it under the terms of the GNU Lesser General Public
+ * License as published by the Free Software Foundation; either
+ * version 2.1 of the License, or (at your option) any later version.
+ *
+ * This library is distributed in the hope that it will be useful,
+ * but WITHOUT ANY WARRANTY; without even the implied warranty of
+ * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
+ * Lesser General Public License for more details.
+ *
+ * You should have received a copy of the GNU Lesser General Public
+ * License along with this library; if not, write to the Free Software
+ * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
+ */
+
+#include "Ternary.h"
+#include "InstructionDecoder-amdgpu-cdna2.h"
+
+namespace Dyninst {
+	namespace InstructionAPI {
+		typedef void (InstructionDecoder_amdgpu_cdna2::*operandFactory)();
+
+		typedef amdgpu_cdna2_insn_entry amdgpu_cdna2_insn_table;
+		typedef amdgpu_mask_entry amdgpu_decoder_table;
+
+		const std::array<std::string, 16> InstructionDecoder_amdgpu_cdna2::condNames = { {
+			"eq", "ne", "cs", "cc", "mi", "pl", "vs", "vc", "hi", "ls", "ge",
+			"lt", "gt", "le", "al", "nv",
+		} };
+
+		const char* InstructionDecoder_amdgpu_cdna2::bitfieldInsnAliasMap(entryID) {
+			assert(!"no alias for entryID");
+			return nullptr;
+		}
+		const char* InstructionDecoder_amdgpu_cdna2::condInsnAliasMap(entryID) {
+			assert(!"no alias for entryID");
+			return nullptr;
+		}
+
+#include "amdgpu_cdna2_insn_entry.h"
+		struct amdgpu_mask_entry {
+			unsigned int mask;
+			std::size_t branchCnt;
+			const std::pair<unsigned int,unsigned int>* nodeBranches;
+			int insnTableIndex;
+
+			static const amdgpu_decoder_table main_decoder_table;
+			static const std::pair<unsigned int,unsigned int> branchTable;
+		};
+
+#include "amdgpu_cdna2_opcode_tables.C"
+
+		using namespace std;
+		void InstructionDecoder_amdgpu_cdna2::NOTHING() {
+		}
+
+		Result_Type InstructionDecoder_amdgpu_cdna2::makeSizeType(unsigned int) {
+			assert(0); //not implemented
+			return u32;
+		}
+
+		// ****************
+		// decoding opcodes
+		// ****************
+
+		MachRegister InstructionDecoder_amdgpu_cdna2::makeAmdgpuRegID(MachRegister base, unsigned int encoding , unsigned int) {
+			return MachRegister(base.val() + encoding);
+
+		}
+
+		Expression::Ptr InstructionDecoder_amdgpu_cdna2::makePCExpr() {
+			MachRegister baseReg = amdgpu_cdna2::pc_all;
+			return makeRegisterExpression(baseReg);
+		}
+
+		void InstructionDecoder_amdgpu_cdna2::makeBranchTarget(bool branchIsCall, bool bIsConditional, int immVal,
+				int immLen_ = 16) {
+			Expression::Ptr lhs = makeAddExpression(makePCExpr(),Immediate::makeImmediate(Result(s48,4)),s48);
+			int64_t offset = sign_extend64(immLen_, immVal * 4);
+
+			Expression::Ptr rhs = Immediate::makeImmediate(Result(s64, offset));
+
+			insn_in_progress->addSuccessor(makeAddExpression(lhs, rhs, s64), branchIsCall, false, bIsConditional,
+					false);
+			if (bIsConditional || branchIsCall) {
+				insn_in_progress->addSuccessor(makeFallThroughExpr(), false, false, false, true);
+			}
+
+		}
+
+		Expression::Ptr InstructionDecoder_amdgpu_cdna2::makeFallThroughExpr() {
+			// TODO: while s_call_B64 is always 4 bytes, it is not clear whether all instructions that has a fall through branch are 4 bytes long
+			return makeAddExpression(makePCExpr(), Immediate::makeImmediate(Result(u64, unsign_extend64(3, 4))), u64);
+		}
+
+
+		bool InstructionDecoder_amdgpu_cdna2::decodeOperands(const Instruction *) {
+			assert(0 && "decodeOperands deprecated for amdgpu");
+			return true;
+		}
+
+		Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeSGPRorM0(unsigned int offset){
+			if( offset <= 104)
+				return makeRegisterExpression(makeAmdgpuRegID(amdgpu_cdna2::s0,offset));
+			if (offset == 124)
+				return makeRegisterExpression(amdgpu_cdna2::m0);
+            cerr << " unknown offset in sgpr or m0 " << offset << endl; 
+			assert(0 && "shouldn't reach here");
+			return {};
+		}
+
+
+        uint32_t InstructionDecoder_amdgpu_cdna2::decodeOPR_LITERAL(){
+            if (!useImm){
+                    useImm = true;
+                    immLen = 4;
+                    if(insn_size == 4)
+                        immLiteral = imm_at_32;
+                    else if(insn_size ==8)
+                        immLiteral = imm_at_64;
+                    else
+                        assert(0 && "unsupported instruction size");
+
+            } 
+            return immLiteral;
+        }
+        Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_LABEL(uint64_t input){
+        	Expression::Ptr lhs = makeAddExpression(makePCExpr(),Immediate::makeImmediate(Result(s48,4)),s48);
+			int64_t offset = sign_extend64(immLen, input * 4);
+			Expression::Ptr rhs = Immediate::makeImmediate(Result(s64, offset));
+			return makeAddExpression(lhs, rhs, s64);
+	
+        }
+        Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SIMM4(uint64_t input){
+		    return Immediate::makeImmediate(Result(s8, input));
+        }
+        Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SIMM8(uint64_t input){
+		    return Immediate::makeImmediate(Result(s8, input));
+        }
+        Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SIMM16(uint64_t input){
+		    return Immediate::makeImmediate(Result(s16, input));
+        }
+        Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SIMM32(uint64_t input){
+		    return Immediate::makeImmediate(Result(s32, input));
+        }
+        Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_WAITCNT(uint64_t input){
+		    return Immediate::makeImmediate(Result(s16, input));
+        }
+        Expression::Ptr InstructionDecoder_amdgpu_cdna2::makeRegisterExpression(MachRegister registerID){
+            if(registerID == amdgpu_cdna2::src_literal){
+                return Immediate::makeImmediate(Result(u32,decodeOPR_LITERAL()));
+            }
+            return InstructionDecoderImpl::makeRegisterExpression(registerID);
+        }
+        Expression::Ptr InstructionDecoder_amdgpu_cdna2::makeRegisterExpression(MachRegister registerID, uint32_t low, uint32_t high ){
+            if(registerID == amdgpu_cdna2::src_literal){
+                return Immediate::makeImmediate(Result(u32,decodeOPR_LITERAL()));
+            }
+            return InstructionDecoderImpl::makeRegisterExpression(registerID, low, high );
+        }
+
+
+
+        void Dyninst::InstructionAPI::InstructionDecoder_amdgpu_cdna2::finalizeENC_VINTRPOperands(){
+        
+        }
+#include "amdgpu_cdna2_decoder_impl.C"
+#include "decodeOperands.C"
+#include "finalizeOperands.C"
+		inline unsigned int InstructionDecoder_amdgpu_cdna2::get32bit(InstructionDecoder::buffer &b,unsigned int offset ){
+			assert(offset %4 ==0 );
+            if(b.start + offset + 4 < b.end)
+			    return b.startoffset+3 << 24 | b.startoffset + 2 << 16 | b.startoffset +1  << 8 | b.start offset;
+            return 0;
+		}
+
+
+		void InstructionDecoder_amdgpu_cdna2::reset(){
+			immLen = 0;
+			insn_size = 0;
+			num_elements =1;
+			isBranch = false;
+			isConditional = false;
+			isModifyPC =false;
+			isSMEM = false;
+			isLoad = false ;
+			isStore =false;
+			isBuffer =false ;
+			isScratch = false;
+			insn = insn_high = insn_long = 0;
+			useImm = false;
+			isCall = false;
+			if (!getenv("DEBUG_DECODE"))
+				cout.setstate(ios_base::badbit);
+		}
+		// here we assemble the first 64 bit (if available) as an instruction
+
+		void InstructionDecoder_amdgpu_cdna2::setupInsnWord(InstructionDecoder::buffer &b) {
+			reset();
+			if (b.start > b.end)
+				return;
+			insn = get32bit(b,0);
+
+			imm_at_32 = insn_high = get32bit(b,4);
+			imm_at_64 = get32bit(b,8);
+
+			insn_long = ( ((uint64_t) insn_high) << 32) | insn;
+            cout << " setup insn_long = " <<  std::hex << insn_long << endl;
+
+		}
+		void InstructionDecoder_amdgpu_cdna2::decodeOpcode(InstructionDecoder::buffer &b) {
+			setupInsnWord(b);
+			mainDecode();
+			b.start += insn_in_progress->size();
+		}
+		
+		void InstructionDecoder_amdgpu_cdna2::debug_instr(){
+			cout << "decoded instruction " <<  insn_in_progress->getOperation().mnemonic << " " << std::hex << insn_long << " insn_family = " << instr_family 
+				<< "  length = " <<  insn_in_progress->size()<< endl << endl;
+
+		}
+
+		Instruction InstructionDecoder_amdgpu_cdna2::decode(InstructionDecoder::buffer &b) {
+			setupInsnWord(b);
+			mainDecode();
+			if(entryToCategory(insn_in_progress->getOperation().getID())==c_BranchInsn){
+                //cout << "Is Branch Instruction !! , name = " << insn_in_progress -> getOperation().mnemonic << endl;
+				//std::mem_fun(decode_lookup_tableinstr_family)(this);
+			}
+			debug_instr();
+			cout.clear();
+			b.start += insn_in_progress->size();
+			return *insn_in_progress;
+		}
+
+		void InstructionDecoder_amdgpu_cdna2::doDelayedDecode(const Instruction *insn_to_complete) {
+
+			InstructionDecoder::buffer b(insn_to_complete->ptr(), insn_to_complete->size());
+			setupInsnWord(b);
+			mainDecode();
+			debug_instr();
+			cout.clear();
+			Instruction* iptr = const_cast<Instruction*>(insn_to_complete);
+            *iptr = *(insn_in_progress.get());
+		}
+	}
+}
+
+
+

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU/cdna2/InstructionDecoder-amdgpu-cdna2.h Added

@@ -0,0 +1,317 @@
+/*
+ * See the dyninst/COPYRIGHT file for copyright information.
+ *
+ * We provide the Paradyn Tools (below described as "Paradyn")
+ * on an AS IS basis, and do not warrant its validity or performance.
+ * We reserve the right to update, modify, or discontinue this
+ * software at any time.  We shall have no obligation to supply such
+ * updates or modifications or any other form of support to you.
+ *
+ * By your use of Paradyn, you understand and agree that we (or any
+ * other person or entity with proprietary rights in Paradyn) are
+ * under no obligation to provide either maintenance services,
+ * update services, notices of latent defects, or correction of
+ * defects for Paradyn.
+ *
+ * This library is free software; you can redistribute it and/or
+ * modify it under the terms of the GNU Lesser General Public
+ * License as published by the Free Software Foundation; either
+ * version 2.1 of the License, or (at your option) any later version.
+ *
+ * This library is distributed in the hope that it will be useful,
+ * but WITHOUT ANY WARRANTY; without even the implied warranty of
+ * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
+ * Lesser General Public License for more details.
+ *
+ * You should have received a copy of the GNU Lesser General Public
+ * License along with this library; if not, write to the Free Software
+ * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
+ */
+
+#include "InstructionDecoderImpl.h"
+#include <iostream>
+#include "Immediate.h"
+#include "dyn_regs.h"
+
+namespace Dyninst {
+    namespace InstructionAPI {
+
+#define insn_printf(format, ...) \
+        do{ \
+            printf("%s:%uinsn_debug " format, FILE__, __LINE__, ## __VA_ARGS__); \
+        }while(0)
+
+        struct amdgpu_cdna2_insn_entry;
+        struct amdgpu_mask_entry;
+
+        class InstructionDecoder_amdgpu_cdna2 : public InstructionDecoderImpl {
+            friend struct amdgpu_cdna2_insn_entry;
+            friend struct amdgpu_mask_entry;
+            enum DecodeFamily {sopp};
+
+            public:
+    		InstructionDecoder_amdgpu_cdna2(Architecture a) : InstructionDecoderImpl(a) {}
+
+            virtual ~InstructionDecoder_amdgpu_cdna2() = default;
+
+            virtual void decodeOpcode(InstructionDecoder::buffer &b);
+
+            // decode one instruction starting from b.start
+            // will advance b.start whenver a instruction is successfully decoded
+            virtual Instruction decode(InstructionDecoder::buffer &b);
+
+            virtual void setMode(bool) { }
+
+            virtual bool decodeOperands(const Instruction *insn_to_complete);
+
+            bool decodeOperands(const amdgpu_cdna2_insn_entry & insn_entry);
+
+            virtual void doDelayedDecode(const Instruction *insn_to_complete);
+
+            static const std::array<std::string, 16> condNames;
+            static MachRegister sysRegMap(unsigned int);
+            static const char* bitfieldInsnAliasMap(entryID);
+            static const char* condInsnAliasMap(entryID);
+
+
+
+            private:
+            virtual Result_Type makeSizeType(unsigned int opType);
+
+            bool is64Bit{};
+
+            unsigned int insn_size{}; // size of the instruction that we are currently working on
+            unsigned int insn{}; // the first 32 bit
+            unsigned int insn_high{}; // the second 32 bit
+            unsigned long long int insn_long{}; // the combined 64 bit: insn_high << 32 | insn
+
+            // the main process of decoding an instruciton, won't advance buffer
+            void mainDecode(); 
+
+            void mainDecodeOpcode(); 
+
+
+            void setupInsnWord(InstructionDecoder::buffer &b); 
+            // pointer to the instruction that we are currently working on
+            boost::shared_ptr<Instruction> insn_in_progress;
+
+            template<int start, int end>
+                int field(unsigned int raw) {
+#if defined DEBUG_FIELD
+                    std::cerr << start << "-" << end << ":" << std::dec << (raw >> (start) &
+                            (0xFFFFFFFF >> (31 - (end - start)))) << " ";
+#endif
+                    return (raw >> (start) & (0xFFFFFFFF >> (31 - (end - start))));
+                }
+
+            template<int start, int end>
+                int longfield(unsigned long long int raw) {
+#if defined DEBUG_FIELD
+                    std::cerr << start << "-" << end << ":" << std::dec << (raw >> (start) &
+                            (0xFFFFFFFFFFFFFFFF >> (63 - (end - start)))) << " ";
+#endif
+                    return ( (raw >> (start)) & (0xFFFFFFFFFFFFFFFF >> (63 - (end - start))));
+                }
+
+            int32_t sign_extend32(int size_, int in) {
+                int32_t val = 0 | in;
+
+                return (val << (32 - size_)) >> (32 - size_);
+            }
+
+            int64_t sign_extend64(int size_, int in) {
+                int64_t val = 0 | in;
+
+                return (val << (64 - size_)) >> (64 - size_);
+            }
+
+            uint32_t unsign_extend32(int size_, int in) {
+                uint32_t mask = ~0;
+
+                return (mask >> (32 - size_)) & in;
+            }
+
+            uint64_t unsign_extend64(int size_, int in) {
+                uint64_t mask = ~0;
+
+                return (mask >> (64 - size_)) & in;
+            }
+
+            int highest_set_bit(int32_t val) {
+                for (int bit_index = 31; bit_index >= 0; bit_index--)
+                    if (((static_cast<uint32_t>(val) >> bit_index) & 0x1) == 0x1)
+                        return bit_index + 1;
+
+                return -1;
+            }
+
+            int lowest_set_bit(int32_t val) {
+                for (int bit_index = 0; bit_index <= 31; bit_index++)
+                    if (((static_cast<uint32_t>(val) >> bit_index) & 0x1) == 0x1)
+                        return bit_index + 1;
+
+                return -1;
+            }
+
+
+            bool hasHw{};
+            int hwField{};
+
+            void processHwFieldInsn(int, int);
+
+            bool hasShift{};
+            int shiftField{};
+
+            void makeBranchTarget(bool, bool, int, int);
+
+            Expression::Ptr makeFallThroughExpr();
+
+            int _szField{}, size{};
+            int _typeField{};
+            int cmode{};
+            int op{};
+            int simdAlphabetImm{};
+
+            void processAlphabetImm();
+
+            void NOTHING();
+            bool fix_bitfieldinsn_alias(int, int);
+            void fix_condinsn_alias_and_cond(int &);
+            void modify_mnemonic_simd_upperhalf_insns();
+
+            MachRegister makeAmdgpuRegID(MachRegister, unsigned int, unsigned int len = 1);
+
+            MachRegister getLoadStoreSimdRegister(int encoding);
+
+            Expression::Ptr makePCExpr();
+
+
+            template<typename T>
+                Expression::Ptr makeLogicalImm(int immr, int imms, int immsLen, Result_Type rT);
+
+
+            //for load store
+            void insnSize(unsigned int insn_size );
+
+            Expression::Ptr decodeSSRC(unsigned int index);
+            Expression::Ptr decodeVSRC(unsigned int index);
+            Expression::Ptr decodeVDST(unsigned int index);
+
+            Expression::Ptr decodeSGPRorM0(unsigned int offset);
+
+            
+            bool useImm{};
+            uint32_t immLen{};
+            uint32_t immLiteral{};
+            uint32_t imm_at_32{};
+            uint32_t imm_at_64{};
+            uint32_t imm_at_96{};
+
+            bool setSCC{};
+
+#define IS_LD_ST() (isLoad || isStore )
+
+            unsigned int num_elements{1};  // the number of elements that will be load or store by each instruction
+            bool isSMEM{}; // this is set when using smem instruction
+            bool isLoad{}; // this is set when a smem instruction is load, will set number of elements that are loaded at the same time
+            bool isStore{}; // similar to isLoad, but for store instructions
+            bool isBuffer{}; //
+            bool isScratch{};
+
+            bool isBranch{}; // this is set for all branch instructions,
+            bool isConditional{}; // this is set for all conditional branch instruction, will set branchCond
+            bool isCall{}; // this is a call function
+
+
+
+            // this is set for instructions that directly modify pc
+            // namely s_setpc and s_swappc
+            bool isModifyPC{};
+
+            // reset the decoder internal state for decoding the next instruction
+            void reset();
+
+            Expression::Ptr branchCond;
+            Expression::Ptr branchTarget;
+
+            void setBranch(){
+                isBranch = true;
+            }
+
+            void setConditionalBranch(){
+                isConditional = true;
+                // TODO : set conditional branch
+            }
+            void setModifyPC(){
+                isModifyPC = true;
+            }
+
+            void setCall(){
+                isCall =  true;
+            }
+
+            inline unsigned int get32bit(InstructionDecoder::buffer &b,unsigned int offset );
+
+            template<unsigned int start,unsigned int end, unsigned int candidate>
+                void setUseImm(InstructionDecoder::buffer & b, unsigned int offset){
+                    if ( longfield<start,end>(insn_long) == candidate ){
+                        useImm = true;
+                        immLen = 4;
+                        immLiteral = get32bit(b,offset);
+                    }
+
+                }
+
+            void setSMEM() {isSMEM = true;}
+
+
+
+            template<unsigned int num_elements>
+                void setLoad(){isLoad = true; this->num_elements = num_elements; }
+
+            template<unsigned int num_elements>
+                void setStore() {isStore = true;this->num_elements = num_elements;}
+
+            void setScratch() {isScratch = true;}
+
+            void setBuffer() {isBuffer = true;}
+
+            typedef struct buffer_resource_desc{
+                unsigned long long base_address;
+                unsigned stride;
+                unsigned cache_swizzle;
+                unsigned swizzle_enable;
+                unsigned num_records;
+                unsigned dst_sel_x;
+                unsigned dst_sel_y;
+                unsigned dst_sel_z;
+                unsigned dst_sel_w;
+                unsigned num_format;
+                unsigned data_format;
+                unsigned user_vm_enable;
+                unsigned user_vm_mode;
+                unsigned index_stride;
+                unsigned add_tid_enable;
+                unsigned non_volatile;
+                unsigned type;
+            }buffer_resource_desc;
+
+            void debug_instr();
+            
+            uint32_t decodeOPR_LITERAL();
+            Expression::Ptr decodeOPR_LABEL(uint64_t input);
+            Expression::Ptr decodeOPR_SIMM4(uint64_t input);
+            Expression::Ptr decodeOPR_SIMM8(uint64_t input);
+            Expression::Ptr decodeOPR_SIMM16(uint64_t input);
+            Expression::Ptr decodeOPR_SIMM32(uint64_t input);
+            Expression::Ptr decodeOPR_WAITCNT(uint64_t input);
+            using InstructionDecoderImpl::makeRegisterExpression;
+            Expression::Ptr makeRegisterExpression(MachRegister registerID);
+            Expression::Ptr makeRegisterExpression(MachRegister registerID, uint32_t low , uint32_t high );
+            void specialHandle();
+            #include "amdgpu_cdna2_decoder_impl.h"    
+            #include "decodeOperands.h"    
+        };
+    }
+}
+

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU/cdna2/amdgpu_cdna2_decoder_impl.C Added

@@ -0,0 +1,2261 @@
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_SOP1(uint64_t I){
+	switch( I & 4286643968 ){
+	case 3196059648:
+	case 3196059904:
+	case 3196060672:
+	case 3196060160:
+	case 3196060416:
+	case 3196060928:
+	case 3196061184:
+	case 3196061440:
+	case 3196061696:
+	case 3196061952:
+	case 3196063744:
+	case 3196064000:
+	case 3196068096:
+	case 3196067840:
+	case 3196064256:
+	case 3196068352:
+	case 3196071936:
+	case 3196072448:
+	case 3196064512:
+	case 3196068608:
+	case 3196072704:
+	case 3196064768:
+	case 3196068864:
+	case 3196072960:
+	case 3196065024:
+	case 3196069120:
+	case 3196073216:
+	case 3196065280:
+	case 3196069376:
+	case 3196073472:
+	case 3196065536:
+	case 3196069632:
+	case 3196073728:
+	case 3196065792:
+	case 3196069888:
+	case 3196066048:
+	case 3196070144:
+	case 3196062208:
+	case 3196066304:
+	case 3196070400:
+	case 3196062464:
+	case 3196066560:
+	case 3196070656:
+	case 3196062720:
+	case 3196066816:
+	case 3196070912:
+	case 3196067584:
+	case 3196062976:
+	case 3196067072:
+	case 3196071168:
+	case 3196063232:
+	case 3196067328:
+	case 3196071424:
+	case 3196063488:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_SOPC(uint64_t I){
+	switch( I & 4294901760 ){
+	case 3204448256:
+	case 3204513792:
+	case 3204644864:
+	case 3204579328:
+	case 3204710400:
+	case 3204775936:
+	case 3204841472:
+	case 3204907008:
+	case 3204972544:
+	case 3205038080:
+	case 3205103616:
+	case 3205169152:
+	case 3205234688:
+	case 3205300224:
+	case 3205365760:
+	case 3205431296:
+	case 3205693440:
+	case 3205562368:
+	case 3205627904:
+	case 3205496832:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_SOPP(uint64_t I){
+	switch( I & 4294901760 ){
+	case 3212836864:
+	case 3212902400:
+	case 3213033472:
+	case 3212967936:
+	case 3213099008:
+	case 3213164544:
+	case 3213230080:
+	case 3213295616:
+	case 3213361152:
+	case 3213426688:
+	case 3213492224:
+	case 3213623296:
+	case 3213754368:
+	case 3214016512:
+	case 3214147584:
+	case 3213885440:
+	case 3214606336:
+	case 3214737408:
+	case 3213557760:
+	case 3213688832:
+	case 3213819904:
+	case 3214082048:
+	case 3213950976:
+	case 3214213120:
+	case 3214278656:
+	case 3214344192:
+	case 3214475264:
+	case 3214409728:
+	case 3214540800:
+	case 3214671872:
+	case 3214802944:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_SOPK(uint64_t I){
+	switch( I & 4286578688 ){
+	case 2952790016:
+	case 2961178624:
+	case 2986344448:
+	case 2969567232:
+	case 2977955840:
+	case 2994733056:
+	case 3003121664:
+	case 3011510272:
+	case 3019898880:
+	case 3028287488:
+	case 3036676096:
+	case 3045064704:
+	case 3053453312:
+	case 3061841920:
+	case 3070230528:
+	case 3078619136:
+	case 3103784960:
+	case 3095396352:
+	case 3128950784:
+	case 3120562176:
+	case 3087007744:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_SOP2(uint64_t I){
+	switch( I & 4286578688 ){
+	case 2147483648:
+	case 2155872256:
+	case 2181038080:
+	case 2164260864:
+	case 2172649472:
+	case 2189426688:
+	case 2197815296:
+	case 2206203904:
+	case 2214592512:
+	case 2222981120:
+	case 2231369728:
+	case 2239758336:
+	case 2248146944:
+	case 2256535552:
+	case 2264924160:
+	case 2273312768:
+	case 2399141888:
+	case 2533359616:
+	case 2407530496:
+	case 2541748224:
+	case 2415919104:
+	case 2550136832:
+	case 2298478592:
+	case 2306867200:
+	case 2290089984:
+	case 2315255808:
+	case 2281701376:
+	case 2323644416:
+	case 2332033024:
+	case 2340421632:
+	case 2348810240:
+	case 2357198848:
+	case 2424307712:
+	case 2558525440:
+	case 2432696320:
+	case 2566914048:
+	case 2441084928:
+	case 2575302656:
+	case 2516582400:
+	case 2449473536:
+	case 2583691264:
+	case 2457862144:
+	case 2466250752:
+	case 2474639360:
+	case 2390753280:
+	case 2483027968:
+	case 2524971008:
+	case 2491416576:
+	case 2365587456:
+	case 2499805184:
+	case 2373976064:
+	case 2508193792:
+	case 2382364672:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_SMEM(uint64_t I){
+	switch( I & 4294705152 ){
+	case 3221225472:
+	case 3221487616:
+	case 3222274048:
+	case 3221749760:
+	case 3222011904:
+	case 3222536192:
+	case 3222798336:
+	case 3223060480:
+	case 3223322624:
+	case 3223584768:
+	case 3223846912:
+	case 3224109056:
+	case 3224371200:
+	case 3225419776:
+	case 3225681920:
+	case 3225944064:
+	case 3249537024:
+	case 3229614080:
+	case 3238002688:
+	case 3246391296:
+	case 3254779904:
+	case 3257925632:
+	case 3263168512:
+	case 3229876224:
+	case 3238264832:
+	case 3246653440:
+	case 3255042048:
+	case 3263430656:
+	case 3266314240:
+	case 3230138368:
+	case 3238526976:
+	case 3246915584:
+	case 3255304192:
+	case 3263692800:
+	case 3230400512:
+	case 3238789120:
+	case 3247177728:
+	case 3255566336:
+	case 3263954944:
+	case 3230662656:
+	case 3239051264:
+	case 3247439872:
+	case 3255828480:
+	case 3264217088:
+	case 3226730496:
+	case 3230924800:
+	case 3239313408:
+	case 3247702016:
+	case 3256090624:
+	case 3264479232:
+	case 3226992640:
+	case 3231186944:
+	case 3239575552:
+	case 3247964160:
+	case 3256352768:
+	case 3264741376:
+	case 3227254784:
+	case 3231449088:
+	case 3239837696:
+	case 3248226304:
+	case 3256614912:
+	case 3265003520:
+	case 3227516928:
+	case 3231711232:
+	case 3240099840:
+	case 3248488448:
+	case 3256877056:
+	case 3265265664:
+	case 3227779072:
+	case 3231973376:
+	case 3240361984:
+	case 3248750592:
+	case 3257139200:
+	case 3265527808:
+	case 3249274880:
+	case 3228041216:
+	case 3240624128:
+	case 3249012736:
+	case 3257401344:
+	case 3265789952:
+	case 3257663488:
+	case 3240886272:
+	case 3266052096:
+	case 3241148416:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_VOP1(uint64_t I){
+	switch( I & 4261543424 ){
+	case 2113929216:
+	case 2113929728:
+	case 2113930752:
+	case 2113931264:
+	case 2113930240:
+	case 2113931776:
+	case 2113932288:
+	case 2113932800:
+	case 2113933312:
+	case 2113934336:
+	case 2113937408:
+	case 2113937920:
+	case 2113941504:
+	case 2113942016:
+	case 2113946112:
+	case 2113950208:
+	case 2113945600:
+	case 2113954304:
+	case 2113958400:
+	case 2113962496:
+	case 2113949696:
+	case 2113953792:
+	case 2113938432:
+	case 2113942528:
+	case 2113946624:
+	case 2113950720:
+	case 2113954816:
+	case 2113958912:
+	case 2113961984:
+	case 2113963008:
+	case 2113967104:
+	case 2113966080:
+	case 2113934848:
+	case 2113938944:
+	case 2113943040:
+	case 2113947136:
+	case 2113951232:
+	case 2113955328:
+	case 2113959424:
+	case 2113963520:
+	case 2113967616:
+	case 2113935360:
+	case 2113939456:
+	case 2113943552:
+	case 2113947648:
+	case 2113951744:
+	case 2113955840:
+	case 2113959936:
+	case 2113964032:
+	case 2113968128:
+	case 2113971200:
+	case 2113935872:
+	case 2113939968:
+	case 2113944064:
+	case 2113948160:
+	case 2113952256:
+	case 2113956352:
+	case 2113960448:
+	case 2113964544:
+	case 2113968640:
+	case 2113936384:
+	case 2113940480:
+	case 2113944576:
+	case 2113948672:
+	case 2113952768:
+	case 2113960960:
+	case 2113965056:
+	case 2113969152:
+	case 2113936896:
+	case 2113940992:
+	case 2113945088:
+	case 2113949184:
+	case 2113953280:
+	case 2113957376:
+	case 2113961472:
+	case 2113965568:
+	case 2113969664:
+	case 2113966592:
+	case 2113970688:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_VOPC(uint64_t I){
+	switch( I & 4294836224 ){
+	case 2082471936:
+	case 2082603008:
+	case 2082865152:
+	case 2082734080:
+	case 2082996224:
+	case 2083127296:
+	case 2084569088:
+	case 2084700160:
+	case 2084831232:
+	case 2084962304:
+	case 2085093376:
+	case 2085617664:
+	case 2088239104:
+	case 2092433408:
+	case 2088763392:
+	case 2092957696:
+	case 2096627712:
+	case 2113404928:
+	case 2109341696:
+	case 2105278464:
+	case 2109865984:
+	case 2105802752:
+	case 2101739520:
+	case 2110390272:
+	case 2106327040:
+	case 2102263808:
+	case 2110914560:
+	case 2090074112:
+	case 2106851328:
+	case 2086010880:
+	case 2102788096:
+	case 2094661632:
+	case 2111438848:
+	case 2090598400:
+	case 2107375616:
+	case 2086535168:
+	case 2103312384:
+	case 2095185920:
+	case 2111963136:
+	case 2091122688:
+	case 2107899904:
+	case 2087059456:
+	case 2103836672:
+	case 2095710208:
+	case 2112487424:
+	case 2108424192:
+	case 2087583744:
+	case 2104360960:
+	case 2108948480:
+	case 2096234496:
+	case 2113011712:
+	case 2085224448:
+	case 2085748736:
+	case 2088370176:
+	case 2092564480:
+	case 2088894464:
+	case 2093088768:
+	case 2089418752:
+	case 2093613056:
+	case 2089943040:
+	case 2094137344:
+	case 2092171264:
+	case 2104885248:
+	case 2096758784:
+	case 2113536000:
+	case 2109472768:
+	case 2105409536:
+	case 2101346304:
+	case 2109997056:
+	case 2105933824:
+	case 2101870592:
+	case 2110521344:
+	case 2106458112:
+	case 2102394880:
+	case 2094268416:
+	case 2111045632:
+	case 2090205184:
+	case 2106982400:
+	case 2086141952:
+	case 2102919168:
+	case 2094792704:
+	case 2111569920:
+	case 2090729472:
+	case 2107506688:
+	case 2086666240:
+	case 2103443456:
+	case 2095316992:
+	case 2112094208:
+	case 2091253760:
+	case 2108030976:
+	case 2087190528:
+	case 2103967744:
+	case 2095841280:
+	case 2112618496:
+	case 2108555264:
+	case 2087714816:
+	case 2104492032:
+	case 2113142784:
+	case 2085355520:
+	case 2087976960:
+	case 2088501248:
+	case 2092695552:
+	case 2091646976:
+	case 2089025536:
+	case 2093219840:
+	case 2089549824:
+	case 2093744128:
+	case 2085879808:
+	case 2096365568:
+	case 2105016320:
+	case 2109079552:
+	case 2096889856:
+	case 2113667072:
+	case 2109603840:
+	case 2105540608:
+	case 2101477376:
+	case 2110128128:
+	case 2089287680:
+	case 2106064896:
+	case 2102001664:
+	case 2110652416:
+	case 2089811968:
+	case 2106589184:
+	case 2102525952:
+	case 2094399488:
+	case 2111176704:
+	case 2090336256:
+	case 2107113472:
+	case 2086273024:
+	case 2103050240:
+	case 2094923776:
+	case 2111700992:
+	case 2090860544:
+	case 2107637760:
+	case 2086797312:
+	case 2103574528:
+	case 2095448064:
+	case 2112225280:
+	case 2091384832:
+	case 2108162048:
+	case 2087321600:
+	case 2104098816:
+	case 2095972352:
+	case 2112749568:
+	case 2091909120:
+	case 2108686336:
+	case 2087845888:
+	case 2104623104:
+	case 2085486592:
+	case 2088108032:
+	case 2092302336:
+	case 2088632320:
+	case 2092826624:
+	case 2089156608:
+	case 2093350912:
+	case 2091778048:
+	case 2089680896:
+	case 2093875200:
+	case 2096496640:
+	case 2109210624:
+	case 2113273856:
+	case 2105147392:
+	case 2097020928:
+	case 2113798144:
+	case 2109734912:
+	case 2105671680:
+	case 2101608448:
+	case 2104229888:
+	case 2093481984:
+	case 2110259200:
+	case 2106195968:
+	case 2102132736:
+	case 2094006272:
+	case 2110783488:
+	case 2106720256:
+	case 2102657024:
+	case 2094530560:
+	case 2111307776:
+	case 2090467328:
+	case 2107244544:
+	case 2086404096:
+	case 2103181312:
+	case 2092040192:
+	case 2112880640:
+	case 2095054848:
+	case 2111832064:
+	case 2090991616:
+	case 2107768832:
+	case 2086928384:
+	case 2103705600:
+	case 2108817408:
+	case 2095579136:
+	case 2112356352:
+	case 2091515904:
+	case 2108293120:
+	case 2087452672:
+	case 2104754176:
+	case 2096103424:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_VOP2(uint64_t I){
+	switch( I & 4261412864 ){
+	case 0:
+	case 33554432:
+	case 134217728:
+	case 67108864:
+	case 100663296:
+	case 167772160:
+	case 201326592:
+	case 234881024:
+	case 268435456:
+	case 301989888:
+	case 335544320:
+	case 369098752:
+	case 402653184:
+	case 436207616:
+	case 469762048:
+	case 503316480:
+	case 1174405120:
+	case 1577058304:
+	case 1308622848:
+	case 1442840576:
+	case 939524096:
+	case 1073741824:
+	case 1342177280:
+	case 603979776:
+	case 637534208:
+	case 671088640:
+	case 570425344:
+	case 536870912:
+	case 704643072:
+	case 738197504:
+	case 838860800:
+	case 872415232:
+	case 905969664:
+	case 1711276032:
+	case 1845493760:
+	case 1979711488:
+	case 1476395008:
+	case 973078528:
+	case 1107296256:
+	case 1375731712:
+	case 1509949440:
+	case 1610612736:
+	case 1644167168:
+	case 1744830464:
+	case 1778384896:
+	case 1912602624:
+	case 1879048192:
+	case 2013265920:
+	case 1006632960:
+	case 1140850688:
+	case 1275068416:
+	case 1409286144:
+	case 1543503872:
+	case 1677721600:
+	case 1811939328:
+	case 1946157056:
+	case 2046820352:
+	case 1040187392:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_VINTRP(uint64_t I){
+	switch( I & 4227858432 ){
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_VOP3P(uint64_t I){
+	switch( I & 4294901760 ){
+	case 3548381184:
+	case 3548446720:
+	case 3548577792:
+	case 3548512256:
+	case 3548643328:
+	case 3548708864:
+	case 3548774400:
+	case 3548839936:
+	case 3548905472:
+	case 3548971008:
+	case 3549036544:
+	case 3549167616:
+	case 3549298688:
+	case 3549560832:
+	case 3550478336:
+	case 3549429760:
+	case 3554213888:
+	case 3551723520:
+	case 3549102080:
+	case 3549233152:
+	case 3549364224:
+	case 3550543872:
+	case 3549495296:
+	case 3550674944:
+	case 3550937088:
+	case 3551068160:
+	case 3551199232:
+	case 3551592448:
+	case 3551657984:
+	case 3554148352:
+	case 3550609408:
+	case 3550871552:
+	case 3551002624:
+	case 3551133696:
+	case 3551526912:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_VOP3(uint64_t I){
+	switch( I & 4294901760 ){
+	case 3510632448:
+	case 3510697984:
+	case 3510829056:
+	case 3510763520:
+	case 3510894592:
+	case 3510960128:
+	case 3511025664:
+	case 3511091200:
+	case 3511156736:
+	case 3511287808:
+	case 3511353344:
+	case 3514826752:
+	case 3506438144:
+	case 3523215360:
+	case 3508535296:
+	case 3491758080:
+	case 3505913856:
+	case 3504668672:
+	case 3503423488:
+	case 3496017920:
+	case 3512795136:
+	case 3514892288:
+	case 3506503680:
+	case 3531669504:
+	case 3533766656:
+	case 3500212224:
+	case 3519086592:
+	case 3523280896:
+	case 3508600832:
+	case 3500933120:
+	case 3505520640:
+	case 3519152128:
+	case 3521249280:
+	case 3514957824:
+	case 3506569216:
+	case 3512860672:
+	case 3523346432:
+	case 3508666368:
+	case 3491889152:
+	case 3493986304:
+	case 3496083456:
+	case 3504275456:
+	case 3493855232:
+	case 3503030272:
+	case 3508731904:
+	case 3491954688:
+	case 3494051840:
+	case 3496148992:
+	case 3512926208:
+	case 3515023360:
+	case 3506634752:
+	case 3531800576:
+	case 3500343296:
+	case 3519217664:
+	case 3506372608:
+	case 3495952384:
+	case 3505127424:
+	case 3531866112:
+	case 3500408832:
+	case 3519283200:
+	case 3521380352:
+	case 3515088896:
+	case 3506700288:
+	case 3512991744:
+	case 3523477504:
+	case 3492020224:
+	case 3494117376:
+	case 3503882240:
+	case 3502637056:
+	case 3501391872:
+	case 3521445888:
+	case 3523543040:
+	case 3492085760:
+	case 3494182912:
+	case 3496280064:
+	case 3513057280:
+	case 3515154432:
+	case 3506765824:
+	case 3531931648:
+	case 3500474368:
+	case 3505979392:
+	case 3500146688:
+	case 3504734208:
+	case 3503489024:
+	case 3494248448:
+	case 3496345600:
+	case 3531997184:
+	case 3500539904:
+	case 3519414272:
+	case 3521511424:
+	case 3515219968:
+	case 3513122816:
+	case 3506831360:
+	case 3523608576:
+	case 3502243840:
+	case 3491823616:
+	case 3532259328:
+	case 3500998656:
+	case 3505586176:
+	case 3500605440:
+	case 3519479808:
+	case 3521576960:
+	case 3523674112:
+	case 3508994048:
+	case 3492216832:
+	case 3494313984:
+	case 3496411136:
+	case 3513188352:
+	case 3515285504:
+	case 3495165952:
+	case 3504340992:
+	case 3493920768:
+	case 3519348736:
+	case 3508928512:
+	case 3503095808:
+	case 3515351040:
+	case 3506962432:
+	case 3509059584:
+	case 3492282368:
+	case 3494379520:
+	case 3513253888:
+	case 3496476672:
+	case 3532128256:
+	case 3519545344:
+	case 3500670976:
+	case 3505192960:
+	case 3496542208:
+	case 3513319424:
+	case 3515416576:
+	case 3532193792:
+	case 3519610880:
+	case 3507027968:
+	case 3509125120:
+	case 3492347904:
+	case 3494445056:
+	case 3500736512:
+	case 3503947776:
+	case 3502702592:
+	case 3519676416:
+	case 3521773568:
+	case 3515482112:
+	case 3513384960:
+	case 3507093504:
+	case 3509190656:
+	case 3492413440:
+	case 3494510592:
+	case 3496607744:
+	case 3491037184:
+	case 3501457408:
+	case 3506044928:
+	case 3504799744:
+	case 3509256192:
+	case 3492478976:
+	case 3494576128:
+	case 3496673280:
+	case 3513450496:
+	case 3515547648:
+	case 3507159040:
+	case 3532324864:
+	case 3519741952:
+	case 3521839104:
+	case 3503554560:
+	case 3512729600:
+	case 3502309376:
+	case 3506896896:
+	case 3501064192:
+	case 3532390400:
+	case 3519807488:
+	case 3521904640:
+	case 3511418880:
+	case 3515613184:
+	case 3513516032:
+	case 3507224576:
+	case 3509321728:
+	case 3492544512:
+	case 3494641664:
+	case 3505651712:
+	case 3504406528:
+	case 3503161344:
+	case 3521970176:
+	case 3507290112:
+	case 3509387264:
+	case 3492610048:
+	case 3494707200:
+	case 3496804352:
+	case 3513581568:
+	case 3511484416:
+	case 3515678720:
+	case 3532455936:
+	case 3505258496:
+	case 3494772736:
+	case 3496869888:
+	case 3492675584:
+	case 3519938560:
+	case 3522035712:
+	case 3511549952:
+	case 3515744256:
+	case 3513647104:
+	case 3507355648:
+	case 3509452800:
+	case 3519021056:
+	case 3502768128:
+	case 3532783616:
+	case 3522363392:
+	case 3520004096:
+	case 3522101248:
+	case 3507421184:
+	case 3509518336:
+	case 3492741120:
+	case 3494838272:
+	case 3496935424:
+	case 3513712640:
+	case 3511615488:
+	case 3515809792:
+	case 3501522944:
+	case 3506110464:
+	case 3500277760:
+	case 3504865280:
+	case 3519873024:
+	case 3511681024:
+	case 3507486720:
+	case 3490709504:
+	case 3509583872:
+	case 3492806656:
+	case 3494903808:
+	case 3513778176:
+	case 3497000960:
+	case 3532652544:
+	case 3520069632:
+	case 3503620096:
+	case 3502374912:
+	case 3501129728:
+	case 3497066496:
+	case 3515940864:
+	case 3513843712:
+	case 3511746560:
+	case 3532718080:
+	case 3520135168:
+	case 3494969344:
+	case 3522232320:
+	case 3507552256:
+	case 3490775040:
+	case 3505717248:
+	case 3504472064:
+	case 3503226880:
+	case 3520200704:
+	case 3522297856:
+	case 3511812096:
+	case 3513909248:
+	case 3516006400:
+	case 3507617792:
+	case 3490840576:
+	case 3509714944:
+	case 3492937728:
+	case 3495034880:
+	case 3505324032:
+	case 3509780480:
+	case 3493003264:
+	case 3495100416:
+	case 3497197568:
+	case 3513974784:
+	case 3511877632:
+	case 3532849152:
+	case 3490906112:
+	case 3507683328:
+	case 3520266240:
+	case 3504078848:
+	case 3502833664:
+	case 3532914688:
+	case 3493068800:
+	case 3520331776:
+	case 3511943168:
+	case 3514040320:
+	case 3522428928:
+	case 3497263104:
+	case 3507748864:
+	case 3490971648:
+	case 3509846016:
+	case 3506176000:
+	case 3501326336:
+	case 3531603968:
+	case 3504930816:
+	case 3520397312:
+	case 3495231488:
+	case 3522494464:
+	case 3507814400:
+	case 3509911552:
+	case 3493134336:
+	case 3512008704:
+	case 3514105856:
+	case 3497328640:
+	case 3532980224:
+	case 3503685632:
+	case 3533701120:
+	case 3502440448:
+	case 3501195264:
+	case 3509977088:
+	case 3493199872:
+	case 3495297024:
+	case 3533045760:
+	case 3520462848:
+	case 3512074240:
+	case 3522560000:
+	case 3497394176:
+	case 3507879936:
+	case 3501588480:
+	case 3505782784:
+	case 3504537600:
+	case 3503292416:
+	case 3492872192:
+	case 3533111296:
+	case 3520528384:
+	case 3522625536:
+	case 3510042624:
+	case 3493265408:
+	case 3495362560:
+	case 3512139776:
+	case 3514236928:
+	case 3497459712:
+	case 3501654016:
+	case 3496214528:
+	case 3532062720:
+	case 3500802048:
+	case 3505389568:
+	case 3512205312:
+	case 3522691072:
+	case 3510108160:
+	case 3493330944:
+	case 3495428096:
+	case 3497525248:
+	case 3533176832:
+	case 3520593920:
+	case 3501719552:
+	case 3503816704:
+	case 3504144384:
+	case 3502899200:
+	case 3495493632:
+	case 3512270848:
+	case 3514368000:
+	case 3497590784:
+	case 3533242368:
+	case 3520659456:
+	case 3522756608:
+	case 3510173696:
+	case 3493396480:
+	case 3501785088:
+	case 3506241536:
+	case 3504996352:
+	case 3520724992:
+	case 3514433536:
+	case 3512336384:
+	case 3522822144:
+	case 3510239232:
+	case 3493462016:
+	case 3495559168:
+	case 3497656320:
+	case 3533307904:
+	case 3501850624:
+	case 3503751168:
+	case 3502505984:
+	case 3501260800:
+	case 3510304768:
+	case 3493527552:
+	case 3495624704:
+	case 3512401920:
+	case 3514499072:
+	case 3497721856:
+	case 3520790528:
+	case 3522887680:
+	case 3501916160:
+	case 3504013312:
+	case 3505848320:
+	case 3504603136:
+	case 3503357952:
+	case 3497787392:
+	case 3533438976:
+	case 3520856064:
+	case 3514564608:
+	case 3512467456:
+	case 3522953216:
+	case 3510370304:
+	case 3493593088:
+	case 3495690240:
+	case 3501981696:
+	case 3500867584:
+	case 3505455104:
+	case 3520921600:
+	case 3523018752:
+	case 3510435840:
+	case 3493658624:
+	case 3495755776:
+	case 3512532992:
+	case 3514630144:
+	case 3497852928:
+	case 3533504512:
+	case 3502047232:
+	case 3502964736:
+	case 3497132032:
+	case 3493724160:
+	case 3495821312:
+	case 3497918464:
+	case 3533570048:
+	case 3520987136:
+	case 3514695680:
+	case 3512598528:
+	case 3523084288:
+	case 3502112768:
+	case 3504209920:
+	case 3506307072:
+	case 3531735040:
+	case 3521314816:
+	case 3505061888:
+	case 3509649408:
+	case 3533635584:
+	case 3521052672:
+	case 3523149824:
+	case 3508469760:
+	case 3493789696:
+	case 3495886848:
+	case 3512664064:
+	case 3514761216:
+	case 3497984000:
+	case 3502178304:
+	case 3523411968:
+	case 3502571520:
+	case 3492151296:
+	case 3496738816:
+	case 3532587008:
+	case 3522166784:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_DS(uint64_t I){
+	switch( I & 4261281792 ){
+	case 3623878656:
+	case 3624009728:
+	case 3624271872:
+	case 3624140800:
+	case 3624402944:
+	case 3624534016:
+	case 3624665088:
+	case 3624796160:
+	case 3624927232:
+	case 3625058304:
+	case 3625189376:
+	case 3625451520:
+	case 3631742976:
+	case 3635412992:
+	case 3628072960:
+	case 3632267264:
+	case 3640131584:
+	case 3644194816:
+	case 3648782336:
+	case 3636592640:
+	case 3637116928:
+	case 3637641216:
+	case 3633577984:
+	case 3629514752:
+	case 3638165504:
+	case 3634102272:
+	case 3630039040:
+	case 3625975808:
+	case 3638689792:
+	case 3634626560:
+	case 3630563328:
+	case 3626500096:
+	case 3635150848:
+	case 3631087616:
+	case 3643801600:
+	case 3625582592:
+	case 3627679744:
+	case 3631874048:
+	case 3631349760:
+	case 3635544064:
+	case 3628204032:
+	case 3632398336:
+	case 3628728320:
+	case 3632922624:
+	case 3629252608:
+	case 3644325888:
+	case 3652976640:
+	case 3636723712:
+	case 3628597248:
+	case 3637248000:
+	case 3629121536:
+	case 3637772288:
+	case 3633709056:
+	case 3629645824:
+	case 3638296576:
+	case 3634233344:
+	case 3630170112:
+	case 3626106880:
+	case 3638820864:
+	case 3634757632:
+	case 3630694400:
+	case 3626631168:
+	case 3639345152:
+	case 3635281920:
+	case 3631218688:
+	case 3643932672:
+	case 3625713664:
+	case 3631480832:
+	case 3627810816:
+	case 3632005120:
+	case 3628335104:
+	case 3632529408:
+	case 3635675136:
+	case 3628859392:
+	case 3633053696:
+	case 3629383680:
+	case 3644456960:
+	case 3640393728:
+	case 3657170944:
+	case 3653107712:
+	case 3636854784:
+	case 3632791552:
+	case 3644063744:
+	case 3637379072:
+	case 3633315840:
+	case 3637903360:
+	case 3633840128:
+	case 3629776896:
+	case 3638427648:
+	case 3634364416:
+	case 3630301184:
+	case 3626237952:
+	case 3647733760:
+	case 3638951936:
+	case 3634888704:
+	case 3630825472:
+	case 3639476224:
+	case 3625320448:
+	case 3625844736:
+	case 3631611904:
+	case 3627941888:
+	case 3632136192:
+	case 3628466176:
+	case 3632660480:
+	case 3628990464:
+	case 3633184768:
+	case 3635806208:
+	case 3635937280:
+	case 3648651264:
+	case 3657302016:
+	case 3636461568:
+	case 3636985856:
+	case 3637510144:
+	case 3633446912:
+	case 3638034432:
+	case 3633971200:
+	case 3629907968:
+	case 3638558720:
+	case 3634495488:
+	case 3630432256:
+	case 3626369024:
+	case 3635019776:
+	case 3630956544:
+	case 3639607296:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_MUBUF(uint64_t I){
+	switch( I & 4261150720 ){
+	case 3758096384:
+	case 3758358528:
+	case 3759144960:
+	case 3758620672:
+	case 3758882816:
+	case 3759407104:
+	case 3759669248:
+	case 3759931392:
+	case 3760193536:
+	case 3760455680:
+	case 3760717824:
+	case 3760979968:
+	case 3761242112:
+	case 3761504256:
+	case 3761766400:
+	case 3762028544:
+	case 3765698560:
+	case 3765960704:
+	case 3774349312:
+	case 3778019328:
+	case 3778543616:
+	case 3766222848:
+	case 3774611456:
+	case 3778805760:
+	case 3786407936:
+	case 3762290688:
+	case 3766484992:
+	case 3774873600:
+	case 3779067904:
+	case 3783262208:
+	case 3762552832:
+	case 3766747136:
+	case 3775135744:
+	case 3779330048:
+	case 3783524352:
+	case 3762814976:
+	case 3767009280:
+	case 3775397888:
+	case 3783786496:
+	case 3774087168:
+	case 3763077120:
+	case 3767271424:
+	case 3775660032:
+	case 3778281472:
+	case 3784048640:
+	case 3763339264:
+	case 3767533568:
+	case 3775922176:
+	case 3784310784:
+	case 3763601408:
+	case 3767795712:
+	case 3776184320:
+	case 3784572928:
+	case 3763863552:
+	case 3768057856:
+	case 3776446464:
+	case 3784835072:
+	case 3764125696:
+	case 3768320000:
+	case 3776708608:
+	case 3785097216:
+	case 3764387840:
+	case 3768582144:
+	case 3776970752:
+	case 3785359360:
+	case 3777757184:
+	case 3764649984:
+	case 3768844288:
+	case 3777232896:
+	case 3785621504:
+	case 3786145792:
+	case 3764912128:
+	case 3777495040:
+	case 3785883648:
+	case 3765174272:
+	case 3765436416:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_MTBUF(uint64_t I){
+	switch( I & 4228349952 ){
+	case 3892314112:
+	case 3892346880:
+	case 3892412416:
+	case 3892445184:
+	case 3892379648:
+	case 3892477952:
+	case 3892510720:
+	case 3892543488:
+	case 3892576256:
+	case 3892609024:
+	case 3892641792:
+	case 3892674560:
+	case 3892707328:
+	case 3892740096:
+	case 3892772864:
+	case 3892805632:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_MIMG(uint64_t I){
+	switch( I & 4261150720 ){
+	case 4026531840:
+	case 4026793984:
+	case 4027580416:
+	case 4027056128:
+	case 4027318272:
+	case 4027842560:
+	case 4028628992:
+	case 4028891136:
+	case 4029153280:
+	case 4029415424:
+	case 4030201856:
+	case 4030726144:
+	case 4030988288:
+	case 4031250432:
+	case 4031512576:
+	case 4031774720:
+	case 4034920448:
+	case 4032036864:
+	case 4032299008:
+	case 4032561152:
+	case 4032823296:
+	case 4033085440:
+	case 4033347584:
+	case 4033609728:
+	case 4033871872:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_FLAT(uint64_t I){
+	switch( I & 4261199872 ){
+	case 3695181824:
+	case 3695443968:
+	case 3696230400:
+	case 3695706112:
+	case 3695968256:
+	case 3696492544:
+	case 3696754688:
+	case 3697016832:
+	case 3697278976:
+	case 3697541120:
+	case 3697803264:
+	case 3698065408:
+	case 3698327552:
+	case 3698589696:
+	case 3698851840:
+	case 3699113984:
+	case 3711696896:
+	case 3699376128:
+	case 3707764736:
+	case 3711959040:
+	case 3716153344:
+	case 3699638272:
+	case 3708026880:
+	case 3712221184:
+	case 3716415488:
+	case 3719036928:
+	case 3699900416:
+	case 3708289024:
+	case 3716677632:
+	case 3700162560:
+	case 3708551168:
+	case 3716939776:
+	case 3700424704:
+	case 3708813312:
+	case 3717201920:
+	case 3700686848:
+	case 3709075456:
+	case 3717464064:
+	case 3709337600:
+	case 3717726208:
+	case 3709599744:
+	case 3717988352:
+	case 3719299072:
+	case 3709861888:
+	case 3718250496:
+	case 3710124032:
+	case 3718512640:
+	case 3710386176:
+	case 3718774784:
+	case 3710648320:
+	case 3710910464:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_FLAT_GLBL(uint64_t I){
+	switch( I & 4261199872 ){
+	case 3695214592:
+	case 3695476736:
+	case 3696263168:
+	case 3696001024:
+	case 3695738880:
+	case 3696525312:
+	case 3696787456:
+	case 3697049600:
+	case 3697311744:
+	case 3697573888:
+	case 3697836032:
+	case 3710156800:
+	case 3718545408:
+	case 3710418944:
+	case 3718807552:
+	case 3710681088:
+	case 3719069696:
+	case 3710943232:
+	case 3719331840:
+	case 3698098176:
+	case 3698360320:
+	case 3698622464:
+	case 3698884608:
+	case 3699146752:
+	case 3699408896:
+	case 3699671040:
+	case 3699933184:
+	case 3700457472:
+	case 3700195328:
+	case 3711205376:
+	case 3711467520:
+	case 3718021120:
+	case 3711729664:
+	case 3707797504:
+	case 3711991808:
+	case 3716186112:
+	case 3708059648:
+	case 3712253952:
+	case 3716448256:
+	case 3708321792:
+	case 3716710400:
+	case 3709894656:
+	case 3708583936:
+	case 3716972544:
+	case 3718283264:
+	case 3708846080:
+	case 3717234688:
+	case 3700719616:
+	case 3709108224:
+	case 3717496832:
+	case 3709370368:
+	case 3717758976:
+	case 3709632512:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_FLAT_SCRATCH(uint64_t I){
+	switch( I & 4261199872 ){
+	case 3695198208:
+	case 3695460352:
+	case 3696246784:
+	case 3695722496:
+	case 3695984640:
+	case 3696508928:
+	case 3696771072:
+	case 3697033216:
+	case 3697295360:
+	case 3697557504:
+	case 3697819648:
+	case 3698081792:
+	case 3698343936:
+	case 3698606080:
+	case 3698868224:
+	case 3699130368:
+	case 3699392512:
+	case 3699654656:
+	case 3699916800:
+	case 3700178944:
+	case 3700441088:
+	case 3700703232:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_VOP2_LITERAL(uint64_t I){
+	switch( I & 4261412864 ){
+	case 771751936:
+	case 805306368:
+	case 1207959552:
+	case 1241513984:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_VOP3B(uint64_t I){
+	switch( I & 4294901760 ){
+	case 3508076544:
+	case 3508142080:
+	case 3508338688:
+	case 3508207616:
+	case 3508273152:
+	case 3508404224:
+	case 3521118208:
+	case 3521183744:
+	case 3521642496:
+	case 3521708032:
+		return true;
+	default:
+		return false;
+	}
+}
+bool InstructionDecoder_amdgpu_cdna2::IS_ENC_VOP3P_MFMA(uint64_t I){
+	switch( I & 4294901760 ){
+	case 3552575488:
+	case 3552641024:
+	case 3552903168:
+	case 3552706560:
+	case 3552837632:
+	case 3553099776:
+	case 3553165312:
+	case 3553230848:
+	case 3553361920:
+	case 3553427456:
+	case 3553624064:
+	case 3553755136:
+	case 3553886208:
+	case 3554934784:
+	case 3555065856:
+	case 3555196928:
+	case 3553689600:
+	case 3553951744:
+	case 3554869248:
+	case 3555000320:
+	case 3555131392:
+	case 3555262464:
+	case 3555393536:
+	case 3555524608:
+	case 3555655680:
+	case 3555459072:
+	case 3555590144:
+		return true;
+	default:
+		return false;
+	}
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_SOP1(){
+	insn_size = 4;
+	layout_ENC_SOP1 & layout = insn_layout.ENC_SOP1;
+	layout.ENCODING = longfield<23,31>(insn_long);
+	layout.OP = longfield<8,15>(insn_long);
+	layout.SDST = longfield<16,22>(insn_long);
+	layout.SSRC0 = longfield<0,7>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_SOP1_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_SOP1_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_SOP1_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_SOP1Operands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_SOPC(){
+	insn_size = 4;
+	layout_ENC_SOPC & layout = insn_layout.ENC_SOPC;
+	layout.ENCODING = longfield<23,31>(insn_long);
+	layout.OP = longfield<16,22>(insn_long);
+	layout.SSRC0 = longfield<0,7>(insn_long);
+	layout.SSRC1 = longfield<8,15>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_SOPC_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_SOPC_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_SOPC_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_SOPCOperands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_SOPP(){
+	insn_size = 4;
+	layout_ENC_SOPP & layout = insn_layout.ENC_SOPP;
+	layout.ENCODING = longfield<23,31>(insn_long);
+	layout.OP = longfield<16,22>(insn_long);
+	layout.SIMM16 = longfield<0,15>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_SOPP_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_SOPP_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_SOPP_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_SOPPOperands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_SOPK(){
+	insn_size = 4;
+	layout_ENC_SOPK & layout = insn_layout.ENC_SOPK;
+	layout.ENCODING = longfield<28,31>(insn_long);
+	layout.OP = longfield<23,27>(insn_long);
+	layout.SDST = longfield<16,22>(insn_long);
+	layout.SIMM16 = longfield<0,15>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_SOPK_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_SOPK_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_SOPK_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_SOPKOperands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_SOP2(){
+	insn_size = 4;
+	layout_ENC_SOP2 & layout = insn_layout.ENC_SOP2;
+	layout.ENCODING = longfield<30,31>(insn_long);
+	layout.OP = longfield<23,29>(insn_long);
+	layout.SDST = longfield<16,22>(insn_long);
+	layout.SSRC0 = longfield<0,7>(insn_long);
+	layout.SSRC1 = longfield<8,15>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_SOP2_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_SOP2_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_SOP2_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_SOP2Operands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_SMEM(){
+	insn_size = 8;
+	layout_ENC_SMEM & layout = insn_layout.ENC_SMEM;
+	layout.ENCODING = longfield<26,31>(insn_long);
+	layout.GLC = longfield<16,16>(insn_long);
+	layout.IMM = longfield<17,17>(insn_long);
+	layout.NV = longfield<15,15>(insn_long);
+	layout.OFFSET = longfield<32,52>(insn_long);
+	layout.OP = longfield<18,25>(insn_long);
+	layout.SBASE = (longfield<0,5>(insn_long) << 1 ) | 0 ;
+	layout.SDATA = longfield<6,12>(insn_long);
+	layout.SOFFSET = longfield<57,63>(insn_long);
+	layout.SOFFSET_EN = longfield<14,14>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_SMEM_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_SMEM_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_SMEM_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_SMEMOperands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_VOP1(){
+	insn_size = 4;
+	layout_ENC_VOP1 & layout = insn_layout.ENC_VOP1;
+	layout.ENCODING = longfield<25,31>(insn_long);
+	layout.OP = longfield<9,16>(insn_long);
+	layout.SRC0 = longfield<0,8>(insn_long);
+	layout.VDST = longfield<17,24>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_VOP1_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VOP1_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VOP1_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_VOP1Operands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_VOPC(){
+	insn_size = 4;
+	layout_ENC_VOPC & layout = insn_layout.ENC_VOPC;
+	layout.ENCODING = longfield<25,31>(insn_long);
+	layout.OP = longfield<17,24>(insn_long);
+	layout.SRC0 = longfield<0,8>(insn_long);
+	layout.VSRC1 = longfield<9,16>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_VOPC_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VOPC_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VOPC_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_VOPCOperands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_VOP2(){
+	insn_size = 4;
+	layout_ENC_VOP2 & layout = insn_layout.ENC_VOP2;
+	layout.ENCODING = longfield<31,31>(insn_long);
+	layout.OP = longfield<25,30>(insn_long);
+	layout.SRC0 = longfield<0,8>(insn_long);
+	layout.VDST = longfield<17,24>(insn_long);
+	layout.VSRC1 = longfield<9,16>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_VOP2_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VOP2_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VOP2_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_VOP2Operands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_VINTRP(){
+	insn_size = 4;
+	layout_ENC_VINTRP & layout = insn_layout.ENC_VINTRP;
+	layout.ATTR = longfield<10,15>(insn_long);
+	layout.ATTRCHAN = longfield<8,9>(insn_long);
+	layout.ENCODING = longfield<26,31>(insn_long);
+	layout.OP = longfield<16,17>(insn_long);
+	layout.VDST = longfield<18,25>(insn_long);
+	layout.VSRC = longfield<0,7>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_VINTRP_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VINTRP_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VINTRP_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_VINTRPOperands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_VOP3P(){
+	insn_size = 8;
+	layout_ENC_VOP3P & layout = insn_layout.ENC_VOP3P;
+	layout.CLAMP = longfield<15,15>(insn_long);
+	layout.ENCODING = longfield<23,31>(insn_long);
+	layout.NEG = longfield<61,63>(insn_long);
+	layout.NEG_HI = longfield<8,10>(insn_long);
+	layout.OP = longfield<16,22>(insn_long);
+	layout.OP_SEL = longfield<11,13>(insn_long);
+	layout.OP_SEL_HI = longfield<59,60>(insn_long);
+	layout.OP_SEL_HI_2 = longfield<14,14>(insn_long);
+	layout.SRC0 = longfield<32,40>(insn_long);
+	layout.SRC1 = longfield<41,49>(insn_long);
+	layout.SRC2 = longfield<50,58>(insn_long);
+	layout.VDST = longfield<0,7>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_VOP3P_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VOP3P_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VOP3P_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_VOP3POperands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_VOP3(){
+	insn_size = 8;
+	layout_ENC_VOP3 & layout = insn_layout.ENC_VOP3;
+	layout.ABS = longfield<8,10>(insn_long);
+	layout.CLAMP = longfield<15,15>(insn_long);
+	layout.ENCODING = longfield<26,31>(insn_long);
+	layout.NEG = longfield<61,63>(insn_long);
+	layout.OMOD = longfield<59,60>(insn_long);
+	layout.OP = longfield<16,25>(insn_long);
+	layout.OP_SEL = longfield<11,14>(insn_long);
+	layout.SRC0 = longfield<32,40>(insn_long);
+	layout.SRC1 = longfield<41,49>(insn_long);
+	layout.SRC2 = longfield<50,58>(insn_long);
+	layout.VDST = longfield<0,7>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_VOP3_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VOP3_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VOP3_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_VOP3Operands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_DS(){
+	insn_size = 8;
+	layout_ENC_DS & layout = insn_layout.ENC_DS;
+	layout.ACC = longfield<25,25>(insn_long);
+	layout.ADDR = longfield<32,39>(insn_long);
+	layout.DATA0 = longfield<40,47>(insn_long);
+	layout.DATA1 = longfield<48,55>(insn_long);
+	layout.ENCODING = longfield<26,31>(insn_long);
+	layout.GDS = longfield<16,16>(insn_long);
+	layout.OFFSET0 = longfield<0,7>(insn_long);
+	layout.OFFSET1 = longfield<8,15>(insn_long);
+	layout.OP = longfield<17,24>(insn_long);
+	layout.VDST = longfield<56,63>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_DS_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_DS_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_DS_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_DSOperands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_MUBUF(){
+	insn_size = 8;
+	layout_ENC_MUBUF & layout = insn_layout.ENC_MUBUF;
+	layout.ACC = longfield<55,55>(insn_long);
+	layout.ENCODING = longfield<26,31>(insn_long);
+	layout.GLC = longfield<14,14>(insn_long);
+	layout.IDXEN = longfield<13,13>(insn_long);
+	layout.LDS = longfield<16,16>(insn_long);
+	layout.OFFEN = longfield<12,12>(insn_long);
+	layout.OFFSET = longfield<0,11>(insn_long);
+	layout.OP = longfield<18,24>(insn_long);
+	layout.SCC = longfield<15,15>(insn_long);
+	layout.SLC = longfield<17,17>(insn_long);
+	layout.SOFFSET = longfield<56,63>(insn_long);
+	layout.SRSRC = (longfield<48,52>(insn_long) << 2 ) | 0 ;
+	layout.VADDR = longfield<32,39>(insn_long);
+	layout.VDATA = longfield<40,47>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_MUBUF_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_MUBUF_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_MUBUF_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_MUBUFOperands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_MTBUF(){
+	insn_size = 8;
+	layout_ENC_MTBUF & layout = insn_layout.ENC_MTBUF;
+	layout.ACC = longfield<55,55>(insn_long);
+	layout.DFMT = longfield<19,22>(insn_long);
+	layout.ENCODING = longfield<26,31>(insn_long);
+	layout.GLC = longfield<14,14>(insn_long);
+	layout.IDXEN = longfield<13,13>(insn_long);
+	layout.NFMT = longfield<23,25>(insn_long);
+	layout.OFFEN = longfield<12,12>(insn_long);
+	layout.OFFSET = longfield<0,11>(insn_long);
+	layout.OP = longfield<15,18>(insn_long);
+	layout.SCC = longfield<53,53>(insn_long);
+	layout.SLC = longfield<54,54>(insn_long);
+	layout.SOFFSET = longfield<56,63>(insn_long);
+	layout.SRSRC = (longfield<48,52>(insn_long) << 2 ) | 0 ;
+	layout.VADDR = longfield<32,39>(insn_long);
+	layout.VDATA = longfield<40,47>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_MTBUF_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_MTBUF_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_MTBUF_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_MTBUFOperands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_MIMG(){
+	insn_size = 8;
+	layout_ENC_MIMG & layout = insn_layout.ENC_MIMG;
+	layout.A16 = longfield<15,15>(insn_long);
+	layout.ACC = longfield<16,16>(insn_long);
+	layout.D16 = longfield<63,63>(insn_long);
+	layout.DA = longfield<14,14>(insn_long);
+	layout.DMASK = longfield<8,11>(insn_long);
+	layout.ENCODING = longfield<26,31>(insn_long);
+	layout.GLC = longfield<13,13>(insn_long);
+	layout.LWE = longfield<17,17>(insn_long);
+	layout.OP = longfield<18,24>(insn_long);
+	layout.OPM = longfield<0,0>(insn_long);
+	layout.SCC = longfield<7,7>(insn_long);
+	layout.SLC = longfield<25,25>(insn_long);
+	layout.SRSRC = (longfield<48,52>(insn_long) << 2 ) | 0 ;
+	layout.SSAMP = (longfield<53,57>(insn_long) << 2 ) | 0 ;
+	layout.UNORM = longfield<12,12>(insn_long);
+	layout.VADDR = longfield<32,39>(insn_long);
+	layout.VDATA = longfield<40,47>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_MIMG_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_MIMG_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_MIMG_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_MIMGOperands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_FLAT(){
+	insn_size = 8;
+	layout_ENC_FLAT & layout = insn_layout.ENC_FLAT;
+	layout.ACC = longfield<55,55>(insn_long);
+	layout.ADDR = longfield<32,39>(insn_long);
+	layout.DATA = longfield<40,47>(insn_long);
+	layout.ENCODING = longfield<26,31>(insn_long);
+	layout.GLC = longfield<16,16>(insn_long);
+	layout.LDS = longfield<13,13>(insn_long);
+	layout.OFFSET = longfield<0,11>(insn_long);
+	layout.OP = longfield<18,24>(insn_long);
+	layout.SADDR = longfield<48,54>(insn_long);
+	layout.SCC = longfield<25,25>(insn_long);
+	layout.SEG = longfield<14,15>(insn_long);
+	layout.SLC = longfield<17,17>(insn_long);
+	layout.VDST = longfield<56,63>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_FLAT_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_FLAT_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_FLAT_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_FLATOperands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_FLAT_GLBL(){
+	insn_size = 8;
+	layout_ENC_FLAT_GLBL & layout = insn_layout.ENC_FLAT_GLBL;
+	layout.ACC = longfield<55,55>(insn_long);
+	layout.ADDR = longfield<32,39>(insn_long);
+	layout.DATA = longfield<40,47>(insn_long);
+	layout.ENCODING = longfield<26,31>(insn_long);
+	layout.GLC = longfield<16,16>(insn_long);
+	layout.LDS = longfield<13,13>(insn_long);
+	layout.OFFSET = longfield<0,12>(insn_long);
+	layout.OP = longfield<18,24>(insn_long);
+	layout.SADDR = longfield<48,54>(insn_long);
+	layout.SCC = longfield<25,25>(insn_long);
+	layout.SEG = longfield<14,15>(insn_long);
+	layout.SLC = longfield<17,17>(insn_long);
+	layout.VDST = longfield<56,63>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_FLAT_GLBL_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_FLAT_GLBL_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_FLAT_GLBL_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_FLAT_GLBLOperands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_FLAT_SCRATCH(){
+	insn_size = 8;
+	layout_ENC_FLAT_SCRATCH & layout = insn_layout.ENC_FLAT_SCRATCH;
+	layout.ACC = longfield<55,55>(insn_long);
+	layout.ADDR = longfield<32,39>(insn_long);
+	layout.DATA = longfield<40,47>(insn_long);
+	layout.ENCODING = longfield<26,31>(insn_long);
+	layout.GLC = longfield<16,16>(insn_long);
+	layout.LDS = longfield<13,13>(insn_long);
+	layout.OFFSET = longfield<0,12>(insn_long);
+	layout.OP = longfield<18,24>(insn_long);
+	layout.SADDR = longfield<48,54>(insn_long);
+	layout.SCC = longfield<25,25>(insn_long);
+	layout.SEG = longfield<14,15>(insn_long);
+	layout.SLC = longfield<17,17>(insn_long);
+	layout.VDST = longfield<56,63>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_FLAT_SCRATCH_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_FLAT_SCRATCH_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_FLAT_SCRATCH_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_FLAT_SCRATCHOperands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_VOP2_LITERAL(){
+	insn_size = 8;
+	layout_ENC_VOP2_LITERAL & layout = insn_layout.ENC_VOP2_LITERAL;
+	layout.ENCODING = longfield<31,31>(insn_long);
+	layout.OP = longfield<25,30>(insn_long);
+	layout.SIMM32 = longfield<32,63>(insn_long);
+	layout.SRC0 = longfield<0,8>(insn_long);
+	layout.VDST = longfield<17,24>(insn_long);
+	layout.VSRC1 = longfield<9,16>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_VOP2_LITERAL_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VOP2_LITERAL_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VOP2_LITERAL_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_VOP2_LITERALOperands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_VOP3B(){
+	insn_size = 8;
+	layout_ENC_VOP3B & layout = insn_layout.ENC_VOP3B;
+	layout.CLAMP = longfield<15,15>(insn_long);
+	layout.ENCODING = longfield<26,31>(insn_long);
+	layout.NEG = longfield<61,63>(insn_long);
+	layout.OMOD = longfield<59,60>(insn_long);
+	layout.OP = longfield<16,25>(insn_long);
+	layout.SDST = longfield<8,14>(insn_long);
+	layout.SRC0 = longfield<32,40>(insn_long);
+	layout.SRC1 = longfield<41,49>(insn_long);
+	layout.SRC2 = longfield<50,58>(insn_long);
+	layout.VDST = longfield<0,7>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_VOP3B_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VOP3B_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VOP3B_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_VOP3BOperands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::decodeENC_VOP3P_MFMA(){
+	insn_size = 8;
+	layout_ENC_VOP3P_MFMA & layout = insn_layout.ENC_VOP3P_MFMA;
+	layout.ABID = longfield<11,14>(insn_long);
+	layout.ACC = longfield<59,60>(insn_long);
+	layout.ACC_CD = longfield<15,15>(insn_long);
+	layout.BLGP = longfield<61,63>(insn_long);
+	layout.CBSZ = longfield<8,10>(insn_long);
+	layout.ENCODING = longfield<23,31>(insn_long);
+	layout.OP = longfield<16,22>(insn_long);
+	layout.SRC0 = longfield<32,40>(insn_long);
+	layout.SRC1 = longfield<41,49>(insn_long);
+	layout.SRC2 = longfield<50,58>(insn_long);
+	layout.VDST = longfield<0,7>(insn_long);
+	assert( layout.OP >= 0 && layout.OP < sizeof(amdgpu_cdna2_insn_entry::ENC_VOP3P_MFMA_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VOP3P_MFMA_insn_table0) && "Opcode over or underflow");
+	const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VOP3P_MFMA_insn_tablelayout.OP;
+	this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+	finalizeENC_VOP3P_MFMAOperands();
+	this->insn_in_progress->updateSize(insn_size + immLen);
+}
+void InstructionDecoder_amdgpu_cdna2::mainDecodeOpcode(){
+	if(IS_ENC_SOP1(insn_long)){
+		insn_size = 4;
+		uint32_t op_value = longfield<8,15>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_SOP1_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_SOP1_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_SOP1_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_SOP1;
+	}
+	else 	if(IS_ENC_SOPC(insn_long)){
+		insn_size = 4;
+		uint32_t op_value = longfield<16,22>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_SOPC_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_SOPC_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_SOPC_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_SOPC;
+	}
+	else 	if(IS_ENC_SOPP(insn_long)){
+		insn_size = 4;
+		uint32_t op_value = longfield<16,22>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_SOPP_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_SOPP_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_SOPP_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_SOPP;
+	}
+	else 	if(IS_ENC_SOPK(insn_long)){
+		insn_size = 4;
+		uint32_t op_value = longfield<23,27>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_SOPK_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_SOPK_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_SOPK_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_SOPK;
+	}
+	else 	if(IS_ENC_SOP2(insn_long)){
+		insn_size = 4;
+		uint32_t op_value = longfield<23,29>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_SOP2_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_SOP2_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_SOP2_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_SOP2;
+	}
+	else 	if(IS_ENC_SMEM(insn_long)){
+		insn_size = 8;
+		uint32_t op_value = longfield<18,25>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_SMEM_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_SMEM_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_SMEM_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_SMEM;
+	}
+	else 	if(IS_ENC_VOP1(insn_long)){
+		insn_size = 4;
+		uint32_t op_value = longfield<9,16>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_VOP1_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VOP1_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VOP1_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_VOP1;
+	}
+	else 	if(IS_ENC_VOPC(insn_long)){
+		insn_size = 4;
+		uint32_t op_value = longfield<17,24>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_VOPC_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VOPC_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VOPC_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_VOPC;
+	}
+	else 	if(IS_ENC_VOP2(insn_long)){
+		insn_size = 4;
+		uint32_t op_value = longfield<25,30>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_VOP2_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VOP2_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VOP2_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_VOP2;
+	}
+	else 	if(IS_ENC_VINTRP(insn_long)){
+		insn_size = 4;
+		uint32_t op_value = longfield<16,17>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_VINTRP_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VINTRP_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VINTRP_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_VINTRP;
+	}
+	else 	if(IS_ENC_VOP3P(insn_long)){
+		insn_size = 8;
+		uint32_t op_value = longfield<16,22>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_VOP3P_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VOP3P_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VOP3P_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_VOP3P;
+	}
+	else 	if(IS_ENC_VOP3(insn_long)){
+		insn_size = 8;
+		uint32_t op_value = longfield<16,25>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_VOP3_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VOP3_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VOP3_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_VOP3;
+	}
+	else 	if(IS_ENC_DS(insn_long)){
+		insn_size = 8;
+		uint32_t op_value = longfield<17,24>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_DS_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_DS_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_DS_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_DS;
+	}
+	else 	if(IS_ENC_MUBUF(insn_long)){
+		insn_size = 8;
+		uint32_t op_value = longfield<18,24>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_MUBUF_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_MUBUF_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_MUBUF_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_MUBUF;
+	}
+	else 	if(IS_ENC_MTBUF(insn_long)){
+		insn_size = 8;
+		uint32_t op_value = longfield<15,18>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_MTBUF_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_MTBUF_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_MTBUF_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_MTBUF;
+	}
+	else 	if(IS_ENC_MIMG(insn_long)){
+		insn_size = 8;
+		uint32_t op_value = longfield<18,24>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_MIMG_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_MIMG_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_MIMG_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_MIMG;
+	}
+	else 	if(IS_ENC_FLAT(insn_long)){
+		insn_size = 8;
+		uint32_t op_value = longfield<18,24>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_FLAT_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_FLAT_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_FLAT_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_FLAT;
+	}
+	else 	if(IS_ENC_FLAT_GLBL(insn_long)){
+		insn_size = 8;
+		uint32_t op_value = longfield<18,24>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_FLAT_GLBL_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_FLAT_GLBL_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_FLAT_GLBL_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_FLAT_GLBL;
+	}
+	else 	if(IS_ENC_FLAT_SCRATCH(insn_long)){
+		insn_size = 8;
+		uint32_t op_value = longfield<18,24>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_FLAT_SCRATCH_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_FLAT_SCRATCH_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_FLAT_SCRATCH_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_FLAT_SCRATCH;
+	}
+	else 	if(IS_ENC_VOP2_LITERAL(insn_long)){
+		insn_size = 8;
+		uint32_t op_value = longfield<25,30>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_VOP2_LITERAL_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VOP2_LITERAL_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VOP2_LITERAL_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_VOP2_LITERAL;
+	}
+	else 	if(IS_ENC_VOP3B(insn_long)){
+		insn_size = 8;
+		uint32_t op_value = longfield<16,25>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_VOP3B_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VOP3B_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VOP3B_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_VOP3B;
+	}
+	else 	if(IS_ENC_VOP3P_MFMA(insn_long)){
+		insn_size = 8;
+		uint32_t op_value = longfield<16,22>(insn_long);
+		assert(  op_value < sizeof(amdgpu_cdna2_insn_entry::ENC_VOP3P_MFMA_insn_table) / sizeof(amdgpu_cdna2_insn_entry::ENC_VOP3P_MFMA_insn_table0) && "Opcode over or underflow");
+		const amdgpu_cdna2_insn_entry &insn_entry = amdgpu_cdna2_insn_entry::ENC_VOP3P_MFMA_insn_tableop;
+		this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size+immLen,reinterpret_cast<unsigned char *>(&insn));
+		instr_family = ENC_VOP3P_MFMA;
+	}
+}
+void InstructionDecoder_amdgpu_cdna2::mainDecode(){
+	if(IS_ENC_SOP1(insn_long)){
+		decodeENC_SOP1();
+	}
+	else 	if(IS_ENC_SOPC(insn_long)){
+		decodeENC_SOPC();
+	}
+	else 	if(IS_ENC_SOPP(insn_long)){
+		decodeENC_SOPP();
+	}
+	else 	if(IS_ENC_SOPK(insn_long)){
+		decodeENC_SOPK();
+	}
+	else 	if(IS_ENC_SOP2(insn_long)){
+		decodeENC_SOP2();
+	}
+	else 	if(IS_ENC_SMEM(insn_long)){
+		decodeENC_SMEM();
+	}
+	else 	if(IS_ENC_VOP1(insn_long)){
+		decodeENC_VOP1();
+	}
+	else 	if(IS_ENC_VOPC(insn_long)){
+		decodeENC_VOPC();
+	}
+	else 	if(IS_ENC_VOP2(insn_long)){
+		decodeENC_VOP2();
+	}
+	else 	if(IS_ENC_VINTRP(insn_long)){
+		decodeENC_VINTRP();
+	}
+	else 	if(IS_ENC_VOP3P(insn_long)){
+		decodeENC_VOP3P();
+	}
+	else 	if(IS_ENC_VOP3(insn_long)){
+		decodeENC_VOP3();
+	}
+	else 	if(IS_ENC_DS(insn_long)){
+		decodeENC_DS();
+	}
+	else 	if(IS_ENC_MUBUF(insn_long)){
+		decodeENC_MUBUF();
+	}
+	else 	if(IS_ENC_MTBUF(insn_long)){
+		decodeENC_MTBUF();
+	}
+	else 	if(IS_ENC_MIMG(insn_long)){
+		decodeENC_MIMG();
+	}
+	else 	if(IS_ENC_FLAT(insn_long)){
+		decodeENC_FLAT();
+	}
+	else 	if(IS_ENC_FLAT_GLBL(insn_long)){
+		decodeENC_FLAT_GLBL();
+	}
+	else 	if(IS_ENC_FLAT_SCRATCH(insn_long)){
+		decodeENC_FLAT_SCRATCH();
+	}
+	else 	if(IS_ENC_VOP2_LITERAL(insn_long)){
+		decodeENC_VOP2_LITERAL();
+	}
+	else 	if(IS_ENC_VOP3B(insn_long)){
+		decodeENC_VOP3B();
+	}
+	else 	if(IS_ENC_VOP3P_MFMA(insn_long)){
+		decodeENC_VOP3P_MFMA();
+	}
+}

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU/cdna2/amdgpu_cdna2_decoder_impl.h Added

@@ -0,0 +1,378 @@
+static bool IS_ENC_SOP1(uint64_t I);
+static bool IS_ENC_SOPC(uint64_t I);
+static bool IS_ENC_SOPP(uint64_t I);
+static bool IS_ENC_SOPK(uint64_t I);
+static bool IS_ENC_SOP2(uint64_t I);
+static bool IS_ENC_SMEM(uint64_t I);
+static bool IS_ENC_VOP1(uint64_t I);
+static bool IS_ENC_VOPC(uint64_t I);
+static bool IS_ENC_VOP2(uint64_t I);
+static bool IS_ENC_VINTRP(uint64_t I);
+static bool IS_ENC_VOP3P(uint64_t I);
+static bool IS_ENC_VOP3(uint64_t I);
+static bool IS_ENC_DS(uint64_t I);
+static bool IS_ENC_MUBUF(uint64_t I);
+static bool IS_ENC_MTBUF(uint64_t I);
+static bool IS_ENC_MIMG(uint64_t I);
+static bool IS_ENC_FLAT(uint64_t I);
+static bool IS_ENC_FLAT_GLBL(uint64_t I);
+static bool IS_ENC_FLAT_SCRATCH(uint64_t I);
+static bool IS_ENC_VOP2_LITERAL(uint64_t I);
+static bool IS_ENC_VOP3B(uint64_t I);
+static bool IS_ENC_VOP3P_MFMA(uint64_t I);
+enum InstructionFamily{
+	ENC_SOP1 = -1,
+	ENC_SOPC = 0,
+	ENC_SOPP = 1,
+	ENC_SOPK = 2,
+	ENC_SOP2 = 3,
+	ENC_SMEM = 4,
+	ENC_VOP1 = 5,
+	ENC_VOPC = 6,
+	ENC_VOP2 = 7,
+	ENC_VINTRP = 8,
+	ENC_VOP3P = 9,
+	ENC_VOP3 = 10,
+	ENC_DS = 11,
+	ENC_MUBUF = 12,
+	ENC_MTBUF = 13,
+	ENC_MIMG = 14,
+	ENC_FLAT = 16,
+	ENC_FLAT_GLBL = 17,
+	ENC_FLAT_SCRATCH = 18,
+	ENC_VOP2_LITERAL = 19,
+	ENC_VOP3B = 20,
+	ENC_VOP3P_MFMA = 21,
+};
+InstructionFamily instr_family{};
+typedef void (InstructionDecoder_amdgpu_cdna2::*func_ptr)(void);
+func_ptr decode_lookup_table 22 = {
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_SOP1),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_SOPC),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_SOPP),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_SOPK),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_SOP2),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_SMEM),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_VOP1),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_VOPC),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_VOP2),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_VINTRP),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_VOP3P),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_VOP3),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_DS),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_MUBUF),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_MTBUF),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_MIMG),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_FLAT),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_FLAT_GLBL),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_FLAT_SCRATCH),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_VOP2_LITERAL),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_VOP3B),
+	(&InstructionDecoder_amdgpu_cdna2::decodeENC_VOP3P_MFMA),
+};
+typedef struct layout_ENC_SOP1{
+	uint16_t  ENCODING : 9 ;
+	uint8_t  OP : 8 ;
+	uint8_t  SDST : 7 ;
+	uint8_t  SSRC0 : 8 ;
+}layout_ENC_SOP1;
+typedef struct layout_ENC_SOPC{
+	uint16_t  ENCODING : 9 ;
+	uint8_t  OP : 7 ;
+	uint8_t  SSRC0 : 8 ;
+	uint8_t  SSRC1 : 8 ;
+}layout_ENC_SOPC;
+typedef struct layout_ENC_SOPP{
+	uint16_t  ENCODING : 9 ;
+	uint8_t  OP : 7 ;
+	uint16_t  SIMM16 : 16 ;
+}layout_ENC_SOPP;
+typedef struct layout_ENC_SOPK{
+	uint8_t  ENCODING : 4 ;
+	uint8_t  OP : 5 ;
+	uint8_t  SDST : 7 ;
+	uint16_t  SIMM16 : 16 ;
+}layout_ENC_SOPK;
+typedef struct layout_ENC_SOP2{
+	uint8_t  ENCODING : 2 ;
+	uint8_t  OP : 7 ;
+	uint8_t  SDST : 7 ;
+	uint8_t  SSRC0 : 8 ;
+	uint8_t  SSRC1 : 8 ;
+}layout_ENC_SOP2;
+typedef struct layout_ENC_SMEM{
+	uint8_t  ENCODING : 6 ;
+	uint8_t  GLC : 1 ;
+	uint8_t  IMM : 1 ;
+	uint8_t  NV : 1 ;
+	uint32_t  OFFSET : 21 ;
+	uint8_t  OP : 8 ;
+	uint8_t  SBASE : 6 ;
+	uint8_t  SDATA : 7 ;
+	uint8_t  SOFFSET : 7 ;
+	uint8_t  SOFFSET_EN : 1 ;
+}layout_ENC_SMEM;
+typedef struct layout_ENC_VOP1{
+	uint8_t  ENCODING : 7 ;
+	uint8_t  OP : 8 ;
+	uint16_t  SRC0 : 9 ;
+	uint8_t  VDST : 8 ;
+}layout_ENC_VOP1;
+typedef struct layout_ENC_VOPC{
+	uint8_t  ENCODING : 7 ;
+	uint8_t  OP : 8 ;
+	uint16_t  SRC0 : 9 ;
+	uint8_t  VSRC1 : 8 ;
+}layout_ENC_VOPC;
+typedef struct layout_ENC_VOP2{
+	uint8_t  ENCODING : 1 ;
+	uint8_t  OP : 6 ;
+	uint16_t  SRC0 : 9 ;
+	uint8_t  VDST : 8 ;
+	uint8_t  VSRC1 : 8 ;
+}layout_ENC_VOP2;
+typedef struct layout_ENC_VINTRP{
+	uint8_t  ATTR : 6 ;
+	uint8_t  ATTRCHAN : 2 ;
+	uint8_t  ENCODING : 6 ;
+	uint8_t  OP : 2 ;
+	uint8_t  VDST : 8 ;
+	uint8_t  VSRC : 8 ;
+}layout_ENC_VINTRP;
+typedef struct layout_ENC_VOP3P{
+	uint8_t  CLAMP : 1 ;
+	uint16_t  ENCODING : 9 ;
+	uint8_t  NEG : 3 ;
+	uint8_t  NEG_HI : 3 ;
+	uint8_t  OP : 7 ;
+	uint8_t  OP_SEL : 3 ;
+	uint8_t  OP_SEL_HI : 2 ;
+	uint8_t  OP_SEL_HI_2 : 1 ;
+	uint16_t  SRC0 : 9 ;
+	uint16_t  SRC1 : 9 ;
+	uint16_t  SRC2 : 9 ;
+	uint8_t  VDST : 8 ;
+}layout_ENC_VOP3P;
+typedef struct layout_ENC_VOP3{
+	uint8_t  ABS : 3 ;
+	uint8_t  CLAMP : 1 ;
+	uint8_t  ENCODING : 6 ;
+	uint8_t  NEG : 3 ;
+	uint8_t  OMOD : 2 ;
+	uint16_t  OP : 10 ;
+	uint8_t  OP_SEL : 4 ;
+	uint16_t  SRC0 : 9 ;
+	uint16_t  SRC1 : 9 ;
+	uint16_t  SRC2 : 9 ;
+	uint8_t  VDST : 8 ;
+}layout_ENC_VOP3;
+typedef struct layout_ENC_DS{
+	uint8_t  ACC : 1 ;
+	uint8_t  ADDR : 8 ;
+	uint8_t  DATA0 : 8 ;
+	uint8_t  DATA1 : 8 ;
+	uint8_t  ENCODING : 6 ;
+	uint8_t  GDS : 1 ;
+	uint8_t  OFFSET0 : 8 ;
+	uint8_t  OFFSET1 : 8 ;
+	uint8_t  OP : 8 ;
+	uint8_t  VDST : 8 ;
+}layout_ENC_DS;
+typedef struct layout_ENC_MUBUF{
+	uint8_t  ACC : 1 ;
+	uint8_t  ENCODING : 6 ;
+	uint8_t  GLC : 1 ;
+	uint8_t  IDXEN : 1 ;
+	uint8_t  LDS : 1 ;
+	uint8_t  OFFEN : 1 ;
+	uint16_t  OFFSET : 12 ;
+	uint8_t  OP : 7 ;
+	uint8_t  SCC : 1 ;
+	uint8_t  SLC : 1 ;
+	uint8_t  SOFFSET : 8 ;
+	uint8_t  SRSRC : 5 ;
+	uint8_t  VADDR : 8 ;
+	uint8_t  VDATA : 8 ;
+}layout_ENC_MUBUF;
+typedef struct layout_ENC_MTBUF{
+	uint8_t  ACC : 1 ;
+	uint8_t  DFMT : 4 ;
+	uint8_t  ENCODING : 6 ;
+	uint8_t  GLC : 1 ;
+	uint8_t  IDXEN : 1 ;
+	uint8_t  NFMT : 3 ;
+	uint8_t  OFFEN : 1 ;
+	uint16_t  OFFSET : 12 ;
+	uint8_t  OP : 4 ;
+	uint8_t  SCC : 1 ;
+	uint8_t  SLC : 1 ;
+	uint8_t  SOFFSET : 8 ;
+	uint8_t  SRSRC : 5 ;
+	uint8_t  VADDR : 8 ;
+	uint8_t  VDATA : 8 ;
+}layout_ENC_MTBUF;
+typedef struct layout_ENC_MIMG{
+	uint8_t  A16 : 1 ;
+	uint8_t  ACC : 1 ;
+	uint8_t  D16 : 1 ;
+	uint8_t  DA : 1 ;
+	uint8_t  DMASK : 4 ;
+	uint8_t  ENCODING : 6 ;
+	uint8_t  GLC : 1 ;
+	uint8_t  LWE : 1 ;
+	uint8_t  OP : 7 ;
+	uint8_t  OPM : 1 ;
+	uint8_t  SCC : 1 ;
+	uint8_t  SLC : 1 ;
+	uint8_t  SRSRC : 5 ;
+	uint8_t  SSAMP : 5 ;
+	uint8_t  UNORM : 1 ;
+	uint8_t  VADDR : 8 ;
+	uint8_t  VDATA : 8 ;
+}layout_ENC_MIMG;
+typedef struct layout_ENC_FLAT{
+	uint8_t  ACC : 1 ;
+	uint8_t  ADDR : 8 ;
+	uint8_t  DATA : 8 ;
+	uint8_t  ENCODING : 6 ;
+	uint8_t  GLC : 1 ;
+	uint8_t  LDS : 1 ;
+	uint16_t  OFFSET : 12 ;
+	uint8_t  OP : 7 ;
+	uint8_t  SADDR : 7 ;
+	uint8_t  SCC : 1 ;
+	uint8_t  SEG : 2 ;
+	uint8_t  SLC : 1 ;
+	uint8_t  VDST : 8 ;
+}layout_ENC_FLAT;
+typedef struct layout_ENC_FLAT_GLBL{
+	uint8_t  ACC : 1 ;
+	uint8_t  ADDR : 8 ;
+	uint8_t  DATA : 8 ;
+	uint8_t  ENCODING : 6 ;
+	uint8_t  GLC : 1 ;
+	uint8_t  LDS : 1 ;
+	uint16_t  OFFSET : 13 ;
+	uint8_t  OP : 7 ;
+	uint8_t  SADDR : 7 ;
+	uint8_t  SCC : 1 ;
+	uint8_t  SEG : 2 ;
+	uint8_t  SLC : 1 ;
+	uint8_t  VDST : 8 ;
+}layout_ENC_FLAT_GLBL;
+typedef struct layout_ENC_FLAT_SCRATCH{
+	uint8_t  ACC : 1 ;
+	uint8_t  ADDR : 8 ;
+	uint8_t  DATA : 8 ;
+	uint8_t  ENCODING : 6 ;
+	uint8_t  GLC : 1 ;
+	uint8_t  LDS : 1 ;
+	uint16_t  OFFSET : 13 ;
+	uint8_t  OP : 7 ;
+	uint8_t  SADDR : 7 ;
+	uint8_t  SCC : 1 ;
+	uint8_t  SEG : 2 ;
+	uint8_t  SLC : 1 ;
+	uint8_t  VDST : 8 ;
+}layout_ENC_FLAT_SCRATCH;
+typedef struct layout_ENC_VOP2_LITERAL{
+	uint8_t  ENCODING : 1 ;
+	uint8_t  OP : 6 ;
+	uint32_t  SIMM32 : 32 ;
+	uint16_t  SRC0 : 9 ;
+	uint8_t  VDST : 8 ;
+	uint8_t  VSRC1 : 8 ;
+}layout_ENC_VOP2_LITERAL;
+typedef struct layout_ENC_VOP3B{
+	uint8_t  CLAMP : 1 ;
+	uint8_t  ENCODING : 6 ;
+	uint8_t  NEG : 3 ;
+	uint8_t  OMOD : 2 ;
+	uint16_t  OP : 10 ;
+	uint8_t  SDST : 7 ;
+	uint16_t  SRC0 : 9 ;
+	uint16_t  SRC1 : 9 ;
+	uint16_t  SRC2 : 9 ;
+	uint8_t  VDST : 8 ;
+}layout_ENC_VOP3B;
+typedef struct layout_ENC_VOP3P_MFMA{
+	uint8_t  ABID : 4 ;
+	uint8_t  ACC : 2 ;
+	uint8_t  ACC_CD : 1 ;
+	uint8_t  BLGP : 3 ;
+	uint8_t  CBSZ : 3 ;
+	uint16_t  ENCODING : 9 ;
+	uint8_t  OP : 7 ;
+	uint16_t  SRC0 : 9 ;
+	uint16_t  SRC1 : 9 ;
+	uint16_t  SRC2 : 9 ;
+	uint8_t  VDST : 8 ;
+}layout_ENC_VOP3P_MFMA;
+union insn_layout{
+	layout_ENC_SOP1 ENC_SOP1;
+	layout_ENC_SOPC ENC_SOPC;
+	layout_ENC_SOPP ENC_SOPP;
+	layout_ENC_SOPK ENC_SOPK;
+	layout_ENC_SOP2 ENC_SOP2;
+	layout_ENC_SMEM ENC_SMEM;
+	layout_ENC_VOP1 ENC_VOP1;
+	layout_ENC_VOPC ENC_VOPC;
+	layout_ENC_VOP2 ENC_VOP2;
+	layout_ENC_VINTRP ENC_VINTRP;
+	layout_ENC_VOP3P ENC_VOP3P;
+	layout_ENC_VOP3 ENC_VOP3;
+	layout_ENC_DS ENC_DS;
+	layout_ENC_MUBUF ENC_MUBUF;
+	layout_ENC_MTBUF ENC_MTBUF;
+	layout_ENC_MIMG ENC_MIMG;
+	layout_ENC_FLAT ENC_FLAT;
+	layout_ENC_FLAT_GLBL ENC_FLAT_GLBL;
+	layout_ENC_FLAT_SCRATCH ENC_FLAT_SCRATCH;
+	layout_ENC_VOP2_LITERAL ENC_VOP2_LITERAL;
+	layout_ENC_VOP3B ENC_VOP3B;
+	layout_ENC_VOP3P_MFMA ENC_VOP3P_MFMA;
+}insn_layout;
+void decodeENC_SOP1();
+void finalizeENC_SOP1Operands();
+void decodeENC_SOPC();
+void finalizeENC_SOPCOperands();
+void decodeENC_SOPP();
+void finalizeENC_SOPPOperands();
+void decodeENC_SOPK();
+void finalizeENC_SOPKOperands();
+void decodeENC_SOP2();
+void finalizeENC_SOP2Operands();
+void decodeENC_SMEM();
+void finalizeENC_SMEMOperands();
+void decodeENC_VOP1();
+void finalizeENC_VOP1Operands();
+void decodeENC_VOPC();
+void finalizeENC_VOPCOperands();
+void decodeENC_VOP2();
+void finalizeENC_VOP2Operands();
+void decodeENC_VINTRP();
+void finalizeENC_VINTRPOperands();
+void decodeENC_VOP3P();
+void finalizeENC_VOP3POperands();
+void decodeENC_VOP3();
+void finalizeENC_VOP3Operands();
+void decodeENC_DS();
+void finalizeENC_DSOperands();
+void decodeENC_MUBUF();
+void finalizeENC_MUBUFOperands();
+void decodeENC_MTBUF();
+void finalizeENC_MTBUFOperands();
+void decodeENC_MIMG();
+void finalizeENC_MIMGOperands();
+void decodeENC_FLAT();
+void finalizeENC_FLATOperands();
+void decodeENC_FLAT_GLBL();
+void finalizeENC_FLAT_GLBLOperands();
+void decodeENC_FLAT_SCRATCH();
+void finalizeENC_FLAT_SCRATCHOperands();
+void decodeENC_VOP2_LITERAL();
+void finalizeENC_VOP2_LITERALOperands();
+void decodeENC_VOP3B();
+void finalizeENC_VOP3BOperands();
+void decodeENC_VOP3P_MFMA();
+void finalizeENC_VOP3P_MFMAOperands();

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU/cdna2/amdgpu_cdna2_insn_entry.h Added

@@ -0,0 +1,30 @@
+struct amdgpu_cdna2_insn_entry {
+	entryID op;
+	const char *mnemonic;
+	std::size_t operandCnt;
+	const operandFactory *operands;
+	static const amdgpu_cdna2_insn_table main_insn_table ; 
+	static const operandFactory operandTable ; 
+	static const amdgpu_cdna2_insn_table ENC_DS_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_FLAT_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_FLAT_GLBL_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_FLAT_SCRATCH_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_MIMG_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_MTBUF_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_MUBUF_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_SMEM_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_SOP1_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_SOP2_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_SOPC_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_SOPK_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_SOPP_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_VOP1_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_VOP3_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_VOP2_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_VOP2_LITERAL_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_VOP3B_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_VOP3P_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_VOP3P_MFMA_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_VOPC_insn_table ; 
+	static const amdgpu_cdna2_insn_table ENC_VINTRP_insn_table ; 
+};

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU/cdna2/amdgpu_cdna2_opcode_tables.C Added

@@ -0,0 +1,2879 @@
+#define fn(...) (&InstructionDecoder_amdgpu_cdna2::__VA_ARGS__)
+const operandFactory amdgpu_cdna2_insn_entry::operandTable = {
+	fn(NOTHING),
+};
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_DS_insn_table = {
+{amdgpu_cdna2_op_DS_ADD_U32,"DS_ADD_U32",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_DS_SUB_U32,"DS_SUB_U32",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_DS_RSUB_U32,"DS_RSUB_U32",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_DS_INC_U32,"DS_INC_U32",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_DS_DEC_U32,"DS_DEC_U32",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_DS_MIN_I32,"DS_MIN_I32",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_DS_MAX_I32,"DS_MAX_I32",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_DS_MIN_U32,"DS_MIN_U32",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_DS_MAX_U32,"DS_MAX_U32",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_DS_AND_B32,"DS_AND_B32",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_DS_OR_B32,"DS_OR_B32",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_DS_XOR_B32,"DS_XOR_B32",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_DS_MSKOR_B32,"DS_MSKOR_B32",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_DS_WRITE_B32,"DS_WRITE_B32",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_DS_WRITE2_B32,"DS_WRITE2_B32",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_DS_WRITE2ST64_B32,"DS_WRITE2ST64_B32",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_DS_CMPST_B32,"DS_CMPST_B32",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_DS_CMPST_F32,"DS_CMPST_F32",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_DS_MIN_F32,"DS_MIN_F32",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_DS_MAX_F32,"DS_MAX_F32",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_DS_NOP,"DS_NOP",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_DS_ADD_F32,"DS_ADD_F32",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_DS_WRITE_ADDTID_B32,"DS_WRITE_ADDTID_B32",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_DS_WRITE_B8,"DS_WRITE_B8",0,&operandTable0} ,//30
+{amdgpu_cdna2_op_DS_WRITE_B16,"DS_WRITE_B16",0,&operandTable0} ,//31
+{amdgpu_cdna2_op_DS_ADD_RTN_U32,"DS_ADD_RTN_U32",0,&operandTable0} ,//32
+{amdgpu_cdna2_op_DS_SUB_RTN_U32,"DS_SUB_RTN_U32",0,&operandTable0} ,//33
+{amdgpu_cdna2_op_DS_RSUB_RTN_U32,"DS_RSUB_RTN_U32",0,&operandTable0} ,//34
+{amdgpu_cdna2_op_DS_INC_RTN_U32,"DS_INC_RTN_U32",0,&operandTable0} ,//35
+{amdgpu_cdna2_op_DS_DEC_RTN_U32,"DS_DEC_RTN_U32",0,&operandTable0} ,//36
+{amdgpu_cdna2_op_DS_MIN_RTN_I32,"DS_MIN_RTN_I32",0,&operandTable0} ,//37
+{amdgpu_cdna2_op_DS_MAX_RTN_I32,"DS_MAX_RTN_I32",0,&operandTable0} ,//38
+{amdgpu_cdna2_op_DS_MIN_RTN_U32,"DS_MIN_RTN_U32",0,&operandTable0} ,//39
+{amdgpu_cdna2_op_DS_MAX_RTN_U32,"DS_MAX_RTN_U32",0,&operandTable0} ,//40
+{amdgpu_cdna2_op_DS_AND_RTN_B32,"DS_AND_RTN_B32",0,&operandTable0} ,//41
+{amdgpu_cdna2_op_DS_OR_RTN_B32,"DS_OR_RTN_B32",0,&operandTable0} ,//42
+{amdgpu_cdna2_op_DS_XOR_RTN_B32,"DS_XOR_RTN_B32",0,&operandTable0} ,//43
+{amdgpu_cdna2_op_DS_MSKOR_RTN_B32,"DS_MSKOR_RTN_B32",0,&operandTable0} ,//44
+{amdgpu_cdna2_op_DS_WRXCHG_RTN_B32,"DS_WRXCHG_RTN_B32",0,&operandTable0} ,//45
+{amdgpu_cdna2_op_DS_WRXCHG2_RTN_B32,"DS_WRXCHG2_RTN_B32",0,&operandTable0} ,//46
+{amdgpu_cdna2_op_DS_WRXCHG2ST64_RTN_B32,"DS_WRXCHG2ST64_RTN_B32",0,&operandTable0} ,//47
+{amdgpu_cdna2_op_DS_CMPST_RTN_B32,"DS_CMPST_RTN_B32",0,&operandTable0} ,//48
+{amdgpu_cdna2_op_DS_CMPST_RTN_F32,"DS_CMPST_RTN_F32",0,&operandTable0} ,//49
+{amdgpu_cdna2_op_DS_MIN_RTN_F32,"DS_MIN_RTN_F32",0,&operandTable0} ,//50
+{amdgpu_cdna2_op_DS_MAX_RTN_F32,"DS_MAX_RTN_F32",0,&operandTable0} ,//51
+{amdgpu_cdna2_op_DS_WRAP_RTN_B32,"DS_WRAP_RTN_B32",0,&operandTable0} ,//52
+{amdgpu_cdna2_op_DS_ADD_RTN_F32,"DS_ADD_RTN_F32",0,&operandTable0} ,//53
+{amdgpu_cdna2_op_DS_READ_B32,"DS_READ_B32",0,&operandTable0} ,//54
+{amdgpu_cdna2_op_DS_READ2_B32,"DS_READ2_B32",0,&operandTable0} ,//55
+{amdgpu_cdna2_op_DS_READ2ST64_B32,"DS_READ2ST64_B32",0,&operandTable0} ,//56
+{amdgpu_cdna2_op_DS_READ_I8,"DS_READ_I8",0,&operandTable0} ,//57
+{amdgpu_cdna2_op_DS_READ_U8,"DS_READ_U8",0,&operandTable0} ,//58
+{amdgpu_cdna2_op_DS_READ_I16,"DS_READ_I16",0,&operandTable0} ,//59
+{amdgpu_cdna2_op_DS_READ_U16,"DS_READ_U16",0,&operandTable0} ,//60
+{amdgpu_cdna2_op_DS_SWIZZLE_B32,"DS_SWIZZLE_B32",0,&operandTable0} ,//61
+{amdgpu_cdna2_op_DS_PERMUTE_B32,"DS_PERMUTE_B32",0,&operandTable0} ,//62
+{amdgpu_cdna2_op_DS_BPERMUTE_B32,"DS_BPERMUTE_B32",0,&operandTable0} ,//63
+{amdgpu_cdna2_op_DS_ADD_U64,"DS_ADD_U64",0,&operandTable0} ,//64
+{amdgpu_cdna2_op_DS_SUB_U64,"DS_SUB_U64",0,&operandTable0} ,//65
+{amdgpu_cdna2_op_DS_RSUB_U64,"DS_RSUB_U64",0,&operandTable0} ,//66
+{amdgpu_cdna2_op_DS_INC_U64,"DS_INC_U64",0,&operandTable0} ,//67
+{amdgpu_cdna2_op_DS_DEC_U64,"DS_DEC_U64",0,&operandTable0} ,//68
+{amdgpu_cdna2_op_DS_MIN_I64,"DS_MIN_I64",0,&operandTable0} ,//69
+{amdgpu_cdna2_op_DS_MAX_I64,"DS_MAX_I64",0,&operandTable0} ,//70
+{amdgpu_cdna2_op_DS_MIN_U64,"DS_MIN_U64",0,&operandTable0} ,//71
+{amdgpu_cdna2_op_DS_MAX_U64,"DS_MAX_U64",0,&operandTable0} ,//72
+{amdgpu_cdna2_op_DS_AND_B64,"DS_AND_B64",0,&operandTable0} ,//73
+{amdgpu_cdna2_op_DS_OR_B64,"DS_OR_B64",0,&operandTable0} ,//74
+{amdgpu_cdna2_op_DS_XOR_B64,"DS_XOR_B64",0,&operandTable0} ,//75
+{amdgpu_cdna2_op_DS_MSKOR_B64,"DS_MSKOR_B64",0,&operandTable0} ,//76
+{amdgpu_cdna2_op_DS_WRITE_B64,"DS_WRITE_B64",0,&operandTable0} ,//77
+{amdgpu_cdna2_op_DS_WRITE2_B64,"DS_WRITE2_B64",0,&operandTable0} ,//78
+{amdgpu_cdna2_op_DS_WRITE2ST64_B64,"DS_WRITE2ST64_B64",0,&operandTable0} ,//79
+{amdgpu_cdna2_op_DS_CMPST_B64,"DS_CMPST_B64",0,&operandTable0} ,//80
+{amdgpu_cdna2_op_DS_CMPST_F64,"DS_CMPST_F64",0,&operandTable0} ,//81
+{amdgpu_cdna2_op_DS_MIN_F64,"DS_MIN_F64",0,&operandTable0} ,//82
+{amdgpu_cdna2_op_DS_MAX_F64,"DS_MAX_F64",0,&operandTable0} ,//83
+{amdgpu_cdna2_op_DS_WRITE_B8_D16_HI,"DS_WRITE_B8_D16_HI",0,&operandTable0} ,//84
+{amdgpu_cdna2_op_DS_WRITE_B16_D16_HI,"DS_WRITE_B16_D16_HI",0,&operandTable0} ,//85
+{amdgpu_cdna2_op_DS_READ_U8_D16,"DS_READ_U8_D16",0,&operandTable0} ,//86
+{amdgpu_cdna2_op_DS_READ_U8_D16_HI,"DS_READ_U8_D16_HI",0,&operandTable0} ,//87
+{amdgpu_cdna2_op_DS_READ_I8_D16,"DS_READ_I8_D16",0,&operandTable0} ,//88
+{amdgpu_cdna2_op_DS_READ_I8_D16_HI,"DS_READ_I8_D16_HI",0,&operandTable0} ,//89
+{amdgpu_cdna2_op_DS_READ_U16_D16,"DS_READ_U16_D16",0,&operandTable0} ,//90
+{amdgpu_cdna2_op_DS_READ_U16_D16_HI,"DS_READ_U16_D16_HI",0,&operandTable0} ,//91
+{amdgpu_cdna2_op_DS_ADD_F64,"DS_ADD_F64",0,&operandTable0} ,//92
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//93
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//94
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//95
+{amdgpu_cdna2_op_DS_ADD_RTN_U64,"DS_ADD_RTN_U64",0,&operandTable0} ,//96
+{amdgpu_cdna2_op_DS_SUB_RTN_U64,"DS_SUB_RTN_U64",0,&operandTable0} ,//97
+{amdgpu_cdna2_op_DS_RSUB_RTN_U64,"DS_RSUB_RTN_U64",0,&operandTable0} ,//98
+{amdgpu_cdna2_op_DS_INC_RTN_U64,"DS_INC_RTN_U64",0,&operandTable0} ,//99
+{amdgpu_cdna2_op_DS_DEC_RTN_U64,"DS_DEC_RTN_U64",0,&operandTable0} ,//100
+{amdgpu_cdna2_op_DS_MIN_RTN_I64,"DS_MIN_RTN_I64",0,&operandTable0} ,//101
+{amdgpu_cdna2_op_DS_MAX_RTN_I64,"DS_MAX_RTN_I64",0,&operandTable0} ,//102
+{amdgpu_cdna2_op_DS_MIN_RTN_U64,"DS_MIN_RTN_U64",0,&operandTable0} ,//103
+{amdgpu_cdna2_op_DS_MAX_RTN_U64,"DS_MAX_RTN_U64",0,&operandTable0} ,//104
+{amdgpu_cdna2_op_DS_AND_RTN_B64,"DS_AND_RTN_B64",0,&operandTable0} ,//105
+{amdgpu_cdna2_op_DS_OR_RTN_B64,"DS_OR_RTN_B64",0,&operandTable0} ,//106
+{amdgpu_cdna2_op_DS_XOR_RTN_B64,"DS_XOR_RTN_B64",0,&operandTable0} ,//107
+{amdgpu_cdna2_op_DS_MSKOR_RTN_B64,"DS_MSKOR_RTN_B64",0,&operandTable0} ,//108
+{amdgpu_cdna2_op_DS_WRXCHG_RTN_B64,"DS_WRXCHG_RTN_B64",0,&operandTable0} ,//109
+{amdgpu_cdna2_op_DS_WRXCHG2_RTN_B64,"DS_WRXCHG2_RTN_B64",0,&operandTable0} ,//110
+{amdgpu_cdna2_op_DS_WRXCHG2ST64_RTN_B64,"DS_WRXCHG2ST64_RTN_B64",0,&operandTable0} ,//111
+{amdgpu_cdna2_op_DS_CMPST_RTN_B64,"DS_CMPST_RTN_B64",0,&operandTable0} ,//112
+{amdgpu_cdna2_op_DS_CMPST_RTN_F64,"DS_CMPST_RTN_F64",0,&operandTable0} ,//113
+{amdgpu_cdna2_op_DS_MIN_RTN_F64,"DS_MIN_RTN_F64",0,&operandTable0} ,//114
+{amdgpu_cdna2_op_DS_MAX_RTN_F64,"DS_MAX_RTN_F64",0,&operandTable0} ,//115
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//116
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//117
+{amdgpu_cdna2_op_DS_READ_B64,"DS_READ_B64",0,&operandTable0} ,//118
+{amdgpu_cdna2_op_DS_READ2_B64,"DS_READ2_B64",0,&operandTable0} ,//119
+{amdgpu_cdna2_op_DS_READ2ST64_B64,"DS_READ2ST64_B64",0,&operandTable0} ,//120
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//121
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//122
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//123
+{amdgpu_cdna2_op_DS_ADD_RTN_F64,"DS_ADD_RTN_F64",0,&operandTable0} ,//124
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//125
+{amdgpu_cdna2_op_DS_CONDXCHG32_RTN_B64,"DS_CONDXCHG32_RTN_B64",0,&operandTable0} ,//126
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//127
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//128
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//129
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//130
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//131
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//132
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//133
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//134
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//135
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//136
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//137
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//138
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//139
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//140
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//141
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//142
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//143
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//144
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//145
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//146
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//147
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//148
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//149
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//150
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//151
+{amdgpu_cdna2_op_DS_GWS_SEMA_RELEASE_ALL,"DS_GWS_SEMA_RELEASE_ALL",0,&operandTable0} ,//152
+{amdgpu_cdna2_op_DS_GWS_INIT,"DS_GWS_INIT",0,&operandTable0} ,//153
+{amdgpu_cdna2_op_DS_GWS_SEMA_V,"DS_GWS_SEMA_V",0,&operandTable0} ,//154
+{amdgpu_cdna2_op_DS_GWS_SEMA_BR,"DS_GWS_SEMA_BR",0,&operandTable0} ,//155
+{amdgpu_cdna2_op_DS_GWS_SEMA_P,"DS_GWS_SEMA_P",0,&operandTable0} ,//156
+{amdgpu_cdna2_op_DS_GWS_BARRIER,"DS_GWS_BARRIER",0,&operandTable0} ,//157
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//158
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//159
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//160
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//161
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//162
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//163
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//164
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//165
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//166
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//167
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//168
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//169
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//170
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//171
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//172
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//173
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//174
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//175
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//176
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//177
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//178
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//179
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//180
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//181
+{amdgpu_cdna2_op_DS_READ_ADDTID_B32,"DS_READ_ADDTID_B32",0,&operandTable0} ,//182
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//183
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//184
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//185
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//186
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//187
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//188
+{amdgpu_cdna2_op_DS_CONSUME,"DS_CONSUME",0,&operandTable0} ,//189
+{amdgpu_cdna2_op_DS_APPEND,"DS_APPEND",0,&operandTable0} ,//190
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//191
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//192
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//193
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//194
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//195
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//196
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//197
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//198
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//199
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//200
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//201
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//202
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//203
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//204
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//205
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//206
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//207
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//208
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//209
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//210
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//211
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//212
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//213
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//214
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//215
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//216
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//217
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//218
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//219
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//220
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//221
+{amdgpu_cdna2_op_DS_WRITE_B96,"DS_WRITE_B96",0,&operandTable0} ,//222
+{amdgpu_cdna2_op_DS_WRITE_B128,"DS_WRITE_B128",0,&operandTable0} ,//223
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//224
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//225
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//226
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//227
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//228
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//229
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//230
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//231
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//232
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//233
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//234
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//235
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//236
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//237
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//238
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//239
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//240
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//241
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//242
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//243
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//244
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//245
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//246
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//247
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//248
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//249
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//250
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//251
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//252
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//253
+{amdgpu_cdna2_op_DS_READ_B96,"DS_READ_B96",0,&operandTable0} ,//254
+{amdgpu_cdna2_op_DS_READ_B128,"DS_READ_B128",0,&operandTable0} ,//255
+}; // end ENC_DS_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_FLAT_insn_table = {
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_FLAT_LOAD_UBYTE,"FLAT_LOAD_UBYTE",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_FLAT_LOAD_SBYTE,"FLAT_LOAD_SBYTE",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_FLAT_LOAD_USHORT,"FLAT_LOAD_USHORT",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_FLAT_LOAD_SSHORT,"FLAT_LOAD_SSHORT",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_FLAT_LOAD_DWORD,"FLAT_LOAD_DWORD",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_FLAT_LOAD_DWORDX2,"FLAT_LOAD_DWORDX2",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_FLAT_LOAD_DWORDX3,"FLAT_LOAD_DWORDX3",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_FLAT_LOAD_DWORDX4,"FLAT_LOAD_DWORDX4",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_FLAT_STORE_BYTE,"FLAT_STORE_BYTE",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_FLAT_STORE_BYTE_D16_HI,"FLAT_STORE_BYTE_D16_HI",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_FLAT_STORE_SHORT,"FLAT_STORE_SHORT",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_FLAT_STORE_SHORT_D16_HI,"FLAT_STORE_SHORT_D16_HI",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_FLAT_STORE_DWORD,"FLAT_STORE_DWORD",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_FLAT_STORE_DWORDX2,"FLAT_STORE_DWORDX2",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_FLAT_STORE_DWORDX3,"FLAT_STORE_DWORDX3",0,&operandTable0} ,//30
+{amdgpu_cdna2_op_FLAT_STORE_DWORDX4,"FLAT_STORE_DWORDX4",0,&operandTable0} ,//31
+{amdgpu_cdna2_op_FLAT_LOAD_UBYTE_D16,"FLAT_LOAD_UBYTE_D16",0,&operandTable0} ,//32
+{amdgpu_cdna2_op_FLAT_LOAD_UBYTE_D16_HI,"FLAT_LOAD_UBYTE_D16_HI",0,&operandTable0} ,//33
+{amdgpu_cdna2_op_FLAT_LOAD_SBYTE_D16,"FLAT_LOAD_SBYTE_D16",0,&operandTable0} ,//34
+{amdgpu_cdna2_op_FLAT_LOAD_SBYTE_D16_HI,"FLAT_LOAD_SBYTE_D16_HI",0,&operandTable0} ,//35
+{amdgpu_cdna2_op_FLAT_LOAD_SHORT_D16,"FLAT_LOAD_SHORT_D16",0,&operandTable0} ,//36
+{amdgpu_cdna2_op_FLAT_LOAD_SHORT_D16_HI,"FLAT_LOAD_SHORT_D16_HI",0,&operandTable0} ,//37
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//38
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//39
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//40
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//41
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//42
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//43
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//44
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//45
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//46
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//47
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//48
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//49
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//50
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//51
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//52
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//53
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//54
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//55
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//56
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//57
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//58
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//59
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//60
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//61
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//62
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//63
+{amdgpu_cdna2_op_FLAT_ATOMIC_SWAP,"FLAT_ATOMIC_SWAP",0,&operandTable0} ,//64
+{amdgpu_cdna2_op_FLAT_ATOMIC_CMPSWAP,"FLAT_ATOMIC_CMPSWAP",0,&operandTable0} ,//65
+{amdgpu_cdna2_op_FLAT_ATOMIC_ADD,"FLAT_ATOMIC_ADD",0,&operandTable0} ,//66
+{amdgpu_cdna2_op_FLAT_ATOMIC_SUB,"FLAT_ATOMIC_SUB",0,&operandTable0} ,//67
+{amdgpu_cdna2_op_FLAT_ATOMIC_SMIN,"FLAT_ATOMIC_SMIN",0,&operandTable0} ,//68
+{amdgpu_cdna2_op_FLAT_ATOMIC_UMIN,"FLAT_ATOMIC_UMIN",0,&operandTable0} ,//69
+{amdgpu_cdna2_op_FLAT_ATOMIC_SMAX,"FLAT_ATOMIC_SMAX",0,&operandTable0} ,//70
+{amdgpu_cdna2_op_FLAT_ATOMIC_UMAX,"FLAT_ATOMIC_UMAX",0,&operandTable0} ,//71
+{amdgpu_cdna2_op_FLAT_ATOMIC_AND,"FLAT_ATOMIC_AND",0,&operandTable0} ,//72
+{amdgpu_cdna2_op_FLAT_ATOMIC_OR,"FLAT_ATOMIC_OR",0,&operandTable0} ,//73
+{amdgpu_cdna2_op_FLAT_ATOMIC_XOR,"FLAT_ATOMIC_XOR",0,&operandTable0} ,//74
+{amdgpu_cdna2_op_FLAT_ATOMIC_INC,"FLAT_ATOMIC_INC",0,&operandTable0} ,//75
+{amdgpu_cdna2_op_FLAT_ATOMIC_DEC,"FLAT_ATOMIC_DEC",0,&operandTable0} ,//76
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//77
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//78
+{amdgpu_cdna2_op_FLAT_ATOMIC_ADD_F64,"FLAT_ATOMIC_ADD_F64",0,&operandTable0} ,//79
+{amdgpu_cdna2_op_FLAT_ATOMIC_MIN_F64,"FLAT_ATOMIC_MIN_F64",0,&operandTable0} ,//80
+{amdgpu_cdna2_op_FLAT_ATOMIC_MAX_F64,"FLAT_ATOMIC_MAX_F64",0,&operandTable0} ,//81
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//82
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//83
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//84
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//85
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//86
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//87
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//88
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//89
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//90
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//91
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//92
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//93
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//94
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//95
+{amdgpu_cdna2_op_FLAT_ATOMIC_SWAP_X2,"FLAT_ATOMIC_SWAP_X2",0,&operandTable0} ,//96
+{amdgpu_cdna2_op_FLAT_ATOMIC_CMPSWAP_X2,"FLAT_ATOMIC_CMPSWAP_X2",0,&operandTable0} ,//97
+{amdgpu_cdna2_op_FLAT_ATOMIC_ADD_X2,"FLAT_ATOMIC_ADD_X2",0,&operandTable0} ,//98
+{amdgpu_cdna2_op_FLAT_ATOMIC_SUB_X2,"FLAT_ATOMIC_SUB_X2",0,&operandTable0} ,//99
+{amdgpu_cdna2_op_FLAT_ATOMIC_SMIN_X2,"FLAT_ATOMIC_SMIN_X2",0,&operandTable0} ,//100
+{amdgpu_cdna2_op_FLAT_ATOMIC_UMIN_X2,"FLAT_ATOMIC_UMIN_X2",0,&operandTable0} ,//101
+{amdgpu_cdna2_op_FLAT_ATOMIC_SMAX_X2,"FLAT_ATOMIC_SMAX_X2",0,&operandTable0} ,//102
+{amdgpu_cdna2_op_FLAT_ATOMIC_UMAX_X2,"FLAT_ATOMIC_UMAX_X2",0,&operandTable0} ,//103
+{amdgpu_cdna2_op_FLAT_ATOMIC_AND_X2,"FLAT_ATOMIC_AND_X2",0,&operandTable0} ,//104
+{amdgpu_cdna2_op_FLAT_ATOMIC_OR_X2,"FLAT_ATOMIC_OR_X2",0,&operandTable0} ,//105
+{amdgpu_cdna2_op_FLAT_ATOMIC_XOR_X2,"FLAT_ATOMIC_XOR_X2",0,&operandTable0} ,//106
+{amdgpu_cdna2_op_FLAT_ATOMIC_INC_X2,"FLAT_ATOMIC_INC_X2",0,&operandTable0} ,//107
+{amdgpu_cdna2_op_FLAT_ATOMIC_DEC_X2,"FLAT_ATOMIC_DEC_X2",0,&operandTable0} ,//108
+}; // end ENC_FLAT_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_FLAT_GLBL_insn_table = {
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_GLOBAL_LOAD_UBYTE,"GLOBAL_LOAD_UBYTE",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_GLOBAL_LOAD_SBYTE,"GLOBAL_LOAD_SBYTE",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_GLOBAL_LOAD_USHORT,"GLOBAL_LOAD_USHORT",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_GLOBAL_LOAD_SSHORT,"GLOBAL_LOAD_SSHORT",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_GLOBAL_LOAD_DWORD,"GLOBAL_LOAD_DWORD",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_GLOBAL_LOAD_DWORDX2,"GLOBAL_LOAD_DWORDX2",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_GLOBAL_LOAD_DWORDX3,"GLOBAL_LOAD_DWORDX3",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_GLOBAL_LOAD_DWORDX4,"GLOBAL_LOAD_DWORDX4",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_GLOBAL_STORE_BYTE,"GLOBAL_STORE_BYTE",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_GLOBAL_STORE_BYTE_D16_HI,"GLOBAL_STORE_BYTE_D16_HI",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_GLOBAL_STORE_SHORT,"GLOBAL_STORE_SHORT",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_GLOBAL_STORE_SHORT_D16_HI,"GLOBAL_STORE_SHORT_D16_HI",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_GLOBAL_STORE_DWORD,"GLOBAL_STORE_DWORD",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_GLOBAL_STORE_DWORDX2,"GLOBAL_STORE_DWORDX2",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_GLOBAL_STORE_DWORDX3,"GLOBAL_STORE_DWORDX3",0,&operandTable0} ,//30
+{amdgpu_cdna2_op_GLOBAL_STORE_DWORDX4,"GLOBAL_STORE_DWORDX4",0,&operandTable0} ,//31
+{amdgpu_cdna2_op_GLOBAL_LOAD_UBYTE_D16,"GLOBAL_LOAD_UBYTE_D16",0,&operandTable0} ,//32
+{amdgpu_cdna2_op_GLOBAL_LOAD_UBYTE_D16_HI,"GLOBAL_LOAD_UBYTE_D16_HI",0,&operandTable0} ,//33
+{amdgpu_cdna2_op_GLOBAL_LOAD_SBYTE_D16,"GLOBAL_LOAD_SBYTE_D16",0,&operandTable0} ,//34
+{amdgpu_cdna2_op_GLOBAL_LOAD_SBYTE_D16_HI,"GLOBAL_LOAD_SBYTE_D16_HI",0,&operandTable0} ,//35
+{amdgpu_cdna2_op_GLOBAL_LOAD_SHORT_D16,"GLOBAL_LOAD_SHORT_D16",0,&operandTable0} ,//36
+{amdgpu_cdna2_op_GLOBAL_LOAD_SHORT_D16_HI,"GLOBAL_LOAD_SHORT_D16_HI",0,&operandTable0} ,//37
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//38
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//39
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//40
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//41
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//42
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//43
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//44
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//45
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//46
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//47
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//48
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//49
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//50
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//51
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//52
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//53
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//54
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//55
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//56
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//57
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//58
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//59
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//60
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//61
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//62
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//63
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_SWAP,"GLOBAL_ATOMIC_SWAP",0,&operandTable0} ,//64
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_CMPSWAP,"GLOBAL_ATOMIC_CMPSWAP",0,&operandTable0} ,//65
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_ADD,"GLOBAL_ATOMIC_ADD",0,&operandTable0} ,//66
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_SUB,"GLOBAL_ATOMIC_SUB",0,&operandTable0} ,//67
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_SMIN,"GLOBAL_ATOMIC_SMIN",0,&operandTable0} ,//68
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_UMIN,"GLOBAL_ATOMIC_UMIN",0,&operandTable0} ,//69
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_SMAX,"GLOBAL_ATOMIC_SMAX",0,&operandTable0} ,//70
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_UMAX,"GLOBAL_ATOMIC_UMAX",0,&operandTable0} ,//71
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_AND,"GLOBAL_ATOMIC_AND",0,&operandTable0} ,//72
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_OR,"GLOBAL_ATOMIC_OR",0,&operandTable0} ,//73
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_XOR,"GLOBAL_ATOMIC_XOR",0,&operandTable0} ,//74
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_INC,"GLOBAL_ATOMIC_INC",0,&operandTable0} ,//75
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_DEC,"GLOBAL_ATOMIC_DEC",0,&operandTable0} ,//76
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_ADD_F32,"GLOBAL_ATOMIC_ADD_F32",0,&operandTable0} ,//77
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_PK_ADD_F16,"GLOBAL_ATOMIC_PK_ADD_F16",0,&operandTable0} ,//78
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_ADD_F64,"GLOBAL_ATOMIC_ADD_F64",0,&operandTable0} ,//79
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_MIN_F64,"GLOBAL_ATOMIC_MIN_F64",0,&operandTable0} ,//80
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_MAX_F64,"GLOBAL_ATOMIC_MAX_F64",0,&operandTable0} ,//81
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//82
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//83
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//84
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//85
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//86
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//87
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//88
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//89
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//90
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//91
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//92
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//93
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//94
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//95
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_SWAP_X2,"GLOBAL_ATOMIC_SWAP_X2",0,&operandTable0} ,//96
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_CMPSWAP_X2,"GLOBAL_ATOMIC_CMPSWAP_X2",0,&operandTable0} ,//97
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_ADD_X2,"GLOBAL_ATOMIC_ADD_X2",0,&operandTable0} ,//98
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_SUB_X2,"GLOBAL_ATOMIC_SUB_X2",0,&operandTable0} ,//99
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_SMIN_X2,"GLOBAL_ATOMIC_SMIN_X2",0,&operandTable0} ,//100
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_UMIN_X2,"GLOBAL_ATOMIC_UMIN_X2",0,&operandTable0} ,//101
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_SMAX_X2,"GLOBAL_ATOMIC_SMAX_X2",0,&operandTable0} ,//102
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_UMAX_X2,"GLOBAL_ATOMIC_UMAX_X2",0,&operandTable0} ,//103
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_AND_X2,"GLOBAL_ATOMIC_AND_X2",0,&operandTable0} ,//104
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_OR_X2,"GLOBAL_ATOMIC_OR_X2",0,&operandTable0} ,//105
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_XOR_X2,"GLOBAL_ATOMIC_XOR_X2",0,&operandTable0} ,//106
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_INC_X2,"GLOBAL_ATOMIC_INC_X2",0,&operandTable0} ,//107
+{amdgpu_cdna2_op_GLOBAL_ATOMIC_DEC_X2,"GLOBAL_ATOMIC_DEC_X2",0,&operandTable0} ,//108
+}; // end ENC_FLAT_GLBL_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_FLAT_SCRATCH_insn_table = {
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_SCRATCH_LOAD_UBYTE,"SCRATCH_LOAD_UBYTE",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_SCRATCH_LOAD_SBYTE,"SCRATCH_LOAD_SBYTE",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_SCRATCH_LOAD_USHORT,"SCRATCH_LOAD_USHORT",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_SCRATCH_LOAD_SSHORT,"SCRATCH_LOAD_SSHORT",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_SCRATCH_LOAD_DWORD,"SCRATCH_LOAD_DWORD",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_SCRATCH_LOAD_DWORDX2,"SCRATCH_LOAD_DWORDX2",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_SCRATCH_LOAD_DWORDX3,"SCRATCH_LOAD_DWORDX3",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_SCRATCH_LOAD_DWORDX4,"SCRATCH_LOAD_DWORDX4",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_SCRATCH_STORE_BYTE,"SCRATCH_STORE_BYTE",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_SCRATCH_STORE_BYTE_D16_HI,"SCRATCH_STORE_BYTE_D16_HI",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_SCRATCH_STORE_SHORT,"SCRATCH_STORE_SHORT",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_SCRATCH_STORE_SHORT_D16_HI,"SCRATCH_STORE_SHORT_D16_HI",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_SCRATCH_STORE_DWORD,"SCRATCH_STORE_DWORD",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_SCRATCH_STORE_DWORDX2,"SCRATCH_STORE_DWORDX2",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_SCRATCH_STORE_DWORDX3,"SCRATCH_STORE_DWORDX3",0,&operandTable0} ,//30
+{amdgpu_cdna2_op_SCRATCH_STORE_DWORDX4,"SCRATCH_STORE_DWORDX4",0,&operandTable0} ,//31
+{amdgpu_cdna2_op_SCRATCH_LOAD_UBYTE_D16,"SCRATCH_LOAD_UBYTE_D16",0,&operandTable0} ,//32
+{amdgpu_cdna2_op_SCRATCH_LOAD_UBYTE_D16_HI,"SCRATCH_LOAD_UBYTE_D16_HI",0,&operandTable0} ,//33
+{amdgpu_cdna2_op_SCRATCH_LOAD_SBYTE_D16,"SCRATCH_LOAD_SBYTE_D16",0,&operandTable0} ,//34
+{amdgpu_cdna2_op_SCRATCH_LOAD_SBYTE_D16_HI,"SCRATCH_LOAD_SBYTE_D16_HI",0,&operandTable0} ,//35
+{amdgpu_cdna2_op_SCRATCH_LOAD_SHORT_D16,"SCRATCH_LOAD_SHORT_D16",0,&operandTable0} ,//36
+{amdgpu_cdna2_op_SCRATCH_LOAD_SHORT_D16_HI,"SCRATCH_LOAD_SHORT_D16_HI",0,&operandTable0} ,//37
+}; // end ENC_FLAT_SCRATCH_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_MIMG_insn_table = {
+{amdgpu_cdna2_op_IMAGE_LOAD,"IMAGE_LOAD",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_IMAGE_LOAD_MIP,"IMAGE_LOAD_MIP",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_IMAGE_LOAD_PCK,"IMAGE_LOAD_PCK",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_IMAGE_LOAD_PCK_SGN,"IMAGE_LOAD_PCK_SGN",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_IMAGE_LOAD_MIP_PCK,"IMAGE_LOAD_MIP_PCK",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_IMAGE_LOAD_MIP_PCK_SGN,"IMAGE_LOAD_MIP_PCK_SGN",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_IMAGE_STORE,"IMAGE_STORE",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_IMAGE_STORE_MIP,"IMAGE_STORE_MIP",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_IMAGE_STORE_PCK,"IMAGE_STORE_PCK",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_IMAGE_STORE_MIP_PCK,"IMAGE_STORE_MIP_PCK",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_IMAGE_GET_RESINFO,"IMAGE_GET_RESINFO",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_IMAGE_ATOMIC_SWAP,"IMAGE_ATOMIC_SWAP",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_IMAGE_ATOMIC_CMPSWAP,"IMAGE_ATOMIC_CMPSWAP",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_IMAGE_ATOMIC_ADD,"IMAGE_ATOMIC_ADD",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_IMAGE_ATOMIC_SUB,"IMAGE_ATOMIC_SUB",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_IMAGE_ATOMIC_SMIN,"IMAGE_ATOMIC_SMIN",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_IMAGE_ATOMIC_UMIN,"IMAGE_ATOMIC_UMIN",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_IMAGE_ATOMIC_SMAX,"IMAGE_ATOMIC_SMAX",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_IMAGE_ATOMIC_UMAX,"IMAGE_ATOMIC_UMAX",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_IMAGE_ATOMIC_AND,"IMAGE_ATOMIC_AND",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_IMAGE_ATOMIC_OR,"IMAGE_ATOMIC_OR",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_IMAGE_ATOMIC_XOR,"IMAGE_ATOMIC_XOR",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_IMAGE_ATOMIC_INC,"IMAGE_ATOMIC_INC",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_IMAGE_ATOMIC_DEC,"IMAGE_ATOMIC_DEC",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//30
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//31
+{amdgpu_cdna2_op_IMAGE_SAMPLE,"IMAGE_SAMPLE",0,&operandTable0} ,//32
+}; // end ENC_MIMG_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_MTBUF_insn_table = {
+{amdgpu_cdna2_op_TBUFFER_LOAD_FORMAT_X,"TBUFFER_LOAD_FORMAT_X",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_TBUFFER_LOAD_FORMAT_XY,"TBUFFER_LOAD_FORMAT_XY",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_TBUFFER_LOAD_FORMAT_XYZ,"TBUFFER_LOAD_FORMAT_XYZ",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_TBUFFER_LOAD_FORMAT_XYZW,"TBUFFER_LOAD_FORMAT_XYZW",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_TBUFFER_STORE_FORMAT_X,"TBUFFER_STORE_FORMAT_X",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_TBUFFER_STORE_FORMAT_XY,"TBUFFER_STORE_FORMAT_XY",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_TBUFFER_STORE_FORMAT_XYZ,"TBUFFER_STORE_FORMAT_XYZ",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_TBUFFER_STORE_FORMAT_XYZW,"TBUFFER_STORE_FORMAT_XYZW",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_TBUFFER_LOAD_FORMAT_D16_X,"TBUFFER_LOAD_FORMAT_D16_X",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_TBUFFER_LOAD_FORMAT_D16_XY,"TBUFFER_LOAD_FORMAT_D16_XY",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_TBUFFER_LOAD_FORMAT_D16_XYZ,"TBUFFER_LOAD_FORMAT_D16_XYZ",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_TBUFFER_LOAD_FORMAT_D16_XYZW,"TBUFFER_LOAD_FORMAT_D16_XYZW",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_TBUFFER_STORE_FORMAT_D16_X,"TBUFFER_STORE_FORMAT_D16_X",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_TBUFFER_STORE_FORMAT_D16_XY,"TBUFFER_STORE_FORMAT_D16_XY",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_TBUFFER_STORE_FORMAT_D16_XYZ,"TBUFFER_STORE_FORMAT_D16_XYZ",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_TBUFFER_STORE_FORMAT_D16_XYZW,"TBUFFER_STORE_FORMAT_D16_XYZW",0,&operandTable0} ,//15
+}; // end ENC_MTBUF_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_MUBUF_insn_table = {
+{amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_X,"BUFFER_LOAD_FORMAT_X",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_XY,"BUFFER_LOAD_FORMAT_XY",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_XYZ,"BUFFER_LOAD_FORMAT_XYZ",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_XYZW,"BUFFER_LOAD_FORMAT_XYZW",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_BUFFER_STORE_FORMAT_X,"BUFFER_STORE_FORMAT_X",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_BUFFER_STORE_FORMAT_XY,"BUFFER_STORE_FORMAT_XY",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_BUFFER_STORE_FORMAT_XYZ,"BUFFER_STORE_FORMAT_XYZ",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_BUFFER_STORE_FORMAT_XYZW,"BUFFER_STORE_FORMAT_XYZW",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_D16_X,"BUFFER_LOAD_FORMAT_D16_X",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_D16_XY,"BUFFER_LOAD_FORMAT_D16_XY",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_D16_XYZ,"BUFFER_LOAD_FORMAT_D16_XYZ",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_D16_XYZW,"BUFFER_LOAD_FORMAT_D16_XYZW",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_BUFFER_STORE_FORMAT_D16_X,"BUFFER_STORE_FORMAT_D16_X",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_BUFFER_STORE_FORMAT_D16_XY,"BUFFER_STORE_FORMAT_D16_XY",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_BUFFER_STORE_FORMAT_D16_XYZ,"BUFFER_STORE_FORMAT_D16_XYZ",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_BUFFER_STORE_FORMAT_D16_XYZW,"BUFFER_STORE_FORMAT_D16_XYZW",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_BUFFER_LOAD_UBYTE,"BUFFER_LOAD_UBYTE",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_BUFFER_LOAD_SBYTE,"BUFFER_LOAD_SBYTE",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_BUFFER_LOAD_USHORT,"BUFFER_LOAD_USHORT",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_BUFFER_LOAD_SSHORT,"BUFFER_LOAD_SSHORT",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_BUFFER_LOAD_DWORD,"BUFFER_LOAD_DWORD",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_BUFFER_LOAD_DWORDX2,"BUFFER_LOAD_DWORDX2",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_BUFFER_LOAD_DWORDX3,"BUFFER_LOAD_DWORDX3",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_BUFFER_LOAD_DWORDX4,"BUFFER_LOAD_DWORDX4",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_BUFFER_STORE_BYTE,"BUFFER_STORE_BYTE",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_BUFFER_STORE_BYTE_D16_HI,"BUFFER_STORE_BYTE_D16_HI",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_BUFFER_STORE_SHORT,"BUFFER_STORE_SHORT",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_BUFFER_STORE_SHORT_D16_HI,"BUFFER_STORE_SHORT_D16_HI",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_BUFFER_STORE_DWORD,"BUFFER_STORE_DWORD",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_BUFFER_STORE_DWORDX2,"BUFFER_STORE_DWORDX2",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_BUFFER_STORE_DWORDX3,"BUFFER_STORE_DWORDX3",0,&operandTable0} ,//30
+{amdgpu_cdna2_op_BUFFER_STORE_DWORDX4,"BUFFER_STORE_DWORDX4",0,&operandTable0} ,//31
+{amdgpu_cdna2_op_BUFFER_LOAD_UBYTE_D16,"BUFFER_LOAD_UBYTE_D16",0,&operandTable0} ,//32
+{amdgpu_cdna2_op_BUFFER_LOAD_UBYTE_D16_HI,"BUFFER_LOAD_UBYTE_D16_HI",0,&operandTable0} ,//33
+{amdgpu_cdna2_op_BUFFER_LOAD_SBYTE_D16,"BUFFER_LOAD_SBYTE_D16",0,&operandTable0} ,//34
+{amdgpu_cdna2_op_BUFFER_LOAD_SBYTE_D16_HI,"BUFFER_LOAD_SBYTE_D16_HI",0,&operandTable0} ,//35
+{amdgpu_cdna2_op_BUFFER_LOAD_SHORT_D16,"BUFFER_LOAD_SHORT_D16",0,&operandTable0} ,//36
+{amdgpu_cdna2_op_BUFFER_LOAD_SHORT_D16_HI,"BUFFER_LOAD_SHORT_D16_HI",0,&operandTable0} ,//37
+{amdgpu_cdna2_op_BUFFER_LOAD_FORMAT_D16_HI_X,"BUFFER_LOAD_FORMAT_D16_HI_X",0,&operandTable0} ,//38
+{amdgpu_cdna2_op_BUFFER_STORE_FORMAT_D16_HI_X,"BUFFER_STORE_FORMAT_D16_HI_X",0,&operandTable0} ,//39
+{amdgpu_cdna2_op_BUFFER_WBL2,"BUFFER_WBL2",0,&operandTable0} ,//40
+{amdgpu_cdna2_op_BUFFER_INVL2,"BUFFER_INVL2",0,&operandTable0} ,//41
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//42
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//43
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//44
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//45
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//46
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//47
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//48
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//49
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//50
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//51
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//52
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//53
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//54
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//55
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//56
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//57
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//58
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//59
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//60
+{amdgpu_cdna2_op_BUFFER_STORE_LDS_DWORD,"BUFFER_STORE_LDS_DWORD",0,&operandTable0} ,//61
+{amdgpu_cdna2_op_BUFFER_WBINVL1,"BUFFER_WBINVL1",0,&operandTable0} ,//62
+{amdgpu_cdna2_op_BUFFER_WBINVL1_VOL,"BUFFER_WBINVL1_VOL",0,&operandTable0} ,//63
+{amdgpu_cdna2_op_BUFFER_ATOMIC_SWAP,"BUFFER_ATOMIC_SWAP",0,&operandTable0} ,//64
+{amdgpu_cdna2_op_BUFFER_ATOMIC_CMPSWAP,"BUFFER_ATOMIC_CMPSWAP",0,&operandTable0} ,//65
+{amdgpu_cdna2_op_BUFFER_ATOMIC_ADD,"BUFFER_ATOMIC_ADD",0,&operandTable0} ,//66
+{amdgpu_cdna2_op_BUFFER_ATOMIC_SUB,"BUFFER_ATOMIC_SUB",0,&operandTable0} ,//67
+{amdgpu_cdna2_op_BUFFER_ATOMIC_SMIN,"BUFFER_ATOMIC_SMIN",0,&operandTable0} ,//68
+{amdgpu_cdna2_op_BUFFER_ATOMIC_UMIN,"BUFFER_ATOMIC_UMIN",0,&operandTable0} ,//69
+{amdgpu_cdna2_op_BUFFER_ATOMIC_SMAX,"BUFFER_ATOMIC_SMAX",0,&operandTable0} ,//70
+{amdgpu_cdna2_op_BUFFER_ATOMIC_UMAX,"BUFFER_ATOMIC_UMAX",0,&operandTable0} ,//71
+{amdgpu_cdna2_op_BUFFER_ATOMIC_AND,"BUFFER_ATOMIC_AND",0,&operandTable0} ,//72
+{amdgpu_cdna2_op_BUFFER_ATOMIC_OR,"BUFFER_ATOMIC_OR",0,&operandTable0} ,//73
+{amdgpu_cdna2_op_BUFFER_ATOMIC_XOR,"BUFFER_ATOMIC_XOR",0,&operandTable0} ,//74
+{amdgpu_cdna2_op_BUFFER_ATOMIC_INC,"BUFFER_ATOMIC_INC",0,&operandTable0} ,//75
+{amdgpu_cdna2_op_BUFFER_ATOMIC_DEC,"BUFFER_ATOMIC_DEC",0,&operandTable0} ,//76
+{amdgpu_cdna2_op_BUFFER_ATOMIC_ADD_F32,"BUFFER_ATOMIC_ADD_F32",0,&operandTable0} ,//77
+{amdgpu_cdna2_op_BUFFER_ATOMIC_PK_ADD_F16,"BUFFER_ATOMIC_PK_ADD_F16",0,&operandTable0} ,//78
+{amdgpu_cdna2_op_BUFFER_ATOMIC_ADD_F64,"BUFFER_ATOMIC_ADD_F64",0,&operandTable0} ,//79
+{amdgpu_cdna2_op_BUFFER_ATOMIC_MIN_F64,"BUFFER_ATOMIC_MIN_F64",0,&operandTable0} ,//80
+{amdgpu_cdna2_op_BUFFER_ATOMIC_MAX_F64,"BUFFER_ATOMIC_MAX_F64",0,&operandTable0} ,//81
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//82
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//83
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//84
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//85
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//86
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//87
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//88
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//89
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//90
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//91
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//92
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//93
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//94
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//95
+{amdgpu_cdna2_op_BUFFER_ATOMIC_SWAP_X2,"BUFFER_ATOMIC_SWAP_X2",0,&operandTable0} ,//96
+{amdgpu_cdna2_op_BUFFER_ATOMIC_CMPSWAP_X2,"BUFFER_ATOMIC_CMPSWAP_X2",0,&operandTable0} ,//97
+{amdgpu_cdna2_op_BUFFER_ATOMIC_ADD_X2,"BUFFER_ATOMIC_ADD_X2",0,&operandTable0} ,//98
+{amdgpu_cdna2_op_BUFFER_ATOMIC_SUB_X2,"BUFFER_ATOMIC_SUB_X2",0,&operandTable0} ,//99
+{amdgpu_cdna2_op_BUFFER_ATOMIC_SMIN_X2,"BUFFER_ATOMIC_SMIN_X2",0,&operandTable0} ,//100
+{amdgpu_cdna2_op_BUFFER_ATOMIC_UMIN_X2,"BUFFER_ATOMIC_UMIN_X2",0,&operandTable0} ,//101
+{amdgpu_cdna2_op_BUFFER_ATOMIC_SMAX_X2,"BUFFER_ATOMIC_SMAX_X2",0,&operandTable0} ,//102
+{amdgpu_cdna2_op_BUFFER_ATOMIC_UMAX_X2,"BUFFER_ATOMIC_UMAX_X2",0,&operandTable0} ,//103
+{amdgpu_cdna2_op_BUFFER_ATOMIC_AND_X2,"BUFFER_ATOMIC_AND_X2",0,&operandTable0} ,//104
+{amdgpu_cdna2_op_BUFFER_ATOMIC_OR_X2,"BUFFER_ATOMIC_OR_X2",0,&operandTable0} ,//105
+{amdgpu_cdna2_op_BUFFER_ATOMIC_XOR_X2,"BUFFER_ATOMIC_XOR_X2",0,&operandTable0} ,//106
+{amdgpu_cdna2_op_BUFFER_ATOMIC_INC_X2,"BUFFER_ATOMIC_INC_X2",0,&operandTable0} ,//107
+{amdgpu_cdna2_op_BUFFER_ATOMIC_DEC_X2,"BUFFER_ATOMIC_DEC_X2",0,&operandTable0} ,//108
+}; // end ENC_MUBUF_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_SMEM_insn_table = {
+{amdgpu_cdna2_op_S_LOAD_DWORD,"S_LOAD_DWORD",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_S_LOAD_DWORDX2,"S_LOAD_DWORDX2",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_S_LOAD_DWORDX4,"S_LOAD_DWORDX4",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_S_LOAD_DWORDX8,"S_LOAD_DWORDX8",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_S_LOAD_DWORDX16,"S_LOAD_DWORDX16",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_S_SCRATCH_LOAD_DWORD,"S_SCRATCH_LOAD_DWORD",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_S_SCRATCH_LOAD_DWORDX2,"S_SCRATCH_LOAD_DWORDX2",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_S_SCRATCH_LOAD_DWORDX4,"S_SCRATCH_LOAD_DWORDX4",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_S_BUFFER_LOAD_DWORD,"S_BUFFER_LOAD_DWORD",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_S_BUFFER_LOAD_DWORDX2,"S_BUFFER_LOAD_DWORDX2",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_S_BUFFER_LOAD_DWORDX4,"S_BUFFER_LOAD_DWORDX4",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_S_BUFFER_LOAD_DWORDX8,"S_BUFFER_LOAD_DWORDX8",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_S_BUFFER_LOAD_DWORDX16,"S_BUFFER_LOAD_DWORDX16",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_S_STORE_DWORD,"S_STORE_DWORD",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_S_STORE_DWORDX2,"S_STORE_DWORDX2",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_S_STORE_DWORDX4,"S_STORE_DWORDX4",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_S_SCRATCH_STORE_DWORD,"S_SCRATCH_STORE_DWORD",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_S_SCRATCH_STORE_DWORDX2,"S_SCRATCH_STORE_DWORDX2",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_S_SCRATCH_STORE_DWORDX4,"S_SCRATCH_STORE_DWORDX4",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_S_BUFFER_STORE_DWORD,"S_BUFFER_STORE_DWORD",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_S_BUFFER_STORE_DWORDX2,"S_BUFFER_STORE_DWORDX2",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_S_BUFFER_STORE_DWORDX4,"S_BUFFER_STORE_DWORDX4",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//30
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//31
+{amdgpu_cdna2_op_S_DCACHE_INV,"S_DCACHE_INV",0,&operandTable0} ,//32
+{amdgpu_cdna2_op_S_DCACHE_WB,"S_DCACHE_WB",0,&operandTable0} ,//33
+{amdgpu_cdna2_op_S_DCACHE_INV_VOL,"S_DCACHE_INV_VOL",0,&operandTable0} ,//34
+{amdgpu_cdna2_op_S_DCACHE_WB_VOL,"S_DCACHE_WB_VOL",0,&operandTable0} ,//35
+{amdgpu_cdna2_op_S_MEMTIME,"S_MEMTIME",0,&operandTable0} ,//36
+{amdgpu_cdna2_op_S_MEMREALTIME,"S_MEMREALTIME",0,&operandTable0} ,//37
+{amdgpu_cdna2_op_S_ATC_PROBE,"S_ATC_PROBE",0,&operandTable0} ,//38
+{amdgpu_cdna2_op_S_ATC_PROBE_BUFFER,"S_ATC_PROBE_BUFFER",0,&operandTable0} ,//39
+{amdgpu_cdna2_op_S_DCACHE_DISCARD,"S_DCACHE_DISCARD",0,&operandTable0} ,//40
+{amdgpu_cdna2_op_S_DCACHE_DISCARD_X2,"S_DCACHE_DISCARD_X2",0,&operandTable0} ,//41
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//42
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//43
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//44
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//45
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//46
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//47
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//48
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//49
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//50
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//51
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//52
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//53
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//54
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//55
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//56
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//57
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//58
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//59
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//60
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//61
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//62
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//63
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_SWAP,"S_BUFFER_ATOMIC_SWAP",0,&operandTable0} ,//64
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_CMPSWAP,"S_BUFFER_ATOMIC_CMPSWAP",0,&operandTable0} ,//65
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_ADD,"S_BUFFER_ATOMIC_ADD",0,&operandTable0} ,//66
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_SUB,"S_BUFFER_ATOMIC_SUB",0,&operandTable0} ,//67
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_SMIN,"S_BUFFER_ATOMIC_SMIN",0,&operandTable0} ,//68
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_UMIN,"S_BUFFER_ATOMIC_UMIN",0,&operandTable0} ,//69
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_SMAX,"S_BUFFER_ATOMIC_SMAX",0,&operandTable0} ,//70
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_UMAX,"S_BUFFER_ATOMIC_UMAX",0,&operandTable0} ,//71
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_AND,"S_BUFFER_ATOMIC_AND",0,&operandTable0} ,//72
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_OR,"S_BUFFER_ATOMIC_OR",0,&operandTable0} ,//73
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_XOR,"S_BUFFER_ATOMIC_XOR",0,&operandTable0} ,//74
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_INC,"S_BUFFER_ATOMIC_INC",0,&operandTable0} ,//75
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_DEC,"S_BUFFER_ATOMIC_DEC",0,&operandTable0} ,//76
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//77
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//78
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//79
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//80
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//81
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//82
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//83
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//84
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//85
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//86
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//87
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//88
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//89
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//90
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//91
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//92
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//93
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//94
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//95
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_SWAP_X2,"S_BUFFER_ATOMIC_SWAP_X2",0,&operandTable0} ,//96
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_CMPSWAP_X2,"S_BUFFER_ATOMIC_CMPSWAP_X2",0,&operandTable0} ,//97
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_ADD_X2,"S_BUFFER_ATOMIC_ADD_X2",0,&operandTable0} ,//98
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_SUB_X2,"S_BUFFER_ATOMIC_SUB_X2",0,&operandTable0} ,//99
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_SMIN_X2,"S_BUFFER_ATOMIC_SMIN_X2",0,&operandTable0} ,//100
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_UMIN_X2,"S_BUFFER_ATOMIC_UMIN_X2",0,&operandTable0} ,//101
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_SMAX_X2,"S_BUFFER_ATOMIC_SMAX_X2",0,&operandTable0} ,//102
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_UMAX_X2,"S_BUFFER_ATOMIC_UMAX_X2",0,&operandTable0} ,//103
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_AND_X2,"S_BUFFER_ATOMIC_AND_X2",0,&operandTable0} ,//104
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_OR_X2,"S_BUFFER_ATOMIC_OR_X2",0,&operandTable0} ,//105
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_XOR_X2,"S_BUFFER_ATOMIC_XOR_X2",0,&operandTable0} ,//106
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_INC_X2,"S_BUFFER_ATOMIC_INC_X2",0,&operandTable0} ,//107
+{amdgpu_cdna2_op_S_BUFFER_ATOMIC_DEC_X2,"S_BUFFER_ATOMIC_DEC_X2",0,&operandTable0} ,//108
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//109
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//110
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//111
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//112
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//113
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//114
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//115
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//116
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//117
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//118
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//119
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//120
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//121
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//122
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//123
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//124
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//125
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//126
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//127
+{amdgpu_cdna2_op_S_ATOMIC_SWAP,"S_ATOMIC_SWAP",0,&operandTable0} ,//128
+{amdgpu_cdna2_op_S_ATOMIC_CMPSWAP,"S_ATOMIC_CMPSWAP",0,&operandTable0} ,//129
+{amdgpu_cdna2_op_S_ATOMIC_ADD,"S_ATOMIC_ADD",0,&operandTable0} ,//130
+{amdgpu_cdna2_op_S_ATOMIC_SUB,"S_ATOMIC_SUB",0,&operandTable0} ,//131
+{amdgpu_cdna2_op_S_ATOMIC_SMIN,"S_ATOMIC_SMIN",0,&operandTable0} ,//132
+{amdgpu_cdna2_op_S_ATOMIC_UMIN,"S_ATOMIC_UMIN",0,&operandTable0} ,//133
+{amdgpu_cdna2_op_S_ATOMIC_SMAX,"S_ATOMIC_SMAX",0,&operandTable0} ,//134
+{amdgpu_cdna2_op_S_ATOMIC_UMAX,"S_ATOMIC_UMAX",0,&operandTable0} ,//135
+{amdgpu_cdna2_op_S_ATOMIC_AND,"S_ATOMIC_AND",0,&operandTable0} ,//136
+{amdgpu_cdna2_op_S_ATOMIC_OR,"S_ATOMIC_OR",0,&operandTable0} ,//137
+{amdgpu_cdna2_op_S_ATOMIC_XOR,"S_ATOMIC_XOR",0,&operandTable0} ,//138
+{amdgpu_cdna2_op_S_ATOMIC_INC,"S_ATOMIC_INC",0,&operandTable0} ,//139
+{amdgpu_cdna2_op_S_ATOMIC_DEC,"S_ATOMIC_DEC",0,&operandTable0} ,//140
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//141
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//142
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//143
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//144
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//145
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//146
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//147
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//148
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//149
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//150
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//151
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//152
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//153
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//154
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//155
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//156
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//157
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//158
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//159
+{amdgpu_cdna2_op_S_ATOMIC_SWAP_X2,"S_ATOMIC_SWAP_X2",0,&operandTable0} ,//160
+{amdgpu_cdna2_op_S_ATOMIC_CMPSWAP_X2,"S_ATOMIC_CMPSWAP_X2",0,&operandTable0} ,//161
+{amdgpu_cdna2_op_S_ATOMIC_ADD_X2,"S_ATOMIC_ADD_X2",0,&operandTable0} ,//162
+{amdgpu_cdna2_op_S_ATOMIC_SUB_X2,"S_ATOMIC_SUB_X2",0,&operandTable0} ,//163
+{amdgpu_cdna2_op_S_ATOMIC_SMIN_X2,"S_ATOMIC_SMIN_X2",0,&operandTable0} ,//164
+{amdgpu_cdna2_op_S_ATOMIC_UMIN_X2,"S_ATOMIC_UMIN_X2",0,&operandTable0} ,//165
+{amdgpu_cdna2_op_S_ATOMIC_SMAX_X2,"S_ATOMIC_SMAX_X2",0,&operandTable0} ,//166
+{amdgpu_cdna2_op_S_ATOMIC_UMAX_X2,"S_ATOMIC_UMAX_X2",0,&operandTable0} ,//167
+{amdgpu_cdna2_op_S_ATOMIC_AND_X2,"S_ATOMIC_AND_X2",0,&operandTable0} ,//168
+{amdgpu_cdna2_op_S_ATOMIC_OR_X2,"S_ATOMIC_OR_X2",0,&operandTable0} ,//169
+{amdgpu_cdna2_op_S_ATOMIC_XOR_X2,"S_ATOMIC_XOR_X2",0,&operandTable0} ,//170
+{amdgpu_cdna2_op_S_ATOMIC_INC_X2,"S_ATOMIC_INC_X2",0,&operandTable0} ,//171
+{amdgpu_cdna2_op_S_ATOMIC_DEC_X2,"S_ATOMIC_DEC_X2",0,&operandTable0} ,//172
+}; // end ENC_SMEM_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_SOP1_insn_table = {
+{amdgpu_cdna2_op_S_MOV_B32,"S_MOV_B32",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_S_MOV_B64,"S_MOV_B64",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_S_CMOV_B32,"S_CMOV_B32",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_S_CMOV_B64,"S_CMOV_B64",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_S_NOT_B32,"S_NOT_B32",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_S_NOT_B64,"S_NOT_B64",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_S_WQM_B32,"S_WQM_B32",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_S_WQM_B64,"S_WQM_B64",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_S_BREV_B32,"S_BREV_B32",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_S_BREV_B64,"S_BREV_B64",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_S_BCNT0_I32_B32,"S_BCNT0_I32_B32",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_S_BCNT0_I32_B64,"S_BCNT0_I32_B64",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_S_BCNT1_I32_B32,"S_BCNT1_I32_B32",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_S_BCNT1_I32_B64,"S_BCNT1_I32_B64",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_S_FF0_I32_B32,"S_FF0_I32_B32",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_S_FF0_I32_B64,"S_FF0_I32_B64",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_S_FF1_I32_B32,"S_FF1_I32_B32",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_S_FF1_I32_B64,"S_FF1_I32_B64",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_S_FLBIT_I32_B32,"S_FLBIT_I32_B32",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_S_FLBIT_I32_B64,"S_FLBIT_I32_B64",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_S_FLBIT_I32,"S_FLBIT_I32",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_S_FLBIT_I32_I64,"S_FLBIT_I32_I64",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_S_SEXT_I32_I8,"S_SEXT_I32_I8",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_S_SEXT_I32_I16,"S_SEXT_I32_I16",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_S_BITSET0_B32,"S_BITSET0_B32",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_S_BITSET0_B64,"S_BITSET0_B64",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_S_BITSET1_B32,"S_BITSET1_B32",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_S_BITSET1_B64,"S_BITSET1_B64",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_S_GETPC_B64,"S_GETPC_B64",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_S_SETPC_B64,"S_SETPC_B64",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_S_SWAPPC_B64,"S_SWAPPC_B64",0,&operandTable0} ,//30
+{amdgpu_cdna2_op_S_RFE_B64,"S_RFE_B64",0,&operandTable0} ,//31
+{amdgpu_cdna2_op_S_AND_SAVEEXEC_B64,"S_AND_SAVEEXEC_B64",0,&operandTable0} ,//32
+{amdgpu_cdna2_op_S_OR_SAVEEXEC_B64,"S_OR_SAVEEXEC_B64",0,&operandTable0} ,//33
+{amdgpu_cdna2_op_S_XOR_SAVEEXEC_B64,"S_XOR_SAVEEXEC_B64",0,&operandTable0} ,//34
+{amdgpu_cdna2_op_S_ANDN2_SAVEEXEC_B64,"S_ANDN2_SAVEEXEC_B64",0,&operandTable0} ,//35
+{amdgpu_cdna2_op_S_ORN2_SAVEEXEC_B64,"S_ORN2_SAVEEXEC_B64",0,&operandTable0} ,//36
+{amdgpu_cdna2_op_S_NAND_SAVEEXEC_B64,"S_NAND_SAVEEXEC_B64",0,&operandTable0} ,//37
+{amdgpu_cdna2_op_S_NOR_SAVEEXEC_B64,"S_NOR_SAVEEXEC_B64",0,&operandTable0} ,//38
+{amdgpu_cdna2_op_S_XNOR_SAVEEXEC_B64,"S_XNOR_SAVEEXEC_B64",0,&operandTable0} ,//39
+{amdgpu_cdna2_op_S_QUADMASK_B32,"S_QUADMASK_B32",0,&operandTable0} ,//40
+{amdgpu_cdna2_op_S_QUADMASK_B64,"S_QUADMASK_B64",0,&operandTable0} ,//41
+{amdgpu_cdna2_op_S_MOVRELS_B32,"S_MOVRELS_B32",0,&operandTable0} ,//42
+{amdgpu_cdna2_op_S_MOVRELS_B64,"S_MOVRELS_B64",0,&operandTable0} ,//43
+{amdgpu_cdna2_op_S_MOVRELD_B32,"S_MOVRELD_B32",0,&operandTable0} ,//44
+{amdgpu_cdna2_op_S_MOVRELD_B64,"S_MOVRELD_B64",0,&operandTable0} ,//45
+{amdgpu_cdna2_op_S_CBRANCH_JOIN,"S_CBRANCH_JOIN",0,&operandTable0} ,//46
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//47
+{amdgpu_cdna2_op_S_ABS_I32,"S_ABS_I32",0,&operandTable0} ,//48
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//49
+{amdgpu_cdna2_op_S_SET_GPR_IDX_IDX,"S_SET_GPR_IDX_IDX",0,&operandTable0} ,//50
+{amdgpu_cdna2_op_S_ANDN1_SAVEEXEC_B64,"S_ANDN1_SAVEEXEC_B64",0,&operandTable0} ,//51
+{amdgpu_cdna2_op_S_ORN1_SAVEEXEC_B64,"S_ORN1_SAVEEXEC_B64",0,&operandTable0} ,//52
+{amdgpu_cdna2_op_S_ANDN1_WREXEC_B64,"S_ANDN1_WREXEC_B64",0,&operandTable0} ,//53
+{amdgpu_cdna2_op_S_ANDN2_WREXEC_B64,"S_ANDN2_WREXEC_B64",0,&operandTable0} ,//54
+{amdgpu_cdna2_op_S_BITREPLICATE_B64_B32,"S_BITREPLICATE_B64_B32",0,&operandTable0} ,//55
+}; // end ENC_SOP1_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_SOP2_insn_table = {
+{amdgpu_cdna2_op_S_ADD_U32,"S_ADD_U32",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_S_SUB_U32,"S_SUB_U32",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_S_ADD_I32,"S_ADD_I32",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_S_SUB_I32,"S_SUB_I32",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_S_ADDC_U32,"S_ADDC_U32",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_S_SUBB_U32,"S_SUBB_U32",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_S_MIN_I32,"S_MIN_I32",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_S_MIN_U32,"S_MIN_U32",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_S_MAX_I32,"S_MAX_I32",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_S_MAX_U32,"S_MAX_U32",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_S_CSELECT_B32,"S_CSELECT_B32",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_S_CSELECT_B64,"S_CSELECT_B64",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_S_AND_B32,"S_AND_B32",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_S_AND_B64,"S_AND_B64",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_S_OR_B32,"S_OR_B32",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_S_OR_B64,"S_OR_B64",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_S_XOR_B32,"S_XOR_B32",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_S_XOR_B64,"S_XOR_B64",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_S_ANDN2_B32,"S_ANDN2_B32",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_S_ANDN2_B64,"S_ANDN2_B64",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_S_ORN2_B32,"S_ORN2_B32",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_S_ORN2_B64,"S_ORN2_B64",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_S_NAND_B32,"S_NAND_B32",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_S_NAND_B64,"S_NAND_B64",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_S_NOR_B32,"S_NOR_B32",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_S_NOR_B64,"S_NOR_B64",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_S_XNOR_B32,"S_XNOR_B32",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_S_XNOR_B64,"S_XNOR_B64",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_S_LSHL_B32,"S_LSHL_B32",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_S_LSHL_B64,"S_LSHL_B64",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_S_LSHR_B32,"S_LSHR_B32",0,&operandTable0} ,//30
+{amdgpu_cdna2_op_S_LSHR_B64,"S_LSHR_B64",0,&operandTable0} ,//31
+{amdgpu_cdna2_op_S_ASHR_I32,"S_ASHR_I32",0,&operandTable0} ,//32
+{amdgpu_cdna2_op_S_ASHR_I64,"S_ASHR_I64",0,&operandTable0} ,//33
+{amdgpu_cdna2_op_S_BFM_B32,"S_BFM_B32",0,&operandTable0} ,//34
+{amdgpu_cdna2_op_S_BFM_B64,"S_BFM_B64",0,&operandTable0} ,//35
+{amdgpu_cdna2_op_S_MUL_I32,"S_MUL_I32",0,&operandTable0} ,//36
+{amdgpu_cdna2_op_S_BFE_U32,"S_BFE_U32",0,&operandTable0} ,//37
+{amdgpu_cdna2_op_S_BFE_I32,"S_BFE_I32",0,&operandTable0} ,//38
+{amdgpu_cdna2_op_S_BFE_U64,"S_BFE_U64",0,&operandTable0} ,//39
+{amdgpu_cdna2_op_S_BFE_I64,"S_BFE_I64",0,&operandTable0} ,//40
+{amdgpu_cdna2_op_S_CBRANCH_G_FORK,"S_CBRANCH_G_FORK",0,&operandTable0} ,//41
+{amdgpu_cdna2_op_S_ABSDIFF_I32,"S_ABSDIFF_I32",0,&operandTable0} ,//42
+{amdgpu_cdna2_op_S_RFE_RESTORE_B64,"S_RFE_RESTORE_B64",0,&operandTable0} ,//43
+{amdgpu_cdna2_op_S_MUL_HI_U32,"S_MUL_HI_U32",0,&operandTable0} ,//44
+{amdgpu_cdna2_op_S_MUL_HI_I32,"S_MUL_HI_I32",0,&operandTable0} ,//45
+{amdgpu_cdna2_op_S_LSHL1_ADD_U32,"S_LSHL1_ADD_U32",0,&operandTable0} ,//46
+{amdgpu_cdna2_op_S_LSHL2_ADD_U32,"S_LSHL2_ADD_U32",0,&operandTable0} ,//47
+{amdgpu_cdna2_op_S_LSHL3_ADD_U32,"S_LSHL3_ADD_U32",0,&operandTable0} ,//48
+{amdgpu_cdna2_op_S_LSHL4_ADD_U32,"S_LSHL4_ADD_U32",0,&operandTable0} ,//49
+{amdgpu_cdna2_op_S_PACK_LL_B32_B16,"S_PACK_LL_B32_B16",0,&operandTable0} ,//50
+{amdgpu_cdna2_op_S_PACK_LH_B32_B16,"S_PACK_LH_B32_B16",0,&operandTable0} ,//51
+{amdgpu_cdna2_op_S_PACK_HH_B32_B16,"S_PACK_HH_B32_B16",0,&operandTable0} ,//52
+}; // end ENC_SOP2_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_SOPC_insn_table = {
+{amdgpu_cdna2_op_S_CMP_EQ_I32,"S_CMP_EQ_I32",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_S_CMP_LG_I32,"S_CMP_LG_I32",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_S_CMP_GT_I32,"S_CMP_GT_I32",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_S_CMP_GE_I32,"S_CMP_GE_I32",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_S_CMP_LT_I32,"S_CMP_LT_I32",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_S_CMP_LE_I32,"S_CMP_LE_I32",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_S_CMP_EQ_U32,"S_CMP_EQ_U32",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_S_CMP_LG_U32,"S_CMP_LG_U32",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_S_CMP_GT_U32,"S_CMP_GT_U32",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_S_CMP_GE_U32,"S_CMP_GE_U32",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_S_CMP_LT_U32,"S_CMP_LT_U32",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_S_CMP_LE_U32,"S_CMP_LE_U32",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_S_BITCMP0_B32,"S_BITCMP0_B32",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_S_BITCMP1_B32,"S_BITCMP1_B32",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_S_BITCMP0_B64,"S_BITCMP0_B64",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_S_BITCMP1_B64,"S_BITCMP1_B64",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_S_SETVSKIP,"S_SETVSKIP",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_S_SET_GPR_IDX_ON,"S_SET_GPR_IDX_ON",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_S_CMP_EQ_U64,"S_CMP_EQ_U64",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_S_CMP_LG_U64,"S_CMP_LG_U64",0,&operandTable0} ,//19
+}; // end ENC_SOPC_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_SOPK_insn_table = {
+{amdgpu_cdna2_op_S_MOVK_I32,"S_MOVK_I32",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_S_CMOVK_I32,"S_CMOVK_I32",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_S_CMPK_EQ_I32,"S_CMPK_EQ_I32",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_S_CMPK_LG_I32,"S_CMPK_LG_I32",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_S_CMPK_GT_I32,"S_CMPK_GT_I32",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_S_CMPK_GE_I32,"S_CMPK_GE_I32",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_S_CMPK_LT_I32,"S_CMPK_LT_I32",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_S_CMPK_LE_I32,"S_CMPK_LE_I32",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_S_CMPK_EQ_U32,"S_CMPK_EQ_U32",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_S_CMPK_LG_U32,"S_CMPK_LG_U32",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_S_CMPK_GT_U32,"S_CMPK_GT_U32",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_S_CMPK_GE_U32,"S_CMPK_GE_U32",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_S_CMPK_LT_U32,"S_CMPK_LT_U32",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_S_CMPK_LE_U32,"S_CMPK_LE_U32",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_S_ADDK_I32,"S_ADDK_I32",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_S_MULK_I32,"S_MULK_I32",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_S_CBRANCH_I_FORK,"S_CBRANCH_I_FORK",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_S_GETREG_B32,"S_GETREG_B32",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_S_SETREG_B32,"S_SETREG_B32",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_S_SETREG_IMM32_B32,"S_SETREG_IMM32_B32",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_S_CALL_B64,"S_CALL_B64",0,&operandTable0} ,//21
+}; // end ENC_SOPK_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_SOPP_insn_table = {
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_S_ENDPGM,"S_ENDPGM",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_S_BRANCH,"S_BRANCH",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_S_WAKEUP,"S_WAKEUP",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_S_CBRANCH_SCC0,"S_CBRANCH_SCC0",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_S_CBRANCH_SCC1,"S_CBRANCH_SCC1",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_S_CBRANCH_VCCZ,"S_CBRANCH_VCCZ",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_S_CBRANCH_VCCNZ,"S_CBRANCH_VCCNZ",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_S_CBRANCH_EXECZ,"S_CBRANCH_EXECZ",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_S_CBRANCH_EXECNZ,"S_CBRANCH_EXECNZ",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_S_BARRIER,"S_BARRIER",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_S_SETKILL,"S_SETKILL",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_S_WAITCNT,"S_WAITCNT",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_S_SETHALT,"S_SETHALT",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_S_SLEEP,"S_SLEEP",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_S_SETPRIO,"S_SETPRIO",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_S_SENDMSG,"S_SENDMSG",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_S_SENDMSGHALT,"S_SENDMSGHALT",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_S_TRAP,"S_TRAP",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_S_ICACHE_INV,"S_ICACHE_INV",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_S_INCPERFLEVEL,"S_INCPERFLEVEL",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_S_DECPERFLEVEL,"S_DECPERFLEVEL",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_S_TTRACEDATA,"S_TTRACEDATA",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_S_CBRANCH_CDBGSYS,"S_CBRANCH_CDBGSYS",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_S_CBRANCH_CDBGUSER,"S_CBRANCH_CDBGUSER",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_S_CBRANCH_CDBGSYS_OR_USER,"S_CBRANCH_CDBGSYS_OR_USER",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_S_CBRANCH_CDBGSYS_AND_USER,"S_CBRANCH_CDBGSYS_AND_USER",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_S_ENDPGM_SAVED,"S_ENDPGM_SAVED",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_S_SET_GPR_IDX_OFF,"S_SET_GPR_IDX_OFF",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_S_SET_GPR_IDX_MODE,"S_SET_GPR_IDX_MODE",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_S_ENDPGM_ORDERED_PS_DONE,"S_ENDPGM_ORDERED_PS_DONE",0,&operandTable0} ,//30
+}; // end ENC_SOPP_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_VOP1_insn_table = {
+{amdgpu_cdna2_op_V_NOP,"V_NOP",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_V_MOV_B32,"V_MOV_B32",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_V_READFIRSTLANE_B32,"V_READFIRSTLANE_B32",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_V_CVT_I32_F64,"V_CVT_I32_F64",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_V_CVT_F64_I32,"V_CVT_F64_I32",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_V_CVT_F32_I32,"V_CVT_F32_I32",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_V_CVT_F32_U32,"V_CVT_F32_U32",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_V_CVT_U32_F32,"V_CVT_U32_F32",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_V_CVT_I32_F32,"V_CVT_I32_F32",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_V_CVT_F16_F32,"V_CVT_F16_F32",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_V_CVT_F32_F16,"V_CVT_F32_F16",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_V_CVT_RPI_I32_F32,"V_CVT_RPI_I32_F32",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_V_CVT_FLR_I32_F32,"V_CVT_FLR_I32_F32",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_V_CVT_OFF_F32_I4,"V_CVT_OFF_F32_I4",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_V_CVT_F32_F64,"V_CVT_F32_F64",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_V_CVT_F64_F32,"V_CVT_F64_F32",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_V_CVT_F32_UBYTE0,"V_CVT_F32_UBYTE0",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_V_CVT_F32_UBYTE1,"V_CVT_F32_UBYTE1",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_V_CVT_F32_UBYTE2,"V_CVT_F32_UBYTE2",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_V_CVT_F32_UBYTE3,"V_CVT_F32_UBYTE3",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_V_CVT_U32_F64,"V_CVT_U32_F64",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_V_CVT_F64_U32,"V_CVT_F64_U32",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_V_TRUNC_F64,"V_TRUNC_F64",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_V_CEIL_F64,"V_CEIL_F64",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_V_RNDNE_F64,"V_RNDNE_F64",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_V_FLOOR_F64,"V_FLOOR_F64",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_V_FRACT_F32,"V_FRACT_F32",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_V_TRUNC_F32,"V_TRUNC_F32",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_V_CEIL_F32,"V_CEIL_F32",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_V_RNDNE_F32,"V_RNDNE_F32",0,&operandTable0} ,//30
+{amdgpu_cdna2_op_V_FLOOR_F32,"V_FLOOR_F32",0,&operandTable0} ,//31
+{amdgpu_cdna2_op_V_EXP_F32,"V_EXP_F32",0,&operandTable0} ,//32
+{amdgpu_cdna2_op_V_LOG_F32,"V_LOG_F32",0,&operandTable0} ,//33
+{amdgpu_cdna2_op_V_RCP_F32,"V_RCP_F32",0,&operandTable0} ,//34
+{amdgpu_cdna2_op_V_RCP_IFLAG_F32,"V_RCP_IFLAG_F32",0,&operandTable0} ,//35
+{amdgpu_cdna2_op_V_RSQ_F32,"V_RSQ_F32",0,&operandTable0} ,//36
+{amdgpu_cdna2_op_V_RCP_F64,"V_RCP_F64",0,&operandTable0} ,//37
+{amdgpu_cdna2_op_V_RSQ_F64,"V_RSQ_F64",0,&operandTable0} ,//38
+{amdgpu_cdna2_op_V_SQRT_F32,"V_SQRT_F32",0,&operandTable0} ,//39
+{amdgpu_cdna2_op_V_SQRT_F64,"V_SQRT_F64",0,&operandTable0} ,//40
+{amdgpu_cdna2_op_V_SIN_F32,"V_SIN_F32",0,&operandTable0} ,//41
+{amdgpu_cdna2_op_V_COS_F32,"V_COS_F32",0,&operandTable0} ,//42
+{amdgpu_cdna2_op_V_NOT_B32,"V_NOT_B32",0,&operandTable0} ,//43
+{amdgpu_cdna2_op_V_BFREV_B32,"V_BFREV_B32",0,&operandTable0} ,//44
+{amdgpu_cdna2_op_V_FFBH_U32,"V_FFBH_U32",0,&operandTable0} ,//45
+{amdgpu_cdna2_op_V_FFBL_B32,"V_FFBL_B32",0,&operandTable0} ,//46
+{amdgpu_cdna2_op_V_FFBH_I32,"V_FFBH_I32",0,&operandTable0} ,//47
+{amdgpu_cdna2_op_V_FREXP_EXP_I32_F64,"V_FREXP_EXP_I32_F64",0,&operandTable0} ,//48
+{amdgpu_cdna2_op_V_FREXP_MANT_F64,"V_FREXP_MANT_F64",0,&operandTable0} ,//49
+{amdgpu_cdna2_op_V_FRACT_F64,"V_FRACT_F64",0,&operandTable0} ,//50
+{amdgpu_cdna2_op_V_FREXP_EXP_I32_F32,"V_FREXP_EXP_I32_F32",0,&operandTable0} ,//51
+{amdgpu_cdna2_op_V_FREXP_MANT_F32,"V_FREXP_MANT_F32",0,&operandTable0} ,//52
+{amdgpu_cdna2_op_V_CLREXCP,"V_CLREXCP",0,&operandTable0} ,//53
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//54
+{amdgpu_cdna2_op_V_SCREEN_PARTITION_4SE_B32,"V_SCREEN_PARTITION_4SE_B32",0,&operandTable0} ,//55
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//56
+{amdgpu_cdna2_op_V_CVT_F16_U16,"V_CVT_F16_U16",0,&operandTable0} ,//57
+{amdgpu_cdna2_op_V_CVT_F16_I16,"V_CVT_F16_I16",0,&operandTable0} ,//58
+{amdgpu_cdna2_op_V_CVT_U16_F16,"V_CVT_U16_F16",0,&operandTable0} ,//59
+{amdgpu_cdna2_op_V_CVT_I16_F16,"V_CVT_I16_F16",0,&operandTable0} ,//60
+{amdgpu_cdna2_op_V_RCP_F16,"V_RCP_F16",0,&operandTable0} ,//61
+{amdgpu_cdna2_op_V_SQRT_F16,"V_SQRT_F16",0,&operandTable0} ,//62
+{amdgpu_cdna2_op_V_RSQ_F16,"V_RSQ_F16",0,&operandTable0} ,//63
+{amdgpu_cdna2_op_V_LOG_F16,"V_LOG_F16",0,&operandTable0} ,//64
+{amdgpu_cdna2_op_V_EXP_F16,"V_EXP_F16",0,&operandTable0} ,//65
+{amdgpu_cdna2_op_V_FREXP_MANT_F16,"V_FREXP_MANT_F16",0,&operandTable0} ,//66
+{amdgpu_cdna2_op_V_FREXP_EXP_I16_F16,"V_FREXP_EXP_I16_F16",0,&operandTable0} ,//67
+{amdgpu_cdna2_op_V_FLOOR_F16,"V_FLOOR_F16",0,&operandTable0} ,//68
+{amdgpu_cdna2_op_V_CEIL_F16,"V_CEIL_F16",0,&operandTable0} ,//69
+{amdgpu_cdna2_op_V_TRUNC_F16,"V_TRUNC_F16",0,&operandTable0} ,//70
+{amdgpu_cdna2_op_V_RNDNE_F16,"V_RNDNE_F16",0,&operandTable0} ,//71
+{amdgpu_cdna2_op_V_FRACT_F16,"V_FRACT_F16",0,&operandTable0} ,//72
+{amdgpu_cdna2_op_V_SIN_F16,"V_SIN_F16",0,&operandTable0} ,//73
+{amdgpu_cdna2_op_V_COS_F16,"V_COS_F16",0,&operandTable0} ,//74
+{amdgpu_cdna2_op_V_EXP_LEGACY_F32,"V_EXP_LEGACY_F32",0,&operandTable0} ,//75
+{amdgpu_cdna2_op_V_LOG_LEGACY_F32,"V_LOG_LEGACY_F32",0,&operandTable0} ,//76
+{amdgpu_cdna2_op_V_CVT_NORM_I16_F16,"V_CVT_NORM_I16_F16",0,&operandTable0} ,//77
+{amdgpu_cdna2_op_V_CVT_NORM_U16_F16,"V_CVT_NORM_U16_F16",0,&operandTable0} ,//78
+{amdgpu_cdna2_op_V_SAT_PK_U8_I16,"V_SAT_PK_U8_I16",0,&operandTable0} ,//79
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//80
+{amdgpu_cdna2_op_V_SWAP_B32,"V_SWAP_B32",0,&operandTable0} ,//81
+{amdgpu_cdna2_op_V_ACCVGPR_MOV_B32,"V_ACCVGPR_MOV_B32",0,&operandTable0} ,//82
+}; // end ENC_VOP1_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_VOP3_insn_table = {
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_V_CMP_CLASS_F32,"V_CMP_CLASS_F32",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_V_CMPX_CLASS_F32,"V_CMPX_CLASS_F32",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_V_CMP_CLASS_F64,"V_CMP_CLASS_F64",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_V_CMPX_CLASS_F64,"V_CMPX_CLASS_F64",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_V_CMP_CLASS_F16,"V_CMP_CLASS_F16",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_V_CMPX_CLASS_F16,"V_CMPX_CLASS_F16",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//30
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//31
+{amdgpu_cdna2_op_V_CMP_F_F16,"V_CMP_F_F16",0,&operandTable0} ,//32
+{amdgpu_cdna2_op_V_CMP_LT_F16,"V_CMP_LT_F16",0,&operandTable0} ,//33
+{amdgpu_cdna2_op_V_CMP_EQ_F16,"V_CMP_EQ_F16",0,&operandTable0} ,//34
+{amdgpu_cdna2_op_V_CMP_LE_F16,"V_CMP_LE_F16",0,&operandTable0} ,//35
+{amdgpu_cdna2_op_V_CMP_GT_F16,"V_CMP_GT_F16",0,&operandTable0} ,//36
+{amdgpu_cdna2_op_V_CMP_LG_F16,"V_CMP_LG_F16",0,&operandTable0} ,//37
+{amdgpu_cdna2_op_V_CMP_GE_F16,"V_CMP_GE_F16",0,&operandTable0} ,//38
+{amdgpu_cdna2_op_V_CMP_O_F16,"V_CMP_O_F16",0,&operandTable0} ,//39
+{amdgpu_cdna2_op_V_CMP_U_F16,"V_CMP_U_F16",0,&operandTable0} ,//40
+{amdgpu_cdna2_op_V_CMP_NGE_F16,"V_CMP_NGE_F16",0,&operandTable0} ,//41
+{amdgpu_cdna2_op_V_CMP_NLG_F16,"V_CMP_NLG_F16",0,&operandTable0} ,//42
+{amdgpu_cdna2_op_V_CMP_NGT_F16,"V_CMP_NGT_F16",0,&operandTable0} ,//43
+{amdgpu_cdna2_op_V_CMP_NLE_F16,"V_CMP_NLE_F16",0,&operandTable0} ,//44
+{amdgpu_cdna2_op_V_CMP_NEQ_F16,"V_CMP_NEQ_F16",0,&operandTable0} ,//45
+{amdgpu_cdna2_op_V_CMP_NLT_F16,"V_CMP_NLT_F16",0,&operandTable0} ,//46
+{amdgpu_cdna2_op_V_CMP_TRU_F16,"V_CMP_TRU_F16",0,&operandTable0} ,//47
+{amdgpu_cdna2_op_V_CMPX_F_F16,"V_CMPX_F_F16",0,&operandTable0} ,//48
+{amdgpu_cdna2_op_V_CMPX_LT_F16,"V_CMPX_LT_F16",0,&operandTable0} ,//49
+{amdgpu_cdna2_op_V_CMPX_EQ_F16,"V_CMPX_EQ_F16",0,&operandTable0} ,//50
+{amdgpu_cdna2_op_V_CMPX_LE_F16,"V_CMPX_LE_F16",0,&operandTable0} ,//51
+{amdgpu_cdna2_op_V_CMPX_GT_F16,"V_CMPX_GT_F16",0,&operandTable0} ,//52
+{amdgpu_cdna2_op_V_CMPX_LG_F16,"V_CMPX_LG_F16",0,&operandTable0} ,//53
+{amdgpu_cdna2_op_V_CMPX_GE_F16,"V_CMPX_GE_F16",0,&operandTable0} ,//54
+{amdgpu_cdna2_op_V_CMPX_O_F16,"V_CMPX_O_F16",0,&operandTable0} ,//55
+{amdgpu_cdna2_op_V_CMPX_U_F16,"V_CMPX_U_F16",0,&operandTable0} ,//56
+{amdgpu_cdna2_op_V_CMPX_NGE_F16,"V_CMPX_NGE_F16",0,&operandTable0} ,//57
+{amdgpu_cdna2_op_V_CMPX_NLG_F16,"V_CMPX_NLG_F16",0,&operandTable0} ,//58
+{amdgpu_cdna2_op_V_CMPX_NGT_F16,"V_CMPX_NGT_F16",0,&operandTable0} ,//59
+{amdgpu_cdna2_op_V_CMPX_NLE_F16,"V_CMPX_NLE_F16",0,&operandTable0} ,//60
+{amdgpu_cdna2_op_V_CMPX_NEQ_F16,"V_CMPX_NEQ_F16",0,&operandTable0} ,//61
+{amdgpu_cdna2_op_V_CMPX_NLT_F16,"V_CMPX_NLT_F16",0,&operandTable0} ,//62
+{amdgpu_cdna2_op_V_CMPX_TRU_F16,"V_CMPX_TRU_F16",0,&operandTable0} ,//63
+{amdgpu_cdna2_op_V_CMP_F_F32,"V_CMP_F_F32",0,&operandTable0} ,//64
+{amdgpu_cdna2_op_V_CMP_LT_F32,"V_CMP_LT_F32",0,&operandTable0} ,//65
+{amdgpu_cdna2_op_V_CMP_EQ_F32,"V_CMP_EQ_F32",0,&operandTable0} ,//66
+{amdgpu_cdna2_op_V_CMP_LE_F32,"V_CMP_LE_F32",0,&operandTable0} ,//67
+{amdgpu_cdna2_op_V_CMP_GT_F32,"V_CMP_GT_F32",0,&operandTable0} ,//68
+{amdgpu_cdna2_op_V_CMP_LG_F32,"V_CMP_LG_F32",0,&operandTable0} ,//69
+{amdgpu_cdna2_op_V_CMP_GE_F32,"V_CMP_GE_F32",0,&operandTable0} ,//70
+{amdgpu_cdna2_op_V_CMP_O_F32,"V_CMP_O_F32",0,&operandTable0} ,//71
+{amdgpu_cdna2_op_V_CMP_U_F32,"V_CMP_U_F32",0,&operandTable0} ,//72
+{amdgpu_cdna2_op_V_CMP_NGE_F32,"V_CMP_NGE_F32",0,&operandTable0} ,//73
+{amdgpu_cdna2_op_V_CMP_NLG_F32,"V_CMP_NLG_F32",0,&operandTable0} ,//74
+{amdgpu_cdna2_op_V_CMP_NGT_F32,"V_CMP_NGT_F32",0,&operandTable0} ,//75
+{amdgpu_cdna2_op_V_CMP_NLE_F32,"V_CMP_NLE_F32",0,&operandTable0} ,//76
+{amdgpu_cdna2_op_V_CMP_NEQ_F32,"V_CMP_NEQ_F32",0,&operandTable0} ,//77
+{amdgpu_cdna2_op_V_CMP_NLT_F32,"V_CMP_NLT_F32",0,&operandTable0} ,//78
+{amdgpu_cdna2_op_V_CMP_TRU_F32,"V_CMP_TRU_F32",0,&operandTable0} ,//79
+{amdgpu_cdna2_op_V_CMPX_F_F32,"V_CMPX_F_F32",0,&operandTable0} ,//80
+{amdgpu_cdna2_op_V_CMPX_LT_F32,"V_CMPX_LT_F32",0,&operandTable0} ,//81
+{amdgpu_cdna2_op_V_CMPX_EQ_F32,"V_CMPX_EQ_F32",0,&operandTable0} ,//82
+{amdgpu_cdna2_op_V_CMPX_LE_F32,"V_CMPX_LE_F32",0,&operandTable0} ,//83
+{amdgpu_cdna2_op_V_CMPX_GT_F32,"V_CMPX_GT_F32",0,&operandTable0} ,//84
+{amdgpu_cdna2_op_V_CMPX_LG_F32,"V_CMPX_LG_F32",0,&operandTable0} ,//85
+{amdgpu_cdna2_op_V_CMPX_GE_F32,"V_CMPX_GE_F32",0,&operandTable0} ,//86
+{amdgpu_cdna2_op_V_CMPX_O_F32,"V_CMPX_O_F32",0,&operandTable0} ,//87
+{amdgpu_cdna2_op_V_CMPX_U_F32,"V_CMPX_U_F32",0,&operandTable0} ,//88
+{amdgpu_cdna2_op_V_CMPX_NGE_F32,"V_CMPX_NGE_F32",0,&operandTable0} ,//89
+{amdgpu_cdna2_op_V_CMPX_NLG_F32,"V_CMPX_NLG_F32",0,&operandTable0} ,//90
+{amdgpu_cdna2_op_V_CMPX_NGT_F32,"V_CMPX_NGT_F32",0,&operandTable0} ,//91
+{amdgpu_cdna2_op_V_CMPX_NLE_F32,"V_CMPX_NLE_F32",0,&operandTable0} ,//92
+{amdgpu_cdna2_op_V_CMPX_NEQ_F32,"V_CMPX_NEQ_F32",0,&operandTable0} ,//93
+{amdgpu_cdna2_op_V_CMPX_NLT_F32,"V_CMPX_NLT_F32",0,&operandTable0} ,//94
+{amdgpu_cdna2_op_V_CMPX_TRU_F32,"V_CMPX_TRU_F32",0,&operandTable0} ,//95
+{amdgpu_cdna2_op_V_CMP_F_F64,"V_CMP_F_F64",0,&operandTable0} ,//96
+{amdgpu_cdna2_op_V_CMP_LT_F64,"V_CMP_LT_F64",0,&operandTable0} ,//97
+{amdgpu_cdna2_op_V_CMP_EQ_F64,"V_CMP_EQ_F64",0,&operandTable0} ,//98
+{amdgpu_cdna2_op_V_CMP_LE_F64,"V_CMP_LE_F64",0,&operandTable0} ,//99
+{amdgpu_cdna2_op_V_CMP_GT_F64,"V_CMP_GT_F64",0,&operandTable0} ,//100
+{amdgpu_cdna2_op_V_CMP_LG_F64,"V_CMP_LG_F64",0,&operandTable0} ,//101
+{amdgpu_cdna2_op_V_CMP_GE_F64,"V_CMP_GE_F64",0,&operandTable0} ,//102
+{amdgpu_cdna2_op_V_CMP_O_F64,"V_CMP_O_F64",0,&operandTable0} ,//103
+{amdgpu_cdna2_op_V_CMP_U_F64,"V_CMP_U_F64",0,&operandTable0} ,//104
+{amdgpu_cdna2_op_V_CMP_NGE_F64,"V_CMP_NGE_F64",0,&operandTable0} ,//105
+{amdgpu_cdna2_op_V_CMP_NLG_F64,"V_CMP_NLG_F64",0,&operandTable0} ,//106
+{amdgpu_cdna2_op_V_CMP_NGT_F64,"V_CMP_NGT_F64",0,&operandTable0} ,//107
+{amdgpu_cdna2_op_V_CMP_NLE_F64,"V_CMP_NLE_F64",0,&operandTable0} ,//108
+{amdgpu_cdna2_op_V_CMP_NEQ_F64,"V_CMP_NEQ_F64",0,&operandTable0} ,//109
+{amdgpu_cdna2_op_V_CMP_NLT_F64,"V_CMP_NLT_F64",0,&operandTable0} ,//110
+{amdgpu_cdna2_op_V_CMP_TRU_F64,"V_CMP_TRU_F64",0,&operandTable0} ,//111
+{amdgpu_cdna2_op_V_CMPX_F_F64,"V_CMPX_F_F64",0,&operandTable0} ,//112
+{amdgpu_cdna2_op_V_CMPX_LT_F64,"V_CMPX_LT_F64",0,&operandTable0} ,//113
+{amdgpu_cdna2_op_V_CMPX_EQ_F64,"V_CMPX_EQ_F64",0,&operandTable0} ,//114
+{amdgpu_cdna2_op_V_CMPX_LE_F64,"V_CMPX_LE_F64",0,&operandTable0} ,//115
+{amdgpu_cdna2_op_V_CMPX_GT_F64,"V_CMPX_GT_F64",0,&operandTable0} ,//116
+{amdgpu_cdna2_op_V_CMPX_LG_F64,"V_CMPX_LG_F64",0,&operandTable0} ,//117
+{amdgpu_cdna2_op_V_CMPX_GE_F64,"V_CMPX_GE_F64",0,&operandTable0} ,//118
+{amdgpu_cdna2_op_V_CMPX_O_F64,"V_CMPX_O_F64",0,&operandTable0} ,//119
+{amdgpu_cdna2_op_V_CMPX_U_F64,"V_CMPX_U_F64",0,&operandTable0} ,//120
+{amdgpu_cdna2_op_V_CMPX_NGE_F64,"V_CMPX_NGE_F64",0,&operandTable0} ,//121
+{amdgpu_cdna2_op_V_CMPX_NLG_F64,"V_CMPX_NLG_F64",0,&operandTable0} ,//122
+{amdgpu_cdna2_op_V_CMPX_NGT_F64,"V_CMPX_NGT_F64",0,&operandTable0} ,//123
+{amdgpu_cdna2_op_V_CMPX_NLE_F64,"V_CMPX_NLE_F64",0,&operandTable0} ,//124
+{amdgpu_cdna2_op_V_CMPX_NEQ_F64,"V_CMPX_NEQ_F64",0,&operandTable0} ,//125
+{amdgpu_cdna2_op_V_CMPX_NLT_F64,"V_CMPX_NLT_F64",0,&operandTable0} ,//126
+{amdgpu_cdna2_op_V_CMPX_TRU_F64,"V_CMPX_TRU_F64",0,&operandTable0} ,//127
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//128
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//129
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//130
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//131
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//132
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//133
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//134
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//135
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//136
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//137
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//138
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//139
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//140
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//141
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//142
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//143
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//144
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//145
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//146
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//147
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//148
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//149
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//150
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//151
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//152
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//153
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//154
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//155
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//156
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//157
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//158
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//159
+{amdgpu_cdna2_op_V_CMP_F_I16,"V_CMP_F_I16",0,&operandTable0} ,//160
+{amdgpu_cdna2_op_V_CMP_LT_I16,"V_CMP_LT_I16",0,&operandTable0} ,//161
+{amdgpu_cdna2_op_V_CMP_EQ_I16,"V_CMP_EQ_I16",0,&operandTable0} ,//162
+{amdgpu_cdna2_op_V_CMP_LE_I16,"V_CMP_LE_I16",0,&operandTable0} ,//163
+{amdgpu_cdna2_op_V_CMP_GT_I16,"V_CMP_GT_I16",0,&operandTable0} ,//164
+{amdgpu_cdna2_op_V_CMP_NE_I16,"V_CMP_NE_I16",0,&operandTable0} ,//165
+{amdgpu_cdna2_op_V_CMP_GE_I16,"V_CMP_GE_I16",0,&operandTable0} ,//166
+{amdgpu_cdna2_op_V_CMP_T_I16,"V_CMP_T_I16",0,&operandTable0} ,//167
+{amdgpu_cdna2_op_V_CMP_F_U16,"V_CMP_F_U16",0,&operandTable0} ,//168
+{amdgpu_cdna2_op_V_CMP_LT_U16,"V_CMP_LT_U16",0,&operandTable0} ,//169
+{amdgpu_cdna2_op_V_CMP_EQ_U16,"V_CMP_EQ_U16",0,&operandTable0} ,//170
+{amdgpu_cdna2_op_V_CMP_LE_U16,"V_CMP_LE_U16",0,&operandTable0} ,//171
+{amdgpu_cdna2_op_V_CMP_GT_U16,"V_CMP_GT_U16",0,&operandTable0} ,//172
+{amdgpu_cdna2_op_V_CMP_NE_U16,"V_CMP_NE_U16",0,&operandTable0} ,//173
+{amdgpu_cdna2_op_V_CMP_GE_U16,"V_CMP_GE_U16",0,&operandTable0} ,//174
+{amdgpu_cdna2_op_V_CMP_T_U16,"V_CMP_T_U16",0,&operandTable0} ,//175
+{amdgpu_cdna2_op_V_CMPX_F_I16,"V_CMPX_F_I16",0,&operandTable0} ,//176
+{amdgpu_cdna2_op_V_CMPX_LT_I16,"V_CMPX_LT_I16",0,&operandTable0} ,//177
+{amdgpu_cdna2_op_V_CMPX_EQ_I16,"V_CMPX_EQ_I16",0,&operandTable0} ,//178
+{amdgpu_cdna2_op_V_CMPX_LE_I16,"V_CMPX_LE_I16",0,&operandTable0} ,//179
+{amdgpu_cdna2_op_V_CMPX_GT_I16,"V_CMPX_GT_I16",0,&operandTable0} ,//180
+{amdgpu_cdna2_op_V_CMPX_NE_I16,"V_CMPX_NE_I16",0,&operandTable0} ,//181
+{amdgpu_cdna2_op_V_CMPX_GE_I16,"V_CMPX_GE_I16",0,&operandTable0} ,//182
+{amdgpu_cdna2_op_V_CMPX_T_I16,"V_CMPX_T_I16",0,&operandTable0} ,//183
+{amdgpu_cdna2_op_V_CMPX_F_U16,"V_CMPX_F_U16",0,&operandTable0} ,//184
+{amdgpu_cdna2_op_V_CMPX_LT_U16,"V_CMPX_LT_U16",0,&operandTable0} ,//185
+{amdgpu_cdna2_op_V_CMPX_EQ_U16,"V_CMPX_EQ_U16",0,&operandTable0} ,//186
+{amdgpu_cdna2_op_V_CMPX_LE_U16,"V_CMPX_LE_U16",0,&operandTable0} ,//187
+{amdgpu_cdna2_op_V_CMPX_GT_U16,"V_CMPX_GT_U16",0,&operandTable0} ,//188
+{amdgpu_cdna2_op_V_CMPX_NE_U16,"V_CMPX_NE_U16",0,&operandTable0} ,//189
+{amdgpu_cdna2_op_V_CMPX_GE_U16,"V_CMPX_GE_U16",0,&operandTable0} ,//190
+{amdgpu_cdna2_op_V_CMPX_T_U16,"V_CMPX_T_U16",0,&operandTable0} ,//191
+{amdgpu_cdna2_op_V_CMP_F_I32,"V_CMP_F_I32",0,&operandTable0} ,//192
+{amdgpu_cdna2_op_V_CMP_LT_I32,"V_CMP_LT_I32",0,&operandTable0} ,//193
+{amdgpu_cdna2_op_V_CMP_EQ_I32,"V_CMP_EQ_I32",0,&operandTable0} ,//194
+{amdgpu_cdna2_op_V_CMP_LE_I32,"V_CMP_LE_I32",0,&operandTable0} ,//195
+{amdgpu_cdna2_op_V_CMP_GT_I32,"V_CMP_GT_I32",0,&operandTable0} ,//196
+{amdgpu_cdna2_op_V_CMP_NE_I32,"V_CMP_NE_I32",0,&operandTable0} ,//197
+{amdgpu_cdna2_op_V_CMP_GE_I32,"V_CMP_GE_I32",0,&operandTable0} ,//198
+{amdgpu_cdna2_op_V_CMP_T_I32,"V_CMP_T_I32",0,&operandTable0} ,//199
+{amdgpu_cdna2_op_V_CMP_F_U32,"V_CMP_F_U32",0,&operandTable0} ,//200
+{amdgpu_cdna2_op_V_CMP_LT_U32,"V_CMP_LT_U32",0,&operandTable0} ,//201
+{amdgpu_cdna2_op_V_CMP_EQ_U32,"V_CMP_EQ_U32",0,&operandTable0} ,//202
+{amdgpu_cdna2_op_V_CMP_LE_U32,"V_CMP_LE_U32",0,&operandTable0} ,//203
+{amdgpu_cdna2_op_V_CMP_GT_U32,"V_CMP_GT_U32",0,&operandTable0} ,//204
+{amdgpu_cdna2_op_V_CMP_NE_U32,"V_CMP_NE_U32",0,&operandTable0} ,//205
+{amdgpu_cdna2_op_V_CMP_GE_U32,"V_CMP_GE_U32",0,&operandTable0} ,//206
+{amdgpu_cdna2_op_V_CMP_T_U32,"V_CMP_T_U32",0,&operandTable0} ,//207
+{amdgpu_cdna2_op_V_CMPX_F_I32,"V_CMPX_F_I32",0,&operandTable0} ,//208
+{amdgpu_cdna2_op_V_CMPX_LT_I32,"V_CMPX_LT_I32",0,&operandTable0} ,//209
+{amdgpu_cdna2_op_V_CMPX_EQ_I32,"V_CMPX_EQ_I32",0,&operandTable0} ,//210
+{amdgpu_cdna2_op_V_CMPX_LE_I32,"V_CMPX_LE_I32",0,&operandTable0} ,//211
+{amdgpu_cdna2_op_V_CMPX_GT_I32,"V_CMPX_GT_I32",0,&operandTable0} ,//212
+{amdgpu_cdna2_op_V_CMPX_NE_I32,"V_CMPX_NE_I32",0,&operandTable0} ,//213
+{amdgpu_cdna2_op_V_CMPX_GE_I32,"V_CMPX_GE_I32",0,&operandTable0} ,//214
+{amdgpu_cdna2_op_V_CMPX_T_I32,"V_CMPX_T_I32",0,&operandTable0} ,//215
+{amdgpu_cdna2_op_V_CMPX_F_U32,"V_CMPX_F_U32",0,&operandTable0} ,//216
+{amdgpu_cdna2_op_V_CMPX_LT_U32,"V_CMPX_LT_U32",0,&operandTable0} ,//217
+{amdgpu_cdna2_op_V_CMPX_EQ_U32,"V_CMPX_EQ_U32",0,&operandTable0} ,//218
+{amdgpu_cdna2_op_V_CMPX_LE_U32,"V_CMPX_LE_U32",0,&operandTable0} ,//219
+{amdgpu_cdna2_op_V_CMPX_GT_U32,"V_CMPX_GT_U32",0,&operandTable0} ,//220
+{amdgpu_cdna2_op_V_CMPX_NE_U32,"V_CMPX_NE_U32",0,&operandTable0} ,//221
+{amdgpu_cdna2_op_V_CMPX_GE_U32,"V_CMPX_GE_U32",0,&operandTable0} ,//222
+{amdgpu_cdna2_op_V_CMPX_T_U32,"V_CMPX_T_U32",0,&operandTable0} ,//223
+{amdgpu_cdna2_op_V_CMP_F_I64,"V_CMP_F_I64",0,&operandTable0} ,//224
+{amdgpu_cdna2_op_V_CMP_LT_I64,"V_CMP_LT_I64",0,&operandTable0} ,//225
+{amdgpu_cdna2_op_V_CMP_EQ_I64,"V_CMP_EQ_I64",0,&operandTable0} ,//226
+{amdgpu_cdna2_op_V_CMP_LE_I64,"V_CMP_LE_I64",0,&operandTable0} ,//227
+{amdgpu_cdna2_op_V_CMP_GT_I64,"V_CMP_GT_I64",0,&operandTable0} ,//228
+{amdgpu_cdna2_op_V_CMP_NE_I64,"V_CMP_NE_I64",0,&operandTable0} ,//229
+{amdgpu_cdna2_op_V_CMP_GE_I64,"V_CMP_GE_I64",0,&operandTable0} ,//230
+{amdgpu_cdna2_op_V_CMP_T_I64,"V_CMP_T_I64",0,&operandTable0} ,//231
+{amdgpu_cdna2_op_V_CMP_F_U64,"V_CMP_F_U64",0,&operandTable0} ,//232
+{amdgpu_cdna2_op_V_CMP_LT_U64,"V_CMP_LT_U64",0,&operandTable0} ,//233
+{amdgpu_cdna2_op_V_CMP_EQ_U64,"V_CMP_EQ_U64",0,&operandTable0} ,//234
+{amdgpu_cdna2_op_V_CMP_LE_U64,"V_CMP_LE_U64",0,&operandTable0} ,//235
+{amdgpu_cdna2_op_V_CMP_GT_U64,"V_CMP_GT_U64",0,&operandTable0} ,//236
+{amdgpu_cdna2_op_V_CMP_NE_U64,"V_CMP_NE_U64",0,&operandTable0} ,//237
+{amdgpu_cdna2_op_V_CMP_GE_U64,"V_CMP_GE_U64",0,&operandTable0} ,//238
+{amdgpu_cdna2_op_V_CMP_T_U64,"V_CMP_T_U64",0,&operandTable0} ,//239
+{amdgpu_cdna2_op_V_CMPX_F_I64,"V_CMPX_F_I64",0,&operandTable0} ,//240
+{amdgpu_cdna2_op_V_CMPX_LT_I64,"V_CMPX_LT_I64",0,&operandTable0} ,//241
+{amdgpu_cdna2_op_V_CMPX_EQ_I64,"V_CMPX_EQ_I64",0,&operandTable0} ,//242
+{amdgpu_cdna2_op_V_CMPX_LE_I64,"V_CMPX_LE_I64",0,&operandTable0} ,//243
+{amdgpu_cdna2_op_V_CMPX_GT_I64,"V_CMPX_GT_I64",0,&operandTable0} ,//244
+{amdgpu_cdna2_op_V_CMPX_NE_I64,"V_CMPX_NE_I64",0,&operandTable0} ,//245
+{amdgpu_cdna2_op_V_CMPX_GE_I64,"V_CMPX_GE_I64",0,&operandTable0} ,//246
+{amdgpu_cdna2_op_V_CMPX_T_I64,"V_CMPX_T_I64",0,&operandTable0} ,//247
+{amdgpu_cdna2_op_V_CMPX_F_U64,"V_CMPX_F_U64",0,&operandTable0} ,//248
+{amdgpu_cdna2_op_V_CMPX_LT_U64,"V_CMPX_LT_U64",0,&operandTable0} ,//249
+{amdgpu_cdna2_op_V_CMPX_EQ_U64,"V_CMPX_EQ_U64",0,&operandTable0} ,//250
+{amdgpu_cdna2_op_V_CMPX_LE_U64,"V_CMPX_LE_U64",0,&operandTable0} ,//251
+{amdgpu_cdna2_op_V_CMPX_GT_U64,"V_CMPX_GT_U64",0,&operandTable0} ,//252
+{amdgpu_cdna2_op_V_CMPX_NE_U64,"V_CMPX_NE_U64",0,&operandTable0} ,//253
+{amdgpu_cdna2_op_V_CMPX_GE_U64,"V_CMPX_GE_U64",0,&operandTable0} ,//254
+{amdgpu_cdna2_op_V_CMPX_T_U64,"V_CMPX_T_U64",0,&operandTable0} ,//255
+{amdgpu_cdna2_op_V_CNDMASK_B32,"V_CNDMASK_B32",0,&operandTable0} ,//256
+{amdgpu_cdna2_op_V_ADD_F32,"V_ADD_F32",0,&operandTable0} ,//257
+{amdgpu_cdna2_op_V_SUB_F32,"V_SUB_F32",0,&operandTable0} ,//258
+{amdgpu_cdna2_op_V_SUBREV_F32,"V_SUBREV_F32",0,&operandTable0} ,//259
+{amdgpu_cdna2_op_V_FMAC_F64,"V_FMAC_F64",0,&operandTable0} ,//260
+{amdgpu_cdna2_op_V_MUL_F32,"V_MUL_F32",0,&operandTable0} ,//261
+{amdgpu_cdna2_op_V_MUL_I32_I24,"V_MUL_I32_I24",0,&operandTable0} ,//262
+{amdgpu_cdna2_op_V_MUL_HI_I32_I24,"V_MUL_HI_I32_I24",0,&operandTable0} ,//263
+{amdgpu_cdna2_op_V_MUL_U32_U24,"V_MUL_U32_U24",0,&operandTable0} ,//264
+{amdgpu_cdna2_op_V_MUL_HI_U32_U24,"V_MUL_HI_U32_U24",0,&operandTable0} ,//265
+{amdgpu_cdna2_op_V_MIN_F32,"V_MIN_F32",0,&operandTable0} ,//266
+{amdgpu_cdna2_op_V_MAX_F32,"V_MAX_F32",0,&operandTable0} ,//267
+{amdgpu_cdna2_op_V_MIN_I32,"V_MIN_I32",0,&operandTable0} ,//268
+{amdgpu_cdna2_op_V_MAX_I32,"V_MAX_I32",0,&operandTable0} ,//269
+{amdgpu_cdna2_op_V_MIN_U32,"V_MIN_U32",0,&operandTable0} ,//270
+{amdgpu_cdna2_op_V_MAX_U32,"V_MAX_U32",0,&operandTable0} ,//271
+{amdgpu_cdna2_op_V_LSHRREV_B32,"V_LSHRREV_B32",0,&operandTable0} ,//272
+{amdgpu_cdna2_op_V_ASHRREV_I32,"V_ASHRREV_I32",0,&operandTable0} ,//273
+{amdgpu_cdna2_op_V_LSHLREV_B32,"V_LSHLREV_B32",0,&operandTable0} ,//274
+{amdgpu_cdna2_op_V_AND_B32,"V_AND_B32",0,&operandTable0} ,//275
+{amdgpu_cdna2_op_V_OR_B32,"V_OR_B32",0,&operandTable0} ,//276
+{amdgpu_cdna2_op_V_XOR_B32,"V_XOR_B32",0,&operandTable0} ,//277
+{amdgpu_cdna2_op_V_MAC_F32,"V_MAC_F32",0,&operandTable0} ,//278
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//279
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//280
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//281
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//282
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//283
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//284
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//285
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//286
+{amdgpu_cdna2_op_V_ADD_F16,"V_ADD_F16",0,&operandTable0} ,//287
+{amdgpu_cdna2_op_V_SUB_F16,"V_SUB_F16",0,&operandTable0} ,//288
+{amdgpu_cdna2_op_V_SUBREV_F16,"V_SUBREV_F16",0,&operandTable0} ,//289
+{amdgpu_cdna2_op_V_MUL_F16,"V_MUL_F16",0,&operandTable0} ,//290
+{amdgpu_cdna2_op_V_MAC_F16,"V_MAC_F16",0,&operandTable0} ,//291
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//292
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//293
+{amdgpu_cdna2_op_V_ADD_U16,"V_ADD_U16",0,&operandTable0} ,//294
+{amdgpu_cdna2_op_V_SUB_U16,"V_SUB_U16",0,&operandTable0} ,//295
+{amdgpu_cdna2_op_V_SUBREV_U16,"V_SUBREV_U16",0,&operandTable0} ,//296
+{amdgpu_cdna2_op_V_MUL_LO_U16,"V_MUL_LO_U16",0,&operandTable0} ,//297
+{amdgpu_cdna2_op_V_LSHLREV_B16,"V_LSHLREV_B16",0,&operandTable0} ,//298
+{amdgpu_cdna2_op_V_LSHRREV_B16,"V_LSHRREV_B16",0,&operandTable0} ,//299
+{amdgpu_cdna2_op_V_ASHRREV_I16,"V_ASHRREV_I16",0,&operandTable0} ,//300
+{amdgpu_cdna2_op_V_MAX_F16,"V_MAX_F16",0,&operandTable0} ,//301
+{amdgpu_cdna2_op_V_MIN_F16,"V_MIN_F16",0,&operandTable0} ,//302
+{amdgpu_cdna2_op_V_MAX_U16,"V_MAX_U16",0,&operandTable0} ,//303
+{amdgpu_cdna2_op_V_MAX_I16,"V_MAX_I16",0,&operandTable0} ,//304
+{amdgpu_cdna2_op_V_MIN_U16,"V_MIN_U16",0,&operandTable0} ,//305
+{amdgpu_cdna2_op_V_MIN_I16,"V_MIN_I16",0,&operandTable0} ,//306
+{amdgpu_cdna2_op_V_LDEXP_F16,"V_LDEXP_F16",0,&operandTable0} ,//307
+{amdgpu_cdna2_op_V_ADD_U32,"V_ADD_U32",0,&operandTable0} ,//308
+{amdgpu_cdna2_op_V_SUB_U32,"V_SUB_U32",0,&operandTable0} ,//309
+{amdgpu_cdna2_op_V_SUBREV_U32,"V_SUBREV_U32",0,&operandTable0} ,//310
+{amdgpu_cdna2_op_V_DOT2C_F32_F16,"V_DOT2C_F32_F16",0,&operandTable0} ,//311
+{amdgpu_cdna2_op_V_DOT2C_I32_I16,"V_DOT2C_I32_I16",0,&operandTable0} ,//312
+{amdgpu_cdna2_op_V_DOT4C_I32_I8,"V_DOT4C_I32_I8",0,&operandTable0} ,//313
+{amdgpu_cdna2_op_V_DOT8C_I32_I4,"V_DOT8C_I32_I4",0,&operandTable0} ,//314
+{amdgpu_cdna2_op_V_FMAC_F32,"V_FMAC_F32",0,&operandTable0} ,//315
+{amdgpu_cdna2_op_V_PK_FMAC_F16,"V_PK_FMAC_F16",0,&operandTable0} ,//316
+{amdgpu_cdna2_op_V_XNOR_B32,"V_XNOR_B32",0,&operandTable0} ,//317
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//318
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//319
+{amdgpu_cdna2_op_V_NOP,"V_NOP",0,&operandTable0} ,//320
+{amdgpu_cdna2_op_V_MOV_B32,"V_MOV_B32",0,&operandTable0} ,//321
+{amdgpu_cdna2_op_V_READFIRSTLANE_B32,"V_READFIRSTLANE_B32",0,&operandTable0} ,//322
+{amdgpu_cdna2_op_V_CVT_I32_F64,"V_CVT_I32_F64",0,&operandTable0} ,//323
+{amdgpu_cdna2_op_V_CVT_F64_I32,"V_CVT_F64_I32",0,&operandTable0} ,//324
+{amdgpu_cdna2_op_V_CVT_F32_I32,"V_CVT_F32_I32",0,&operandTable0} ,//325
+{amdgpu_cdna2_op_V_CVT_F32_U32,"V_CVT_F32_U32",0,&operandTable0} ,//326
+{amdgpu_cdna2_op_V_CVT_U32_F32,"V_CVT_U32_F32",0,&operandTable0} ,//327
+{amdgpu_cdna2_op_V_CVT_I32_F32,"V_CVT_I32_F32",0,&operandTable0} ,//328
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//329
+{amdgpu_cdna2_op_V_CVT_F16_F32,"V_CVT_F16_F32",0,&operandTable0} ,//330
+{amdgpu_cdna2_op_V_CVT_F32_F16,"V_CVT_F32_F16",0,&operandTable0} ,//331
+{amdgpu_cdna2_op_V_CVT_RPI_I32_F32,"V_CVT_RPI_I32_F32",0,&operandTable0} ,//332
+{amdgpu_cdna2_op_V_CVT_FLR_I32_F32,"V_CVT_FLR_I32_F32",0,&operandTable0} ,//333
+{amdgpu_cdna2_op_V_CVT_OFF_F32_I4,"V_CVT_OFF_F32_I4",0,&operandTable0} ,//334
+{amdgpu_cdna2_op_V_CVT_F32_F64,"V_CVT_F32_F64",0,&operandTable0} ,//335
+{amdgpu_cdna2_op_V_CVT_F64_F32,"V_CVT_F64_F32",0,&operandTable0} ,//336
+{amdgpu_cdna2_op_V_CVT_F32_UBYTE0,"V_CVT_F32_UBYTE0",0,&operandTable0} ,//337
+{amdgpu_cdna2_op_V_CVT_F32_UBYTE1,"V_CVT_F32_UBYTE1",0,&operandTable0} ,//338
+{amdgpu_cdna2_op_V_CVT_F32_UBYTE2,"V_CVT_F32_UBYTE2",0,&operandTable0} ,//339
+{amdgpu_cdna2_op_V_CVT_F32_UBYTE3,"V_CVT_F32_UBYTE3",0,&operandTable0} ,//340
+{amdgpu_cdna2_op_V_CVT_U32_F64,"V_CVT_U32_F64",0,&operandTable0} ,//341
+{amdgpu_cdna2_op_V_CVT_F64_U32,"V_CVT_F64_U32",0,&operandTable0} ,//342
+{amdgpu_cdna2_op_V_TRUNC_F64,"V_TRUNC_F64",0,&operandTable0} ,//343
+{amdgpu_cdna2_op_V_CEIL_F64,"V_CEIL_F64",0,&operandTable0} ,//344
+{amdgpu_cdna2_op_V_RNDNE_F64,"V_RNDNE_F64",0,&operandTable0} ,//345
+{amdgpu_cdna2_op_V_FLOOR_F64,"V_FLOOR_F64",0,&operandTable0} ,//346
+{amdgpu_cdna2_op_V_FRACT_F32,"V_FRACT_F32",0,&operandTable0} ,//347
+{amdgpu_cdna2_op_V_TRUNC_F32,"V_TRUNC_F32",0,&operandTable0} ,//348
+{amdgpu_cdna2_op_V_CEIL_F32,"V_CEIL_F32",0,&operandTable0} ,//349
+{amdgpu_cdna2_op_V_RNDNE_F32,"V_RNDNE_F32",0,&operandTable0} ,//350
+{amdgpu_cdna2_op_V_FLOOR_F32,"V_FLOOR_F32",0,&operandTable0} ,//351
+{amdgpu_cdna2_op_V_EXP_F32,"V_EXP_F32",0,&operandTable0} ,//352
+{amdgpu_cdna2_op_V_LOG_F32,"V_LOG_F32",0,&operandTable0} ,//353
+{amdgpu_cdna2_op_V_RCP_F32,"V_RCP_F32",0,&operandTable0} ,//354
+{amdgpu_cdna2_op_V_RCP_IFLAG_F32,"V_RCP_IFLAG_F32",0,&operandTable0} ,//355
+{amdgpu_cdna2_op_V_RSQ_F32,"V_RSQ_F32",0,&operandTable0} ,//356
+{amdgpu_cdna2_op_V_RCP_F64,"V_RCP_F64",0,&operandTable0} ,//357
+{amdgpu_cdna2_op_V_RSQ_F64,"V_RSQ_F64",0,&operandTable0} ,//358
+{amdgpu_cdna2_op_V_SQRT_F32,"V_SQRT_F32",0,&operandTable0} ,//359
+{amdgpu_cdna2_op_V_SQRT_F64,"V_SQRT_F64",0,&operandTable0} ,//360
+{amdgpu_cdna2_op_V_SIN_F32,"V_SIN_F32",0,&operandTable0} ,//361
+{amdgpu_cdna2_op_V_COS_F32,"V_COS_F32",0,&operandTable0} ,//362
+{amdgpu_cdna2_op_V_NOT_B32,"V_NOT_B32",0,&operandTable0} ,//363
+{amdgpu_cdna2_op_V_BFREV_B32,"V_BFREV_B32",0,&operandTable0} ,//364
+{amdgpu_cdna2_op_V_FFBH_U32,"V_FFBH_U32",0,&operandTable0} ,//365
+{amdgpu_cdna2_op_V_FFBL_B32,"V_FFBL_B32",0,&operandTable0} ,//366
+{amdgpu_cdna2_op_V_FFBH_I32,"V_FFBH_I32",0,&operandTable0} ,//367
+{amdgpu_cdna2_op_V_FREXP_EXP_I32_F64,"V_FREXP_EXP_I32_F64",0,&operandTable0} ,//368
+{amdgpu_cdna2_op_V_FREXP_MANT_F64,"V_FREXP_MANT_F64",0,&operandTable0} ,//369
+{amdgpu_cdna2_op_V_FRACT_F64,"V_FRACT_F64",0,&operandTable0} ,//370
+{amdgpu_cdna2_op_V_FREXP_EXP_I32_F32,"V_FREXP_EXP_I32_F32",0,&operandTable0} ,//371
+{amdgpu_cdna2_op_V_FREXP_MANT_F32,"V_FREXP_MANT_F32",0,&operandTable0} ,//372
+{amdgpu_cdna2_op_V_CLREXCP,"V_CLREXCP",0,&operandTable0} ,//373
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//374
+{amdgpu_cdna2_op_V_SCREEN_PARTITION_4SE_B32,"V_SCREEN_PARTITION_4SE_B32",0,&operandTable0} ,//375
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//376
+{amdgpu_cdna2_op_V_CVT_F16_U16,"V_CVT_F16_U16",0,&operandTable0} ,//377
+{amdgpu_cdna2_op_V_CVT_F16_I16,"V_CVT_F16_I16",0,&operandTable0} ,//378
+{amdgpu_cdna2_op_V_CVT_U16_F16,"V_CVT_U16_F16",0,&operandTable0} ,//379
+{amdgpu_cdna2_op_V_CVT_I16_F16,"V_CVT_I16_F16",0,&operandTable0} ,//380
+{amdgpu_cdna2_op_V_RCP_F16,"V_RCP_F16",0,&operandTable0} ,//381
+{amdgpu_cdna2_op_V_SQRT_F16,"V_SQRT_F16",0,&operandTable0} ,//382
+{amdgpu_cdna2_op_V_RSQ_F16,"V_RSQ_F16",0,&operandTable0} ,//383
+{amdgpu_cdna2_op_V_LOG_F16,"V_LOG_F16",0,&operandTable0} ,//384
+{amdgpu_cdna2_op_V_EXP_F16,"V_EXP_F16",0,&operandTable0} ,//385
+{amdgpu_cdna2_op_V_FREXP_MANT_F16,"V_FREXP_MANT_F16",0,&operandTable0} ,//386
+{amdgpu_cdna2_op_V_FREXP_EXP_I16_F16,"V_FREXP_EXP_I16_F16",0,&operandTable0} ,//387
+{amdgpu_cdna2_op_V_FLOOR_F16,"V_FLOOR_F16",0,&operandTable0} ,//388
+{amdgpu_cdna2_op_V_CEIL_F16,"V_CEIL_F16",0,&operandTable0} ,//389
+{amdgpu_cdna2_op_V_TRUNC_F16,"V_TRUNC_F16",0,&operandTable0} ,//390
+{amdgpu_cdna2_op_V_RNDNE_F16,"V_RNDNE_F16",0,&operandTable0} ,//391
+{amdgpu_cdna2_op_V_FRACT_F16,"V_FRACT_F16",0,&operandTable0} ,//392
+{amdgpu_cdna2_op_V_SIN_F16,"V_SIN_F16",0,&operandTable0} ,//393
+{amdgpu_cdna2_op_V_COS_F16,"V_COS_F16",0,&operandTable0} ,//394
+{amdgpu_cdna2_op_V_EXP_LEGACY_F32,"V_EXP_LEGACY_F32",0,&operandTable0} ,//395
+{amdgpu_cdna2_op_V_LOG_LEGACY_F32,"V_LOG_LEGACY_F32",0,&operandTable0} ,//396
+{amdgpu_cdna2_op_V_CVT_NORM_I16_F16,"V_CVT_NORM_I16_F16",0,&operandTable0} ,//397
+{amdgpu_cdna2_op_V_CVT_NORM_U16_F16,"V_CVT_NORM_U16_F16",0,&operandTable0} ,//398
+{amdgpu_cdna2_op_V_SAT_PK_U8_I16,"V_SAT_PK_U8_I16",0,&operandTable0} ,//399
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//400
+{amdgpu_cdna2_op_V_SWAP_B32,"V_SWAP_B32",0,&operandTable0} ,//401
+{amdgpu_cdna2_op_V_ACCVGPR_MOV_B32,"V_ACCVGPR_MOV_B32",0,&operandTable0} ,//402
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//403
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//404
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//405
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//406
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//407
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//408
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//409
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//410
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//411
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//412
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//413
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//414
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//415
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//416
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//417
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//418
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//419
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//420
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//421
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//422
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//423
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//424
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//425
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//426
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//427
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//428
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//429
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//430
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//431
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//432
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//433
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//434
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//435
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//436
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//437
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//438
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//439
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//440
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//441
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//442
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//443
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//444
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//445
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//446
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//447
+{amdgpu_cdna2_op_V_MAD_LEGACY_F32,"V_MAD_LEGACY_F32",0,&operandTable0} ,//448
+{amdgpu_cdna2_op_V_MAD_F32,"V_MAD_F32",0,&operandTable0} ,//449
+{amdgpu_cdna2_op_V_MAD_I32_I24,"V_MAD_I32_I24",0,&operandTable0} ,//450
+{amdgpu_cdna2_op_V_MAD_U32_U24,"V_MAD_U32_U24",0,&operandTable0} ,//451
+{amdgpu_cdna2_op_V_CUBEID_F32,"V_CUBEID_F32",0,&operandTable0} ,//452
+{amdgpu_cdna2_op_V_CUBESC_F32,"V_CUBESC_F32",0,&operandTable0} ,//453
+{amdgpu_cdna2_op_V_CUBETC_F32,"V_CUBETC_F32",0,&operandTable0} ,//454
+{amdgpu_cdna2_op_V_CUBEMA_F32,"V_CUBEMA_F32",0,&operandTable0} ,//455
+{amdgpu_cdna2_op_V_BFE_U32,"V_BFE_U32",0,&operandTable0} ,//456
+{amdgpu_cdna2_op_V_BFE_I32,"V_BFE_I32",0,&operandTable0} ,//457
+{amdgpu_cdna2_op_V_BFI_B32,"V_BFI_B32",0,&operandTable0} ,//458
+{amdgpu_cdna2_op_V_FMA_F32,"V_FMA_F32",0,&operandTable0} ,//459
+{amdgpu_cdna2_op_V_FMA_F64,"V_FMA_F64",0,&operandTable0} ,//460
+{amdgpu_cdna2_op_V_LERP_U8,"V_LERP_U8",0,&operandTable0} ,//461
+{amdgpu_cdna2_op_V_ALIGNBIT_B32,"V_ALIGNBIT_B32",0,&operandTable0} ,//462
+{amdgpu_cdna2_op_V_ALIGNBYTE_B32,"V_ALIGNBYTE_B32",0,&operandTable0} ,//463
+{amdgpu_cdna2_op_V_MIN3_F32,"V_MIN3_F32",0,&operandTable0} ,//464
+{amdgpu_cdna2_op_V_MIN3_I32,"V_MIN3_I32",0,&operandTable0} ,//465
+{amdgpu_cdna2_op_V_MIN3_U32,"V_MIN3_U32",0,&operandTable0} ,//466
+{amdgpu_cdna2_op_V_MAX3_F32,"V_MAX3_F32",0,&operandTable0} ,//467
+{amdgpu_cdna2_op_V_MAX3_I32,"V_MAX3_I32",0,&operandTable0} ,//468
+{amdgpu_cdna2_op_V_MAX3_U32,"V_MAX3_U32",0,&operandTable0} ,//469
+{amdgpu_cdna2_op_V_MED3_F32,"V_MED3_F32",0,&operandTable0} ,//470
+{amdgpu_cdna2_op_V_MED3_I32,"V_MED3_I32",0,&operandTable0} ,//471
+{amdgpu_cdna2_op_V_MED3_U32,"V_MED3_U32",0,&operandTable0} ,//472
+{amdgpu_cdna2_op_V_SAD_U8,"V_SAD_U8",0,&operandTable0} ,//473
+{amdgpu_cdna2_op_V_SAD_HI_U8,"V_SAD_HI_U8",0,&operandTable0} ,//474
+{amdgpu_cdna2_op_V_SAD_U16,"V_SAD_U16",0,&operandTable0} ,//475
+{amdgpu_cdna2_op_V_SAD_U32,"V_SAD_U32",0,&operandTable0} ,//476
+{amdgpu_cdna2_op_V_CVT_PK_U8_F32,"V_CVT_PK_U8_F32",0,&operandTable0} ,//477
+{amdgpu_cdna2_op_V_DIV_FIXUP_F32,"V_DIV_FIXUP_F32",0,&operandTable0} ,//478
+{amdgpu_cdna2_op_V_DIV_FIXUP_F64,"V_DIV_FIXUP_F64",0,&operandTable0} ,//479
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//480
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//481
+{amdgpu_cdna2_op_V_DIV_FMAS_F32,"V_DIV_FMAS_F32",0,&operandTable0} ,//482
+{amdgpu_cdna2_op_V_DIV_FMAS_F64,"V_DIV_FMAS_F64",0,&operandTable0} ,//483
+{amdgpu_cdna2_op_V_MSAD_U8,"V_MSAD_U8",0,&operandTable0} ,//484
+{amdgpu_cdna2_op_V_QSAD_PK_U16_U8,"V_QSAD_PK_U16_U8",0,&operandTable0} ,//485
+{amdgpu_cdna2_op_V_MQSAD_PK_U16_U8,"V_MQSAD_PK_U16_U8",0,&operandTable0} ,//486
+{amdgpu_cdna2_op_V_MQSAD_U32_U8,"V_MQSAD_U32_U8",0,&operandTable0} ,//487
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//488
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//489
+{amdgpu_cdna2_op_V_MAD_LEGACY_F16,"V_MAD_LEGACY_F16",0,&operandTable0} ,//490
+{amdgpu_cdna2_op_V_MAD_LEGACY_U16,"V_MAD_LEGACY_U16",0,&operandTable0} ,//491
+{amdgpu_cdna2_op_V_MAD_LEGACY_I16,"V_MAD_LEGACY_I16",0,&operandTable0} ,//492
+{amdgpu_cdna2_op_V_PERM_B32,"V_PERM_B32",0,&operandTable0} ,//493
+{amdgpu_cdna2_op_V_FMA_LEGACY_F16,"V_FMA_LEGACY_F16",0,&operandTable0} ,//494
+{amdgpu_cdna2_op_V_DIV_FIXUP_LEGACY_F16,"V_DIV_FIXUP_LEGACY_F16",0,&operandTable0} ,//495
+{amdgpu_cdna2_op_V_CVT_PKACCUM_U8_F32,"V_CVT_PKACCUM_U8_F32",0,&operandTable0} ,//496
+{amdgpu_cdna2_op_V_MAD_U32_U16,"V_MAD_U32_U16",0,&operandTable0} ,//497
+{amdgpu_cdna2_op_V_MAD_I32_I16,"V_MAD_I32_I16",0,&operandTable0} ,//498
+{amdgpu_cdna2_op_V_XAD_U32,"V_XAD_U32",0,&operandTable0} ,//499
+{amdgpu_cdna2_op_V_MIN3_F16,"V_MIN3_F16",0,&operandTable0} ,//500
+{amdgpu_cdna2_op_V_MIN3_I16,"V_MIN3_I16",0,&operandTable0} ,//501
+{amdgpu_cdna2_op_V_MIN3_U16,"V_MIN3_U16",0,&operandTable0} ,//502
+{amdgpu_cdna2_op_V_MAX3_F16,"V_MAX3_F16",0,&operandTable0} ,//503
+{amdgpu_cdna2_op_V_MAX3_I16,"V_MAX3_I16",0,&operandTable0} ,//504
+{amdgpu_cdna2_op_V_MAX3_U16,"V_MAX3_U16",0,&operandTable0} ,//505
+{amdgpu_cdna2_op_V_MED3_F16,"V_MED3_F16",0,&operandTable0} ,//506
+{amdgpu_cdna2_op_V_MED3_I16,"V_MED3_I16",0,&operandTable0} ,//507
+{amdgpu_cdna2_op_V_MED3_U16,"V_MED3_U16",0,&operandTable0} ,//508
+{amdgpu_cdna2_op_V_LSHL_ADD_U32,"V_LSHL_ADD_U32",0,&operandTable0} ,//509
+{amdgpu_cdna2_op_V_ADD_LSHL_U32,"V_ADD_LSHL_U32",0,&operandTable0} ,//510
+{amdgpu_cdna2_op_V_ADD3_U32,"V_ADD3_U32",0,&operandTable0} ,//511
+{amdgpu_cdna2_op_V_LSHL_OR_B32,"V_LSHL_OR_B32",0,&operandTable0} ,//512
+{amdgpu_cdna2_op_V_AND_OR_B32,"V_AND_OR_B32",0,&operandTable0} ,//513
+{amdgpu_cdna2_op_V_OR3_B32,"V_OR3_B32",0,&operandTable0} ,//514
+{amdgpu_cdna2_op_V_MAD_F16,"V_MAD_F16",0,&operandTable0} ,//515
+{amdgpu_cdna2_op_V_MAD_U16,"V_MAD_U16",0,&operandTable0} ,//516
+{amdgpu_cdna2_op_V_MAD_I16,"V_MAD_I16",0,&operandTable0} ,//517
+{amdgpu_cdna2_op_V_FMA_F16,"V_FMA_F16",0,&operandTable0} ,//518
+{amdgpu_cdna2_op_V_DIV_FIXUP_F16,"V_DIV_FIXUP_F16",0,&operandTable0} ,//519
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//520
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//521
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//522
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//523
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//524
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//525
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//526
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//527
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//528
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//529
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//530
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//531
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//532
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//533
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//534
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//535
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//536
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//537
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//538
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//539
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//540
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//541
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//542
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//543
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//544
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//545
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//546
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//547
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//548
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//549
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//550
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//551
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//552
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//553
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//554
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//555
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//556
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//557
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//558
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//559
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//560
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//561
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//562
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//563
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//564
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//565
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//566
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//567
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//568
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//569
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//570
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//571
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//572
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//573
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//574
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//575
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//576
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//577
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//578
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//579
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//580
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//581
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//582
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//583
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//584
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//585
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//586
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//587
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//588
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//589
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//590
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//591
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//592
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//593
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//594
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//595
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//596
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//597
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//598
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//599
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//600
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//601
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//602
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//603
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//604
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//605
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//606
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//607
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//608
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//609
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//610
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//611
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//612
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//613
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//614
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//615
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//616
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//617
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//618
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//619
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//620
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//621
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//622
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//623
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//624
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//625
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//626
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//627
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//628
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//629
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//630
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//631
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//632
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//633
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//634
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//635
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//636
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//637
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//638
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//639
+{amdgpu_cdna2_op_V_ADD_F64,"V_ADD_F64",0,&operandTable0} ,//640
+{amdgpu_cdna2_op_V_MUL_F64,"V_MUL_F64",0,&operandTable0} ,//641
+{amdgpu_cdna2_op_V_MIN_F64,"V_MIN_F64",0,&operandTable0} ,//642
+{amdgpu_cdna2_op_V_MAX_F64,"V_MAX_F64",0,&operandTable0} ,//643
+{amdgpu_cdna2_op_V_LDEXP_F64,"V_LDEXP_F64",0,&operandTable0} ,//644
+{amdgpu_cdna2_op_V_MUL_LO_U32,"V_MUL_LO_U32",0,&operandTable0} ,//645
+{amdgpu_cdna2_op_V_MUL_HI_U32,"V_MUL_HI_U32",0,&operandTable0} ,//646
+{amdgpu_cdna2_op_V_MUL_HI_I32,"V_MUL_HI_I32",0,&operandTable0} ,//647
+{amdgpu_cdna2_op_V_LDEXP_F32,"V_LDEXP_F32",0,&operandTable0} ,//648
+{amdgpu_cdna2_op_V_READLANE_B32,"V_READLANE_B32",0,&operandTable0} ,//649
+{amdgpu_cdna2_op_V_WRITELANE_B32,"V_WRITELANE_B32",0,&operandTable0} ,//650
+{amdgpu_cdna2_op_V_BCNT_U32_B32,"V_BCNT_U32_B32",0,&operandTable0} ,//651
+{amdgpu_cdna2_op_V_MBCNT_LO_U32_B32,"V_MBCNT_LO_U32_B32",0,&operandTable0} ,//652
+{amdgpu_cdna2_op_V_MBCNT_HI_U32_B32,"V_MBCNT_HI_U32_B32",0,&operandTable0} ,//653
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//654
+{amdgpu_cdna2_op_V_LSHLREV_B64,"V_LSHLREV_B64",0,&operandTable0} ,//655
+{amdgpu_cdna2_op_V_LSHRREV_B64,"V_LSHRREV_B64",0,&operandTable0} ,//656
+{amdgpu_cdna2_op_V_ASHRREV_I64,"V_ASHRREV_I64",0,&operandTable0} ,//657
+{amdgpu_cdna2_op_V_TRIG_PREOP_F64,"V_TRIG_PREOP_F64",0,&operandTable0} ,//658
+{amdgpu_cdna2_op_V_BFM_B32,"V_BFM_B32",0,&operandTable0} ,//659
+{amdgpu_cdna2_op_V_CVT_PKNORM_I16_F32,"V_CVT_PKNORM_I16_F32",0,&operandTable0} ,//660
+{amdgpu_cdna2_op_V_CVT_PKNORM_U16_F32,"V_CVT_PKNORM_U16_F32",0,&operandTable0} ,//661
+{amdgpu_cdna2_op_V_CVT_PKRTZ_F16_F32,"V_CVT_PKRTZ_F16_F32",0,&operandTable0} ,//662
+{amdgpu_cdna2_op_V_CVT_PK_U16_U32,"V_CVT_PK_U16_U32",0,&operandTable0} ,//663
+{amdgpu_cdna2_op_V_CVT_PK_I16_I32,"V_CVT_PK_I16_I32",0,&operandTable0} ,//664
+{amdgpu_cdna2_op_V_CVT_PKNORM_I16_F16,"V_CVT_PKNORM_I16_F16",0,&operandTable0} ,//665
+{amdgpu_cdna2_op_V_CVT_PKNORM_U16_F16,"V_CVT_PKNORM_U16_F16",0,&operandTable0} ,//666
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//667
+{amdgpu_cdna2_op_V_ADD_I32,"V_ADD_I32",0,&operandTable0} ,//668
+{amdgpu_cdna2_op_V_SUB_I32,"V_SUB_I32",0,&operandTable0} ,//669
+{amdgpu_cdna2_op_V_ADD_I16,"V_ADD_I16",0,&operandTable0} ,//670
+{amdgpu_cdna2_op_V_SUB_I16,"V_SUB_I16",0,&operandTable0} ,//671
+{amdgpu_cdna2_op_V_PACK_B32_F16,"V_PACK_B32_F16",0,&operandTable0} ,//672
+{amdgpu_cdna2_op_V_MUL_LEGACY_F32,"V_MUL_LEGACY_F32",0,&operandTable0} ,//673
+}; // end ENC_VOP3_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_VOP2_insn_table = {
+{amdgpu_cdna2_op_V_CNDMASK_B32,"V_CNDMASK_B32",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_V_ADD_F32,"V_ADD_F32",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_V_SUB_F32,"V_SUB_F32",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_V_SUBREV_F32,"V_SUBREV_F32",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_V_FMAC_F64,"V_FMAC_F64",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_V_MUL_F32,"V_MUL_F32",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_V_MUL_I32_I24,"V_MUL_I32_I24",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_V_MUL_HI_I32_I24,"V_MUL_HI_I32_I24",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_V_MUL_U32_U24,"V_MUL_U32_U24",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_V_MUL_HI_U32_U24,"V_MUL_HI_U32_U24",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_V_MIN_F32,"V_MIN_F32",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_V_MAX_F32,"V_MAX_F32",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_V_MIN_I32,"V_MIN_I32",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_V_MAX_I32,"V_MAX_I32",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_V_MIN_U32,"V_MIN_U32",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_V_MAX_U32,"V_MAX_U32",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_V_LSHRREV_B32,"V_LSHRREV_B32",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_V_ASHRREV_I32,"V_ASHRREV_I32",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_V_LSHLREV_B32,"V_LSHLREV_B32",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_V_AND_B32,"V_AND_B32",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_V_OR_B32,"V_OR_B32",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_V_XOR_B32,"V_XOR_B32",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_V_MAC_F32,"V_MAC_F32",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_V_ADD_CO_U32,"V_ADD_CO_U32",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_V_SUB_CO_U32,"V_SUB_CO_U32",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_V_SUBREV_CO_U32,"V_SUBREV_CO_U32",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_V_ADDC_CO_U32,"V_ADDC_CO_U32",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_V_SUBB_CO_U32,"V_SUBB_CO_U32",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_V_SUBBREV_CO_U32,"V_SUBBREV_CO_U32",0,&operandTable0} ,//30
+{amdgpu_cdna2_op_V_ADD_F16,"V_ADD_F16",0,&operandTable0} ,//31
+{amdgpu_cdna2_op_V_SUB_F16,"V_SUB_F16",0,&operandTable0} ,//32
+{amdgpu_cdna2_op_V_SUBREV_F16,"V_SUBREV_F16",0,&operandTable0} ,//33
+{amdgpu_cdna2_op_V_MUL_F16,"V_MUL_F16",0,&operandTable0} ,//34
+{amdgpu_cdna2_op_V_MAC_F16,"V_MAC_F16",0,&operandTable0} ,//35
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//36
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//37
+{amdgpu_cdna2_op_V_ADD_U16,"V_ADD_U16",0,&operandTable0} ,//38
+{amdgpu_cdna2_op_V_SUB_U16,"V_SUB_U16",0,&operandTable0} ,//39
+{amdgpu_cdna2_op_V_SUBREV_U16,"V_SUBREV_U16",0,&operandTable0} ,//40
+{amdgpu_cdna2_op_V_MUL_LO_U16,"V_MUL_LO_U16",0,&operandTable0} ,//41
+{amdgpu_cdna2_op_V_LSHLREV_B16,"V_LSHLREV_B16",0,&operandTable0} ,//42
+{amdgpu_cdna2_op_V_LSHRREV_B16,"V_LSHRREV_B16",0,&operandTable0} ,//43
+{amdgpu_cdna2_op_V_ASHRREV_I16,"V_ASHRREV_I16",0,&operandTable0} ,//44
+{amdgpu_cdna2_op_V_MAX_F16,"V_MAX_F16",0,&operandTable0} ,//45
+{amdgpu_cdna2_op_V_MIN_F16,"V_MIN_F16",0,&operandTable0} ,//46
+{amdgpu_cdna2_op_V_MAX_U16,"V_MAX_U16",0,&operandTable0} ,//47
+{amdgpu_cdna2_op_V_MAX_I16,"V_MAX_I16",0,&operandTable0} ,//48
+{amdgpu_cdna2_op_V_MIN_U16,"V_MIN_U16",0,&operandTable0} ,//49
+{amdgpu_cdna2_op_V_MIN_I16,"V_MIN_I16",0,&operandTable0} ,//50
+{amdgpu_cdna2_op_V_LDEXP_F16,"V_LDEXP_F16",0,&operandTable0} ,//51
+{amdgpu_cdna2_op_V_ADD_U32,"V_ADD_U32",0,&operandTable0} ,//52
+{amdgpu_cdna2_op_V_SUB_U32,"V_SUB_U32",0,&operandTable0} ,//53
+{amdgpu_cdna2_op_V_SUBREV_U32,"V_SUBREV_U32",0,&operandTable0} ,//54
+{amdgpu_cdna2_op_V_DOT2C_F32_F16,"V_DOT2C_F32_F16",0,&operandTable0} ,//55
+{amdgpu_cdna2_op_V_DOT2C_I32_I16,"V_DOT2C_I32_I16",0,&operandTable0} ,//56
+{amdgpu_cdna2_op_V_DOT4C_I32_I8,"V_DOT4C_I32_I8",0,&operandTable0} ,//57
+{amdgpu_cdna2_op_V_DOT8C_I32_I4,"V_DOT8C_I32_I4",0,&operandTable0} ,//58
+{amdgpu_cdna2_op_V_FMAC_F32,"V_FMAC_F32",0,&operandTable0} ,//59
+{amdgpu_cdna2_op_V_PK_FMAC_F16,"V_PK_FMAC_F16",0,&operandTable0} ,//60
+{amdgpu_cdna2_op_V_XNOR_B32,"V_XNOR_B32",0,&operandTable0} ,//61
+}; // end ENC_VOP2_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_VOP2_LITERAL_insn_table = {
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_V_MADMK_F32,"V_MADMK_F32",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_V_MADAK_F32,"V_MADAK_F32",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//30
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//31
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//32
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//33
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//34
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//35
+{amdgpu_cdna2_op_V_MADMK_F16,"V_MADMK_F16",0,&operandTable0} ,//36
+{amdgpu_cdna2_op_V_MADAK_F16,"V_MADAK_F16",0,&operandTable0} ,//37
+}; // end ENC_VOP2_LITERAL_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_VOP3B_insn_table = {
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//30
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//31
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//32
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//33
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//34
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//35
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//36
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//37
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//38
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//39
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//40
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//41
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//42
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//43
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//44
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//45
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//46
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//47
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//48
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//49
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//50
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//51
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//52
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//53
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//54
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//55
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//56
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//57
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//58
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//59
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//60
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//61
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//62
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//63
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//64
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//65
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//66
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//67
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//68
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//69
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//70
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//71
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//72
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//73
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//74
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//75
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//76
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//77
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//78
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//79
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//80
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//81
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//82
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//83
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//84
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//85
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//86
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//87
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//88
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//89
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//90
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//91
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//92
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//93
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//94
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//95
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//96
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//97
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//98
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//99
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//100
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//101
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//102
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//103
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//104
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//105
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//106
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//107
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//108
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//109
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//110
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//111
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//112
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//113
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//114
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//115
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//116
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//117
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//118
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//119
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//120
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//121
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//122
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//123
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//124
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//125
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//126
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//127
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//128
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//129
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//130
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//131
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//132
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//133
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//134
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//135
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//136
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//137
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//138
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//139
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//140
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//141
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//142
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//143
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//144
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//145
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//146
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//147
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//148
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//149
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//150
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//151
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//152
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//153
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//154
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//155
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//156
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//157
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//158
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//159
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//160
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//161
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//162
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//163
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//164
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//165
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//166
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//167
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//168
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//169
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//170
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//171
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//172
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//173
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//174
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//175
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//176
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//177
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//178
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//179
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//180
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//181
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//182
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//183
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//184
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//185
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//186
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//187
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//188
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//189
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//190
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//191
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//192
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//193
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//194
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//195
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//196
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//197
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//198
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//199
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//200
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//201
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//202
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//203
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//204
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//205
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//206
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//207
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//208
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//209
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//210
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//211
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//212
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//213
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//214
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//215
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//216
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//217
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//218
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//219
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//220
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//221
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//222
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//223
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//224
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//225
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//226
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//227
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//228
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//229
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//230
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//231
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//232
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//233
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//234
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//235
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//236
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//237
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//238
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//239
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//240
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//241
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//242
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//243
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//244
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//245
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//246
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//247
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//248
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//249
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//250
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//251
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//252
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//253
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//254
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//255
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//256
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//257
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//258
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//259
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//260
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//261
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//262
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//263
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//264
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//265
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//266
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//267
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//268
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//269
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//270
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//271
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//272
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//273
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//274
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//275
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//276
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//277
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//278
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//279
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//280
+{amdgpu_cdna2_op_V_ADD_CO_U32,"V_ADD_CO_U32",0,&operandTable0} ,//281
+{amdgpu_cdna2_op_V_SUB_CO_U32,"V_SUB_CO_U32",0,&operandTable0} ,//282
+{amdgpu_cdna2_op_V_SUBREV_CO_U32,"V_SUBREV_CO_U32",0,&operandTable0} ,//283
+{amdgpu_cdna2_op_V_ADDC_CO_U32,"V_ADDC_CO_U32",0,&operandTable0} ,//284
+{amdgpu_cdna2_op_V_SUBB_CO_U32,"V_SUBB_CO_U32",0,&operandTable0} ,//285
+{amdgpu_cdna2_op_V_SUBBREV_CO_U32,"V_SUBBREV_CO_U32",0,&operandTable0} ,//286
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//287
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//288
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//289
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//290
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//291
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//292
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//293
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//294
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//295
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//296
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//297
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//298
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//299
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//300
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//301
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//302
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//303
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//304
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//305
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//306
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//307
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//308
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//309
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//310
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//311
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//312
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//313
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//314
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//315
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//316
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//317
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//318
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//319
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//320
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//321
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//322
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//323
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//324
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//325
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//326
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//327
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//328
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//329
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//330
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//331
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//332
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//333
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//334
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//335
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//336
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//337
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//338
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//339
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//340
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//341
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//342
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//343
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//344
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//345
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//346
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//347
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//348
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//349
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//350
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//351
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//352
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//353
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//354
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//355
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//356
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//357
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//358
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//359
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//360
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//361
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//362
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//363
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//364
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//365
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//366
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//367
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//368
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//369
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//370
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//371
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//372
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//373
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//374
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//375
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//376
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//377
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//378
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//379
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//380
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//381
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//382
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//383
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//384
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//385
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//386
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//387
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//388
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//389
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//390
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//391
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//392
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//393
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//394
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//395
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//396
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//397
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//398
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//399
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//400
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//401
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//402
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//403
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//404
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//405
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//406
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//407
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//408
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//409
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//410
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//411
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//412
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//413
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//414
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//415
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//416
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//417
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//418
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//419
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//420
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//421
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//422
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//423
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//424
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//425
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//426
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//427
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//428
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//429
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//430
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//431
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//432
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//433
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//434
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//435
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//436
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//437
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//438
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//439
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//440
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//441
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//442
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//443
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//444
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//445
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//446
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//447
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//448
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//449
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//450
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//451
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//452
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//453
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//454
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//455
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//456
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//457
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//458
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//459
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//460
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//461
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//462
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//463
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//464
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//465
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//466
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//467
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//468
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//469
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//470
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//471
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//472
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//473
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//474
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//475
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//476
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//477
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//478
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//479
+{amdgpu_cdna2_op_V_DIV_SCALE_F32,"V_DIV_SCALE_F32",0,&operandTable0} ,//480
+{amdgpu_cdna2_op_V_DIV_SCALE_F64,"V_DIV_SCALE_F64",0,&operandTable0} ,//481
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//482
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//483
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//484
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//485
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//486
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//487
+{amdgpu_cdna2_op_V_MAD_U64_U32,"V_MAD_U64_U32",0,&operandTable0} ,//488
+{amdgpu_cdna2_op_V_MAD_I64_I32,"V_MAD_I64_I32",0,&operandTable0} ,//489
+}; // end ENC_VOP3B_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_VOP3P_insn_table = {
+{amdgpu_cdna2_op_V_PK_MAD_I16,"V_PK_MAD_I16",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_V_PK_MUL_LO_U16,"V_PK_MUL_LO_U16",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_V_PK_ADD_I16,"V_PK_ADD_I16",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_V_PK_SUB_I16,"V_PK_SUB_I16",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_V_PK_LSHLREV_B16,"V_PK_LSHLREV_B16",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_V_PK_LSHRREV_B16,"V_PK_LSHRREV_B16",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_V_PK_ASHRREV_I16,"V_PK_ASHRREV_I16",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_V_PK_MAX_I16,"V_PK_MAX_I16",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_V_PK_MIN_I16,"V_PK_MIN_I16",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_V_PK_MAD_U16,"V_PK_MAD_U16",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_V_PK_ADD_U16,"V_PK_ADD_U16",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_V_PK_SUB_U16,"V_PK_SUB_U16",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_V_PK_MAX_U16,"V_PK_MAX_U16",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_V_PK_MIN_U16,"V_PK_MIN_U16",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_V_PK_FMA_F16,"V_PK_FMA_F16",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_V_PK_ADD_F16,"V_PK_ADD_F16",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_V_PK_MUL_F16,"V_PK_MUL_F16",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_V_PK_MIN_F16,"V_PK_MIN_F16",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_V_PK_MAX_F16,"V_PK_MAX_F16",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//30
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//31
+{amdgpu_cdna2_op_V_MAD_MIX_F32,"V_MAD_MIX_F32",0,&operandTable0} ,//32
+{amdgpu_cdna2_op_V_MAD_MIXLO_F16,"V_MAD_MIXLO_F16",0,&operandTable0} ,//33
+{amdgpu_cdna2_op_V_MAD_MIXHI_F16,"V_MAD_MIXHI_F16",0,&operandTable0} ,//34
+{amdgpu_cdna2_op_V_DOT2_F32_F16,"V_DOT2_F32_F16",0,&operandTable0} ,//35
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//36
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//37
+{amdgpu_cdna2_op_V_DOT2_I32_I16,"V_DOT2_I32_I16",0,&operandTable0} ,//38
+{amdgpu_cdna2_op_V_DOT2_U32_U16,"V_DOT2_U32_U16",0,&operandTable0} ,//39
+{amdgpu_cdna2_op_V_DOT4_I32_I8,"V_DOT4_I32_I8",0,&operandTable0} ,//40
+{amdgpu_cdna2_op_V_DOT4_U32_U8,"V_DOT4_U32_U8",0,&operandTable0} ,//41
+{amdgpu_cdna2_op_V_DOT8_I32_I4,"V_DOT8_I32_I4",0,&operandTable0} ,//42
+{amdgpu_cdna2_op_V_DOT8_U32_U4,"V_DOT8_U32_U4",0,&operandTable0} ,//43
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//44
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//45
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//46
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//47
+{amdgpu_cdna2_op_V_PK_FMA_F32,"V_PK_FMA_F32",0,&operandTable0} ,//48
+{amdgpu_cdna2_op_V_PK_MUL_F32,"V_PK_MUL_F32",0,&operandTable0} ,//49
+{amdgpu_cdna2_op_V_PK_ADD_F32,"V_PK_ADD_F32",0,&operandTable0} ,//50
+{amdgpu_cdna2_op_V_PK_MOV_B32,"V_PK_MOV_B32",0,&operandTable0} ,//51
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//52
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//53
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//54
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//55
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//56
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//57
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//58
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//59
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//60
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//61
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//62
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//63
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//64
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//65
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//66
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//67
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//68
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//69
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//70
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//71
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//72
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//73
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//74
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//75
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//76
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//77
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//78
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//79
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//80
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//81
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//82
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//83
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//84
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//85
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//86
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//87
+{amdgpu_cdna2_op_V_ACCVGPR_READ,"V_ACCVGPR_READ",0,&operandTable0} ,//88
+{amdgpu_cdna2_op_V_ACCVGPR_WRITE,"V_ACCVGPR_WRITE",0,&operandTable0} ,//89
+}; // end ENC_VOP3P_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_VOP3P_MFMA_insn_table = {
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//30
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//31
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//32
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//33
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//34
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//35
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//36
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//37
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//38
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//39
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//40
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//41
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//42
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//43
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//44
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//45
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//46
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//47
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//48
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//49
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//50
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//51
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//52
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//53
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//54
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//55
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//56
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//57
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//58
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//59
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//60
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//61
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//62
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//63
+{amdgpu_cdna2_op_V_MFMA_F32_32X32X1F32,"V_MFMA_F32_32X32X1F32",0,&operandTable0} ,//64
+{amdgpu_cdna2_op_V_MFMA_F32_16X16X1F32,"V_MFMA_F32_16X16X1F32",0,&operandTable0} ,//65
+{amdgpu_cdna2_op_V_MFMA_F32_4X4X1F32,"V_MFMA_F32_4X4X1F32",0,&operandTable0} ,//66
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//67
+{amdgpu_cdna2_op_V_MFMA_F32_32X32X2F32,"V_MFMA_F32_32X32X2F32",0,&operandTable0} ,//68
+{amdgpu_cdna2_op_V_MFMA_F32_16X16X4F32,"V_MFMA_F32_16X16X4F32",0,&operandTable0} ,//69
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//70
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//71
+{amdgpu_cdna2_op_V_MFMA_F32_32X32X4F16,"V_MFMA_F32_32X32X4F16",0,&operandTable0} ,//72
+{amdgpu_cdna2_op_V_MFMA_F32_16X16X4F16,"V_MFMA_F32_16X16X4F16",0,&operandTable0} ,//73
+{amdgpu_cdna2_op_V_MFMA_F32_4X4X4F16,"V_MFMA_F32_4X4X4F16",0,&operandTable0} ,//74
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//75
+{amdgpu_cdna2_op_V_MFMA_F32_32X32X8F16,"V_MFMA_F32_32X32X8F16",0,&operandTable0} ,//76
+{amdgpu_cdna2_op_V_MFMA_F32_16X16X16F16,"V_MFMA_F32_16X16X16F16",0,&operandTable0} ,//77
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//78
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//79
+{amdgpu_cdna2_op_V_MFMA_I32_32X32X4I8,"V_MFMA_I32_32X32X4I8",0,&operandTable0} ,//80
+{amdgpu_cdna2_op_V_MFMA_I32_16X16X4I8,"V_MFMA_I32_16X16X4I8",0,&operandTable0} ,//81
+{amdgpu_cdna2_op_V_MFMA_I32_4X4X4I8,"V_MFMA_I32_4X4X4I8",0,&operandTable0} ,//82
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//83
+{amdgpu_cdna2_op_V_MFMA_I32_32X32X8I8,"V_MFMA_I32_32X32X8I8",0,&operandTable0} ,//84
+{amdgpu_cdna2_op_V_MFMA_I32_16X16X16I8,"V_MFMA_I32_16X16X16I8",0,&operandTable0} ,//85
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//86
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//87
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//88
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//89
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//90
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//91
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//92
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//93
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//94
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//95
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//96
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//97
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//98
+{amdgpu_cdna2_op_V_MFMA_F32_32X32X4BF16_1K,"V_MFMA_F32_32X32X4BF16_1K",0,&operandTable0} ,//99
+{amdgpu_cdna2_op_V_MFMA_F32_16X16X4BF16_1K,"V_MFMA_F32_16X16X4BF16_1K",0,&operandTable0} ,//100
+{amdgpu_cdna2_op_V_MFMA_F32_4X4X4BF16_1K,"V_MFMA_F32_4X4X4BF16_1K",0,&operandTable0} ,//101
+{amdgpu_cdna2_op_V_MFMA_F32_32X32X8BF16_1K,"V_MFMA_F32_32X32X8BF16_1K",0,&operandTable0} ,//102
+{amdgpu_cdna2_op_V_MFMA_F32_16X16X16BF16_1K,"V_MFMA_F32_16X16X16BF16_1K",0,&operandTable0} ,//103
+{amdgpu_cdna2_op_V_MFMA_F32_32X32X2BF16,"V_MFMA_F32_32X32X2BF16",0,&operandTable0} ,//104
+{amdgpu_cdna2_op_V_MFMA_F32_16X16X2BF16,"V_MFMA_F32_16X16X2BF16",0,&operandTable0} ,//105
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//106
+{amdgpu_cdna2_op_V_MFMA_F32_4X4X2BF16,"V_MFMA_F32_4X4X2BF16",0,&operandTable0} ,//107
+{amdgpu_cdna2_op_V_MFMA_F32_32X32X4BF16,"V_MFMA_F32_32X32X4BF16",0,&operandTable0} ,//108
+{amdgpu_cdna2_op_V_MFMA_F32_16X16X8BF16,"V_MFMA_F32_16X16X8BF16",0,&operandTable0} ,//109
+{amdgpu_cdna2_op_V_MFMA_F64_16X16X4F64,"V_MFMA_F64_16X16X4F64",0,&operandTable0} ,//110
+{amdgpu_cdna2_op_V_MFMA_F64_4X4X4F64,"V_MFMA_F64_4X4X4F64",0,&operandTable0} ,//111
+}; // end ENC_VOP3P_MFMA_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_VOPC_insn_table = {
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//0
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//1
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//2
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//3
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//4
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//5
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//6
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//7
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//8
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//9
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//10
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//11
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//12
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//13
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//14
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//15
+{amdgpu_cdna2_op_V_CMP_CLASS_F32,"V_CMP_CLASS_F32",0,&operandTable0} ,//16
+{amdgpu_cdna2_op_V_CMPX_CLASS_F32,"V_CMPX_CLASS_F32",0,&operandTable0} ,//17
+{amdgpu_cdna2_op_V_CMP_CLASS_F64,"V_CMP_CLASS_F64",0,&operandTable0} ,//18
+{amdgpu_cdna2_op_V_CMPX_CLASS_F64,"V_CMPX_CLASS_F64",0,&operandTable0} ,//19
+{amdgpu_cdna2_op_V_CMP_CLASS_F16,"V_CMP_CLASS_F16",0,&operandTable0} ,//20
+{amdgpu_cdna2_op_V_CMPX_CLASS_F16,"V_CMPX_CLASS_F16",0,&operandTable0} ,//21
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//22
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//23
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//24
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//25
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//26
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//27
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//28
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//29
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//30
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//31
+{amdgpu_cdna2_op_V_CMP_F_F16,"V_CMP_F_F16",0,&operandTable0} ,//32
+{amdgpu_cdna2_op_V_CMP_LT_F16,"V_CMP_LT_F16",0,&operandTable0} ,//33
+{amdgpu_cdna2_op_V_CMP_EQ_F16,"V_CMP_EQ_F16",0,&operandTable0} ,//34
+{amdgpu_cdna2_op_V_CMP_LE_F16,"V_CMP_LE_F16",0,&operandTable0} ,//35
+{amdgpu_cdna2_op_V_CMP_GT_F16,"V_CMP_GT_F16",0,&operandTable0} ,//36
+{amdgpu_cdna2_op_V_CMP_LG_F16,"V_CMP_LG_F16",0,&operandTable0} ,//37
+{amdgpu_cdna2_op_V_CMP_GE_F16,"V_CMP_GE_F16",0,&operandTable0} ,//38
+{amdgpu_cdna2_op_V_CMP_O_F16,"V_CMP_O_F16",0,&operandTable0} ,//39
+{amdgpu_cdna2_op_V_CMP_U_F16,"V_CMP_U_F16",0,&operandTable0} ,//40
+{amdgpu_cdna2_op_V_CMP_NGE_F16,"V_CMP_NGE_F16",0,&operandTable0} ,//41
+{amdgpu_cdna2_op_V_CMP_NLG_F16,"V_CMP_NLG_F16",0,&operandTable0} ,//42
+{amdgpu_cdna2_op_V_CMP_NGT_F16,"V_CMP_NGT_F16",0,&operandTable0} ,//43
+{amdgpu_cdna2_op_V_CMP_NLE_F16,"V_CMP_NLE_F16",0,&operandTable0} ,//44
+{amdgpu_cdna2_op_V_CMP_NEQ_F16,"V_CMP_NEQ_F16",0,&operandTable0} ,//45
+{amdgpu_cdna2_op_V_CMP_NLT_F16,"V_CMP_NLT_F16",0,&operandTable0} ,//46
+{amdgpu_cdna2_op_V_CMP_TRU_F16,"V_CMP_TRU_F16",0,&operandTable0} ,//47
+{amdgpu_cdna2_op_V_CMPX_F_F16,"V_CMPX_F_F16",0,&operandTable0} ,//48
+{amdgpu_cdna2_op_V_CMPX_LT_F16,"V_CMPX_LT_F16",0,&operandTable0} ,//49
+{amdgpu_cdna2_op_V_CMPX_EQ_F16,"V_CMPX_EQ_F16",0,&operandTable0} ,//50
+{amdgpu_cdna2_op_V_CMPX_LE_F16,"V_CMPX_LE_F16",0,&operandTable0} ,//51
+{amdgpu_cdna2_op_V_CMPX_GT_F16,"V_CMPX_GT_F16",0,&operandTable0} ,//52
+{amdgpu_cdna2_op_V_CMPX_LG_F16,"V_CMPX_LG_F16",0,&operandTable0} ,//53
+{amdgpu_cdna2_op_V_CMPX_GE_F16,"V_CMPX_GE_F16",0,&operandTable0} ,//54
+{amdgpu_cdna2_op_V_CMPX_O_F16,"V_CMPX_O_F16",0,&operandTable0} ,//55
+{amdgpu_cdna2_op_V_CMPX_U_F16,"V_CMPX_U_F16",0,&operandTable0} ,//56
+{amdgpu_cdna2_op_V_CMPX_NGE_F16,"V_CMPX_NGE_F16",0,&operandTable0} ,//57
+{amdgpu_cdna2_op_V_CMPX_NLG_F16,"V_CMPX_NLG_F16",0,&operandTable0} ,//58
+{amdgpu_cdna2_op_V_CMPX_NGT_F16,"V_CMPX_NGT_F16",0,&operandTable0} ,//59
+{amdgpu_cdna2_op_V_CMPX_NLE_F16,"V_CMPX_NLE_F16",0,&operandTable0} ,//60
+{amdgpu_cdna2_op_V_CMPX_NEQ_F16,"V_CMPX_NEQ_F16",0,&operandTable0} ,//61
+{amdgpu_cdna2_op_V_CMPX_NLT_F16,"V_CMPX_NLT_F16",0,&operandTable0} ,//62
+{amdgpu_cdna2_op_V_CMPX_TRU_F16,"V_CMPX_TRU_F16",0,&operandTable0} ,//63
+{amdgpu_cdna2_op_V_CMP_F_F32,"V_CMP_F_F32",0,&operandTable0} ,//64
+{amdgpu_cdna2_op_V_CMP_LT_F32,"V_CMP_LT_F32",0,&operandTable0} ,//65
+{amdgpu_cdna2_op_V_CMP_EQ_F32,"V_CMP_EQ_F32",0,&operandTable0} ,//66
+{amdgpu_cdna2_op_V_CMP_LE_F32,"V_CMP_LE_F32",0,&operandTable0} ,//67
+{amdgpu_cdna2_op_V_CMP_GT_F32,"V_CMP_GT_F32",0,&operandTable0} ,//68
+{amdgpu_cdna2_op_V_CMP_LG_F32,"V_CMP_LG_F32",0,&operandTable0} ,//69
+{amdgpu_cdna2_op_V_CMP_GE_F32,"V_CMP_GE_F32",0,&operandTable0} ,//70
+{amdgpu_cdna2_op_V_CMP_O_F32,"V_CMP_O_F32",0,&operandTable0} ,//71
+{amdgpu_cdna2_op_V_CMP_U_F32,"V_CMP_U_F32",0,&operandTable0} ,//72
+{amdgpu_cdna2_op_V_CMP_NGE_F32,"V_CMP_NGE_F32",0,&operandTable0} ,//73
+{amdgpu_cdna2_op_V_CMP_NLG_F32,"V_CMP_NLG_F32",0,&operandTable0} ,//74
+{amdgpu_cdna2_op_V_CMP_NGT_F32,"V_CMP_NGT_F32",0,&operandTable0} ,//75
+{amdgpu_cdna2_op_V_CMP_NLE_F32,"V_CMP_NLE_F32",0,&operandTable0} ,//76
+{amdgpu_cdna2_op_V_CMP_NEQ_F32,"V_CMP_NEQ_F32",0,&operandTable0} ,//77
+{amdgpu_cdna2_op_V_CMP_NLT_F32,"V_CMP_NLT_F32",0,&operandTable0} ,//78
+{amdgpu_cdna2_op_V_CMP_TRU_F32,"V_CMP_TRU_F32",0,&operandTable0} ,//79
+{amdgpu_cdna2_op_V_CMPX_F_F32,"V_CMPX_F_F32",0,&operandTable0} ,//80
+{amdgpu_cdna2_op_V_CMPX_LT_F32,"V_CMPX_LT_F32",0,&operandTable0} ,//81
+{amdgpu_cdna2_op_V_CMPX_EQ_F32,"V_CMPX_EQ_F32",0,&operandTable0} ,//82
+{amdgpu_cdna2_op_V_CMPX_LE_F32,"V_CMPX_LE_F32",0,&operandTable0} ,//83
+{amdgpu_cdna2_op_V_CMPX_GT_F32,"V_CMPX_GT_F32",0,&operandTable0} ,//84
+{amdgpu_cdna2_op_V_CMPX_LG_F32,"V_CMPX_LG_F32",0,&operandTable0} ,//85
+{amdgpu_cdna2_op_V_CMPX_GE_F32,"V_CMPX_GE_F32",0,&operandTable0} ,//86
+{amdgpu_cdna2_op_V_CMPX_O_F32,"V_CMPX_O_F32",0,&operandTable0} ,//87
+{amdgpu_cdna2_op_V_CMPX_U_F32,"V_CMPX_U_F32",0,&operandTable0} ,//88
+{amdgpu_cdna2_op_V_CMPX_NGE_F32,"V_CMPX_NGE_F32",0,&operandTable0} ,//89
+{amdgpu_cdna2_op_V_CMPX_NLG_F32,"V_CMPX_NLG_F32",0,&operandTable0} ,//90
+{amdgpu_cdna2_op_V_CMPX_NGT_F32,"V_CMPX_NGT_F32",0,&operandTable0} ,//91
+{amdgpu_cdna2_op_V_CMPX_NLE_F32,"V_CMPX_NLE_F32",0,&operandTable0} ,//92
+{amdgpu_cdna2_op_V_CMPX_NEQ_F32,"V_CMPX_NEQ_F32",0,&operandTable0} ,//93
+{amdgpu_cdna2_op_V_CMPX_NLT_F32,"V_CMPX_NLT_F32",0,&operandTable0} ,//94
+{amdgpu_cdna2_op_V_CMPX_TRU_F32,"V_CMPX_TRU_F32",0,&operandTable0} ,//95
+{amdgpu_cdna2_op_V_CMP_F_F64,"V_CMP_F_F64",0,&operandTable0} ,//96
+{amdgpu_cdna2_op_V_CMP_LT_F64,"V_CMP_LT_F64",0,&operandTable0} ,//97
+{amdgpu_cdna2_op_V_CMP_EQ_F64,"V_CMP_EQ_F64",0,&operandTable0} ,//98
+{amdgpu_cdna2_op_V_CMP_LE_F64,"V_CMP_LE_F64",0,&operandTable0} ,//99
+{amdgpu_cdna2_op_V_CMP_GT_F64,"V_CMP_GT_F64",0,&operandTable0} ,//100
+{amdgpu_cdna2_op_V_CMP_LG_F64,"V_CMP_LG_F64",0,&operandTable0} ,//101
+{amdgpu_cdna2_op_V_CMP_GE_F64,"V_CMP_GE_F64",0,&operandTable0} ,//102
+{amdgpu_cdna2_op_V_CMP_O_F64,"V_CMP_O_F64",0,&operandTable0} ,//103
+{amdgpu_cdna2_op_V_CMP_U_F64,"V_CMP_U_F64",0,&operandTable0} ,//104
+{amdgpu_cdna2_op_V_CMP_NGE_F64,"V_CMP_NGE_F64",0,&operandTable0} ,//105
+{amdgpu_cdna2_op_V_CMP_NLG_F64,"V_CMP_NLG_F64",0,&operandTable0} ,//106
+{amdgpu_cdna2_op_V_CMP_NGT_F64,"V_CMP_NGT_F64",0,&operandTable0} ,//107
+{amdgpu_cdna2_op_V_CMP_NLE_F64,"V_CMP_NLE_F64",0,&operandTable0} ,//108
+{amdgpu_cdna2_op_V_CMP_NEQ_F64,"V_CMP_NEQ_F64",0,&operandTable0} ,//109
+{amdgpu_cdna2_op_V_CMP_NLT_F64,"V_CMP_NLT_F64",0,&operandTable0} ,//110
+{amdgpu_cdna2_op_V_CMP_TRU_F64,"V_CMP_TRU_F64",0,&operandTable0} ,//111
+{amdgpu_cdna2_op_V_CMPX_F_F64,"V_CMPX_F_F64",0,&operandTable0} ,//112
+{amdgpu_cdna2_op_V_CMPX_LT_F64,"V_CMPX_LT_F64",0,&operandTable0} ,//113
+{amdgpu_cdna2_op_V_CMPX_EQ_F64,"V_CMPX_EQ_F64",0,&operandTable0} ,//114
+{amdgpu_cdna2_op_V_CMPX_LE_F64,"V_CMPX_LE_F64",0,&operandTable0} ,//115
+{amdgpu_cdna2_op_V_CMPX_GT_F64,"V_CMPX_GT_F64",0,&operandTable0} ,//116
+{amdgpu_cdna2_op_V_CMPX_LG_F64,"V_CMPX_LG_F64",0,&operandTable0} ,//117
+{amdgpu_cdna2_op_V_CMPX_GE_F64,"V_CMPX_GE_F64",0,&operandTable0} ,//118
+{amdgpu_cdna2_op_V_CMPX_O_F64,"V_CMPX_O_F64",0,&operandTable0} ,//119
+{amdgpu_cdna2_op_V_CMPX_U_F64,"V_CMPX_U_F64",0,&operandTable0} ,//120
+{amdgpu_cdna2_op_V_CMPX_NGE_F64,"V_CMPX_NGE_F64",0,&operandTable0} ,//121
+{amdgpu_cdna2_op_V_CMPX_NLG_F64,"V_CMPX_NLG_F64",0,&operandTable0} ,//122
+{amdgpu_cdna2_op_V_CMPX_NGT_F64,"V_CMPX_NGT_F64",0,&operandTable0} ,//123
+{amdgpu_cdna2_op_V_CMPX_NLE_F64,"V_CMPX_NLE_F64",0,&operandTable0} ,//124
+{amdgpu_cdna2_op_V_CMPX_NEQ_F64,"V_CMPX_NEQ_F64",0,&operandTable0} ,//125
+{amdgpu_cdna2_op_V_CMPX_NLT_F64,"V_CMPX_NLT_F64",0,&operandTable0} ,//126
+{amdgpu_cdna2_op_V_CMPX_TRU_F64,"V_CMPX_TRU_F64",0,&operandTable0} ,//127
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//128
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//129
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//130
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//131
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//132
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//133
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//134
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//135
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//136
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//137
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//138
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//139
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//140
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//141
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//142
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//143
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//144
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//145
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//146
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//147
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//148
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//149
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//150
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//151
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//152
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//153
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//154
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//155
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//156
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//157
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//158
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//159
+{amdgpu_cdna2_op_V_CMP_F_I16,"V_CMP_F_I16",0,&operandTable0} ,//160
+{amdgpu_cdna2_op_V_CMP_LT_I16,"V_CMP_LT_I16",0,&operandTable0} ,//161
+{amdgpu_cdna2_op_V_CMP_EQ_I16,"V_CMP_EQ_I16",0,&operandTable0} ,//162
+{amdgpu_cdna2_op_V_CMP_LE_I16,"V_CMP_LE_I16",0,&operandTable0} ,//163
+{amdgpu_cdna2_op_V_CMP_GT_I16,"V_CMP_GT_I16",0,&operandTable0} ,//164
+{amdgpu_cdna2_op_V_CMP_NE_I16,"V_CMP_NE_I16",0,&operandTable0} ,//165
+{amdgpu_cdna2_op_V_CMP_GE_I16,"V_CMP_GE_I16",0,&operandTable0} ,//166
+{amdgpu_cdna2_op_V_CMP_T_I16,"V_CMP_T_I16",0,&operandTable0} ,//167
+{amdgpu_cdna2_op_V_CMP_F_U16,"V_CMP_F_U16",0,&operandTable0} ,//168
+{amdgpu_cdna2_op_V_CMP_LT_U16,"V_CMP_LT_U16",0,&operandTable0} ,//169
+{amdgpu_cdna2_op_V_CMP_EQ_U16,"V_CMP_EQ_U16",0,&operandTable0} ,//170
+{amdgpu_cdna2_op_V_CMP_LE_U16,"V_CMP_LE_U16",0,&operandTable0} ,//171
+{amdgpu_cdna2_op_V_CMP_GT_U16,"V_CMP_GT_U16",0,&operandTable0} ,//172
+{amdgpu_cdna2_op_V_CMP_NE_U16,"V_CMP_NE_U16",0,&operandTable0} ,//173
+{amdgpu_cdna2_op_V_CMP_GE_U16,"V_CMP_GE_U16",0,&operandTable0} ,//174
+{amdgpu_cdna2_op_V_CMP_T_U16,"V_CMP_T_U16",0,&operandTable0} ,//175
+{amdgpu_cdna2_op_V_CMPX_F_I16,"V_CMPX_F_I16",0,&operandTable0} ,//176
+{amdgpu_cdna2_op_V_CMPX_LT_I16,"V_CMPX_LT_I16",0,&operandTable0} ,//177
+{amdgpu_cdna2_op_V_CMPX_EQ_I16,"V_CMPX_EQ_I16",0,&operandTable0} ,//178
+{amdgpu_cdna2_op_V_CMPX_LE_I16,"V_CMPX_LE_I16",0,&operandTable0} ,//179
+{amdgpu_cdna2_op_V_CMPX_GT_I16,"V_CMPX_GT_I16",0,&operandTable0} ,//180
+{amdgpu_cdna2_op_V_CMPX_NE_I16,"V_CMPX_NE_I16",0,&operandTable0} ,//181
+{amdgpu_cdna2_op_V_CMPX_GE_I16,"V_CMPX_GE_I16",0,&operandTable0} ,//182
+{amdgpu_cdna2_op_V_CMPX_T_I16,"V_CMPX_T_I16",0,&operandTable0} ,//183
+{amdgpu_cdna2_op_V_CMPX_F_U16,"V_CMPX_F_U16",0,&operandTable0} ,//184
+{amdgpu_cdna2_op_V_CMPX_LT_U16,"V_CMPX_LT_U16",0,&operandTable0} ,//185
+{amdgpu_cdna2_op_V_CMPX_EQ_U16,"V_CMPX_EQ_U16",0,&operandTable0} ,//186
+{amdgpu_cdna2_op_V_CMPX_LE_U16,"V_CMPX_LE_U16",0,&operandTable0} ,//187
+{amdgpu_cdna2_op_V_CMPX_GT_U16,"V_CMPX_GT_U16",0,&operandTable0} ,//188
+{amdgpu_cdna2_op_V_CMPX_NE_U16,"V_CMPX_NE_U16",0,&operandTable0} ,//189
+{amdgpu_cdna2_op_V_CMPX_GE_U16,"V_CMPX_GE_U16",0,&operandTable0} ,//190
+{amdgpu_cdna2_op_V_CMPX_T_U16,"V_CMPX_T_U16",0,&operandTable0} ,//191
+{amdgpu_cdna2_op_V_CMP_F_I32,"V_CMP_F_I32",0,&operandTable0} ,//192
+{amdgpu_cdna2_op_V_CMP_LT_I32,"V_CMP_LT_I32",0,&operandTable0} ,//193
+{amdgpu_cdna2_op_V_CMP_EQ_I32,"V_CMP_EQ_I32",0,&operandTable0} ,//194
+{amdgpu_cdna2_op_V_CMP_LE_I32,"V_CMP_LE_I32",0,&operandTable0} ,//195
+{amdgpu_cdna2_op_V_CMP_GT_I32,"V_CMP_GT_I32",0,&operandTable0} ,//196
+{amdgpu_cdna2_op_V_CMP_NE_I32,"V_CMP_NE_I32",0,&operandTable0} ,//197
+{amdgpu_cdna2_op_V_CMP_GE_I32,"V_CMP_GE_I32",0,&operandTable0} ,//198
+{amdgpu_cdna2_op_V_CMP_T_I32,"V_CMP_T_I32",0,&operandTable0} ,//199
+{amdgpu_cdna2_op_V_CMP_F_U32,"V_CMP_F_U32",0,&operandTable0} ,//200
+{amdgpu_cdna2_op_V_CMP_LT_U32,"V_CMP_LT_U32",0,&operandTable0} ,//201
+{amdgpu_cdna2_op_V_CMP_EQ_U32,"V_CMP_EQ_U32",0,&operandTable0} ,//202
+{amdgpu_cdna2_op_V_CMP_LE_U32,"V_CMP_LE_U32",0,&operandTable0} ,//203
+{amdgpu_cdna2_op_V_CMP_GT_U32,"V_CMP_GT_U32",0,&operandTable0} ,//204
+{amdgpu_cdna2_op_V_CMP_NE_U32,"V_CMP_NE_U32",0,&operandTable0} ,//205
+{amdgpu_cdna2_op_V_CMP_GE_U32,"V_CMP_GE_U32",0,&operandTable0} ,//206
+{amdgpu_cdna2_op_V_CMP_T_U32,"V_CMP_T_U32",0,&operandTable0} ,//207
+{amdgpu_cdna2_op_V_CMPX_F_I32,"V_CMPX_F_I32",0,&operandTable0} ,//208
+{amdgpu_cdna2_op_V_CMPX_LT_I32,"V_CMPX_LT_I32",0,&operandTable0} ,//209
+{amdgpu_cdna2_op_V_CMPX_EQ_I32,"V_CMPX_EQ_I32",0,&operandTable0} ,//210
+{amdgpu_cdna2_op_V_CMPX_LE_I32,"V_CMPX_LE_I32",0,&operandTable0} ,//211
+{amdgpu_cdna2_op_V_CMPX_GT_I32,"V_CMPX_GT_I32",0,&operandTable0} ,//212
+{amdgpu_cdna2_op_V_CMPX_NE_I32,"V_CMPX_NE_I32",0,&operandTable0} ,//213
+{amdgpu_cdna2_op_V_CMPX_GE_I32,"V_CMPX_GE_I32",0,&operandTable0} ,//214
+{amdgpu_cdna2_op_V_CMPX_T_I32,"V_CMPX_T_I32",0,&operandTable0} ,//215
+{amdgpu_cdna2_op_V_CMPX_F_U32,"V_CMPX_F_U32",0,&operandTable0} ,//216
+{amdgpu_cdna2_op_V_CMPX_LT_U32,"V_CMPX_LT_U32",0,&operandTable0} ,//217
+{amdgpu_cdna2_op_V_CMPX_EQ_U32,"V_CMPX_EQ_U32",0,&operandTable0} ,//218
+{amdgpu_cdna2_op_V_CMPX_LE_U32,"V_CMPX_LE_U32",0,&operandTable0} ,//219
+{amdgpu_cdna2_op_V_CMPX_GT_U32,"V_CMPX_GT_U32",0,&operandTable0} ,//220
+{amdgpu_cdna2_op_V_CMPX_NE_U32,"V_CMPX_NE_U32",0,&operandTable0} ,//221
+{amdgpu_cdna2_op_V_CMPX_GE_U32,"V_CMPX_GE_U32",0,&operandTable0} ,//222
+{amdgpu_cdna2_op_V_CMPX_T_U32,"V_CMPX_T_U32",0,&operandTable0} ,//223
+{amdgpu_cdna2_op_V_CMP_F_I64,"V_CMP_F_I64",0,&operandTable0} ,//224
+{amdgpu_cdna2_op_V_CMP_LT_I64,"V_CMP_LT_I64",0,&operandTable0} ,//225
+{amdgpu_cdna2_op_V_CMP_EQ_I64,"V_CMP_EQ_I64",0,&operandTable0} ,//226
+{amdgpu_cdna2_op_V_CMP_LE_I64,"V_CMP_LE_I64",0,&operandTable0} ,//227
+{amdgpu_cdna2_op_V_CMP_GT_I64,"V_CMP_GT_I64",0,&operandTable0} ,//228
+{amdgpu_cdna2_op_V_CMP_NE_I64,"V_CMP_NE_I64",0,&operandTable0} ,//229
+{amdgpu_cdna2_op_V_CMP_GE_I64,"V_CMP_GE_I64",0,&operandTable0} ,//230
+{amdgpu_cdna2_op_V_CMP_T_I64,"V_CMP_T_I64",0,&operandTable0} ,//231
+{amdgpu_cdna2_op_V_CMP_F_U64,"V_CMP_F_U64",0,&operandTable0} ,//232
+{amdgpu_cdna2_op_V_CMP_LT_U64,"V_CMP_LT_U64",0,&operandTable0} ,//233
+{amdgpu_cdna2_op_V_CMP_EQ_U64,"V_CMP_EQ_U64",0,&operandTable0} ,//234
+{amdgpu_cdna2_op_V_CMP_LE_U64,"V_CMP_LE_U64",0,&operandTable0} ,//235
+{amdgpu_cdna2_op_V_CMP_GT_U64,"V_CMP_GT_U64",0,&operandTable0} ,//236
+{amdgpu_cdna2_op_V_CMP_NE_U64,"V_CMP_NE_U64",0,&operandTable0} ,//237
+{amdgpu_cdna2_op_V_CMP_GE_U64,"V_CMP_GE_U64",0,&operandTable0} ,//238
+{amdgpu_cdna2_op_V_CMP_T_U64,"V_CMP_T_U64",0,&operandTable0} ,//239
+{amdgpu_cdna2_op_V_CMPX_F_I64,"V_CMPX_F_I64",0,&operandTable0} ,//240
+{amdgpu_cdna2_op_V_CMPX_LT_I64,"V_CMPX_LT_I64",0,&operandTable0} ,//241
+{amdgpu_cdna2_op_V_CMPX_EQ_I64,"V_CMPX_EQ_I64",0,&operandTable0} ,//242
+{amdgpu_cdna2_op_V_CMPX_LE_I64,"V_CMPX_LE_I64",0,&operandTable0} ,//243
+{amdgpu_cdna2_op_V_CMPX_GT_I64,"V_CMPX_GT_I64",0,&operandTable0} ,//244
+{amdgpu_cdna2_op_V_CMPX_NE_I64,"V_CMPX_NE_I64",0,&operandTable0} ,//245
+{amdgpu_cdna2_op_V_CMPX_GE_I64,"V_CMPX_GE_I64",0,&operandTable0} ,//246
+{amdgpu_cdna2_op_V_CMPX_T_I64,"V_CMPX_T_I64",0,&operandTable0} ,//247
+{amdgpu_cdna2_op_V_CMPX_F_U64,"V_CMPX_F_U64",0,&operandTable0} ,//248
+{amdgpu_cdna2_op_V_CMPX_LT_U64,"V_CMPX_LT_U64",0,&operandTable0} ,//249
+{amdgpu_cdna2_op_V_CMPX_EQ_U64,"V_CMPX_EQ_U64",0,&operandTable0} ,//250
+{amdgpu_cdna2_op_V_CMPX_LE_U64,"V_CMPX_LE_U64",0,&operandTable0} ,//251
+{amdgpu_cdna2_op_V_CMPX_GT_U64,"V_CMPX_GT_U64",0,&operandTable0} ,//252
+{amdgpu_cdna2_op_V_CMPX_NE_U64,"V_CMPX_NE_U64",0,&operandTable0} ,//253
+{amdgpu_cdna2_op_V_CMPX_GE_U64,"V_CMPX_GE_U64",0,&operandTable0} ,//254
+{amdgpu_cdna2_op_V_CMPX_T_U64,"V_CMPX_T_U64",0,&operandTable0} ,//255
+}; // end ENC_VOPC_insn_table
+const amdgpu_cdna2_insn_table amdgpu_cdna2_insn_entry::ENC_VINTRP_insn_table = {
+{amdgpu_cdna2_op_S_NOP,"S_NOP",0,&operandTable0} ,//0
+}; // end ENC_VINTRP_insn_table

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU/cdna2/decodeOperands.C Added

@@ -0,0 +1,6648 @@
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_ACCVGPR(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 512 : return makeRegisterExpression(amdgpu_cdna2::acc0,0,opr_size);
+case 513 : return makeRegisterExpression(amdgpu_cdna2::acc1,0,opr_size);
+case 514 : return makeRegisterExpression(amdgpu_cdna2::acc2,0,opr_size);
+case 515 : return makeRegisterExpression(amdgpu_cdna2::acc3,0,opr_size);
+case 516 : return makeRegisterExpression(amdgpu_cdna2::acc4,0,opr_size);
+case 517 : return makeRegisterExpression(amdgpu_cdna2::acc5,0,opr_size);
+case 518 : return makeRegisterExpression(amdgpu_cdna2::acc6,0,opr_size);
+case 519 : return makeRegisterExpression(amdgpu_cdna2::acc7,0,opr_size);
+case 520 : return makeRegisterExpression(amdgpu_cdna2::acc8,0,opr_size);
+case 521 : return makeRegisterExpression(amdgpu_cdna2::acc9,0,opr_size);
+case 522 : return makeRegisterExpression(amdgpu_cdna2::acc10,0,opr_size);
+case 523 : return makeRegisterExpression(amdgpu_cdna2::acc11,0,opr_size);
+case 524 : return makeRegisterExpression(amdgpu_cdna2::acc12,0,opr_size);
+case 525 : return makeRegisterExpression(amdgpu_cdna2::acc13,0,opr_size);
+case 526 : return makeRegisterExpression(amdgpu_cdna2::acc14,0,opr_size);
+case 527 : return makeRegisterExpression(amdgpu_cdna2::acc15,0,opr_size);
+case 528 : return makeRegisterExpression(amdgpu_cdna2::acc16,0,opr_size);
+case 529 : return makeRegisterExpression(amdgpu_cdna2::acc17,0,opr_size);
+case 530 : return makeRegisterExpression(amdgpu_cdna2::acc18,0,opr_size);
+case 531 : return makeRegisterExpression(amdgpu_cdna2::acc19,0,opr_size);
+case 532 : return makeRegisterExpression(amdgpu_cdna2::acc20,0,opr_size);
+case 533 : return makeRegisterExpression(amdgpu_cdna2::acc21,0,opr_size);
+case 534 : return makeRegisterExpression(amdgpu_cdna2::acc22,0,opr_size);
+case 535 : return makeRegisterExpression(amdgpu_cdna2::acc23,0,opr_size);
+case 536 : return makeRegisterExpression(amdgpu_cdna2::acc24,0,opr_size);
+case 537 : return makeRegisterExpression(amdgpu_cdna2::acc25,0,opr_size);
+case 538 : return makeRegisterExpression(amdgpu_cdna2::acc26,0,opr_size);
+case 539 : return makeRegisterExpression(amdgpu_cdna2::acc27,0,opr_size);
+case 540 : return makeRegisterExpression(amdgpu_cdna2::acc28,0,opr_size);
+case 541 : return makeRegisterExpression(amdgpu_cdna2::acc29,0,opr_size);
+case 542 : return makeRegisterExpression(amdgpu_cdna2::acc30,0,opr_size);
+case 543 : return makeRegisterExpression(amdgpu_cdna2::acc31,0,opr_size);
+case 544 : return makeRegisterExpression(amdgpu_cdna2::acc32,0,opr_size);
+case 545 : return makeRegisterExpression(amdgpu_cdna2::acc33,0,opr_size);
+case 546 : return makeRegisterExpression(amdgpu_cdna2::acc34,0,opr_size);
+case 547 : return makeRegisterExpression(amdgpu_cdna2::acc35,0,opr_size);
+case 548 : return makeRegisterExpression(amdgpu_cdna2::acc36,0,opr_size);
+case 549 : return makeRegisterExpression(amdgpu_cdna2::acc37,0,opr_size);
+case 550 : return makeRegisterExpression(amdgpu_cdna2::acc38,0,opr_size);
+case 551 : return makeRegisterExpression(amdgpu_cdna2::acc39,0,opr_size);
+case 552 : return makeRegisterExpression(amdgpu_cdna2::acc40,0,opr_size);
+case 553 : return makeRegisterExpression(amdgpu_cdna2::acc41,0,opr_size);
+case 554 : return makeRegisterExpression(amdgpu_cdna2::acc42,0,opr_size);
+case 555 : return makeRegisterExpression(amdgpu_cdna2::acc43,0,opr_size);
+case 556 : return makeRegisterExpression(amdgpu_cdna2::acc44,0,opr_size);
+case 557 : return makeRegisterExpression(amdgpu_cdna2::acc45,0,opr_size);
+case 558 : return makeRegisterExpression(amdgpu_cdna2::acc46,0,opr_size);
+case 559 : return makeRegisterExpression(amdgpu_cdna2::acc47,0,opr_size);
+case 560 : return makeRegisterExpression(amdgpu_cdna2::acc48,0,opr_size);
+case 561 : return makeRegisterExpression(amdgpu_cdna2::acc49,0,opr_size);
+case 562 : return makeRegisterExpression(amdgpu_cdna2::acc50,0,opr_size);
+case 563 : return makeRegisterExpression(amdgpu_cdna2::acc51,0,opr_size);
+case 564 : return makeRegisterExpression(amdgpu_cdna2::acc52,0,opr_size);
+case 565 : return makeRegisterExpression(amdgpu_cdna2::acc53,0,opr_size);
+case 566 : return makeRegisterExpression(amdgpu_cdna2::acc54,0,opr_size);
+case 567 : return makeRegisterExpression(amdgpu_cdna2::acc55,0,opr_size);
+case 568 : return makeRegisterExpression(amdgpu_cdna2::acc56,0,opr_size);
+case 569 : return makeRegisterExpression(amdgpu_cdna2::acc57,0,opr_size);
+case 570 : return makeRegisterExpression(amdgpu_cdna2::acc58,0,opr_size);
+case 571 : return makeRegisterExpression(amdgpu_cdna2::acc59,0,opr_size);
+case 572 : return makeRegisterExpression(amdgpu_cdna2::acc60,0,opr_size);
+case 573 : return makeRegisterExpression(amdgpu_cdna2::acc61,0,opr_size);
+case 574 : return makeRegisterExpression(amdgpu_cdna2::acc62,0,opr_size);
+case 575 : return makeRegisterExpression(amdgpu_cdna2::acc63,0,opr_size);
+case 576 : return makeRegisterExpression(amdgpu_cdna2::acc64,0,opr_size);
+case 577 : return makeRegisterExpression(amdgpu_cdna2::acc65,0,opr_size);
+case 578 : return makeRegisterExpression(amdgpu_cdna2::acc66,0,opr_size);
+case 579 : return makeRegisterExpression(amdgpu_cdna2::acc67,0,opr_size);
+case 580 : return makeRegisterExpression(amdgpu_cdna2::acc68,0,opr_size);
+case 581 : return makeRegisterExpression(amdgpu_cdna2::acc69,0,opr_size);
+case 582 : return makeRegisterExpression(amdgpu_cdna2::acc70,0,opr_size);
+case 583 : return makeRegisterExpression(amdgpu_cdna2::acc71,0,opr_size);
+case 584 : return makeRegisterExpression(amdgpu_cdna2::acc72,0,opr_size);
+case 585 : return makeRegisterExpression(amdgpu_cdna2::acc73,0,opr_size);
+case 586 : return makeRegisterExpression(amdgpu_cdna2::acc74,0,opr_size);
+case 587 : return makeRegisterExpression(amdgpu_cdna2::acc75,0,opr_size);
+case 588 : return makeRegisterExpression(amdgpu_cdna2::acc76,0,opr_size);
+case 589 : return makeRegisterExpression(amdgpu_cdna2::acc77,0,opr_size);
+case 590 : return makeRegisterExpression(amdgpu_cdna2::acc78,0,opr_size);
+case 591 : return makeRegisterExpression(amdgpu_cdna2::acc79,0,opr_size);
+case 592 : return makeRegisterExpression(amdgpu_cdna2::acc80,0,opr_size);
+case 593 : return makeRegisterExpression(amdgpu_cdna2::acc81,0,opr_size);
+case 594 : return makeRegisterExpression(amdgpu_cdna2::acc82,0,opr_size);
+case 595 : return makeRegisterExpression(amdgpu_cdna2::acc83,0,opr_size);
+case 596 : return makeRegisterExpression(amdgpu_cdna2::acc84,0,opr_size);
+case 597 : return makeRegisterExpression(amdgpu_cdna2::acc85,0,opr_size);
+case 598 : return makeRegisterExpression(amdgpu_cdna2::acc86,0,opr_size);
+case 599 : return makeRegisterExpression(amdgpu_cdna2::acc87,0,opr_size);
+case 600 : return makeRegisterExpression(amdgpu_cdna2::acc88,0,opr_size);
+case 601 : return makeRegisterExpression(amdgpu_cdna2::acc89,0,opr_size);
+case 602 : return makeRegisterExpression(amdgpu_cdna2::acc90,0,opr_size);
+case 603 : return makeRegisterExpression(amdgpu_cdna2::acc91,0,opr_size);
+case 604 : return makeRegisterExpression(amdgpu_cdna2::acc92,0,opr_size);
+case 605 : return makeRegisterExpression(amdgpu_cdna2::acc93,0,opr_size);
+case 606 : return makeRegisterExpression(amdgpu_cdna2::acc94,0,opr_size);
+case 607 : return makeRegisterExpression(amdgpu_cdna2::acc95,0,opr_size);
+case 608 : return makeRegisterExpression(amdgpu_cdna2::acc96,0,opr_size);
+case 609 : return makeRegisterExpression(amdgpu_cdna2::acc97,0,opr_size);
+case 610 : return makeRegisterExpression(amdgpu_cdna2::acc98,0,opr_size);
+case 611 : return makeRegisterExpression(amdgpu_cdna2::acc99,0,opr_size);
+case 612 : return makeRegisterExpression(amdgpu_cdna2::acc100,0,opr_size);
+case 613 : return makeRegisterExpression(amdgpu_cdna2::acc101,0,opr_size);
+case 614 : return makeRegisterExpression(amdgpu_cdna2::acc102,0,opr_size);
+case 615 : return makeRegisterExpression(amdgpu_cdna2::acc103,0,opr_size);
+case 616 : return makeRegisterExpression(amdgpu_cdna2::acc104,0,opr_size);
+case 617 : return makeRegisterExpression(amdgpu_cdna2::acc105,0,opr_size);
+case 618 : return makeRegisterExpression(amdgpu_cdna2::acc106,0,opr_size);
+case 619 : return makeRegisterExpression(amdgpu_cdna2::acc107,0,opr_size);
+case 620 : return makeRegisterExpression(amdgpu_cdna2::acc108,0,opr_size);
+case 621 : return makeRegisterExpression(amdgpu_cdna2::acc109,0,opr_size);
+case 622 : return makeRegisterExpression(amdgpu_cdna2::acc110,0,opr_size);
+case 623 : return makeRegisterExpression(amdgpu_cdna2::acc111,0,opr_size);
+case 624 : return makeRegisterExpression(amdgpu_cdna2::acc112,0,opr_size);
+case 625 : return makeRegisterExpression(amdgpu_cdna2::acc113,0,opr_size);
+case 626 : return makeRegisterExpression(amdgpu_cdna2::acc114,0,opr_size);
+case 627 : return makeRegisterExpression(amdgpu_cdna2::acc115,0,opr_size);
+case 628 : return makeRegisterExpression(amdgpu_cdna2::acc116,0,opr_size);
+case 629 : return makeRegisterExpression(amdgpu_cdna2::acc117,0,opr_size);
+case 630 : return makeRegisterExpression(amdgpu_cdna2::acc118,0,opr_size);
+case 631 : return makeRegisterExpression(amdgpu_cdna2::acc119,0,opr_size);
+case 632 : return makeRegisterExpression(amdgpu_cdna2::acc120,0,opr_size);
+case 633 : return makeRegisterExpression(amdgpu_cdna2::acc121,0,opr_size);
+case 634 : return makeRegisterExpression(amdgpu_cdna2::acc122,0,opr_size);
+case 635 : return makeRegisterExpression(amdgpu_cdna2::acc123,0,opr_size);
+case 636 : return makeRegisterExpression(amdgpu_cdna2::acc124,0,opr_size);
+case 637 : return makeRegisterExpression(amdgpu_cdna2::acc125,0,opr_size);
+case 638 : return makeRegisterExpression(amdgpu_cdna2::acc126,0,opr_size);
+case 639 : return makeRegisterExpression(amdgpu_cdna2::acc127,0,opr_size);
+case 640 : return makeRegisterExpression(amdgpu_cdna2::acc128,0,opr_size);
+case 641 : return makeRegisterExpression(amdgpu_cdna2::acc129,0,opr_size);
+case 642 : return makeRegisterExpression(amdgpu_cdna2::acc130,0,opr_size);
+case 643 : return makeRegisterExpression(amdgpu_cdna2::acc131,0,opr_size);
+case 644 : return makeRegisterExpression(amdgpu_cdna2::acc132,0,opr_size);
+case 645 : return makeRegisterExpression(amdgpu_cdna2::acc133,0,opr_size);
+case 646 : return makeRegisterExpression(amdgpu_cdna2::acc134,0,opr_size);
+case 647 : return makeRegisterExpression(amdgpu_cdna2::acc135,0,opr_size);
+case 648 : return makeRegisterExpression(amdgpu_cdna2::acc136,0,opr_size);
+case 649 : return makeRegisterExpression(amdgpu_cdna2::acc137,0,opr_size);
+case 650 : return makeRegisterExpression(amdgpu_cdna2::acc138,0,opr_size);
+case 651 : return makeRegisterExpression(amdgpu_cdna2::acc139,0,opr_size);
+case 652 : return makeRegisterExpression(amdgpu_cdna2::acc140,0,opr_size);
+case 653 : return makeRegisterExpression(amdgpu_cdna2::acc141,0,opr_size);
+case 654 : return makeRegisterExpression(amdgpu_cdna2::acc142,0,opr_size);
+case 655 : return makeRegisterExpression(amdgpu_cdna2::acc143,0,opr_size);
+case 656 : return makeRegisterExpression(amdgpu_cdna2::acc144,0,opr_size);
+case 657 : return makeRegisterExpression(amdgpu_cdna2::acc145,0,opr_size);
+case 658 : return makeRegisterExpression(amdgpu_cdna2::acc146,0,opr_size);
+case 659 : return makeRegisterExpression(amdgpu_cdna2::acc147,0,opr_size);
+case 660 : return makeRegisterExpression(amdgpu_cdna2::acc148,0,opr_size);
+case 661 : return makeRegisterExpression(amdgpu_cdna2::acc149,0,opr_size);
+case 662 : return makeRegisterExpression(amdgpu_cdna2::acc150,0,opr_size);
+case 663 : return makeRegisterExpression(amdgpu_cdna2::acc151,0,opr_size);
+case 664 : return makeRegisterExpression(amdgpu_cdna2::acc152,0,opr_size);
+case 665 : return makeRegisterExpression(amdgpu_cdna2::acc153,0,opr_size);
+case 666 : return makeRegisterExpression(amdgpu_cdna2::acc154,0,opr_size);
+case 667 : return makeRegisterExpression(amdgpu_cdna2::acc155,0,opr_size);
+case 668 : return makeRegisterExpression(amdgpu_cdna2::acc156,0,opr_size);
+case 669 : return makeRegisterExpression(amdgpu_cdna2::acc157,0,opr_size);
+case 670 : return makeRegisterExpression(amdgpu_cdna2::acc158,0,opr_size);
+case 671 : return makeRegisterExpression(amdgpu_cdna2::acc159,0,opr_size);
+case 672 : return makeRegisterExpression(amdgpu_cdna2::acc160,0,opr_size);
+case 673 : return makeRegisterExpression(amdgpu_cdna2::acc161,0,opr_size);
+case 674 : return makeRegisterExpression(amdgpu_cdna2::acc162,0,opr_size);
+case 675 : return makeRegisterExpression(amdgpu_cdna2::acc163,0,opr_size);
+case 676 : return makeRegisterExpression(amdgpu_cdna2::acc164,0,opr_size);
+case 677 : return makeRegisterExpression(amdgpu_cdna2::acc165,0,opr_size);
+case 678 : return makeRegisterExpression(amdgpu_cdna2::acc166,0,opr_size);
+case 679 : return makeRegisterExpression(amdgpu_cdna2::acc167,0,opr_size);
+case 680 : return makeRegisterExpression(amdgpu_cdna2::acc168,0,opr_size);
+case 681 : return makeRegisterExpression(amdgpu_cdna2::acc169,0,opr_size);
+case 682 : return makeRegisterExpression(amdgpu_cdna2::acc170,0,opr_size);
+case 683 : return makeRegisterExpression(amdgpu_cdna2::acc171,0,opr_size);
+case 684 : return makeRegisterExpression(amdgpu_cdna2::acc172,0,opr_size);
+case 685 : return makeRegisterExpression(amdgpu_cdna2::acc173,0,opr_size);
+case 686 : return makeRegisterExpression(amdgpu_cdna2::acc174,0,opr_size);
+case 687 : return makeRegisterExpression(amdgpu_cdna2::acc175,0,opr_size);
+case 688 : return makeRegisterExpression(amdgpu_cdna2::acc176,0,opr_size);
+case 689 : return makeRegisterExpression(amdgpu_cdna2::acc177,0,opr_size);
+case 690 : return makeRegisterExpression(amdgpu_cdna2::acc178,0,opr_size);
+case 691 : return makeRegisterExpression(amdgpu_cdna2::acc179,0,opr_size);
+case 692 : return makeRegisterExpression(amdgpu_cdna2::acc180,0,opr_size);
+case 693 : return makeRegisterExpression(amdgpu_cdna2::acc181,0,opr_size);
+case 694 : return makeRegisterExpression(amdgpu_cdna2::acc182,0,opr_size);
+case 695 : return makeRegisterExpression(amdgpu_cdna2::acc183,0,opr_size);
+case 696 : return makeRegisterExpression(amdgpu_cdna2::acc184,0,opr_size);
+case 697 : return makeRegisterExpression(amdgpu_cdna2::acc185,0,opr_size);
+case 698 : return makeRegisterExpression(amdgpu_cdna2::acc186,0,opr_size);
+case 699 : return makeRegisterExpression(amdgpu_cdna2::acc187,0,opr_size);
+case 700 : return makeRegisterExpression(amdgpu_cdna2::acc188,0,opr_size);
+case 701 : return makeRegisterExpression(amdgpu_cdna2::acc189,0,opr_size);
+case 702 : return makeRegisterExpression(amdgpu_cdna2::acc190,0,opr_size);
+case 703 : return makeRegisterExpression(amdgpu_cdna2::acc191,0,opr_size);
+case 704 : return makeRegisterExpression(amdgpu_cdna2::acc192,0,opr_size);
+case 705 : return makeRegisterExpression(amdgpu_cdna2::acc193,0,opr_size);
+case 706 : return makeRegisterExpression(amdgpu_cdna2::acc194,0,opr_size);
+case 707 : return makeRegisterExpression(amdgpu_cdna2::acc195,0,opr_size);
+case 708 : return makeRegisterExpression(amdgpu_cdna2::acc196,0,opr_size);
+case 709 : return makeRegisterExpression(amdgpu_cdna2::acc197,0,opr_size);
+case 710 : return makeRegisterExpression(amdgpu_cdna2::acc198,0,opr_size);
+case 711 : return makeRegisterExpression(amdgpu_cdna2::acc199,0,opr_size);
+case 712 : return makeRegisterExpression(amdgpu_cdna2::acc200,0,opr_size);
+case 713 : return makeRegisterExpression(amdgpu_cdna2::acc201,0,opr_size);
+case 714 : return makeRegisterExpression(amdgpu_cdna2::acc202,0,opr_size);
+case 715 : return makeRegisterExpression(amdgpu_cdna2::acc203,0,opr_size);
+case 716 : return makeRegisterExpression(amdgpu_cdna2::acc204,0,opr_size);
+case 717 : return makeRegisterExpression(amdgpu_cdna2::acc205,0,opr_size);
+case 718 : return makeRegisterExpression(amdgpu_cdna2::acc206,0,opr_size);
+case 719 : return makeRegisterExpression(amdgpu_cdna2::acc207,0,opr_size);
+case 720 : return makeRegisterExpression(amdgpu_cdna2::acc208,0,opr_size);
+case 721 : return makeRegisterExpression(amdgpu_cdna2::acc209,0,opr_size);
+case 722 : return makeRegisterExpression(amdgpu_cdna2::acc210,0,opr_size);
+case 723 : return makeRegisterExpression(amdgpu_cdna2::acc211,0,opr_size);
+case 724 : return makeRegisterExpression(amdgpu_cdna2::acc212,0,opr_size);
+case 725 : return makeRegisterExpression(amdgpu_cdna2::acc213,0,opr_size);
+case 726 : return makeRegisterExpression(amdgpu_cdna2::acc214,0,opr_size);
+case 727 : return makeRegisterExpression(amdgpu_cdna2::acc215,0,opr_size);
+case 728 : return makeRegisterExpression(amdgpu_cdna2::acc216,0,opr_size);
+case 729 : return makeRegisterExpression(amdgpu_cdna2::acc217,0,opr_size);
+case 730 : return makeRegisterExpression(amdgpu_cdna2::acc218,0,opr_size);
+case 731 : return makeRegisterExpression(amdgpu_cdna2::acc219,0,opr_size);
+case 732 : return makeRegisterExpression(amdgpu_cdna2::acc220,0,opr_size);
+case 733 : return makeRegisterExpression(amdgpu_cdna2::acc221,0,opr_size);
+case 734 : return makeRegisterExpression(amdgpu_cdna2::acc222,0,opr_size);
+case 735 : return makeRegisterExpression(amdgpu_cdna2::acc223,0,opr_size);
+case 736 : return makeRegisterExpression(amdgpu_cdna2::acc224,0,opr_size);
+case 737 : return makeRegisterExpression(amdgpu_cdna2::acc225,0,opr_size);
+case 738 : return makeRegisterExpression(amdgpu_cdna2::acc226,0,opr_size);
+case 739 : return makeRegisterExpression(amdgpu_cdna2::acc227,0,opr_size);
+case 740 : return makeRegisterExpression(amdgpu_cdna2::acc228,0,opr_size);
+case 741 : return makeRegisterExpression(amdgpu_cdna2::acc229,0,opr_size);
+case 742 : return makeRegisterExpression(amdgpu_cdna2::acc230,0,opr_size);
+case 743 : return makeRegisterExpression(amdgpu_cdna2::acc231,0,opr_size);
+case 744 : return makeRegisterExpression(amdgpu_cdna2::acc232,0,opr_size);
+case 745 : return makeRegisterExpression(amdgpu_cdna2::acc233,0,opr_size);
+case 746 : return makeRegisterExpression(amdgpu_cdna2::acc234,0,opr_size);
+case 747 : return makeRegisterExpression(amdgpu_cdna2::acc235,0,opr_size);
+case 748 : return makeRegisterExpression(amdgpu_cdna2::acc236,0,opr_size);
+case 749 : return makeRegisterExpression(amdgpu_cdna2::acc237,0,opr_size);
+case 750 : return makeRegisterExpression(amdgpu_cdna2::acc238,0,opr_size);
+case 751 : return makeRegisterExpression(amdgpu_cdna2::acc239,0,opr_size);
+case 752 : return makeRegisterExpression(amdgpu_cdna2::acc240,0,opr_size);
+case 753 : return makeRegisterExpression(amdgpu_cdna2::acc241,0,opr_size);
+case 754 : return makeRegisterExpression(amdgpu_cdna2::acc242,0,opr_size);
+case 755 : return makeRegisterExpression(amdgpu_cdna2::acc243,0,opr_size);
+case 756 : return makeRegisterExpression(amdgpu_cdna2::acc244,0,opr_size);
+case 757 : return makeRegisterExpression(amdgpu_cdna2::acc245,0,opr_size);
+case 758 : return makeRegisterExpression(amdgpu_cdna2::acc246,0,opr_size);
+case 759 : return makeRegisterExpression(amdgpu_cdna2::acc247,0,opr_size);
+case 760 : return makeRegisterExpression(amdgpu_cdna2::acc248,0,opr_size);
+case 761 : return makeRegisterExpression(amdgpu_cdna2::acc249,0,opr_size);
+case 762 : return makeRegisterExpression(amdgpu_cdna2::acc250,0,opr_size);
+case 763 : return makeRegisterExpression(amdgpu_cdna2::acc251,0,opr_size);
+case 764 : return makeRegisterExpression(amdgpu_cdna2::acc252,0,opr_size);
+case 765 : return makeRegisterExpression(amdgpu_cdna2::acc253,0,opr_size);
+case 766 : return makeRegisterExpression(amdgpu_cdna2::acc254,0,opr_size);
+case 767 : return makeRegisterExpression(amdgpu_cdna2::acc255,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_ATTR(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::attr0,0,opr_size);
+case 1 : return makeRegisterExpression(amdgpu_cdna2::attr1,0,opr_size);
+case 2 : return makeRegisterExpression(amdgpu_cdna2::attr2,0,opr_size);
+case 3 : return makeRegisterExpression(amdgpu_cdna2::attr3,0,opr_size);
+case 4 : return makeRegisterExpression(amdgpu_cdna2::attr4,0,opr_size);
+case 5 : return makeRegisterExpression(amdgpu_cdna2::attr5,0,opr_size);
+case 6 : return makeRegisterExpression(amdgpu_cdna2::attr6,0,opr_size);
+case 7 : return makeRegisterExpression(amdgpu_cdna2::attr7,0,opr_size);
+case 8 : return makeRegisterExpression(amdgpu_cdna2::attr8,0,opr_size);
+case 9 : return makeRegisterExpression(amdgpu_cdna2::attr9,0,opr_size);
+case 10 : return makeRegisterExpression(amdgpu_cdna2::attr10,0,opr_size);
+case 11 : return makeRegisterExpression(amdgpu_cdna2::attr11,0,opr_size);
+case 12 : return makeRegisterExpression(amdgpu_cdna2::attr12,0,opr_size);
+case 13 : return makeRegisterExpression(amdgpu_cdna2::attr13,0,opr_size);
+case 14 : return makeRegisterExpression(amdgpu_cdna2::attr14,0,opr_size);
+case 15 : return makeRegisterExpression(amdgpu_cdna2::attr15,0,opr_size);
+case 16 : return makeRegisterExpression(amdgpu_cdna2::attr16,0,opr_size);
+case 17 : return makeRegisterExpression(amdgpu_cdna2::attr17,0,opr_size);
+case 18 : return makeRegisterExpression(amdgpu_cdna2::attr18,0,opr_size);
+case 19 : return makeRegisterExpression(amdgpu_cdna2::attr19,0,opr_size);
+case 20 : return makeRegisterExpression(amdgpu_cdna2::attr20,0,opr_size);
+case 21 : return makeRegisterExpression(amdgpu_cdna2::attr21,0,opr_size);
+case 22 : return makeRegisterExpression(amdgpu_cdna2::attr22,0,opr_size);
+case 23 : return makeRegisterExpression(amdgpu_cdna2::attr23,0,opr_size);
+case 24 : return makeRegisterExpression(amdgpu_cdna2::attr24,0,opr_size);
+case 25 : return makeRegisterExpression(amdgpu_cdna2::attr25,0,opr_size);
+case 26 : return makeRegisterExpression(amdgpu_cdna2::attr26,0,opr_size);
+case 27 : return makeRegisterExpression(amdgpu_cdna2::attr27,0,opr_size);
+case 28 : return makeRegisterExpression(amdgpu_cdna2::attr28,0,opr_size);
+case 29 : return makeRegisterExpression(amdgpu_cdna2::attr29,0,opr_size);
+case 30 : return makeRegisterExpression(amdgpu_cdna2::attr30,0,opr_size);
+case 31 : return makeRegisterExpression(amdgpu_cdna2::attr31,0,opr_size);
+case 32 : return makeRegisterExpression(amdgpu_cdna2::attr32,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_FLAT_SCRATCH(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_all,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_FLAT_SCRATCH_LOHI(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 102 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_lo,0,opr_size);
+case 103 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_hi,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_PARAM(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::p10,0,opr_size);
+case 1 : return makeRegisterExpression(amdgpu_cdna2::p20,0,opr_size);
+case 2 : return makeRegisterExpression(amdgpu_cdna2::p0,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_PC(uint64_t input,uint32_t){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::pc_all);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SDST(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::s0,0,opr_size);
+case 1 : return makeRegisterExpression(amdgpu_cdna2::s1,0,opr_size);
+case 2 : return makeRegisterExpression(amdgpu_cdna2::s2,0,opr_size);
+case 3 : return makeRegisterExpression(amdgpu_cdna2::s3,0,opr_size);
+case 4 : return makeRegisterExpression(amdgpu_cdna2::s4,0,opr_size);
+case 5 : return makeRegisterExpression(amdgpu_cdna2::s5,0,opr_size);
+case 6 : return makeRegisterExpression(amdgpu_cdna2::s6,0,opr_size);
+case 7 : return makeRegisterExpression(amdgpu_cdna2::s7,0,opr_size);
+case 8 : return makeRegisterExpression(amdgpu_cdna2::s8,0,opr_size);
+case 9 : return makeRegisterExpression(amdgpu_cdna2::s9,0,opr_size);
+case 10 : return makeRegisterExpression(amdgpu_cdna2::s10,0,opr_size);
+case 11 : return makeRegisterExpression(amdgpu_cdna2::s11,0,opr_size);
+case 12 : return makeRegisterExpression(amdgpu_cdna2::s12,0,opr_size);
+case 13 : return makeRegisterExpression(amdgpu_cdna2::s13,0,opr_size);
+case 14 : return makeRegisterExpression(amdgpu_cdna2::s14,0,opr_size);
+case 15 : return makeRegisterExpression(amdgpu_cdna2::s15,0,opr_size);
+case 16 : return makeRegisterExpression(amdgpu_cdna2::s16,0,opr_size);
+case 17 : return makeRegisterExpression(amdgpu_cdna2::s17,0,opr_size);
+case 18 : return makeRegisterExpression(amdgpu_cdna2::s18,0,opr_size);
+case 19 : return makeRegisterExpression(amdgpu_cdna2::s19,0,opr_size);
+case 20 : return makeRegisterExpression(amdgpu_cdna2::s20,0,opr_size);
+case 21 : return makeRegisterExpression(amdgpu_cdna2::s21,0,opr_size);
+case 22 : return makeRegisterExpression(amdgpu_cdna2::s22,0,opr_size);
+case 23 : return makeRegisterExpression(amdgpu_cdna2::s23,0,opr_size);
+case 24 : return makeRegisterExpression(amdgpu_cdna2::s24,0,opr_size);
+case 25 : return makeRegisterExpression(amdgpu_cdna2::s25,0,opr_size);
+case 26 : return makeRegisterExpression(amdgpu_cdna2::s26,0,opr_size);
+case 27 : return makeRegisterExpression(amdgpu_cdna2::s27,0,opr_size);
+case 28 : return makeRegisterExpression(amdgpu_cdna2::s28,0,opr_size);
+case 29 : return makeRegisterExpression(amdgpu_cdna2::s29,0,opr_size);
+case 30 : return makeRegisterExpression(amdgpu_cdna2::s30,0,opr_size);
+case 31 : return makeRegisterExpression(amdgpu_cdna2::s31,0,opr_size);
+case 32 : return makeRegisterExpression(amdgpu_cdna2::s32,0,opr_size);
+case 33 : return makeRegisterExpression(amdgpu_cdna2::s33,0,opr_size);
+case 34 : return makeRegisterExpression(amdgpu_cdna2::s34,0,opr_size);
+case 35 : return makeRegisterExpression(amdgpu_cdna2::s35,0,opr_size);
+case 36 : return makeRegisterExpression(amdgpu_cdna2::s36,0,opr_size);
+case 37 : return makeRegisterExpression(amdgpu_cdna2::s37,0,opr_size);
+case 38 : return makeRegisterExpression(amdgpu_cdna2::s38,0,opr_size);
+case 39 : return makeRegisterExpression(amdgpu_cdna2::s39,0,opr_size);
+case 40 : return makeRegisterExpression(amdgpu_cdna2::s40,0,opr_size);
+case 41 : return makeRegisterExpression(amdgpu_cdna2::s41,0,opr_size);
+case 42 : return makeRegisterExpression(amdgpu_cdna2::s42,0,opr_size);
+case 43 : return makeRegisterExpression(amdgpu_cdna2::s43,0,opr_size);
+case 44 : return makeRegisterExpression(amdgpu_cdna2::s44,0,opr_size);
+case 45 : return makeRegisterExpression(amdgpu_cdna2::s45,0,opr_size);
+case 46 : return makeRegisterExpression(amdgpu_cdna2::s46,0,opr_size);
+case 47 : return makeRegisterExpression(amdgpu_cdna2::s47,0,opr_size);
+case 48 : return makeRegisterExpression(amdgpu_cdna2::s48,0,opr_size);
+case 49 : return makeRegisterExpression(amdgpu_cdna2::s49,0,opr_size);
+case 50 : return makeRegisterExpression(amdgpu_cdna2::s50,0,opr_size);
+case 51 : return makeRegisterExpression(amdgpu_cdna2::s51,0,opr_size);
+case 52 : return makeRegisterExpression(amdgpu_cdna2::s52,0,opr_size);
+case 53 : return makeRegisterExpression(amdgpu_cdna2::s53,0,opr_size);
+case 54 : return makeRegisterExpression(amdgpu_cdna2::s54,0,opr_size);
+case 55 : return makeRegisterExpression(amdgpu_cdna2::s55,0,opr_size);
+case 56 : return makeRegisterExpression(amdgpu_cdna2::s56,0,opr_size);
+case 57 : return makeRegisterExpression(amdgpu_cdna2::s57,0,opr_size);
+case 58 : return makeRegisterExpression(amdgpu_cdna2::s58,0,opr_size);
+case 59 : return makeRegisterExpression(amdgpu_cdna2::s59,0,opr_size);
+case 60 : return makeRegisterExpression(amdgpu_cdna2::s60,0,opr_size);
+case 61 : return makeRegisterExpression(amdgpu_cdna2::s61,0,opr_size);
+case 62 : return makeRegisterExpression(amdgpu_cdna2::s62,0,opr_size);
+case 63 : return makeRegisterExpression(amdgpu_cdna2::s63,0,opr_size);
+case 64 : return makeRegisterExpression(amdgpu_cdna2::s64,0,opr_size);
+case 65 : return makeRegisterExpression(amdgpu_cdna2::s65,0,opr_size);
+case 66 : return makeRegisterExpression(amdgpu_cdna2::s66,0,opr_size);
+case 67 : return makeRegisterExpression(amdgpu_cdna2::s67,0,opr_size);
+case 68 : return makeRegisterExpression(amdgpu_cdna2::s68,0,opr_size);
+case 69 : return makeRegisterExpression(amdgpu_cdna2::s69,0,opr_size);
+case 70 : return makeRegisterExpression(amdgpu_cdna2::s70,0,opr_size);
+case 71 : return makeRegisterExpression(amdgpu_cdna2::s71,0,opr_size);
+case 72 : return makeRegisterExpression(amdgpu_cdna2::s72,0,opr_size);
+case 73 : return makeRegisterExpression(amdgpu_cdna2::s73,0,opr_size);
+case 74 : return makeRegisterExpression(amdgpu_cdna2::s74,0,opr_size);
+case 75 : return makeRegisterExpression(amdgpu_cdna2::s75,0,opr_size);
+case 76 : return makeRegisterExpression(amdgpu_cdna2::s76,0,opr_size);
+case 77 : return makeRegisterExpression(amdgpu_cdna2::s77,0,opr_size);
+case 78 : return makeRegisterExpression(amdgpu_cdna2::s78,0,opr_size);
+case 79 : return makeRegisterExpression(amdgpu_cdna2::s79,0,opr_size);
+case 80 : return makeRegisterExpression(amdgpu_cdna2::s80,0,opr_size);
+case 81 : return makeRegisterExpression(amdgpu_cdna2::s81,0,opr_size);
+case 82 : return makeRegisterExpression(amdgpu_cdna2::s82,0,opr_size);
+case 83 : return makeRegisterExpression(amdgpu_cdna2::s83,0,opr_size);
+case 84 : return makeRegisterExpression(amdgpu_cdna2::s84,0,opr_size);
+case 85 : return makeRegisterExpression(amdgpu_cdna2::s85,0,opr_size);
+case 86 : return makeRegisterExpression(amdgpu_cdna2::s86,0,opr_size);
+case 87 : return makeRegisterExpression(amdgpu_cdna2::s87,0,opr_size);
+case 88 : return makeRegisterExpression(amdgpu_cdna2::s88,0,opr_size);
+case 89 : return makeRegisterExpression(amdgpu_cdna2::s89,0,opr_size);
+case 90 : return makeRegisterExpression(amdgpu_cdna2::s90,0,opr_size);
+case 91 : return makeRegisterExpression(amdgpu_cdna2::s91,0,opr_size);
+case 92 : return makeRegisterExpression(amdgpu_cdna2::s92,0,opr_size);
+case 93 : return makeRegisterExpression(amdgpu_cdna2::s93,0,opr_size);
+case 94 : return makeRegisterExpression(amdgpu_cdna2::s94,0,opr_size);
+case 95 : return makeRegisterExpression(amdgpu_cdna2::s95,0,opr_size);
+case 96 : return makeRegisterExpression(amdgpu_cdna2::s96,0,opr_size);
+case 97 : return makeRegisterExpression(amdgpu_cdna2::s97,0,opr_size);
+case 98 : return makeRegisterExpression(amdgpu_cdna2::s98,0,opr_size);
+case 99 : return makeRegisterExpression(amdgpu_cdna2::s99,0,opr_size);
+case 100 : return makeRegisterExpression(amdgpu_cdna2::s100,0,opr_size);
+case 101 : return makeRegisterExpression(amdgpu_cdna2::s101,0,opr_size);
+case 104 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_lo,0,opr_size);
+case 105 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_hi,0,opr_size);
+case 102 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_lo,0,opr_size);
+case 103 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_hi,0,opr_size);
+case 108 : return makeRegisterExpression(amdgpu_cdna2::ttmp0,0,opr_size);
+case 109 : return makeRegisterExpression(amdgpu_cdna2::ttmp1,0,opr_size);
+case 110 : return makeRegisterExpression(amdgpu_cdna2::ttmp2,0,opr_size);
+case 111 : return makeRegisterExpression(amdgpu_cdna2::ttmp3,0,opr_size);
+case 112 : return makeRegisterExpression(amdgpu_cdna2::ttmp4,0,opr_size);
+case 113 : return makeRegisterExpression(amdgpu_cdna2::ttmp5,0,opr_size);
+case 114 : return makeRegisterExpression(amdgpu_cdna2::ttmp6,0,opr_size);
+case 115 : return makeRegisterExpression(amdgpu_cdna2::ttmp7,0,opr_size);
+case 116 : return makeRegisterExpression(amdgpu_cdna2::ttmp8,0,opr_size);
+case 117 : return makeRegisterExpression(amdgpu_cdna2::ttmp9,0,opr_size);
+case 118 : return makeRegisterExpression(amdgpu_cdna2::ttmp10,0,opr_size);
+case 119 : return makeRegisterExpression(amdgpu_cdna2::ttmp11,0,opr_size);
+case 120 : return makeRegisterExpression(amdgpu_cdna2::ttmp12,0,opr_size);
+case 121 : return makeRegisterExpression(amdgpu_cdna2::ttmp13,0,opr_size);
+case 122 : return makeRegisterExpression(amdgpu_cdna2::ttmp14,0,opr_size);
+case 123 : return makeRegisterExpression(amdgpu_cdna2::ttmp15,0,opr_size);
+case 106 : return makeRegisterExpression(amdgpu_cdna2::vcc_lo,0,opr_size);
+case 107 : return makeRegisterExpression(amdgpu_cdna2::vcc_hi,0,opr_size);
+case 124 : return makeRegisterExpression(amdgpu_cdna2::m0,0,opr_size);
+case 126 : return makeRegisterExpression(amdgpu_cdna2::exec_lo,0,opr_size);
+case 127 : return makeRegisterExpression(amdgpu_cdna2::exec_hi,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SDST_EXEC(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 126 : return makeRegisterExpression(amdgpu_cdna2::exec_lo,0,opr_size);
+case 127 : return makeRegisterExpression(amdgpu_cdna2::exec_hi,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SDST_M0(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 124 : return makeRegisterExpression(amdgpu_cdna2::m0,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SGPR(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::s0,0,opr_size);
+case 1 : return makeRegisterExpression(amdgpu_cdna2::s1,0,opr_size);
+case 2 : return makeRegisterExpression(amdgpu_cdna2::s2,0,opr_size);
+case 3 : return makeRegisterExpression(amdgpu_cdna2::s3,0,opr_size);
+case 4 : return makeRegisterExpression(amdgpu_cdna2::s4,0,opr_size);
+case 5 : return makeRegisterExpression(amdgpu_cdna2::s5,0,opr_size);
+case 6 : return makeRegisterExpression(amdgpu_cdna2::s6,0,opr_size);
+case 7 : return makeRegisterExpression(amdgpu_cdna2::s7,0,opr_size);
+case 8 : return makeRegisterExpression(amdgpu_cdna2::s8,0,opr_size);
+case 9 : return makeRegisterExpression(amdgpu_cdna2::s9,0,opr_size);
+case 10 : return makeRegisterExpression(amdgpu_cdna2::s10,0,opr_size);
+case 11 : return makeRegisterExpression(amdgpu_cdna2::s11,0,opr_size);
+case 12 : return makeRegisterExpression(amdgpu_cdna2::s12,0,opr_size);
+case 13 : return makeRegisterExpression(amdgpu_cdna2::s13,0,opr_size);
+case 14 : return makeRegisterExpression(amdgpu_cdna2::s14,0,opr_size);
+case 15 : return makeRegisterExpression(amdgpu_cdna2::s15,0,opr_size);
+case 16 : return makeRegisterExpression(amdgpu_cdna2::s16,0,opr_size);
+case 17 : return makeRegisterExpression(amdgpu_cdna2::s17,0,opr_size);
+case 18 : return makeRegisterExpression(amdgpu_cdna2::s18,0,opr_size);
+case 19 : return makeRegisterExpression(amdgpu_cdna2::s19,0,opr_size);
+case 20 : return makeRegisterExpression(amdgpu_cdna2::s20,0,opr_size);
+case 21 : return makeRegisterExpression(amdgpu_cdna2::s21,0,opr_size);
+case 22 : return makeRegisterExpression(amdgpu_cdna2::s22,0,opr_size);
+case 23 : return makeRegisterExpression(amdgpu_cdna2::s23,0,opr_size);
+case 24 : return makeRegisterExpression(amdgpu_cdna2::s24,0,opr_size);
+case 25 : return makeRegisterExpression(amdgpu_cdna2::s25,0,opr_size);
+case 26 : return makeRegisterExpression(amdgpu_cdna2::s26,0,opr_size);
+case 27 : return makeRegisterExpression(amdgpu_cdna2::s27,0,opr_size);
+case 28 : return makeRegisterExpression(amdgpu_cdna2::s28,0,opr_size);
+case 29 : return makeRegisterExpression(amdgpu_cdna2::s29,0,opr_size);
+case 30 : return makeRegisterExpression(amdgpu_cdna2::s30,0,opr_size);
+case 31 : return makeRegisterExpression(amdgpu_cdna2::s31,0,opr_size);
+case 32 : return makeRegisterExpression(amdgpu_cdna2::s32,0,opr_size);
+case 33 : return makeRegisterExpression(amdgpu_cdna2::s33,0,opr_size);
+case 34 : return makeRegisterExpression(amdgpu_cdna2::s34,0,opr_size);
+case 35 : return makeRegisterExpression(amdgpu_cdna2::s35,0,opr_size);
+case 36 : return makeRegisterExpression(amdgpu_cdna2::s36,0,opr_size);
+case 37 : return makeRegisterExpression(amdgpu_cdna2::s37,0,opr_size);
+case 38 : return makeRegisterExpression(amdgpu_cdna2::s38,0,opr_size);
+case 39 : return makeRegisterExpression(amdgpu_cdna2::s39,0,opr_size);
+case 40 : return makeRegisterExpression(amdgpu_cdna2::s40,0,opr_size);
+case 41 : return makeRegisterExpression(amdgpu_cdna2::s41,0,opr_size);
+case 42 : return makeRegisterExpression(amdgpu_cdna2::s42,0,opr_size);
+case 43 : return makeRegisterExpression(amdgpu_cdna2::s43,0,opr_size);
+case 44 : return makeRegisterExpression(amdgpu_cdna2::s44,0,opr_size);
+case 45 : return makeRegisterExpression(amdgpu_cdna2::s45,0,opr_size);
+case 46 : return makeRegisterExpression(amdgpu_cdna2::s46,0,opr_size);
+case 47 : return makeRegisterExpression(amdgpu_cdna2::s47,0,opr_size);
+case 48 : return makeRegisterExpression(amdgpu_cdna2::s48,0,opr_size);
+case 49 : return makeRegisterExpression(amdgpu_cdna2::s49,0,opr_size);
+case 50 : return makeRegisterExpression(amdgpu_cdna2::s50,0,opr_size);
+case 51 : return makeRegisterExpression(amdgpu_cdna2::s51,0,opr_size);
+case 52 : return makeRegisterExpression(amdgpu_cdna2::s52,0,opr_size);
+case 53 : return makeRegisterExpression(amdgpu_cdna2::s53,0,opr_size);
+case 54 : return makeRegisterExpression(amdgpu_cdna2::s54,0,opr_size);
+case 55 : return makeRegisterExpression(amdgpu_cdna2::s55,0,opr_size);
+case 56 : return makeRegisterExpression(amdgpu_cdna2::s56,0,opr_size);
+case 57 : return makeRegisterExpression(amdgpu_cdna2::s57,0,opr_size);
+case 58 : return makeRegisterExpression(amdgpu_cdna2::s58,0,opr_size);
+case 59 : return makeRegisterExpression(amdgpu_cdna2::s59,0,opr_size);
+case 60 : return makeRegisterExpression(amdgpu_cdna2::s60,0,opr_size);
+case 61 : return makeRegisterExpression(amdgpu_cdna2::s61,0,opr_size);
+case 62 : return makeRegisterExpression(amdgpu_cdna2::s62,0,opr_size);
+case 63 : return makeRegisterExpression(amdgpu_cdna2::s63,0,opr_size);
+case 64 : return makeRegisterExpression(amdgpu_cdna2::s64,0,opr_size);
+case 65 : return makeRegisterExpression(amdgpu_cdna2::s65,0,opr_size);
+case 66 : return makeRegisterExpression(amdgpu_cdna2::s66,0,opr_size);
+case 67 : return makeRegisterExpression(amdgpu_cdna2::s67,0,opr_size);
+case 68 : return makeRegisterExpression(amdgpu_cdna2::s68,0,opr_size);
+case 69 : return makeRegisterExpression(amdgpu_cdna2::s69,0,opr_size);
+case 70 : return makeRegisterExpression(amdgpu_cdna2::s70,0,opr_size);
+case 71 : return makeRegisterExpression(amdgpu_cdna2::s71,0,opr_size);
+case 72 : return makeRegisterExpression(amdgpu_cdna2::s72,0,opr_size);
+case 73 : return makeRegisterExpression(amdgpu_cdna2::s73,0,opr_size);
+case 74 : return makeRegisterExpression(amdgpu_cdna2::s74,0,opr_size);
+case 75 : return makeRegisterExpression(amdgpu_cdna2::s75,0,opr_size);
+case 76 : return makeRegisterExpression(amdgpu_cdna2::s76,0,opr_size);
+case 77 : return makeRegisterExpression(amdgpu_cdna2::s77,0,opr_size);
+case 78 : return makeRegisterExpression(amdgpu_cdna2::s78,0,opr_size);
+case 79 : return makeRegisterExpression(amdgpu_cdna2::s79,0,opr_size);
+case 80 : return makeRegisterExpression(amdgpu_cdna2::s80,0,opr_size);
+case 81 : return makeRegisterExpression(amdgpu_cdna2::s81,0,opr_size);
+case 82 : return makeRegisterExpression(amdgpu_cdna2::s82,0,opr_size);
+case 83 : return makeRegisterExpression(amdgpu_cdna2::s83,0,opr_size);
+case 84 : return makeRegisterExpression(amdgpu_cdna2::s84,0,opr_size);
+case 85 : return makeRegisterExpression(amdgpu_cdna2::s85,0,opr_size);
+case 86 : return makeRegisterExpression(amdgpu_cdna2::s86,0,opr_size);
+case 87 : return makeRegisterExpression(amdgpu_cdna2::s87,0,opr_size);
+case 88 : return makeRegisterExpression(amdgpu_cdna2::s88,0,opr_size);
+case 89 : return makeRegisterExpression(amdgpu_cdna2::s89,0,opr_size);
+case 90 : return makeRegisterExpression(amdgpu_cdna2::s90,0,opr_size);
+case 91 : return makeRegisterExpression(amdgpu_cdna2::s91,0,opr_size);
+case 92 : return makeRegisterExpression(amdgpu_cdna2::s92,0,opr_size);
+case 93 : return makeRegisterExpression(amdgpu_cdna2::s93,0,opr_size);
+case 94 : return makeRegisterExpression(amdgpu_cdna2::s94,0,opr_size);
+case 95 : return makeRegisterExpression(amdgpu_cdna2::s95,0,opr_size);
+case 96 : return makeRegisterExpression(amdgpu_cdna2::s96,0,opr_size);
+case 97 : return makeRegisterExpression(amdgpu_cdna2::s97,0,opr_size);
+case 98 : return makeRegisterExpression(amdgpu_cdna2::s98,0,opr_size);
+case 99 : return makeRegisterExpression(amdgpu_cdna2::s99,0,opr_size);
+case 100 : return makeRegisterExpression(amdgpu_cdna2::s100,0,opr_size);
+case 101 : return makeRegisterExpression(amdgpu_cdna2::s101,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SMEM_OFFSET(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::s0,0,opr_size);
+case 1 : return makeRegisterExpression(amdgpu_cdna2::s1,0,opr_size);
+case 2 : return makeRegisterExpression(amdgpu_cdna2::s2,0,opr_size);
+case 3 : return makeRegisterExpression(amdgpu_cdna2::s3,0,opr_size);
+case 4 : return makeRegisterExpression(amdgpu_cdna2::s4,0,opr_size);
+case 5 : return makeRegisterExpression(amdgpu_cdna2::s5,0,opr_size);
+case 6 : return makeRegisterExpression(amdgpu_cdna2::s6,0,opr_size);
+case 7 : return makeRegisterExpression(amdgpu_cdna2::s7,0,opr_size);
+case 8 : return makeRegisterExpression(amdgpu_cdna2::s8,0,opr_size);
+case 9 : return makeRegisterExpression(amdgpu_cdna2::s9,0,opr_size);
+case 10 : return makeRegisterExpression(amdgpu_cdna2::s10,0,opr_size);
+case 11 : return makeRegisterExpression(amdgpu_cdna2::s11,0,opr_size);
+case 12 : return makeRegisterExpression(amdgpu_cdna2::s12,0,opr_size);
+case 13 : return makeRegisterExpression(amdgpu_cdna2::s13,0,opr_size);
+case 14 : return makeRegisterExpression(amdgpu_cdna2::s14,0,opr_size);
+case 15 : return makeRegisterExpression(amdgpu_cdna2::s15,0,opr_size);
+case 16 : return makeRegisterExpression(amdgpu_cdna2::s16,0,opr_size);
+case 17 : return makeRegisterExpression(amdgpu_cdna2::s17,0,opr_size);
+case 18 : return makeRegisterExpression(amdgpu_cdna2::s18,0,opr_size);
+case 19 : return makeRegisterExpression(amdgpu_cdna2::s19,0,opr_size);
+case 20 : return makeRegisterExpression(amdgpu_cdna2::s20,0,opr_size);
+case 21 : return makeRegisterExpression(amdgpu_cdna2::s21,0,opr_size);
+case 22 : return makeRegisterExpression(amdgpu_cdna2::s22,0,opr_size);
+case 23 : return makeRegisterExpression(amdgpu_cdna2::s23,0,opr_size);
+case 24 : return makeRegisterExpression(amdgpu_cdna2::s24,0,opr_size);
+case 25 : return makeRegisterExpression(amdgpu_cdna2::s25,0,opr_size);
+case 26 : return makeRegisterExpression(amdgpu_cdna2::s26,0,opr_size);
+case 27 : return makeRegisterExpression(amdgpu_cdna2::s27,0,opr_size);
+case 28 : return makeRegisterExpression(amdgpu_cdna2::s28,0,opr_size);
+case 29 : return makeRegisterExpression(amdgpu_cdna2::s29,0,opr_size);
+case 30 : return makeRegisterExpression(amdgpu_cdna2::s30,0,opr_size);
+case 31 : return makeRegisterExpression(amdgpu_cdna2::s31,0,opr_size);
+case 32 : return makeRegisterExpression(amdgpu_cdna2::s32,0,opr_size);
+case 33 : return makeRegisterExpression(amdgpu_cdna2::s33,0,opr_size);
+case 34 : return makeRegisterExpression(amdgpu_cdna2::s34,0,opr_size);
+case 35 : return makeRegisterExpression(amdgpu_cdna2::s35,0,opr_size);
+case 36 : return makeRegisterExpression(amdgpu_cdna2::s36,0,opr_size);
+case 37 : return makeRegisterExpression(amdgpu_cdna2::s37,0,opr_size);
+case 38 : return makeRegisterExpression(amdgpu_cdna2::s38,0,opr_size);
+case 39 : return makeRegisterExpression(amdgpu_cdna2::s39,0,opr_size);
+case 40 : return makeRegisterExpression(amdgpu_cdna2::s40,0,opr_size);
+case 41 : return makeRegisterExpression(amdgpu_cdna2::s41,0,opr_size);
+case 42 : return makeRegisterExpression(amdgpu_cdna2::s42,0,opr_size);
+case 43 : return makeRegisterExpression(amdgpu_cdna2::s43,0,opr_size);
+case 44 : return makeRegisterExpression(amdgpu_cdna2::s44,0,opr_size);
+case 45 : return makeRegisterExpression(amdgpu_cdna2::s45,0,opr_size);
+case 46 : return makeRegisterExpression(amdgpu_cdna2::s46,0,opr_size);
+case 47 : return makeRegisterExpression(amdgpu_cdna2::s47,0,opr_size);
+case 48 : return makeRegisterExpression(amdgpu_cdna2::s48,0,opr_size);
+case 49 : return makeRegisterExpression(amdgpu_cdna2::s49,0,opr_size);
+case 50 : return makeRegisterExpression(amdgpu_cdna2::s50,0,opr_size);
+case 51 : return makeRegisterExpression(amdgpu_cdna2::s51,0,opr_size);
+case 52 : return makeRegisterExpression(amdgpu_cdna2::s52,0,opr_size);
+case 53 : return makeRegisterExpression(amdgpu_cdna2::s53,0,opr_size);
+case 54 : return makeRegisterExpression(amdgpu_cdna2::s54,0,opr_size);
+case 55 : return makeRegisterExpression(amdgpu_cdna2::s55,0,opr_size);
+case 56 : return makeRegisterExpression(amdgpu_cdna2::s56,0,opr_size);
+case 57 : return makeRegisterExpression(amdgpu_cdna2::s57,0,opr_size);
+case 58 : return makeRegisterExpression(amdgpu_cdna2::s58,0,opr_size);
+case 59 : return makeRegisterExpression(amdgpu_cdna2::s59,0,opr_size);
+case 60 : return makeRegisterExpression(amdgpu_cdna2::s60,0,opr_size);
+case 61 : return makeRegisterExpression(amdgpu_cdna2::s61,0,opr_size);
+case 62 : return makeRegisterExpression(amdgpu_cdna2::s62,0,opr_size);
+case 63 : return makeRegisterExpression(amdgpu_cdna2::s63,0,opr_size);
+case 64 : return makeRegisterExpression(amdgpu_cdna2::s64,0,opr_size);
+case 65 : return makeRegisterExpression(amdgpu_cdna2::s65,0,opr_size);
+case 66 : return makeRegisterExpression(amdgpu_cdna2::s66,0,opr_size);
+case 67 : return makeRegisterExpression(amdgpu_cdna2::s67,0,opr_size);
+case 68 : return makeRegisterExpression(amdgpu_cdna2::s68,0,opr_size);
+case 69 : return makeRegisterExpression(amdgpu_cdna2::s69,0,opr_size);
+case 70 : return makeRegisterExpression(amdgpu_cdna2::s70,0,opr_size);
+case 71 : return makeRegisterExpression(amdgpu_cdna2::s71,0,opr_size);
+case 72 : return makeRegisterExpression(amdgpu_cdna2::s72,0,opr_size);
+case 73 : return makeRegisterExpression(amdgpu_cdna2::s73,0,opr_size);
+case 74 : return makeRegisterExpression(amdgpu_cdna2::s74,0,opr_size);
+case 75 : return makeRegisterExpression(amdgpu_cdna2::s75,0,opr_size);
+case 76 : return makeRegisterExpression(amdgpu_cdna2::s76,0,opr_size);
+case 77 : return makeRegisterExpression(amdgpu_cdna2::s77,0,opr_size);
+case 78 : return makeRegisterExpression(amdgpu_cdna2::s78,0,opr_size);
+case 79 : return makeRegisterExpression(amdgpu_cdna2::s79,0,opr_size);
+case 80 : return makeRegisterExpression(amdgpu_cdna2::s80,0,opr_size);
+case 81 : return makeRegisterExpression(amdgpu_cdna2::s81,0,opr_size);
+case 82 : return makeRegisterExpression(amdgpu_cdna2::s82,0,opr_size);
+case 83 : return makeRegisterExpression(amdgpu_cdna2::s83,0,opr_size);
+case 84 : return makeRegisterExpression(amdgpu_cdna2::s84,0,opr_size);
+case 85 : return makeRegisterExpression(amdgpu_cdna2::s85,0,opr_size);
+case 86 : return makeRegisterExpression(amdgpu_cdna2::s86,0,opr_size);
+case 87 : return makeRegisterExpression(amdgpu_cdna2::s87,0,opr_size);
+case 88 : return makeRegisterExpression(amdgpu_cdna2::s88,0,opr_size);
+case 89 : return makeRegisterExpression(amdgpu_cdna2::s89,0,opr_size);
+case 90 : return makeRegisterExpression(amdgpu_cdna2::s90,0,opr_size);
+case 91 : return makeRegisterExpression(amdgpu_cdna2::s91,0,opr_size);
+case 92 : return makeRegisterExpression(amdgpu_cdna2::s92,0,opr_size);
+case 93 : return makeRegisterExpression(amdgpu_cdna2::s93,0,opr_size);
+case 94 : return makeRegisterExpression(amdgpu_cdna2::s94,0,opr_size);
+case 95 : return makeRegisterExpression(amdgpu_cdna2::s95,0,opr_size);
+case 96 : return makeRegisterExpression(amdgpu_cdna2::s96,0,opr_size);
+case 97 : return makeRegisterExpression(amdgpu_cdna2::s97,0,opr_size);
+case 98 : return makeRegisterExpression(amdgpu_cdna2::s98,0,opr_size);
+case 99 : return makeRegisterExpression(amdgpu_cdna2::s99,0,opr_size);
+case 100 : return makeRegisterExpression(amdgpu_cdna2::s100,0,opr_size);
+case 101 : return makeRegisterExpression(amdgpu_cdna2::s101,0,opr_size);
+case 104 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_lo,0,opr_size);
+case 105 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_hi,0,opr_size);
+case 102 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_lo,0,opr_size);
+case 103 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_hi,0,opr_size);
+case 108 : return makeRegisterExpression(amdgpu_cdna2::ttmp0,0,opr_size);
+case 109 : return makeRegisterExpression(amdgpu_cdna2::ttmp1,0,opr_size);
+case 110 : return makeRegisterExpression(amdgpu_cdna2::ttmp2,0,opr_size);
+case 111 : return makeRegisterExpression(amdgpu_cdna2::ttmp3,0,opr_size);
+case 112 : return makeRegisterExpression(amdgpu_cdna2::ttmp4,0,opr_size);
+case 113 : return makeRegisterExpression(amdgpu_cdna2::ttmp5,0,opr_size);
+case 114 : return makeRegisterExpression(amdgpu_cdna2::ttmp6,0,opr_size);
+case 115 : return makeRegisterExpression(amdgpu_cdna2::ttmp7,0,opr_size);
+case 116 : return makeRegisterExpression(amdgpu_cdna2::ttmp8,0,opr_size);
+case 117 : return makeRegisterExpression(amdgpu_cdna2::ttmp9,0,opr_size);
+case 118 : return makeRegisterExpression(amdgpu_cdna2::ttmp10,0,opr_size);
+case 119 : return makeRegisterExpression(amdgpu_cdna2::ttmp11,0,opr_size);
+case 120 : return makeRegisterExpression(amdgpu_cdna2::ttmp12,0,opr_size);
+case 121 : return makeRegisterExpression(amdgpu_cdna2::ttmp13,0,opr_size);
+case 122 : return makeRegisterExpression(amdgpu_cdna2::ttmp14,0,opr_size);
+case 123 : return makeRegisterExpression(amdgpu_cdna2::ttmp15,0,opr_size);
+case 106 : return makeRegisterExpression(amdgpu_cdna2::vcc_lo,0,opr_size);
+case 107 : return makeRegisterExpression(amdgpu_cdna2::vcc_hi,0,opr_size);
+case 124 : return makeRegisterExpression(amdgpu_cdna2::m0,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SRC(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::s0,0,opr_size);
+case 1 : return makeRegisterExpression(amdgpu_cdna2::s1,0,opr_size);
+case 2 : return makeRegisterExpression(amdgpu_cdna2::s2,0,opr_size);
+case 3 : return makeRegisterExpression(amdgpu_cdna2::s3,0,opr_size);
+case 4 : return makeRegisterExpression(amdgpu_cdna2::s4,0,opr_size);
+case 5 : return makeRegisterExpression(amdgpu_cdna2::s5,0,opr_size);
+case 6 : return makeRegisterExpression(amdgpu_cdna2::s6,0,opr_size);
+case 7 : return makeRegisterExpression(amdgpu_cdna2::s7,0,opr_size);
+case 8 : return makeRegisterExpression(amdgpu_cdna2::s8,0,opr_size);
+case 9 : return makeRegisterExpression(amdgpu_cdna2::s9,0,opr_size);
+case 10 : return makeRegisterExpression(amdgpu_cdna2::s10,0,opr_size);
+case 11 : return makeRegisterExpression(amdgpu_cdna2::s11,0,opr_size);
+case 12 : return makeRegisterExpression(amdgpu_cdna2::s12,0,opr_size);
+case 13 : return makeRegisterExpression(amdgpu_cdna2::s13,0,opr_size);
+case 14 : return makeRegisterExpression(amdgpu_cdna2::s14,0,opr_size);
+case 15 : return makeRegisterExpression(amdgpu_cdna2::s15,0,opr_size);
+case 16 : return makeRegisterExpression(amdgpu_cdna2::s16,0,opr_size);
+case 17 : return makeRegisterExpression(amdgpu_cdna2::s17,0,opr_size);
+case 18 : return makeRegisterExpression(amdgpu_cdna2::s18,0,opr_size);
+case 19 : return makeRegisterExpression(amdgpu_cdna2::s19,0,opr_size);
+case 20 : return makeRegisterExpression(amdgpu_cdna2::s20,0,opr_size);
+case 21 : return makeRegisterExpression(amdgpu_cdna2::s21,0,opr_size);
+case 22 : return makeRegisterExpression(amdgpu_cdna2::s22,0,opr_size);
+case 23 : return makeRegisterExpression(amdgpu_cdna2::s23,0,opr_size);
+case 24 : return makeRegisterExpression(amdgpu_cdna2::s24,0,opr_size);
+case 25 : return makeRegisterExpression(amdgpu_cdna2::s25,0,opr_size);
+case 26 : return makeRegisterExpression(amdgpu_cdna2::s26,0,opr_size);
+case 27 : return makeRegisterExpression(amdgpu_cdna2::s27,0,opr_size);
+case 28 : return makeRegisterExpression(amdgpu_cdna2::s28,0,opr_size);
+case 29 : return makeRegisterExpression(amdgpu_cdna2::s29,0,opr_size);
+case 30 : return makeRegisterExpression(amdgpu_cdna2::s30,0,opr_size);
+case 31 : return makeRegisterExpression(amdgpu_cdna2::s31,0,opr_size);
+case 32 : return makeRegisterExpression(amdgpu_cdna2::s32,0,opr_size);
+case 33 : return makeRegisterExpression(amdgpu_cdna2::s33,0,opr_size);
+case 34 : return makeRegisterExpression(amdgpu_cdna2::s34,0,opr_size);
+case 35 : return makeRegisterExpression(amdgpu_cdna2::s35,0,opr_size);
+case 36 : return makeRegisterExpression(amdgpu_cdna2::s36,0,opr_size);
+case 37 : return makeRegisterExpression(amdgpu_cdna2::s37,0,opr_size);
+case 38 : return makeRegisterExpression(amdgpu_cdna2::s38,0,opr_size);
+case 39 : return makeRegisterExpression(amdgpu_cdna2::s39,0,opr_size);
+case 40 : return makeRegisterExpression(amdgpu_cdna2::s40,0,opr_size);
+case 41 : return makeRegisterExpression(amdgpu_cdna2::s41,0,opr_size);
+case 42 : return makeRegisterExpression(amdgpu_cdna2::s42,0,opr_size);
+case 43 : return makeRegisterExpression(amdgpu_cdna2::s43,0,opr_size);
+case 44 : return makeRegisterExpression(amdgpu_cdna2::s44,0,opr_size);
+case 45 : return makeRegisterExpression(amdgpu_cdna2::s45,0,opr_size);
+case 46 : return makeRegisterExpression(amdgpu_cdna2::s46,0,opr_size);
+case 47 : return makeRegisterExpression(amdgpu_cdna2::s47,0,opr_size);
+case 48 : return makeRegisterExpression(amdgpu_cdna2::s48,0,opr_size);
+case 49 : return makeRegisterExpression(amdgpu_cdna2::s49,0,opr_size);
+case 50 : return makeRegisterExpression(amdgpu_cdna2::s50,0,opr_size);
+case 51 : return makeRegisterExpression(amdgpu_cdna2::s51,0,opr_size);
+case 52 : return makeRegisterExpression(amdgpu_cdna2::s52,0,opr_size);
+case 53 : return makeRegisterExpression(amdgpu_cdna2::s53,0,opr_size);
+case 54 : return makeRegisterExpression(amdgpu_cdna2::s54,0,opr_size);
+case 55 : return makeRegisterExpression(amdgpu_cdna2::s55,0,opr_size);
+case 56 : return makeRegisterExpression(amdgpu_cdna2::s56,0,opr_size);
+case 57 : return makeRegisterExpression(amdgpu_cdna2::s57,0,opr_size);
+case 58 : return makeRegisterExpression(amdgpu_cdna2::s58,0,opr_size);
+case 59 : return makeRegisterExpression(amdgpu_cdna2::s59,0,opr_size);
+case 60 : return makeRegisterExpression(amdgpu_cdna2::s60,0,opr_size);
+case 61 : return makeRegisterExpression(amdgpu_cdna2::s61,0,opr_size);
+case 62 : return makeRegisterExpression(amdgpu_cdna2::s62,0,opr_size);
+case 63 : return makeRegisterExpression(amdgpu_cdna2::s63,0,opr_size);
+case 64 : return makeRegisterExpression(amdgpu_cdna2::s64,0,opr_size);
+case 65 : return makeRegisterExpression(amdgpu_cdna2::s65,0,opr_size);
+case 66 : return makeRegisterExpression(amdgpu_cdna2::s66,0,opr_size);
+case 67 : return makeRegisterExpression(amdgpu_cdna2::s67,0,opr_size);
+case 68 : return makeRegisterExpression(amdgpu_cdna2::s68,0,opr_size);
+case 69 : return makeRegisterExpression(amdgpu_cdna2::s69,0,opr_size);
+case 70 : return makeRegisterExpression(amdgpu_cdna2::s70,0,opr_size);
+case 71 : return makeRegisterExpression(amdgpu_cdna2::s71,0,opr_size);
+case 72 : return makeRegisterExpression(amdgpu_cdna2::s72,0,opr_size);
+case 73 : return makeRegisterExpression(amdgpu_cdna2::s73,0,opr_size);
+case 74 : return makeRegisterExpression(amdgpu_cdna2::s74,0,opr_size);
+case 75 : return makeRegisterExpression(amdgpu_cdna2::s75,0,opr_size);
+case 76 : return makeRegisterExpression(amdgpu_cdna2::s76,0,opr_size);
+case 77 : return makeRegisterExpression(amdgpu_cdna2::s77,0,opr_size);
+case 78 : return makeRegisterExpression(amdgpu_cdna2::s78,0,opr_size);
+case 79 : return makeRegisterExpression(amdgpu_cdna2::s79,0,opr_size);
+case 80 : return makeRegisterExpression(amdgpu_cdna2::s80,0,opr_size);
+case 81 : return makeRegisterExpression(amdgpu_cdna2::s81,0,opr_size);
+case 82 : return makeRegisterExpression(amdgpu_cdna2::s82,0,opr_size);
+case 83 : return makeRegisterExpression(amdgpu_cdna2::s83,0,opr_size);
+case 84 : return makeRegisterExpression(amdgpu_cdna2::s84,0,opr_size);
+case 85 : return makeRegisterExpression(amdgpu_cdna2::s85,0,opr_size);
+case 86 : return makeRegisterExpression(amdgpu_cdna2::s86,0,opr_size);
+case 87 : return makeRegisterExpression(amdgpu_cdna2::s87,0,opr_size);
+case 88 : return makeRegisterExpression(amdgpu_cdna2::s88,0,opr_size);
+case 89 : return makeRegisterExpression(amdgpu_cdna2::s89,0,opr_size);
+case 90 : return makeRegisterExpression(amdgpu_cdna2::s90,0,opr_size);
+case 91 : return makeRegisterExpression(amdgpu_cdna2::s91,0,opr_size);
+case 92 : return makeRegisterExpression(amdgpu_cdna2::s92,0,opr_size);
+case 93 : return makeRegisterExpression(amdgpu_cdna2::s93,0,opr_size);
+case 94 : return makeRegisterExpression(amdgpu_cdna2::s94,0,opr_size);
+case 95 : return makeRegisterExpression(amdgpu_cdna2::s95,0,opr_size);
+case 96 : return makeRegisterExpression(amdgpu_cdna2::s96,0,opr_size);
+case 97 : return makeRegisterExpression(amdgpu_cdna2::s97,0,opr_size);
+case 98 : return makeRegisterExpression(amdgpu_cdna2::s98,0,opr_size);
+case 99 : return makeRegisterExpression(amdgpu_cdna2::s99,0,opr_size);
+case 100 : return makeRegisterExpression(amdgpu_cdna2::s100,0,opr_size);
+case 101 : return makeRegisterExpression(amdgpu_cdna2::s101,0,opr_size);
+case 104 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_lo,0,opr_size);
+case 105 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_hi,0,opr_size);
+case 102 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_lo,0,opr_size);
+case 103 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_hi,0,opr_size);
+case 108 : return makeRegisterExpression(amdgpu_cdna2::ttmp0,0,opr_size);
+case 109 : return makeRegisterExpression(amdgpu_cdna2::ttmp1,0,opr_size);
+case 110 : return makeRegisterExpression(amdgpu_cdna2::ttmp2,0,opr_size);
+case 111 : return makeRegisterExpression(amdgpu_cdna2::ttmp3,0,opr_size);
+case 112 : return makeRegisterExpression(amdgpu_cdna2::ttmp4,0,opr_size);
+case 113 : return makeRegisterExpression(amdgpu_cdna2::ttmp5,0,opr_size);
+case 114 : return makeRegisterExpression(amdgpu_cdna2::ttmp6,0,opr_size);
+case 115 : return makeRegisterExpression(amdgpu_cdna2::ttmp7,0,opr_size);
+case 116 : return makeRegisterExpression(amdgpu_cdna2::ttmp8,0,opr_size);
+case 117 : return makeRegisterExpression(amdgpu_cdna2::ttmp9,0,opr_size);
+case 118 : return makeRegisterExpression(amdgpu_cdna2::ttmp10,0,opr_size);
+case 119 : return makeRegisterExpression(amdgpu_cdna2::ttmp11,0,opr_size);
+case 120 : return makeRegisterExpression(amdgpu_cdna2::ttmp12,0,opr_size);
+case 121 : return makeRegisterExpression(amdgpu_cdna2::ttmp13,0,opr_size);
+case 122 : return makeRegisterExpression(amdgpu_cdna2::ttmp14,0,opr_size);
+case 123 : return makeRegisterExpression(amdgpu_cdna2::ttmp15,0,opr_size);
+case 106 : return makeRegisterExpression(amdgpu_cdna2::vcc_lo,0,opr_size);
+case 107 : return makeRegisterExpression(amdgpu_cdna2::vcc_hi,0,opr_size);
+case 124 : return makeRegisterExpression(amdgpu_cdna2::m0,0,opr_size);
+case 126 : return makeRegisterExpression(amdgpu_cdna2::exec_lo,0,opr_size);
+case 127 : return makeRegisterExpression(amdgpu_cdna2::exec_hi,0,opr_size);
+case 128 : return Immediate::makeImmediate(Result(u32, 0));
+case 129 : return Immediate::makeImmediate(Result(u32, 1));
+case 130 : return Immediate::makeImmediate(Result(u32, 2));
+case 131 : return Immediate::makeImmediate(Result(u32, 3));
+case 132 : return Immediate::makeImmediate(Result(u32, 4));
+case 133 : return Immediate::makeImmediate(Result(u32, 5));
+case 134 : return Immediate::makeImmediate(Result(u32, 6));
+case 135 : return Immediate::makeImmediate(Result(u32, 7));
+case 136 : return Immediate::makeImmediate(Result(u32, 8));
+case 137 : return Immediate::makeImmediate(Result(u32, 9));
+case 138 : return Immediate::makeImmediate(Result(u32, 10));
+case 139 : return Immediate::makeImmediate(Result(u32, 11));
+case 140 : return Immediate::makeImmediate(Result(u32, 12));
+case 141 : return Immediate::makeImmediate(Result(u32, 13));
+case 142 : return Immediate::makeImmediate(Result(u32, 14));
+case 143 : return Immediate::makeImmediate(Result(u32, 15));
+case 144 : return Immediate::makeImmediate(Result(u32, 16));
+case 145 : return Immediate::makeImmediate(Result(u32, 17));
+case 146 : return Immediate::makeImmediate(Result(u32, 18));
+case 147 : return Immediate::makeImmediate(Result(u32, 19));
+case 148 : return Immediate::makeImmediate(Result(u32, 20));
+case 149 : return Immediate::makeImmediate(Result(u32, 21));
+case 150 : return Immediate::makeImmediate(Result(u32, 22));
+case 151 : return Immediate::makeImmediate(Result(u32, 23));
+case 152 : return Immediate::makeImmediate(Result(u32, 24));
+case 153 : return Immediate::makeImmediate(Result(u32, 25));
+case 154 : return Immediate::makeImmediate(Result(u32, 26));
+case 155 : return Immediate::makeImmediate(Result(u32, 27));
+case 156 : return Immediate::makeImmediate(Result(u32, 28));
+case 157 : return Immediate::makeImmediate(Result(u32, 29));
+case 158 : return Immediate::makeImmediate(Result(u32, 30));
+case 159 : return Immediate::makeImmediate(Result(u32, 31));
+case 160 : return Immediate::makeImmediate(Result(u32, 32));
+case 161 : return Immediate::makeImmediate(Result(u32, 33));
+case 162 : return Immediate::makeImmediate(Result(u32, 34));
+case 163 : return Immediate::makeImmediate(Result(u32, 35));
+case 164 : return Immediate::makeImmediate(Result(u32, 36));
+case 165 : return Immediate::makeImmediate(Result(u32, 37));
+case 166 : return Immediate::makeImmediate(Result(u32, 38));
+case 167 : return Immediate::makeImmediate(Result(u32, 39));
+case 168 : return Immediate::makeImmediate(Result(u32, 40));
+case 169 : return Immediate::makeImmediate(Result(u32, 41));
+case 170 : return Immediate::makeImmediate(Result(u32, 42));
+case 171 : return Immediate::makeImmediate(Result(u32, 43));
+case 172 : return Immediate::makeImmediate(Result(u32, 44));
+case 173 : return Immediate::makeImmediate(Result(u32, 45));
+case 174 : return Immediate::makeImmediate(Result(u32, 46));
+case 175 : return Immediate::makeImmediate(Result(u32, 47));
+case 176 : return Immediate::makeImmediate(Result(u32, 48));
+case 177 : return Immediate::makeImmediate(Result(u32, 49));
+case 178 : return Immediate::makeImmediate(Result(u32, 50));
+case 179 : return Immediate::makeImmediate(Result(u32, 51));
+case 180 : return Immediate::makeImmediate(Result(u32, 52));
+case 181 : return Immediate::makeImmediate(Result(u32, 53));
+case 182 : return Immediate::makeImmediate(Result(u32, 54));
+case 183 : return Immediate::makeImmediate(Result(u32, 55));
+case 184 : return Immediate::makeImmediate(Result(u32, 56));
+case 185 : return Immediate::makeImmediate(Result(u32, 57));
+case 186 : return Immediate::makeImmediate(Result(u32, 58));
+case 187 : return Immediate::makeImmediate(Result(u32, 59));
+case 188 : return Immediate::makeImmediate(Result(u32, 60));
+case 189 : return Immediate::makeImmediate(Result(u32, 61));
+case 190 : return Immediate::makeImmediate(Result(u32, 62));
+case 191 : return Immediate::makeImmediate(Result(u32, 63));
+case 192 : return Immediate::makeImmediate(Result(u32, 64));
+case 193 : return Immediate::makeImmediate(Result(u32, -1));
+case 194 : return Immediate::makeImmediate(Result(u32, -2));
+case 195 : return Immediate::makeImmediate(Result(u32, -3));
+case 196 : return Immediate::makeImmediate(Result(u32, -4));
+case 197 : return Immediate::makeImmediate(Result(u32, -5));
+case 198 : return Immediate::makeImmediate(Result(u32, -6));
+case 199 : return Immediate::makeImmediate(Result(u32, -7));
+case 200 : return Immediate::makeImmediate(Result(u32, -8));
+case 201 : return Immediate::makeImmediate(Result(u32, -9));
+case 202 : return Immediate::makeImmediate(Result(u32, -10));
+case 203 : return Immediate::makeImmediate(Result(u32, -11));
+case 204 : return Immediate::makeImmediate(Result(u32, -12));
+case 205 : return Immediate::makeImmediate(Result(u32, -13));
+case 206 : return Immediate::makeImmediate(Result(u32, -14));
+case 207 : return Immediate::makeImmediate(Result(u32, -15));
+case 208 : return Immediate::makeImmediate(Result(u32, -16));
+case 240 : return Immediate::makeImmediate(Result(sp_float, 0.5));
+case 241 : return Immediate::makeImmediate(Result(sp_float, -0.5));
+case 242 : return Immediate::makeImmediate(Result(sp_float, 1.0));
+case 243 : return Immediate::makeImmediate(Result(sp_float, -1.0));
+case 244 : return Immediate::makeImmediate(Result(sp_float, 2.0));
+case 245 : return Immediate::makeImmediate(Result(sp_float, -2.0));
+case 246 : return Immediate::makeImmediate(Result(sp_float, 4.0));
+case 247 : return Immediate::makeImmediate(Result(sp_float, -4.0));
+case 248 : return Immediate::makeImmediate(Result(sp_float, 0.15915494));
+case 251 : return makeRegisterExpression(amdgpu_cdna2::src_vccz,0,opr_size);
+case 252 : return makeRegisterExpression(amdgpu_cdna2::src_execz,0,opr_size);
+case 253 : return makeRegisterExpression(amdgpu_cdna2::src_scc,0,opr_size);
+case 235 : return makeRegisterExpression(amdgpu_cdna2::src_shared_base,0,opr_size);
+case 236 : return makeRegisterExpression(amdgpu_cdna2::src_shared_limit,0,opr_size);
+case 237 : return makeRegisterExpression(amdgpu_cdna2::src_private_base,0,opr_size);
+case 238 : return makeRegisterExpression(amdgpu_cdna2::src_private_limit,0,opr_size);
+case 239 : return makeRegisterExpression(amdgpu_cdna2::src_pops_exiting_wave_id,0,opr_size);
+case 256 : return makeRegisterExpression(amdgpu_cdna2::v0,0,opr_size);
+case 257 : return makeRegisterExpression(amdgpu_cdna2::v1,0,opr_size);
+case 258 : return makeRegisterExpression(amdgpu_cdna2::v2,0,opr_size);
+case 259 : return makeRegisterExpression(amdgpu_cdna2::v3,0,opr_size);
+case 260 : return makeRegisterExpression(amdgpu_cdna2::v4,0,opr_size);
+case 261 : return makeRegisterExpression(amdgpu_cdna2::v5,0,opr_size);
+case 262 : return makeRegisterExpression(amdgpu_cdna2::v6,0,opr_size);
+case 263 : return makeRegisterExpression(amdgpu_cdna2::v7,0,opr_size);
+case 264 : return makeRegisterExpression(amdgpu_cdna2::v8,0,opr_size);
+case 265 : return makeRegisterExpression(amdgpu_cdna2::v9,0,opr_size);
+case 266 : return makeRegisterExpression(amdgpu_cdna2::v10,0,opr_size);
+case 267 : return makeRegisterExpression(amdgpu_cdna2::v11,0,opr_size);
+case 268 : return makeRegisterExpression(amdgpu_cdna2::v12,0,opr_size);
+case 269 : return makeRegisterExpression(amdgpu_cdna2::v13,0,opr_size);
+case 270 : return makeRegisterExpression(amdgpu_cdna2::v14,0,opr_size);
+case 271 : return makeRegisterExpression(amdgpu_cdna2::v15,0,opr_size);
+case 272 : return makeRegisterExpression(amdgpu_cdna2::v16,0,opr_size);
+case 273 : return makeRegisterExpression(amdgpu_cdna2::v17,0,opr_size);
+case 274 : return makeRegisterExpression(amdgpu_cdna2::v18,0,opr_size);
+case 275 : return makeRegisterExpression(amdgpu_cdna2::v19,0,opr_size);
+case 276 : return makeRegisterExpression(amdgpu_cdna2::v20,0,opr_size);
+case 277 : return makeRegisterExpression(amdgpu_cdna2::v21,0,opr_size);
+case 278 : return makeRegisterExpression(amdgpu_cdna2::v22,0,opr_size);
+case 279 : return makeRegisterExpression(amdgpu_cdna2::v23,0,opr_size);
+case 280 : return makeRegisterExpression(amdgpu_cdna2::v24,0,opr_size);
+case 281 : return makeRegisterExpression(amdgpu_cdna2::v25,0,opr_size);
+case 282 : return makeRegisterExpression(amdgpu_cdna2::v26,0,opr_size);
+case 283 : return makeRegisterExpression(amdgpu_cdna2::v27,0,opr_size);
+case 284 : return makeRegisterExpression(amdgpu_cdna2::v28,0,opr_size);
+case 285 : return makeRegisterExpression(amdgpu_cdna2::v29,0,opr_size);
+case 286 : return makeRegisterExpression(amdgpu_cdna2::v30,0,opr_size);
+case 287 : return makeRegisterExpression(amdgpu_cdna2::v31,0,opr_size);
+case 288 : return makeRegisterExpression(amdgpu_cdna2::v32,0,opr_size);
+case 289 : return makeRegisterExpression(amdgpu_cdna2::v33,0,opr_size);
+case 290 : return makeRegisterExpression(amdgpu_cdna2::v34,0,opr_size);
+case 291 : return makeRegisterExpression(amdgpu_cdna2::v35,0,opr_size);
+case 292 : return makeRegisterExpression(amdgpu_cdna2::v36,0,opr_size);
+case 293 : return makeRegisterExpression(amdgpu_cdna2::v37,0,opr_size);
+case 294 : return makeRegisterExpression(amdgpu_cdna2::v38,0,opr_size);
+case 295 : return makeRegisterExpression(amdgpu_cdna2::v39,0,opr_size);
+case 296 : return makeRegisterExpression(amdgpu_cdna2::v40,0,opr_size);
+case 297 : return makeRegisterExpression(amdgpu_cdna2::v41,0,opr_size);
+case 298 : return makeRegisterExpression(amdgpu_cdna2::v42,0,opr_size);
+case 299 : return makeRegisterExpression(amdgpu_cdna2::v43,0,opr_size);
+case 300 : return makeRegisterExpression(amdgpu_cdna2::v44,0,opr_size);
+case 301 : return makeRegisterExpression(amdgpu_cdna2::v45,0,opr_size);
+case 302 : return makeRegisterExpression(amdgpu_cdna2::v46,0,opr_size);
+case 303 : return makeRegisterExpression(amdgpu_cdna2::v47,0,opr_size);
+case 304 : return makeRegisterExpression(amdgpu_cdna2::v48,0,opr_size);
+case 305 : return makeRegisterExpression(amdgpu_cdna2::v49,0,opr_size);
+case 306 : return makeRegisterExpression(amdgpu_cdna2::v50,0,opr_size);
+case 307 : return makeRegisterExpression(amdgpu_cdna2::v51,0,opr_size);
+case 308 : return makeRegisterExpression(amdgpu_cdna2::v52,0,opr_size);
+case 309 : return makeRegisterExpression(amdgpu_cdna2::v53,0,opr_size);
+case 310 : return makeRegisterExpression(amdgpu_cdna2::v54,0,opr_size);
+case 311 : return makeRegisterExpression(amdgpu_cdna2::v55,0,opr_size);
+case 312 : return makeRegisterExpression(amdgpu_cdna2::v56,0,opr_size);
+case 313 : return makeRegisterExpression(amdgpu_cdna2::v57,0,opr_size);
+case 314 : return makeRegisterExpression(amdgpu_cdna2::v58,0,opr_size);
+case 315 : return makeRegisterExpression(amdgpu_cdna2::v59,0,opr_size);
+case 316 : return makeRegisterExpression(amdgpu_cdna2::v60,0,opr_size);
+case 317 : return makeRegisterExpression(amdgpu_cdna2::v61,0,opr_size);
+case 318 : return makeRegisterExpression(amdgpu_cdna2::v62,0,opr_size);
+case 319 : return makeRegisterExpression(amdgpu_cdna2::v63,0,opr_size);
+case 320 : return makeRegisterExpression(amdgpu_cdna2::v64,0,opr_size);
+case 321 : return makeRegisterExpression(amdgpu_cdna2::v65,0,opr_size);
+case 322 : return makeRegisterExpression(amdgpu_cdna2::v66,0,opr_size);
+case 323 : return makeRegisterExpression(amdgpu_cdna2::v67,0,opr_size);
+case 324 : return makeRegisterExpression(amdgpu_cdna2::v68,0,opr_size);
+case 325 : return makeRegisterExpression(amdgpu_cdna2::v69,0,opr_size);
+case 326 : return makeRegisterExpression(amdgpu_cdna2::v70,0,opr_size);
+case 327 : return makeRegisterExpression(amdgpu_cdna2::v71,0,opr_size);
+case 328 : return makeRegisterExpression(amdgpu_cdna2::v72,0,opr_size);
+case 329 : return makeRegisterExpression(amdgpu_cdna2::v73,0,opr_size);
+case 330 : return makeRegisterExpression(amdgpu_cdna2::v74,0,opr_size);
+case 331 : return makeRegisterExpression(amdgpu_cdna2::v75,0,opr_size);
+case 332 : return makeRegisterExpression(amdgpu_cdna2::v76,0,opr_size);
+case 333 : return makeRegisterExpression(amdgpu_cdna2::v77,0,opr_size);
+case 334 : return makeRegisterExpression(amdgpu_cdna2::v78,0,opr_size);
+case 335 : return makeRegisterExpression(amdgpu_cdna2::v79,0,opr_size);
+case 336 : return makeRegisterExpression(amdgpu_cdna2::v80,0,opr_size);
+case 337 : return makeRegisterExpression(amdgpu_cdna2::v81,0,opr_size);
+case 338 : return makeRegisterExpression(amdgpu_cdna2::v82,0,opr_size);
+case 339 : return makeRegisterExpression(amdgpu_cdna2::v83,0,opr_size);
+case 340 : return makeRegisterExpression(amdgpu_cdna2::v84,0,opr_size);
+case 341 : return makeRegisterExpression(amdgpu_cdna2::v85,0,opr_size);
+case 342 : return makeRegisterExpression(amdgpu_cdna2::v86,0,opr_size);
+case 343 : return makeRegisterExpression(amdgpu_cdna2::v87,0,opr_size);
+case 344 : return makeRegisterExpression(amdgpu_cdna2::v88,0,opr_size);
+case 345 : return makeRegisterExpression(amdgpu_cdna2::v89,0,opr_size);
+case 346 : return makeRegisterExpression(amdgpu_cdna2::v90,0,opr_size);
+case 347 : return makeRegisterExpression(amdgpu_cdna2::v91,0,opr_size);
+case 348 : return makeRegisterExpression(amdgpu_cdna2::v92,0,opr_size);
+case 349 : return makeRegisterExpression(amdgpu_cdna2::v93,0,opr_size);
+case 350 : return makeRegisterExpression(amdgpu_cdna2::v94,0,opr_size);
+case 351 : return makeRegisterExpression(amdgpu_cdna2::v95,0,opr_size);
+case 352 : return makeRegisterExpression(amdgpu_cdna2::v96,0,opr_size);
+case 353 : return makeRegisterExpression(amdgpu_cdna2::v97,0,opr_size);
+case 354 : return makeRegisterExpression(amdgpu_cdna2::v98,0,opr_size);
+case 355 : return makeRegisterExpression(amdgpu_cdna2::v99,0,opr_size);
+case 356 : return makeRegisterExpression(amdgpu_cdna2::v100,0,opr_size);
+case 357 : return makeRegisterExpression(amdgpu_cdna2::v101,0,opr_size);
+case 358 : return makeRegisterExpression(amdgpu_cdna2::v102,0,opr_size);
+case 359 : return makeRegisterExpression(amdgpu_cdna2::v103,0,opr_size);
+case 360 : return makeRegisterExpression(amdgpu_cdna2::v104,0,opr_size);
+case 361 : return makeRegisterExpression(amdgpu_cdna2::v105,0,opr_size);
+case 362 : return makeRegisterExpression(amdgpu_cdna2::v106,0,opr_size);
+case 363 : return makeRegisterExpression(amdgpu_cdna2::v107,0,opr_size);
+case 364 : return makeRegisterExpression(amdgpu_cdna2::v108,0,opr_size);
+case 365 : return makeRegisterExpression(amdgpu_cdna2::v109,0,opr_size);
+case 366 : return makeRegisterExpression(amdgpu_cdna2::v110,0,opr_size);
+case 367 : return makeRegisterExpression(amdgpu_cdna2::v111,0,opr_size);
+case 368 : return makeRegisterExpression(amdgpu_cdna2::v112,0,opr_size);
+case 369 : return makeRegisterExpression(amdgpu_cdna2::v113,0,opr_size);
+case 370 : return makeRegisterExpression(amdgpu_cdna2::v114,0,opr_size);
+case 371 : return makeRegisterExpression(amdgpu_cdna2::v115,0,opr_size);
+case 372 : return makeRegisterExpression(amdgpu_cdna2::v116,0,opr_size);
+case 373 : return makeRegisterExpression(amdgpu_cdna2::v117,0,opr_size);
+case 374 : return makeRegisterExpression(amdgpu_cdna2::v118,0,opr_size);
+case 375 : return makeRegisterExpression(amdgpu_cdna2::v119,0,opr_size);
+case 376 : return makeRegisterExpression(amdgpu_cdna2::v120,0,opr_size);
+case 377 : return makeRegisterExpression(amdgpu_cdna2::v121,0,opr_size);
+case 378 : return makeRegisterExpression(amdgpu_cdna2::v122,0,opr_size);
+case 379 : return makeRegisterExpression(amdgpu_cdna2::v123,0,opr_size);
+case 380 : return makeRegisterExpression(amdgpu_cdna2::v124,0,opr_size);
+case 381 : return makeRegisterExpression(amdgpu_cdna2::v125,0,opr_size);
+case 382 : return makeRegisterExpression(amdgpu_cdna2::v126,0,opr_size);
+case 383 : return makeRegisterExpression(amdgpu_cdna2::v127,0,opr_size);
+case 384 : return makeRegisterExpression(amdgpu_cdna2::v128,0,opr_size);
+case 385 : return makeRegisterExpression(amdgpu_cdna2::v129,0,opr_size);
+case 386 : return makeRegisterExpression(amdgpu_cdna2::v130,0,opr_size);
+case 387 : return makeRegisterExpression(amdgpu_cdna2::v131,0,opr_size);
+case 388 : return makeRegisterExpression(amdgpu_cdna2::v132,0,opr_size);
+case 389 : return makeRegisterExpression(amdgpu_cdna2::v133,0,opr_size);
+case 390 : return makeRegisterExpression(amdgpu_cdna2::v134,0,opr_size);
+case 391 : return makeRegisterExpression(amdgpu_cdna2::v135,0,opr_size);
+case 392 : return makeRegisterExpression(amdgpu_cdna2::v136,0,opr_size);
+case 393 : return makeRegisterExpression(amdgpu_cdna2::v137,0,opr_size);
+case 394 : return makeRegisterExpression(amdgpu_cdna2::v138,0,opr_size);
+case 395 : return makeRegisterExpression(amdgpu_cdna2::v139,0,opr_size);
+case 396 : return makeRegisterExpression(amdgpu_cdna2::v140,0,opr_size);
+case 397 : return makeRegisterExpression(amdgpu_cdna2::v141,0,opr_size);
+case 398 : return makeRegisterExpression(amdgpu_cdna2::v142,0,opr_size);
+case 399 : return makeRegisterExpression(amdgpu_cdna2::v143,0,opr_size);
+case 400 : return makeRegisterExpression(amdgpu_cdna2::v144,0,opr_size);
+case 401 : return makeRegisterExpression(amdgpu_cdna2::v145,0,opr_size);
+case 402 : return makeRegisterExpression(amdgpu_cdna2::v146,0,opr_size);
+case 403 : return makeRegisterExpression(amdgpu_cdna2::v147,0,opr_size);
+case 404 : return makeRegisterExpression(amdgpu_cdna2::v148,0,opr_size);
+case 405 : return makeRegisterExpression(amdgpu_cdna2::v149,0,opr_size);
+case 406 : return makeRegisterExpression(amdgpu_cdna2::v150,0,opr_size);
+case 407 : return makeRegisterExpression(amdgpu_cdna2::v151,0,opr_size);
+case 408 : return makeRegisterExpression(amdgpu_cdna2::v152,0,opr_size);
+case 409 : return makeRegisterExpression(amdgpu_cdna2::v153,0,opr_size);
+case 410 : return makeRegisterExpression(amdgpu_cdna2::v154,0,opr_size);
+case 411 : return makeRegisterExpression(amdgpu_cdna2::v155,0,opr_size);
+case 412 : return makeRegisterExpression(amdgpu_cdna2::v156,0,opr_size);
+case 413 : return makeRegisterExpression(amdgpu_cdna2::v157,0,opr_size);
+case 414 : return makeRegisterExpression(amdgpu_cdna2::v158,0,opr_size);
+case 415 : return makeRegisterExpression(amdgpu_cdna2::v159,0,opr_size);
+case 416 : return makeRegisterExpression(amdgpu_cdna2::v160,0,opr_size);
+case 417 : return makeRegisterExpression(amdgpu_cdna2::v161,0,opr_size);
+case 418 : return makeRegisterExpression(amdgpu_cdna2::v162,0,opr_size);
+case 419 : return makeRegisterExpression(amdgpu_cdna2::v163,0,opr_size);
+case 420 : return makeRegisterExpression(amdgpu_cdna2::v164,0,opr_size);
+case 421 : return makeRegisterExpression(amdgpu_cdna2::v165,0,opr_size);
+case 422 : return makeRegisterExpression(amdgpu_cdna2::v166,0,opr_size);
+case 423 : return makeRegisterExpression(amdgpu_cdna2::v167,0,opr_size);
+case 424 : return makeRegisterExpression(amdgpu_cdna2::v168,0,opr_size);
+case 425 : return makeRegisterExpression(amdgpu_cdna2::v169,0,opr_size);
+case 426 : return makeRegisterExpression(amdgpu_cdna2::v170,0,opr_size);
+case 427 : return makeRegisterExpression(amdgpu_cdna2::v171,0,opr_size);
+case 428 : return makeRegisterExpression(amdgpu_cdna2::v172,0,opr_size);
+case 429 : return makeRegisterExpression(amdgpu_cdna2::v173,0,opr_size);
+case 430 : return makeRegisterExpression(amdgpu_cdna2::v174,0,opr_size);
+case 431 : return makeRegisterExpression(amdgpu_cdna2::v175,0,opr_size);
+case 432 : return makeRegisterExpression(amdgpu_cdna2::v176,0,opr_size);
+case 433 : return makeRegisterExpression(amdgpu_cdna2::v177,0,opr_size);
+case 434 : return makeRegisterExpression(amdgpu_cdna2::v178,0,opr_size);
+case 435 : return makeRegisterExpression(amdgpu_cdna2::v179,0,opr_size);
+case 436 : return makeRegisterExpression(amdgpu_cdna2::v180,0,opr_size);
+case 437 : return makeRegisterExpression(amdgpu_cdna2::v181,0,opr_size);
+case 438 : return makeRegisterExpression(amdgpu_cdna2::v182,0,opr_size);
+case 439 : return makeRegisterExpression(amdgpu_cdna2::v183,0,opr_size);
+case 440 : return makeRegisterExpression(amdgpu_cdna2::v184,0,opr_size);
+case 441 : return makeRegisterExpression(amdgpu_cdna2::v185,0,opr_size);
+case 442 : return makeRegisterExpression(amdgpu_cdna2::v186,0,opr_size);
+case 443 : return makeRegisterExpression(amdgpu_cdna2::v187,0,opr_size);
+case 444 : return makeRegisterExpression(amdgpu_cdna2::v188,0,opr_size);
+case 445 : return makeRegisterExpression(amdgpu_cdna2::v189,0,opr_size);
+case 446 : return makeRegisterExpression(amdgpu_cdna2::v190,0,opr_size);
+case 447 : return makeRegisterExpression(amdgpu_cdna2::v191,0,opr_size);
+case 448 : return makeRegisterExpression(amdgpu_cdna2::v192,0,opr_size);
+case 449 : return makeRegisterExpression(amdgpu_cdna2::v193,0,opr_size);
+case 450 : return makeRegisterExpression(amdgpu_cdna2::v194,0,opr_size);
+case 451 : return makeRegisterExpression(amdgpu_cdna2::v195,0,opr_size);
+case 452 : return makeRegisterExpression(amdgpu_cdna2::v196,0,opr_size);
+case 453 : return makeRegisterExpression(amdgpu_cdna2::v197,0,opr_size);
+case 454 : return makeRegisterExpression(amdgpu_cdna2::v198,0,opr_size);
+case 455 : return makeRegisterExpression(amdgpu_cdna2::v199,0,opr_size);
+case 456 : return makeRegisterExpression(amdgpu_cdna2::v200,0,opr_size);
+case 457 : return makeRegisterExpression(amdgpu_cdna2::v201,0,opr_size);
+case 458 : return makeRegisterExpression(amdgpu_cdna2::v202,0,opr_size);
+case 459 : return makeRegisterExpression(amdgpu_cdna2::v203,0,opr_size);
+case 460 : return makeRegisterExpression(amdgpu_cdna2::v204,0,opr_size);
+case 461 : return makeRegisterExpression(amdgpu_cdna2::v205,0,opr_size);
+case 462 : return makeRegisterExpression(amdgpu_cdna2::v206,0,opr_size);
+case 463 : return makeRegisterExpression(amdgpu_cdna2::v207,0,opr_size);
+case 464 : return makeRegisterExpression(amdgpu_cdna2::v208,0,opr_size);
+case 465 : return makeRegisterExpression(amdgpu_cdna2::v209,0,opr_size);
+case 466 : return makeRegisterExpression(amdgpu_cdna2::v210,0,opr_size);
+case 467 : return makeRegisterExpression(amdgpu_cdna2::v211,0,opr_size);
+case 468 : return makeRegisterExpression(amdgpu_cdna2::v212,0,opr_size);
+case 469 : return makeRegisterExpression(amdgpu_cdna2::v213,0,opr_size);
+case 470 : return makeRegisterExpression(amdgpu_cdna2::v214,0,opr_size);
+case 471 : return makeRegisterExpression(amdgpu_cdna2::v215,0,opr_size);
+case 472 : return makeRegisterExpression(amdgpu_cdna2::v216,0,opr_size);
+case 473 : return makeRegisterExpression(amdgpu_cdna2::v217,0,opr_size);
+case 474 : return makeRegisterExpression(amdgpu_cdna2::v218,0,opr_size);
+case 475 : return makeRegisterExpression(amdgpu_cdna2::v219,0,opr_size);
+case 476 : return makeRegisterExpression(amdgpu_cdna2::v220,0,opr_size);
+case 477 : return makeRegisterExpression(amdgpu_cdna2::v221,0,opr_size);
+case 478 : return makeRegisterExpression(amdgpu_cdna2::v222,0,opr_size);
+case 479 : return makeRegisterExpression(amdgpu_cdna2::v223,0,opr_size);
+case 480 : return makeRegisterExpression(amdgpu_cdna2::v224,0,opr_size);
+case 481 : return makeRegisterExpression(amdgpu_cdna2::v225,0,opr_size);
+case 482 : return makeRegisterExpression(amdgpu_cdna2::v226,0,opr_size);
+case 483 : return makeRegisterExpression(amdgpu_cdna2::v227,0,opr_size);
+case 484 : return makeRegisterExpression(amdgpu_cdna2::v228,0,opr_size);
+case 485 : return makeRegisterExpression(amdgpu_cdna2::v229,0,opr_size);
+case 486 : return makeRegisterExpression(amdgpu_cdna2::v230,0,opr_size);
+case 487 : return makeRegisterExpression(amdgpu_cdna2::v231,0,opr_size);
+case 488 : return makeRegisterExpression(amdgpu_cdna2::v232,0,opr_size);
+case 489 : return makeRegisterExpression(amdgpu_cdna2::v233,0,opr_size);
+case 490 : return makeRegisterExpression(amdgpu_cdna2::v234,0,opr_size);
+case 491 : return makeRegisterExpression(amdgpu_cdna2::v235,0,opr_size);
+case 492 : return makeRegisterExpression(amdgpu_cdna2::v236,0,opr_size);
+case 493 : return makeRegisterExpression(amdgpu_cdna2::v237,0,opr_size);
+case 494 : return makeRegisterExpression(amdgpu_cdna2::v238,0,opr_size);
+case 495 : return makeRegisterExpression(amdgpu_cdna2::v239,0,opr_size);
+case 496 : return makeRegisterExpression(amdgpu_cdna2::v240,0,opr_size);
+case 497 : return makeRegisterExpression(amdgpu_cdna2::v241,0,opr_size);
+case 498 : return makeRegisterExpression(amdgpu_cdna2::v242,0,opr_size);
+case 499 : return makeRegisterExpression(amdgpu_cdna2::v243,0,opr_size);
+case 500 : return makeRegisterExpression(amdgpu_cdna2::v244,0,opr_size);
+case 501 : return makeRegisterExpression(amdgpu_cdna2::v245,0,opr_size);
+case 502 : return makeRegisterExpression(amdgpu_cdna2::v246,0,opr_size);
+case 503 : return makeRegisterExpression(amdgpu_cdna2::v247,0,opr_size);
+case 504 : return makeRegisterExpression(amdgpu_cdna2::v248,0,opr_size);
+case 505 : return makeRegisterExpression(amdgpu_cdna2::v249,0,opr_size);
+case 506 : return makeRegisterExpression(amdgpu_cdna2::v250,0,opr_size);
+case 507 : return makeRegisterExpression(amdgpu_cdna2::v251,0,opr_size);
+case 508 : return makeRegisterExpression(amdgpu_cdna2::v252,0,opr_size);
+case 509 : return makeRegisterExpression(amdgpu_cdna2::v253,0,opr_size);
+case 510 : return makeRegisterExpression(amdgpu_cdna2::v254,0,opr_size);
+case 511 : return makeRegisterExpression(amdgpu_cdna2::v255,0,opr_size);
+case 255 : return makeRegisterExpression(amdgpu_cdna2::src_literal,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SRC_ACCVGPR(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 768 : return makeRegisterExpression(amdgpu_cdna2::acc0,0,opr_size);
+case 769 : return makeRegisterExpression(amdgpu_cdna2::acc1,0,opr_size);
+case 770 : return makeRegisterExpression(amdgpu_cdna2::acc2,0,opr_size);
+case 771 : return makeRegisterExpression(amdgpu_cdna2::acc3,0,opr_size);
+case 772 : return makeRegisterExpression(amdgpu_cdna2::acc4,0,opr_size);
+case 773 : return makeRegisterExpression(amdgpu_cdna2::acc5,0,opr_size);
+case 774 : return makeRegisterExpression(amdgpu_cdna2::acc6,0,opr_size);
+case 775 : return makeRegisterExpression(amdgpu_cdna2::acc7,0,opr_size);
+case 776 : return makeRegisterExpression(amdgpu_cdna2::acc8,0,opr_size);
+case 777 : return makeRegisterExpression(amdgpu_cdna2::acc9,0,opr_size);
+case 778 : return makeRegisterExpression(amdgpu_cdna2::acc10,0,opr_size);
+case 779 : return makeRegisterExpression(amdgpu_cdna2::acc11,0,opr_size);
+case 780 : return makeRegisterExpression(amdgpu_cdna2::acc12,0,opr_size);
+case 781 : return makeRegisterExpression(amdgpu_cdna2::acc13,0,opr_size);
+case 782 : return makeRegisterExpression(amdgpu_cdna2::acc14,0,opr_size);
+case 783 : return makeRegisterExpression(amdgpu_cdna2::acc15,0,opr_size);
+case 784 : return makeRegisterExpression(amdgpu_cdna2::acc16,0,opr_size);
+case 785 : return makeRegisterExpression(amdgpu_cdna2::acc17,0,opr_size);
+case 786 : return makeRegisterExpression(amdgpu_cdna2::acc18,0,opr_size);
+case 787 : return makeRegisterExpression(amdgpu_cdna2::acc19,0,opr_size);
+case 788 : return makeRegisterExpression(amdgpu_cdna2::acc20,0,opr_size);
+case 789 : return makeRegisterExpression(amdgpu_cdna2::acc21,0,opr_size);
+case 790 : return makeRegisterExpression(amdgpu_cdna2::acc22,0,opr_size);
+case 791 : return makeRegisterExpression(amdgpu_cdna2::acc23,0,opr_size);
+case 792 : return makeRegisterExpression(amdgpu_cdna2::acc24,0,opr_size);
+case 793 : return makeRegisterExpression(amdgpu_cdna2::acc25,0,opr_size);
+case 794 : return makeRegisterExpression(amdgpu_cdna2::acc26,0,opr_size);
+case 795 : return makeRegisterExpression(amdgpu_cdna2::acc27,0,opr_size);
+case 796 : return makeRegisterExpression(amdgpu_cdna2::acc28,0,opr_size);
+case 797 : return makeRegisterExpression(amdgpu_cdna2::acc29,0,opr_size);
+case 798 : return makeRegisterExpression(amdgpu_cdna2::acc30,0,opr_size);
+case 799 : return makeRegisterExpression(amdgpu_cdna2::acc31,0,opr_size);
+case 800 : return makeRegisterExpression(amdgpu_cdna2::acc32,0,opr_size);
+case 801 : return makeRegisterExpression(amdgpu_cdna2::acc33,0,opr_size);
+case 802 : return makeRegisterExpression(amdgpu_cdna2::acc34,0,opr_size);
+case 803 : return makeRegisterExpression(amdgpu_cdna2::acc35,0,opr_size);
+case 804 : return makeRegisterExpression(amdgpu_cdna2::acc36,0,opr_size);
+case 805 : return makeRegisterExpression(amdgpu_cdna2::acc37,0,opr_size);
+case 806 : return makeRegisterExpression(amdgpu_cdna2::acc38,0,opr_size);
+case 807 : return makeRegisterExpression(amdgpu_cdna2::acc39,0,opr_size);
+case 808 : return makeRegisterExpression(amdgpu_cdna2::acc40,0,opr_size);
+case 809 : return makeRegisterExpression(amdgpu_cdna2::acc41,0,opr_size);
+case 810 : return makeRegisterExpression(amdgpu_cdna2::acc42,0,opr_size);
+case 811 : return makeRegisterExpression(amdgpu_cdna2::acc43,0,opr_size);
+case 812 : return makeRegisterExpression(amdgpu_cdna2::acc44,0,opr_size);
+case 813 : return makeRegisterExpression(amdgpu_cdna2::acc45,0,opr_size);
+case 814 : return makeRegisterExpression(amdgpu_cdna2::acc46,0,opr_size);
+case 815 : return makeRegisterExpression(amdgpu_cdna2::acc47,0,opr_size);
+case 816 : return makeRegisterExpression(amdgpu_cdna2::acc48,0,opr_size);
+case 817 : return makeRegisterExpression(amdgpu_cdna2::acc49,0,opr_size);
+case 818 : return makeRegisterExpression(amdgpu_cdna2::acc50,0,opr_size);
+case 819 : return makeRegisterExpression(amdgpu_cdna2::acc51,0,opr_size);
+case 820 : return makeRegisterExpression(amdgpu_cdna2::acc52,0,opr_size);
+case 821 : return makeRegisterExpression(amdgpu_cdna2::acc53,0,opr_size);
+case 822 : return makeRegisterExpression(amdgpu_cdna2::acc54,0,opr_size);
+case 823 : return makeRegisterExpression(amdgpu_cdna2::acc55,0,opr_size);
+case 824 : return makeRegisterExpression(amdgpu_cdna2::acc56,0,opr_size);
+case 825 : return makeRegisterExpression(amdgpu_cdna2::acc57,0,opr_size);
+case 826 : return makeRegisterExpression(amdgpu_cdna2::acc58,0,opr_size);
+case 827 : return makeRegisterExpression(amdgpu_cdna2::acc59,0,opr_size);
+case 828 : return makeRegisterExpression(amdgpu_cdna2::acc60,0,opr_size);
+case 829 : return makeRegisterExpression(amdgpu_cdna2::acc61,0,opr_size);
+case 830 : return makeRegisterExpression(amdgpu_cdna2::acc62,0,opr_size);
+case 831 : return makeRegisterExpression(amdgpu_cdna2::acc63,0,opr_size);
+case 832 : return makeRegisterExpression(amdgpu_cdna2::acc64,0,opr_size);
+case 833 : return makeRegisterExpression(amdgpu_cdna2::acc65,0,opr_size);
+case 834 : return makeRegisterExpression(amdgpu_cdna2::acc66,0,opr_size);
+case 835 : return makeRegisterExpression(amdgpu_cdna2::acc67,0,opr_size);
+case 836 : return makeRegisterExpression(amdgpu_cdna2::acc68,0,opr_size);
+case 837 : return makeRegisterExpression(amdgpu_cdna2::acc69,0,opr_size);
+case 838 : return makeRegisterExpression(amdgpu_cdna2::acc70,0,opr_size);
+case 839 : return makeRegisterExpression(amdgpu_cdna2::acc71,0,opr_size);
+case 840 : return makeRegisterExpression(amdgpu_cdna2::acc72,0,opr_size);
+case 841 : return makeRegisterExpression(amdgpu_cdna2::acc73,0,opr_size);
+case 842 : return makeRegisterExpression(amdgpu_cdna2::acc74,0,opr_size);
+case 843 : return makeRegisterExpression(amdgpu_cdna2::acc75,0,opr_size);
+case 844 : return makeRegisterExpression(amdgpu_cdna2::acc76,0,opr_size);
+case 845 : return makeRegisterExpression(amdgpu_cdna2::acc77,0,opr_size);
+case 846 : return makeRegisterExpression(amdgpu_cdna2::acc78,0,opr_size);
+case 847 : return makeRegisterExpression(amdgpu_cdna2::acc79,0,opr_size);
+case 848 : return makeRegisterExpression(amdgpu_cdna2::acc80,0,opr_size);
+case 849 : return makeRegisterExpression(amdgpu_cdna2::acc81,0,opr_size);
+case 850 : return makeRegisterExpression(amdgpu_cdna2::acc82,0,opr_size);
+case 851 : return makeRegisterExpression(amdgpu_cdna2::acc83,0,opr_size);
+case 852 : return makeRegisterExpression(amdgpu_cdna2::acc84,0,opr_size);
+case 853 : return makeRegisterExpression(amdgpu_cdna2::acc85,0,opr_size);
+case 854 : return makeRegisterExpression(amdgpu_cdna2::acc86,0,opr_size);
+case 855 : return makeRegisterExpression(amdgpu_cdna2::acc87,0,opr_size);
+case 856 : return makeRegisterExpression(amdgpu_cdna2::acc88,0,opr_size);
+case 857 : return makeRegisterExpression(amdgpu_cdna2::acc89,0,opr_size);
+case 858 : return makeRegisterExpression(amdgpu_cdna2::acc90,0,opr_size);
+case 859 : return makeRegisterExpression(amdgpu_cdna2::acc91,0,opr_size);
+case 860 : return makeRegisterExpression(amdgpu_cdna2::acc92,0,opr_size);
+case 861 : return makeRegisterExpression(amdgpu_cdna2::acc93,0,opr_size);
+case 862 : return makeRegisterExpression(amdgpu_cdna2::acc94,0,opr_size);
+case 863 : return makeRegisterExpression(amdgpu_cdna2::acc95,0,opr_size);
+case 864 : return makeRegisterExpression(amdgpu_cdna2::acc96,0,opr_size);
+case 865 : return makeRegisterExpression(amdgpu_cdna2::acc97,0,opr_size);
+case 866 : return makeRegisterExpression(amdgpu_cdna2::acc98,0,opr_size);
+case 867 : return makeRegisterExpression(amdgpu_cdna2::acc99,0,opr_size);
+case 868 : return makeRegisterExpression(amdgpu_cdna2::acc100,0,opr_size);
+case 869 : return makeRegisterExpression(amdgpu_cdna2::acc101,0,opr_size);
+case 870 : return makeRegisterExpression(amdgpu_cdna2::acc102,0,opr_size);
+case 871 : return makeRegisterExpression(amdgpu_cdna2::acc103,0,opr_size);
+case 872 : return makeRegisterExpression(amdgpu_cdna2::acc104,0,opr_size);
+case 873 : return makeRegisterExpression(amdgpu_cdna2::acc105,0,opr_size);
+case 874 : return makeRegisterExpression(amdgpu_cdna2::acc106,0,opr_size);
+case 875 : return makeRegisterExpression(amdgpu_cdna2::acc107,0,opr_size);
+case 876 : return makeRegisterExpression(amdgpu_cdna2::acc108,0,opr_size);
+case 877 : return makeRegisterExpression(amdgpu_cdna2::acc109,0,opr_size);
+case 878 : return makeRegisterExpression(amdgpu_cdna2::acc110,0,opr_size);
+case 879 : return makeRegisterExpression(amdgpu_cdna2::acc111,0,opr_size);
+case 880 : return makeRegisterExpression(amdgpu_cdna2::acc112,0,opr_size);
+case 881 : return makeRegisterExpression(amdgpu_cdna2::acc113,0,opr_size);
+case 882 : return makeRegisterExpression(amdgpu_cdna2::acc114,0,opr_size);
+case 883 : return makeRegisterExpression(amdgpu_cdna2::acc115,0,opr_size);
+case 884 : return makeRegisterExpression(amdgpu_cdna2::acc116,0,opr_size);
+case 885 : return makeRegisterExpression(amdgpu_cdna2::acc117,0,opr_size);
+case 886 : return makeRegisterExpression(amdgpu_cdna2::acc118,0,opr_size);
+case 887 : return makeRegisterExpression(amdgpu_cdna2::acc119,0,opr_size);
+case 888 : return makeRegisterExpression(amdgpu_cdna2::acc120,0,opr_size);
+case 889 : return makeRegisterExpression(amdgpu_cdna2::acc121,0,opr_size);
+case 890 : return makeRegisterExpression(amdgpu_cdna2::acc122,0,opr_size);
+case 891 : return makeRegisterExpression(amdgpu_cdna2::acc123,0,opr_size);
+case 892 : return makeRegisterExpression(amdgpu_cdna2::acc124,0,opr_size);
+case 893 : return makeRegisterExpression(amdgpu_cdna2::acc125,0,opr_size);
+case 894 : return makeRegisterExpression(amdgpu_cdna2::acc126,0,opr_size);
+case 895 : return makeRegisterExpression(amdgpu_cdna2::acc127,0,opr_size);
+case 896 : return makeRegisterExpression(amdgpu_cdna2::acc128,0,opr_size);
+case 897 : return makeRegisterExpression(amdgpu_cdna2::acc129,0,opr_size);
+case 898 : return makeRegisterExpression(amdgpu_cdna2::acc130,0,opr_size);
+case 899 : return makeRegisterExpression(amdgpu_cdna2::acc131,0,opr_size);
+case 900 : return makeRegisterExpression(amdgpu_cdna2::acc132,0,opr_size);
+case 901 : return makeRegisterExpression(amdgpu_cdna2::acc133,0,opr_size);
+case 902 : return makeRegisterExpression(amdgpu_cdna2::acc134,0,opr_size);
+case 903 : return makeRegisterExpression(amdgpu_cdna2::acc135,0,opr_size);
+case 904 : return makeRegisterExpression(amdgpu_cdna2::acc136,0,opr_size);
+case 905 : return makeRegisterExpression(amdgpu_cdna2::acc137,0,opr_size);
+case 906 : return makeRegisterExpression(amdgpu_cdna2::acc138,0,opr_size);
+case 907 : return makeRegisterExpression(amdgpu_cdna2::acc139,0,opr_size);
+case 908 : return makeRegisterExpression(amdgpu_cdna2::acc140,0,opr_size);
+case 909 : return makeRegisterExpression(amdgpu_cdna2::acc141,0,opr_size);
+case 910 : return makeRegisterExpression(amdgpu_cdna2::acc142,0,opr_size);
+case 911 : return makeRegisterExpression(amdgpu_cdna2::acc143,0,opr_size);
+case 912 : return makeRegisterExpression(amdgpu_cdna2::acc144,0,opr_size);
+case 913 : return makeRegisterExpression(amdgpu_cdna2::acc145,0,opr_size);
+case 914 : return makeRegisterExpression(amdgpu_cdna2::acc146,0,opr_size);
+case 915 : return makeRegisterExpression(amdgpu_cdna2::acc147,0,opr_size);
+case 916 : return makeRegisterExpression(amdgpu_cdna2::acc148,0,opr_size);
+case 917 : return makeRegisterExpression(amdgpu_cdna2::acc149,0,opr_size);
+case 918 : return makeRegisterExpression(amdgpu_cdna2::acc150,0,opr_size);
+case 919 : return makeRegisterExpression(amdgpu_cdna2::acc151,0,opr_size);
+case 920 : return makeRegisterExpression(amdgpu_cdna2::acc152,0,opr_size);
+case 921 : return makeRegisterExpression(amdgpu_cdna2::acc153,0,opr_size);
+case 922 : return makeRegisterExpression(amdgpu_cdna2::acc154,0,opr_size);
+case 923 : return makeRegisterExpression(amdgpu_cdna2::acc155,0,opr_size);
+case 924 : return makeRegisterExpression(amdgpu_cdna2::acc156,0,opr_size);
+case 925 : return makeRegisterExpression(amdgpu_cdna2::acc157,0,opr_size);
+case 926 : return makeRegisterExpression(amdgpu_cdna2::acc158,0,opr_size);
+case 927 : return makeRegisterExpression(amdgpu_cdna2::acc159,0,opr_size);
+case 928 : return makeRegisterExpression(amdgpu_cdna2::acc160,0,opr_size);
+case 929 : return makeRegisterExpression(amdgpu_cdna2::acc161,0,opr_size);
+case 930 : return makeRegisterExpression(amdgpu_cdna2::acc162,0,opr_size);
+case 931 : return makeRegisterExpression(amdgpu_cdna2::acc163,0,opr_size);
+case 932 : return makeRegisterExpression(amdgpu_cdna2::acc164,0,opr_size);
+case 933 : return makeRegisterExpression(amdgpu_cdna2::acc165,0,opr_size);
+case 934 : return makeRegisterExpression(amdgpu_cdna2::acc166,0,opr_size);
+case 935 : return makeRegisterExpression(amdgpu_cdna2::acc167,0,opr_size);
+case 936 : return makeRegisterExpression(amdgpu_cdna2::acc168,0,opr_size);
+case 937 : return makeRegisterExpression(amdgpu_cdna2::acc169,0,opr_size);
+case 938 : return makeRegisterExpression(amdgpu_cdna2::acc170,0,opr_size);
+case 939 : return makeRegisterExpression(amdgpu_cdna2::acc171,0,opr_size);
+case 940 : return makeRegisterExpression(amdgpu_cdna2::acc172,0,opr_size);
+case 941 : return makeRegisterExpression(amdgpu_cdna2::acc173,0,opr_size);
+case 942 : return makeRegisterExpression(amdgpu_cdna2::acc174,0,opr_size);
+case 943 : return makeRegisterExpression(amdgpu_cdna2::acc175,0,opr_size);
+case 944 : return makeRegisterExpression(amdgpu_cdna2::acc176,0,opr_size);
+case 945 : return makeRegisterExpression(amdgpu_cdna2::acc177,0,opr_size);
+case 946 : return makeRegisterExpression(amdgpu_cdna2::acc178,0,opr_size);
+case 947 : return makeRegisterExpression(amdgpu_cdna2::acc179,0,opr_size);
+case 948 : return makeRegisterExpression(amdgpu_cdna2::acc180,0,opr_size);
+case 949 : return makeRegisterExpression(amdgpu_cdna2::acc181,0,opr_size);
+case 950 : return makeRegisterExpression(amdgpu_cdna2::acc182,0,opr_size);
+case 951 : return makeRegisterExpression(amdgpu_cdna2::acc183,0,opr_size);
+case 952 : return makeRegisterExpression(amdgpu_cdna2::acc184,0,opr_size);
+case 953 : return makeRegisterExpression(amdgpu_cdna2::acc185,0,opr_size);
+case 954 : return makeRegisterExpression(amdgpu_cdna2::acc186,0,opr_size);
+case 955 : return makeRegisterExpression(amdgpu_cdna2::acc187,0,opr_size);
+case 956 : return makeRegisterExpression(amdgpu_cdna2::acc188,0,opr_size);
+case 957 : return makeRegisterExpression(amdgpu_cdna2::acc189,0,opr_size);
+case 958 : return makeRegisterExpression(amdgpu_cdna2::acc190,0,opr_size);
+case 959 : return makeRegisterExpression(amdgpu_cdna2::acc191,0,opr_size);
+case 960 : return makeRegisterExpression(amdgpu_cdna2::acc192,0,opr_size);
+case 961 : return makeRegisterExpression(amdgpu_cdna2::acc193,0,opr_size);
+case 962 : return makeRegisterExpression(amdgpu_cdna2::acc194,0,opr_size);
+case 963 : return makeRegisterExpression(amdgpu_cdna2::acc195,0,opr_size);
+case 964 : return makeRegisterExpression(amdgpu_cdna2::acc196,0,opr_size);
+case 965 : return makeRegisterExpression(amdgpu_cdna2::acc197,0,opr_size);
+case 966 : return makeRegisterExpression(amdgpu_cdna2::acc198,0,opr_size);
+case 967 : return makeRegisterExpression(amdgpu_cdna2::acc199,0,opr_size);
+case 968 : return makeRegisterExpression(amdgpu_cdna2::acc200,0,opr_size);
+case 969 : return makeRegisterExpression(amdgpu_cdna2::acc201,0,opr_size);
+case 970 : return makeRegisterExpression(amdgpu_cdna2::acc202,0,opr_size);
+case 971 : return makeRegisterExpression(amdgpu_cdna2::acc203,0,opr_size);
+case 972 : return makeRegisterExpression(amdgpu_cdna2::acc204,0,opr_size);
+case 973 : return makeRegisterExpression(amdgpu_cdna2::acc205,0,opr_size);
+case 974 : return makeRegisterExpression(amdgpu_cdna2::acc206,0,opr_size);
+case 975 : return makeRegisterExpression(amdgpu_cdna2::acc207,0,opr_size);
+case 976 : return makeRegisterExpression(amdgpu_cdna2::acc208,0,opr_size);
+case 977 : return makeRegisterExpression(amdgpu_cdna2::acc209,0,opr_size);
+case 978 : return makeRegisterExpression(amdgpu_cdna2::acc210,0,opr_size);
+case 979 : return makeRegisterExpression(amdgpu_cdna2::acc211,0,opr_size);
+case 980 : return makeRegisterExpression(amdgpu_cdna2::acc212,0,opr_size);
+case 981 : return makeRegisterExpression(amdgpu_cdna2::acc213,0,opr_size);
+case 982 : return makeRegisterExpression(amdgpu_cdna2::acc214,0,opr_size);
+case 983 : return makeRegisterExpression(amdgpu_cdna2::acc215,0,opr_size);
+case 984 : return makeRegisterExpression(amdgpu_cdna2::acc216,0,opr_size);
+case 985 : return makeRegisterExpression(amdgpu_cdna2::acc217,0,opr_size);
+case 986 : return makeRegisterExpression(amdgpu_cdna2::acc218,0,opr_size);
+case 987 : return makeRegisterExpression(amdgpu_cdna2::acc219,0,opr_size);
+case 988 : return makeRegisterExpression(amdgpu_cdna2::acc220,0,opr_size);
+case 989 : return makeRegisterExpression(amdgpu_cdna2::acc221,0,opr_size);
+case 990 : return makeRegisterExpression(amdgpu_cdna2::acc222,0,opr_size);
+case 991 : return makeRegisterExpression(amdgpu_cdna2::acc223,0,opr_size);
+case 992 : return makeRegisterExpression(amdgpu_cdna2::acc224,0,opr_size);
+case 993 : return makeRegisterExpression(amdgpu_cdna2::acc225,0,opr_size);
+case 994 : return makeRegisterExpression(amdgpu_cdna2::acc226,0,opr_size);
+case 995 : return makeRegisterExpression(amdgpu_cdna2::acc227,0,opr_size);
+case 996 : return makeRegisterExpression(amdgpu_cdna2::acc228,0,opr_size);
+case 997 : return makeRegisterExpression(amdgpu_cdna2::acc229,0,opr_size);
+case 998 : return makeRegisterExpression(amdgpu_cdna2::acc230,0,opr_size);
+case 999 : return makeRegisterExpression(amdgpu_cdna2::acc231,0,opr_size);
+case 1000 : return makeRegisterExpression(amdgpu_cdna2::acc232,0,opr_size);
+case 1001 : return makeRegisterExpression(amdgpu_cdna2::acc233,0,opr_size);
+case 1002 : return makeRegisterExpression(amdgpu_cdna2::acc234,0,opr_size);
+case 1003 : return makeRegisterExpression(amdgpu_cdna2::acc235,0,opr_size);
+case 1004 : return makeRegisterExpression(amdgpu_cdna2::acc236,0,opr_size);
+case 1005 : return makeRegisterExpression(amdgpu_cdna2::acc237,0,opr_size);
+case 1006 : return makeRegisterExpression(amdgpu_cdna2::acc238,0,opr_size);
+case 1007 : return makeRegisterExpression(amdgpu_cdna2::acc239,0,opr_size);
+case 1008 : return makeRegisterExpression(amdgpu_cdna2::acc240,0,opr_size);
+case 1009 : return makeRegisterExpression(amdgpu_cdna2::acc241,0,opr_size);
+case 1010 : return makeRegisterExpression(amdgpu_cdna2::acc242,0,opr_size);
+case 1011 : return makeRegisterExpression(amdgpu_cdna2::acc243,0,opr_size);
+case 1012 : return makeRegisterExpression(amdgpu_cdna2::acc244,0,opr_size);
+case 1013 : return makeRegisterExpression(amdgpu_cdna2::acc245,0,opr_size);
+case 1014 : return makeRegisterExpression(amdgpu_cdna2::acc246,0,opr_size);
+case 1015 : return makeRegisterExpression(amdgpu_cdna2::acc247,0,opr_size);
+case 1016 : return makeRegisterExpression(amdgpu_cdna2::acc248,0,opr_size);
+case 1017 : return makeRegisterExpression(amdgpu_cdna2::acc249,0,opr_size);
+case 1018 : return makeRegisterExpression(amdgpu_cdna2::acc250,0,opr_size);
+case 1019 : return makeRegisterExpression(amdgpu_cdna2::acc251,0,opr_size);
+case 1020 : return makeRegisterExpression(amdgpu_cdna2::acc252,0,opr_size);
+case 1021 : return makeRegisterExpression(amdgpu_cdna2::acc253,0,opr_size);
+case 1022 : return makeRegisterExpression(amdgpu_cdna2::acc254,0,opr_size);
+case 1023 : return makeRegisterExpression(amdgpu_cdna2::acc255,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SRC_NOLDS(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::s0,0,opr_size);
+case 1 : return makeRegisterExpression(amdgpu_cdna2::s1,0,opr_size);
+case 2 : return makeRegisterExpression(amdgpu_cdna2::s2,0,opr_size);
+case 3 : return makeRegisterExpression(amdgpu_cdna2::s3,0,opr_size);
+case 4 : return makeRegisterExpression(amdgpu_cdna2::s4,0,opr_size);
+case 5 : return makeRegisterExpression(amdgpu_cdna2::s5,0,opr_size);
+case 6 : return makeRegisterExpression(amdgpu_cdna2::s6,0,opr_size);
+case 7 : return makeRegisterExpression(amdgpu_cdna2::s7,0,opr_size);
+case 8 : return makeRegisterExpression(amdgpu_cdna2::s8,0,opr_size);
+case 9 : return makeRegisterExpression(amdgpu_cdna2::s9,0,opr_size);
+case 10 : return makeRegisterExpression(amdgpu_cdna2::s10,0,opr_size);
+case 11 : return makeRegisterExpression(amdgpu_cdna2::s11,0,opr_size);
+case 12 : return makeRegisterExpression(amdgpu_cdna2::s12,0,opr_size);
+case 13 : return makeRegisterExpression(amdgpu_cdna2::s13,0,opr_size);
+case 14 : return makeRegisterExpression(amdgpu_cdna2::s14,0,opr_size);
+case 15 : return makeRegisterExpression(amdgpu_cdna2::s15,0,opr_size);
+case 16 : return makeRegisterExpression(amdgpu_cdna2::s16,0,opr_size);
+case 17 : return makeRegisterExpression(amdgpu_cdna2::s17,0,opr_size);
+case 18 : return makeRegisterExpression(amdgpu_cdna2::s18,0,opr_size);
+case 19 : return makeRegisterExpression(amdgpu_cdna2::s19,0,opr_size);
+case 20 : return makeRegisterExpression(amdgpu_cdna2::s20,0,opr_size);
+case 21 : return makeRegisterExpression(amdgpu_cdna2::s21,0,opr_size);
+case 22 : return makeRegisterExpression(amdgpu_cdna2::s22,0,opr_size);
+case 23 : return makeRegisterExpression(amdgpu_cdna2::s23,0,opr_size);
+case 24 : return makeRegisterExpression(amdgpu_cdna2::s24,0,opr_size);
+case 25 : return makeRegisterExpression(amdgpu_cdna2::s25,0,opr_size);
+case 26 : return makeRegisterExpression(amdgpu_cdna2::s26,0,opr_size);
+case 27 : return makeRegisterExpression(amdgpu_cdna2::s27,0,opr_size);
+case 28 : return makeRegisterExpression(amdgpu_cdna2::s28,0,opr_size);
+case 29 : return makeRegisterExpression(amdgpu_cdna2::s29,0,opr_size);
+case 30 : return makeRegisterExpression(amdgpu_cdna2::s30,0,opr_size);
+case 31 : return makeRegisterExpression(amdgpu_cdna2::s31,0,opr_size);
+case 32 : return makeRegisterExpression(amdgpu_cdna2::s32,0,opr_size);
+case 33 : return makeRegisterExpression(amdgpu_cdna2::s33,0,opr_size);
+case 34 : return makeRegisterExpression(amdgpu_cdna2::s34,0,opr_size);
+case 35 : return makeRegisterExpression(amdgpu_cdna2::s35,0,opr_size);
+case 36 : return makeRegisterExpression(amdgpu_cdna2::s36,0,opr_size);
+case 37 : return makeRegisterExpression(amdgpu_cdna2::s37,0,opr_size);
+case 38 : return makeRegisterExpression(amdgpu_cdna2::s38,0,opr_size);
+case 39 : return makeRegisterExpression(amdgpu_cdna2::s39,0,opr_size);
+case 40 : return makeRegisterExpression(amdgpu_cdna2::s40,0,opr_size);
+case 41 : return makeRegisterExpression(amdgpu_cdna2::s41,0,opr_size);
+case 42 : return makeRegisterExpression(amdgpu_cdna2::s42,0,opr_size);
+case 43 : return makeRegisterExpression(amdgpu_cdna2::s43,0,opr_size);
+case 44 : return makeRegisterExpression(amdgpu_cdna2::s44,0,opr_size);
+case 45 : return makeRegisterExpression(amdgpu_cdna2::s45,0,opr_size);
+case 46 : return makeRegisterExpression(amdgpu_cdna2::s46,0,opr_size);
+case 47 : return makeRegisterExpression(amdgpu_cdna2::s47,0,opr_size);
+case 48 : return makeRegisterExpression(amdgpu_cdna2::s48,0,opr_size);
+case 49 : return makeRegisterExpression(amdgpu_cdna2::s49,0,opr_size);
+case 50 : return makeRegisterExpression(amdgpu_cdna2::s50,0,opr_size);
+case 51 : return makeRegisterExpression(amdgpu_cdna2::s51,0,opr_size);
+case 52 : return makeRegisterExpression(amdgpu_cdna2::s52,0,opr_size);
+case 53 : return makeRegisterExpression(amdgpu_cdna2::s53,0,opr_size);
+case 54 : return makeRegisterExpression(amdgpu_cdna2::s54,0,opr_size);
+case 55 : return makeRegisterExpression(amdgpu_cdna2::s55,0,opr_size);
+case 56 : return makeRegisterExpression(amdgpu_cdna2::s56,0,opr_size);
+case 57 : return makeRegisterExpression(amdgpu_cdna2::s57,0,opr_size);
+case 58 : return makeRegisterExpression(amdgpu_cdna2::s58,0,opr_size);
+case 59 : return makeRegisterExpression(amdgpu_cdna2::s59,0,opr_size);
+case 60 : return makeRegisterExpression(amdgpu_cdna2::s60,0,opr_size);
+case 61 : return makeRegisterExpression(amdgpu_cdna2::s61,0,opr_size);
+case 62 : return makeRegisterExpression(amdgpu_cdna2::s62,0,opr_size);
+case 63 : return makeRegisterExpression(amdgpu_cdna2::s63,0,opr_size);
+case 64 : return makeRegisterExpression(amdgpu_cdna2::s64,0,opr_size);
+case 65 : return makeRegisterExpression(amdgpu_cdna2::s65,0,opr_size);
+case 66 : return makeRegisterExpression(amdgpu_cdna2::s66,0,opr_size);
+case 67 : return makeRegisterExpression(amdgpu_cdna2::s67,0,opr_size);
+case 68 : return makeRegisterExpression(amdgpu_cdna2::s68,0,opr_size);
+case 69 : return makeRegisterExpression(amdgpu_cdna2::s69,0,opr_size);
+case 70 : return makeRegisterExpression(amdgpu_cdna2::s70,0,opr_size);
+case 71 : return makeRegisterExpression(amdgpu_cdna2::s71,0,opr_size);
+case 72 : return makeRegisterExpression(amdgpu_cdna2::s72,0,opr_size);
+case 73 : return makeRegisterExpression(amdgpu_cdna2::s73,0,opr_size);
+case 74 : return makeRegisterExpression(amdgpu_cdna2::s74,0,opr_size);
+case 75 : return makeRegisterExpression(amdgpu_cdna2::s75,0,opr_size);
+case 76 : return makeRegisterExpression(amdgpu_cdna2::s76,0,opr_size);
+case 77 : return makeRegisterExpression(amdgpu_cdna2::s77,0,opr_size);
+case 78 : return makeRegisterExpression(amdgpu_cdna2::s78,0,opr_size);
+case 79 : return makeRegisterExpression(amdgpu_cdna2::s79,0,opr_size);
+case 80 : return makeRegisterExpression(amdgpu_cdna2::s80,0,opr_size);
+case 81 : return makeRegisterExpression(amdgpu_cdna2::s81,0,opr_size);
+case 82 : return makeRegisterExpression(amdgpu_cdna2::s82,0,opr_size);
+case 83 : return makeRegisterExpression(amdgpu_cdna2::s83,0,opr_size);
+case 84 : return makeRegisterExpression(amdgpu_cdna2::s84,0,opr_size);
+case 85 : return makeRegisterExpression(amdgpu_cdna2::s85,0,opr_size);
+case 86 : return makeRegisterExpression(amdgpu_cdna2::s86,0,opr_size);
+case 87 : return makeRegisterExpression(amdgpu_cdna2::s87,0,opr_size);
+case 88 : return makeRegisterExpression(amdgpu_cdna2::s88,0,opr_size);
+case 89 : return makeRegisterExpression(amdgpu_cdna2::s89,0,opr_size);
+case 90 : return makeRegisterExpression(amdgpu_cdna2::s90,0,opr_size);
+case 91 : return makeRegisterExpression(amdgpu_cdna2::s91,0,opr_size);
+case 92 : return makeRegisterExpression(amdgpu_cdna2::s92,0,opr_size);
+case 93 : return makeRegisterExpression(amdgpu_cdna2::s93,0,opr_size);
+case 94 : return makeRegisterExpression(amdgpu_cdna2::s94,0,opr_size);
+case 95 : return makeRegisterExpression(amdgpu_cdna2::s95,0,opr_size);
+case 96 : return makeRegisterExpression(amdgpu_cdna2::s96,0,opr_size);
+case 97 : return makeRegisterExpression(amdgpu_cdna2::s97,0,opr_size);
+case 98 : return makeRegisterExpression(amdgpu_cdna2::s98,0,opr_size);
+case 99 : return makeRegisterExpression(amdgpu_cdna2::s99,0,opr_size);
+case 100 : return makeRegisterExpression(amdgpu_cdna2::s100,0,opr_size);
+case 101 : return makeRegisterExpression(amdgpu_cdna2::s101,0,opr_size);
+case 104 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_lo,0,opr_size);
+case 105 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_hi,0,opr_size);
+case 102 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_lo,0,opr_size);
+case 103 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_hi,0,opr_size);
+case 108 : return makeRegisterExpression(amdgpu_cdna2::ttmp0,0,opr_size);
+case 109 : return makeRegisterExpression(amdgpu_cdna2::ttmp1,0,opr_size);
+case 110 : return makeRegisterExpression(amdgpu_cdna2::ttmp2,0,opr_size);
+case 111 : return makeRegisterExpression(amdgpu_cdna2::ttmp3,0,opr_size);
+case 112 : return makeRegisterExpression(amdgpu_cdna2::ttmp4,0,opr_size);
+case 113 : return makeRegisterExpression(amdgpu_cdna2::ttmp5,0,opr_size);
+case 114 : return makeRegisterExpression(amdgpu_cdna2::ttmp6,0,opr_size);
+case 115 : return makeRegisterExpression(amdgpu_cdna2::ttmp7,0,opr_size);
+case 116 : return makeRegisterExpression(amdgpu_cdna2::ttmp8,0,opr_size);
+case 117 : return makeRegisterExpression(amdgpu_cdna2::ttmp9,0,opr_size);
+case 118 : return makeRegisterExpression(amdgpu_cdna2::ttmp10,0,opr_size);
+case 119 : return makeRegisterExpression(amdgpu_cdna2::ttmp11,0,opr_size);
+case 120 : return makeRegisterExpression(amdgpu_cdna2::ttmp12,0,opr_size);
+case 121 : return makeRegisterExpression(amdgpu_cdna2::ttmp13,0,opr_size);
+case 122 : return makeRegisterExpression(amdgpu_cdna2::ttmp14,0,opr_size);
+case 123 : return makeRegisterExpression(amdgpu_cdna2::ttmp15,0,opr_size);
+case 106 : return makeRegisterExpression(amdgpu_cdna2::vcc_lo,0,opr_size);
+case 107 : return makeRegisterExpression(amdgpu_cdna2::vcc_hi,0,opr_size);
+case 124 : return makeRegisterExpression(amdgpu_cdna2::m0,0,opr_size);
+case 126 : return makeRegisterExpression(amdgpu_cdna2::exec_lo,0,opr_size);
+case 127 : return makeRegisterExpression(amdgpu_cdna2::exec_hi,0,opr_size);
+case 128 : return Immediate::makeImmediate(Result(u32, 0));
+case 129 : return Immediate::makeImmediate(Result(u32, 1));
+case 130 : return Immediate::makeImmediate(Result(u32, 2));
+case 131 : return Immediate::makeImmediate(Result(u32, 3));
+case 132 : return Immediate::makeImmediate(Result(u32, 4));
+case 133 : return Immediate::makeImmediate(Result(u32, 5));
+case 134 : return Immediate::makeImmediate(Result(u32, 6));
+case 135 : return Immediate::makeImmediate(Result(u32, 7));
+case 136 : return Immediate::makeImmediate(Result(u32, 8));
+case 137 : return Immediate::makeImmediate(Result(u32, 9));
+case 138 : return Immediate::makeImmediate(Result(u32, 10));
+case 139 : return Immediate::makeImmediate(Result(u32, 11));
+case 140 : return Immediate::makeImmediate(Result(u32, 12));
+case 141 : return Immediate::makeImmediate(Result(u32, 13));
+case 142 : return Immediate::makeImmediate(Result(u32, 14));
+case 143 : return Immediate::makeImmediate(Result(u32, 15));
+case 144 : return Immediate::makeImmediate(Result(u32, 16));
+case 145 : return Immediate::makeImmediate(Result(u32, 17));
+case 146 : return Immediate::makeImmediate(Result(u32, 18));
+case 147 : return Immediate::makeImmediate(Result(u32, 19));
+case 148 : return Immediate::makeImmediate(Result(u32, 20));
+case 149 : return Immediate::makeImmediate(Result(u32, 21));
+case 150 : return Immediate::makeImmediate(Result(u32, 22));
+case 151 : return Immediate::makeImmediate(Result(u32, 23));
+case 152 : return Immediate::makeImmediate(Result(u32, 24));
+case 153 : return Immediate::makeImmediate(Result(u32, 25));
+case 154 : return Immediate::makeImmediate(Result(u32, 26));
+case 155 : return Immediate::makeImmediate(Result(u32, 27));
+case 156 : return Immediate::makeImmediate(Result(u32, 28));
+case 157 : return Immediate::makeImmediate(Result(u32, 29));
+case 158 : return Immediate::makeImmediate(Result(u32, 30));
+case 159 : return Immediate::makeImmediate(Result(u32, 31));
+case 160 : return Immediate::makeImmediate(Result(u32, 32));
+case 161 : return Immediate::makeImmediate(Result(u32, 33));
+case 162 : return Immediate::makeImmediate(Result(u32, 34));
+case 163 : return Immediate::makeImmediate(Result(u32, 35));
+case 164 : return Immediate::makeImmediate(Result(u32, 36));
+case 165 : return Immediate::makeImmediate(Result(u32, 37));
+case 166 : return Immediate::makeImmediate(Result(u32, 38));
+case 167 : return Immediate::makeImmediate(Result(u32, 39));
+case 168 : return Immediate::makeImmediate(Result(u32, 40));
+case 169 : return Immediate::makeImmediate(Result(u32, 41));
+case 170 : return Immediate::makeImmediate(Result(u32, 42));
+case 171 : return Immediate::makeImmediate(Result(u32, 43));
+case 172 : return Immediate::makeImmediate(Result(u32, 44));
+case 173 : return Immediate::makeImmediate(Result(u32, 45));
+case 174 : return Immediate::makeImmediate(Result(u32, 46));
+case 175 : return Immediate::makeImmediate(Result(u32, 47));
+case 176 : return Immediate::makeImmediate(Result(u32, 48));
+case 177 : return Immediate::makeImmediate(Result(u32, 49));
+case 178 : return Immediate::makeImmediate(Result(u32, 50));
+case 179 : return Immediate::makeImmediate(Result(u32, 51));
+case 180 : return Immediate::makeImmediate(Result(u32, 52));
+case 181 : return Immediate::makeImmediate(Result(u32, 53));
+case 182 : return Immediate::makeImmediate(Result(u32, 54));
+case 183 : return Immediate::makeImmediate(Result(u32, 55));
+case 184 : return Immediate::makeImmediate(Result(u32, 56));
+case 185 : return Immediate::makeImmediate(Result(u32, 57));
+case 186 : return Immediate::makeImmediate(Result(u32, 58));
+case 187 : return Immediate::makeImmediate(Result(u32, 59));
+case 188 : return Immediate::makeImmediate(Result(u32, 60));
+case 189 : return Immediate::makeImmediate(Result(u32, 61));
+case 190 : return Immediate::makeImmediate(Result(u32, 62));
+case 191 : return Immediate::makeImmediate(Result(u32, 63));
+case 192 : return Immediate::makeImmediate(Result(u32, 64));
+case 193 : return Immediate::makeImmediate(Result(u32, -1));
+case 194 : return Immediate::makeImmediate(Result(u32, -2));
+case 195 : return Immediate::makeImmediate(Result(u32, -3));
+case 196 : return Immediate::makeImmediate(Result(u32, -4));
+case 197 : return Immediate::makeImmediate(Result(u32, -5));
+case 198 : return Immediate::makeImmediate(Result(u32, -6));
+case 199 : return Immediate::makeImmediate(Result(u32, -7));
+case 200 : return Immediate::makeImmediate(Result(u32, -8));
+case 201 : return Immediate::makeImmediate(Result(u32, -9));
+case 202 : return Immediate::makeImmediate(Result(u32, -10));
+case 203 : return Immediate::makeImmediate(Result(u32, -11));
+case 204 : return Immediate::makeImmediate(Result(u32, -12));
+case 205 : return Immediate::makeImmediate(Result(u32, -13));
+case 206 : return Immediate::makeImmediate(Result(u32, -14));
+case 207 : return Immediate::makeImmediate(Result(u32, -15));
+case 208 : return Immediate::makeImmediate(Result(u32, -16));
+case 240 : return Immediate::makeImmediate(Result(sp_float, 0.5));
+case 241 : return Immediate::makeImmediate(Result(sp_float, -0.5));
+case 242 : return Immediate::makeImmediate(Result(sp_float, 1.0));
+case 243 : return Immediate::makeImmediate(Result(sp_float, -1.0));
+case 244 : return Immediate::makeImmediate(Result(sp_float, 2.0));
+case 245 : return Immediate::makeImmediate(Result(sp_float, -2.0));
+case 246 : return Immediate::makeImmediate(Result(sp_float, 4.0));
+case 247 : return Immediate::makeImmediate(Result(sp_float, -4.0));
+case 248 : return Immediate::makeImmediate(Result(sp_float, 0.15915494));
+case 251 : return makeRegisterExpression(amdgpu_cdna2::src_vccz,0,opr_size);
+case 252 : return makeRegisterExpression(amdgpu_cdna2::src_execz,0,opr_size);
+case 253 : return makeRegisterExpression(amdgpu_cdna2::src_scc,0,opr_size);
+case 235 : return makeRegisterExpression(amdgpu_cdna2::src_shared_base,0,opr_size);
+case 236 : return makeRegisterExpression(amdgpu_cdna2::src_shared_limit,0,opr_size);
+case 237 : return makeRegisterExpression(amdgpu_cdna2::src_private_base,0,opr_size);
+case 238 : return makeRegisterExpression(amdgpu_cdna2::src_private_limit,0,opr_size);
+case 239 : return makeRegisterExpression(amdgpu_cdna2::src_pops_exiting_wave_id,0,opr_size);
+case 256 : return makeRegisterExpression(amdgpu_cdna2::v0,0,opr_size);
+case 257 : return makeRegisterExpression(amdgpu_cdna2::v1,0,opr_size);
+case 258 : return makeRegisterExpression(amdgpu_cdna2::v2,0,opr_size);
+case 259 : return makeRegisterExpression(amdgpu_cdna2::v3,0,opr_size);
+case 260 : return makeRegisterExpression(amdgpu_cdna2::v4,0,opr_size);
+case 261 : return makeRegisterExpression(amdgpu_cdna2::v5,0,opr_size);
+case 262 : return makeRegisterExpression(amdgpu_cdna2::v6,0,opr_size);
+case 263 : return makeRegisterExpression(amdgpu_cdna2::v7,0,opr_size);
+case 264 : return makeRegisterExpression(amdgpu_cdna2::v8,0,opr_size);
+case 265 : return makeRegisterExpression(amdgpu_cdna2::v9,0,opr_size);
+case 266 : return makeRegisterExpression(amdgpu_cdna2::v10,0,opr_size);
+case 267 : return makeRegisterExpression(amdgpu_cdna2::v11,0,opr_size);
+case 268 : return makeRegisterExpression(amdgpu_cdna2::v12,0,opr_size);
+case 269 : return makeRegisterExpression(amdgpu_cdna2::v13,0,opr_size);
+case 270 : return makeRegisterExpression(amdgpu_cdna2::v14,0,opr_size);
+case 271 : return makeRegisterExpression(amdgpu_cdna2::v15,0,opr_size);
+case 272 : return makeRegisterExpression(amdgpu_cdna2::v16,0,opr_size);
+case 273 : return makeRegisterExpression(amdgpu_cdna2::v17,0,opr_size);
+case 274 : return makeRegisterExpression(amdgpu_cdna2::v18,0,opr_size);
+case 275 : return makeRegisterExpression(amdgpu_cdna2::v19,0,opr_size);
+case 276 : return makeRegisterExpression(amdgpu_cdna2::v20,0,opr_size);
+case 277 : return makeRegisterExpression(amdgpu_cdna2::v21,0,opr_size);
+case 278 : return makeRegisterExpression(amdgpu_cdna2::v22,0,opr_size);
+case 279 : return makeRegisterExpression(amdgpu_cdna2::v23,0,opr_size);
+case 280 : return makeRegisterExpression(amdgpu_cdna2::v24,0,opr_size);
+case 281 : return makeRegisterExpression(amdgpu_cdna2::v25,0,opr_size);
+case 282 : return makeRegisterExpression(amdgpu_cdna2::v26,0,opr_size);
+case 283 : return makeRegisterExpression(amdgpu_cdna2::v27,0,opr_size);
+case 284 : return makeRegisterExpression(amdgpu_cdna2::v28,0,opr_size);
+case 285 : return makeRegisterExpression(amdgpu_cdna2::v29,0,opr_size);
+case 286 : return makeRegisterExpression(amdgpu_cdna2::v30,0,opr_size);
+case 287 : return makeRegisterExpression(amdgpu_cdna2::v31,0,opr_size);
+case 288 : return makeRegisterExpression(amdgpu_cdna2::v32,0,opr_size);
+case 289 : return makeRegisterExpression(amdgpu_cdna2::v33,0,opr_size);
+case 290 : return makeRegisterExpression(amdgpu_cdna2::v34,0,opr_size);
+case 291 : return makeRegisterExpression(amdgpu_cdna2::v35,0,opr_size);
+case 292 : return makeRegisterExpression(amdgpu_cdna2::v36,0,opr_size);
+case 293 : return makeRegisterExpression(amdgpu_cdna2::v37,0,opr_size);
+case 294 : return makeRegisterExpression(amdgpu_cdna2::v38,0,opr_size);
+case 295 : return makeRegisterExpression(amdgpu_cdna2::v39,0,opr_size);
+case 296 : return makeRegisterExpression(amdgpu_cdna2::v40,0,opr_size);
+case 297 : return makeRegisterExpression(amdgpu_cdna2::v41,0,opr_size);
+case 298 : return makeRegisterExpression(amdgpu_cdna2::v42,0,opr_size);
+case 299 : return makeRegisterExpression(amdgpu_cdna2::v43,0,opr_size);
+case 300 : return makeRegisterExpression(amdgpu_cdna2::v44,0,opr_size);
+case 301 : return makeRegisterExpression(amdgpu_cdna2::v45,0,opr_size);
+case 302 : return makeRegisterExpression(amdgpu_cdna2::v46,0,opr_size);
+case 303 : return makeRegisterExpression(amdgpu_cdna2::v47,0,opr_size);
+case 304 : return makeRegisterExpression(amdgpu_cdna2::v48,0,opr_size);
+case 305 : return makeRegisterExpression(amdgpu_cdna2::v49,0,opr_size);
+case 306 : return makeRegisterExpression(amdgpu_cdna2::v50,0,opr_size);
+case 307 : return makeRegisterExpression(amdgpu_cdna2::v51,0,opr_size);
+case 308 : return makeRegisterExpression(amdgpu_cdna2::v52,0,opr_size);
+case 309 : return makeRegisterExpression(amdgpu_cdna2::v53,0,opr_size);
+case 310 : return makeRegisterExpression(amdgpu_cdna2::v54,0,opr_size);
+case 311 : return makeRegisterExpression(amdgpu_cdna2::v55,0,opr_size);
+case 312 : return makeRegisterExpression(amdgpu_cdna2::v56,0,opr_size);
+case 313 : return makeRegisterExpression(amdgpu_cdna2::v57,0,opr_size);
+case 314 : return makeRegisterExpression(amdgpu_cdna2::v58,0,opr_size);
+case 315 : return makeRegisterExpression(amdgpu_cdna2::v59,0,opr_size);
+case 316 : return makeRegisterExpression(amdgpu_cdna2::v60,0,opr_size);
+case 317 : return makeRegisterExpression(amdgpu_cdna2::v61,0,opr_size);
+case 318 : return makeRegisterExpression(amdgpu_cdna2::v62,0,opr_size);
+case 319 : return makeRegisterExpression(amdgpu_cdna2::v63,0,opr_size);
+case 320 : return makeRegisterExpression(amdgpu_cdna2::v64,0,opr_size);
+case 321 : return makeRegisterExpression(amdgpu_cdna2::v65,0,opr_size);
+case 322 : return makeRegisterExpression(amdgpu_cdna2::v66,0,opr_size);
+case 323 : return makeRegisterExpression(amdgpu_cdna2::v67,0,opr_size);
+case 324 : return makeRegisterExpression(amdgpu_cdna2::v68,0,opr_size);
+case 325 : return makeRegisterExpression(amdgpu_cdna2::v69,0,opr_size);
+case 326 : return makeRegisterExpression(amdgpu_cdna2::v70,0,opr_size);
+case 327 : return makeRegisterExpression(amdgpu_cdna2::v71,0,opr_size);
+case 328 : return makeRegisterExpression(amdgpu_cdna2::v72,0,opr_size);
+case 329 : return makeRegisterExpression(amdgpu_cdna2::v73,0,opr_size);
+case 330 : return makeRegisterExpression(amdgpu_cdna2::v74,0,opr_size);
+case 331 : return makeRegisterExpression(amdgpu_cdna2::v75,0,opr_size);
+case 332 : return makeRegisterExpression(amdgpu_cdna2::v76,0,opr_size);
+case 333 : return makeRegisterExpression(amdgpu_cdna2::v77,0,opr_size);
+case 334 : return makeRegisterExpression(amdgpu_cdna2::v78,0,opr_size);
+case 335 : return makeRegisterExpression(amdgpu_cdna2::v79,0,opr_size);
+case 336 : return makeRegisterExpression(amdgpu_cdna2::v80,0,opr_size);
+case 337 : return makeRegisterExpression(amdgpu_cdna2::v81,0,opr_size);
+case 338 : return makeRegisterExpression(amdgpu_cdna2::v82,0,opr_size);
+case 339 : return makeRegisterExpression(amdgpu_cdna2::v83,0,opr_size);
+case 340 : return makeRegisterExpression(amdgpu_cdna2::v84,0,opr_size);
+case 341 : return makeRegisterExpression(amdgpu_cdna2::v85,0,opr_size);
+case 342 : return makeRegisterExpression(amdgpu_cdna2::v86,0,opr_size);
+case 343 : return makeRegisterExpression(amdgpu_cdna2::v87,0,opr_size);
+case 344 : return makeRegisterExpression(amdgpu_cdna2::v88,0,opr_size);
+case 345 : return makeRegisterExpression(amdgpu_cdna2::v89,0,opr_size);
+case 346 : return makeRegisterExpression(amdgpu_cdna2::v90,0,opr_size);
+case 347 : return makeRegisterExpression(amdgpu_cdna2::v91,0,opr_size);
+case 348 : return makeRegisterExpression(amdgpu_cdna2::v92,0,opr_size);
+case 349 : return makeRegisterExpression(amdgpu_cdna2::v93,0,opr_size);
+case 350 : return makeRegisterExpression(amdgpu_cdna2::v94,0,opr_size);
+case 351 : return makeRegisterExpression(amdgpu_cdna2::v95,0,opr_size);
+case 352 : return makeRegisterExpression(amdgpu_cdna2::v96,0,opr_size);
+case 353 : return makeRegisterExpression(amdgpu_cdna2::v97,0,opr_size);
+case 354 : return makeRegisterExpression(amdgpu_cdna2::v98,0,opr_size);
+case 355 : return makeRegisterExpression(amdgpu_cdna2::v99,0,opr_size);
+case 356 : return makeRegisterExpression(amdgpu_cdna2::v100,0,opr_size);
+case 357 : return makeRegisterExpression(amdgpu_cdna2::v101,0,opr_size);
+case 358 : return makeRegisterExpression(amdgpu_cdna2::v102,0,opr_size);
+case 359 : return makeRegisterExpression(amdgpu_cdna2::v103,0,opr_size);
+case 360 : return makeRegisterExpression(amdgpu_cdna2::v104,0,opr_size);
+case 361 : return makeRegisterExpression(amdgpu_cdna2::v105,0,opr_size);
+case 362 : return makeRegisterExpression(amdgpu_cdna2::v106,0,opr_size);
+case 363 : return makeRegisterExpression(amdgpu_cdna2::v107,0,opr_size);
+case 364 : return makeRegisterExpression(amdgpu_cdna2::v108,0,opr_size);
+case 365 : return makeRegisterExpression(amdgpu_cdna2::v109,0,opr_size);
+case 366 : return makeRegisterExpression(amdgpu_cdna2::v110,0,opr_size);
+case 367 : return makeRegisterExpression(amdgpu_cdna2::v111,0,opr_size);
+case 368 : return makeRegisterExpression(amdgpu_cdna2::v112,0,opr_size);
+case 369 : return makeRegisterExpression(amdgpu_cdna2::v113,0,opr_size);
+case 370 : return makeRegisterExpression(amdgpu_cdna2::v114,0,opr_size);
+case 371 : return makeRegisterExpression(amdgpu_cdna2::v115,0,opr_size);
+case 372 : return makeRegisterExpression(amdgpu_cdna2::v116,0,opr_size);
+case 373 : return makeRegisterExpression(amdgpu_cdna2::v117,0,opr_size);
+case 374 : return makeRegisterExpression(amdgpu_cdna2::v118,0,opr_size);
+case 375 : return makeRegisterExpression(amdgpu_cdna2::v119,0,opr_size);
+case 376 : return makeRegisterExpression(amdgpu_cdna2::v120,0,opr_size);
+case 377 : return makeRegisterExpression(amdgpu_cdna2::v121,0,opr_size);
+case 378 : return makeRegisterExpression(amdgpu_cdna2::v122,0,opr_size);
+case 379 : return makeRegisterExpression(amdgpu_cdna2::v123,0,opr_size);
+case 380 : return makeRegisterExpression(amdgpu_cdna2::v124,0,opr_size);
+case 381 : return makeRegisterExpression(amdgpu_cdna2::v125,0,opr_size);
+case 382 : return makeRegisterExpression(amdgpu_cdna2::v126,0,opr_size);
+case 383 : return makeRegisterExpression(amdgpu_cdna2::v127,0,opr_size);
+case 384 : return makeRegisterExpression(amdgpu_cdna2::v128,0,opr_size);
+case 385 : return makeRegisterExpression(amdgpu_cdna2::v129,0,opr_size);
+case 386 : return makeRegisterExpression(amdgpu_cdna2::v130,0,opr_size);
+case 387 : return makeRegisterExpression(amdgpu_cdna2::v131,0,opr_size);
+case 388 : return makeRegisterExpression(amdgpu_cdna2::v132,0,opr_size);
+case 389 : return makeRegisterExpression(amdgpu_cdna2::v133,0,opr_size);
+case 390 : return makeRegisterExpression(amdgpu_cdna2::v134,0,opr_size);
+case 391 : return makeRegisterExpression(amdgpu_cdna2::v135,0,opr_size);
+case 392 : return makeRegisterExpression(amdgpu_cdna2::v136,0,opr_size);
+case 393 : return makeRegisterExpression(amdgpu_cdna2::v137,0,opr_size);
+case 394 : return makeRegisterExpression(amdgpu_cdna2::v138,0,opr_size);
+case 395 : return makeRegisterExpression(amdgpu_cdna2::v139,0,opr_size);
+case 396 : return makeRegisterExpression(amdgpu_cdna2::v140,0,opr_size);
+case 397 : return makeRegisterExpression(amdgpu_cdna2::v141,0,opr_size);
+case 398 : return makeRegisterExpression(amdgpu_cdna2::v142,0,opr_size);
+case 399 : return makeRegisterExpression(amdgpu_cdna2::v143,0,opr_size);
+case 400 : return makeRegisterExpression(amdgpu_cdna2::v144,0,opr_size);
+case 401 : return makeRegisterExpression(amdgpu_cdna2::v145,0,opr_size);
+case 402 : return makeRegisterExpression(amdgpu_cdna2::v146,0,opr_size);
+case 403 : return makeRegisterExpression(amdgpu_cdna2::v147,0,opr_size);
+case 404 : return makeRegisterExpression(amdgpu_cdna2::v148,0,opr_size);
+case 405 : return makeRegisterExpression(amdgpu_cdna2::v149,0,opr_size);
+case 406 : return makeRegisterExpression(amdgpu_cdna2::v150,0,opr_size);
+case 407 : return makeRegisterExpression(amdgpu_cdna2::v151,0,opr_size);
+case 408 : return makeRegisterExpression(amdgpu_cdna2::v152,0,opr_size);
+case 409 : return makeRegisterExpression(amdgpu_cdna2::v153,0,opr_size);
+case 410 : return makeRegisterExpression(amdgpu_cdna2::v154,0,opr_size);
+case 411 : return makeRegisterExpression(amdgpu_cdna2::v155,0,opr_size);
+case 412 : return makeRegisterExpression(amdgpu_cdna2::v156,0,opr_size);
+case 413 : return makeRegisterExpression(amdgpu_cdna2::v157,0,opr_size);
+case 414 : return makeRegisterExpression(amdgpu_cdna2::v158,0,opr_size);
+case 415 : return makeRegisterExpression(amdgpu_cdna2::v159,0,opr_size);
+case 416 : return makeRegisterExpression(amdgpu_cdna2::v160,0,opr_size);
+case 417 : return makeRegisterExpression(amdgpu_cdna2::v161,0,opr_size);
+case 418 : return makeRegisterExpression(amdgpu_cdna2::v162,0,opr_size);
+case 419 : return makeRegisterExpression(amdgpu_cdna2::v163,0,opr_size);
+case 420 : return makeRegisterExpression(amdgpu_cdna2::v164,0,opr_size);
+case 421 : return makeRegisterExpression(amdgpu_cdna2::v165,0,opr_size);
+case 422 : return makeRegisterExpression(amdgpu_cdna2::v166,0,opr_size);
+case 423 : return makeRegisterExpression(amdgpu_cdna2::v167,0,opr_size);
+case 424 : return makeRegisterExpression(amdgpu_cdna2::v168,0,opr_size);
+case 425 : return makeRegisterExpression(amdgpu_cdna2::v169,0,opr_size);
+case 426 : return makeRegisterExpression(amdgpu_cdna2::v170,0,opr_size);
+case 427 : return makeRegisterExpression(amdgpu_cdna2::v171,0,opr_size);
+case 428 : return makeRegisterExpression(amdgpu_cdna2::v172,0,opr_size);
+case 429 : return makeRegisterExpression(amdgpu_cdna2::v173,0,opr_size);
+case 430 : return makeRegisterExpression(amdgpu_cdna2::v174,0,opr_size);
+case 431 : return makeRegisterExpression(amdgpu_cdna2::v175,0,opr_size);
+case 432 : return makeRegisterExpression(amdgpu_cdna2::v176,0,opr_size);
+case 433 : return makeRegisterExpression(amdgpu_cdna2::v177,0,opr_size);
+case 434 : return makeRegisterExpression(amdgpu_cdna2::v178,0,opr_size);
+case 435 : return makeRegisterExpression(amdgpu_cdna2::v179,0,opr_size);
+case 436 : return makeRegisterExpression(amdgpu_cdna2::v180,0,opr_size);
+case 437 : return makeRegisterExpression(amdgpu_cdna2::v181,0,opr_size);
+case 438 : return makeRegisterExpression(amdgpu_cdna2::v182,0,opr_size);
+case 439 : return makeRegisterExpression(amdgpu_cdna2::v183,0,opr_size);
+case 440 : return makeRegisterExpression(amdgpu_cdna2::v184,0,opr_size);
+case 441 : return makeRegisterExpression(amdgpu_cdna2::v185,0,opr_size);
+case 442 : return makeRegisterExpression(amdgpu_cdna2::v186,0,opr_size);
+case 443 : return makeRegisterExpression(amdgpu_cdna2::v187,0,opr_size);
+case 444 : return makeRegisterExpression(amdgpu_cdna2::v188,0,opr_size);
+case 445 : return makeRegisterExpression(amdgpu_cdna2::v189,0,opr_size);
+case 446 : return makeRegisterExpression(amdgpu_cdna2::v190,0,opr_size);
+case 447 : return makeRegisterExpression(amdgpu_cdna2::v191,0,opr_size);
+case 448 : return makeRegisterExpression(amdgpu_cdna2::v192,0,opr_size);
+case 449 : return makeRegisterExpression(amdgpu_cdna2::v193,0,opr_size);
+case 450 : return makeRegisterExpression(amdgpu_cdna2::v194,0,opr_size);
+case 451 : return makeRegisterExpression(amdgpu_cdna2::v195,0,opr_size);
+case 452 : return makeRegisterExpression(amdgpu_cdna2::v196,0,opr_size);
+case 453 : return makeRegisterExpression(amdgpu_cdna2::v197,0,opr_size);
+case 454 : return makeRegisterExpression(amdgpu_cdna2::v198,0,opr_size);
+case 455 : return makeRegisterExpression(amdgpu_cdna2::v199,0,opr_size);
+case 456 : return makeRegisterExpression(amdgpu_cdna2::v200,0,opr_size);
+case 457 : return makeRegisterExpression(amdgpu_cdna2::v201,0,opr_size);
+case 458 : return makeRegisterExpression(amdgpu_cdna2::v202,0,opr_size);
+case 459 : return makeRegisterExpression(amdgpu_cdna2::v203,0,opr_size);
+case 460 : return makeRegisterExpression(amdgpu_cdna2::v204,0,opr_size);
+case 461 : return makeRegisterExpression(amdgpu_cdna2::v205,0,opr_size);
+case 462 : return makeRegisterExpression(amdgpu_cdna2::v206,0,opr_size);
+case 463 : return makeRegisterExpression(amdgpu_cdna2::v207,0,opr_size);
+case 464 : return makeRegisterExpression(amdgpu_cdna2::v208,0,opr_size);
+case 465 : return makeRegisterExpression(amdgpu_cdna2::v209,0,opr_size);
+case 466 : return makeRegisterExpression(amdgpu_cdna2::v210,0,opr_size);
+case 467 : return makeRegisterExpression(amdgpu_cdna2::v211,0,opr_size);
+case 468 : return makeRegisterExpression(amdgpu_cdna2::v212,0,opr_size);
+case 469 : return makeRegisterExpression(amdgpu_cdna2::v213,0,opr_size);
+case 470 : return makeRegisterExpression(amdgpu_cdna2::v214,0,opr_size);
+case 471 : return makeRegisterExpression(amdgpu_cdna2::v215,0,opr_size);
+case 472 : return makeRegisterExpression(amdgpu_cdna2::v216,0,opr_size);
+case 473 : return makeRegisterExpression(amdgpu_cdna2::v217,0,opr_size);
+case 474 : return makeRegisterExpression(amdgpu_cdna2::v218,0,opr_size);
+case 475 : return makeRegisterExpression(amdgpu_cdna2::v219,0,opr_size);
+case 476 : return makeRegisterExpression(amdgpu_cdna2::v220,0,opr_size);
+case 477 : return makeRegisterExpression(amdgpu_cdna2::v221,0,opr_size);
+case 478 : return makeRegisterExpression(amdgpu_cdna2::v222,0,opr_size);
+case 479 : return makeRegisterExpression(amdgpu_cdna2::v223,0,opr_size);
+case 480 : return makeRegisterExpression(amdgpu_cdna2::v224,0,opr_size);
+case 481 : return makeRegisterExpression(amdgpu_cdna2::v225,0,opr_size);
+case 482 : return makeRegisterExpression(amdgpu_cdna2::v226,0,opr_size);
+case 483 : return makeRegisterExpression(amdgpu_cdna2::v227,0,opr_size);
+case 484 : return makeRegisterExpression(amdgpu_cdna2::v228,0,opr_size);
+case 485 : return makeRegisterExpression(amdgpu_cdna2::v229,0,opr_size);
+case 486 : return makeRegisterExpression(amdgpu_cdna2::v230,0,opr_size);
+case 487 : return makeRegisterExpression(amdgpu_cdna2::v231,0,opr_size);
+case 488 : return makeRegisterExpression(amdgpu_cdna2::v232,0,opr_size);
+case 489 : return makeRegisterExpression(amdgpu_cdna2::v233,0,opr_size);
+case 490 : return makeRegisterExpression(amdgpu_cdna2::v234,0,opr_size);
+case 491 : return makeRegisterExpression(amdgpu_cdna2::v235,0,opr_size);
+case 492 : return makeRegisterExpression(amdgpu_cdna2::v236,0,opr_size);
+case 493 : return makeRegisterExpression(amdgpu_cdna2::v237,0,opr_size);
+case 494 : return makeRegisterExpression(amdgpu_cdna2::v238,0,opr_size);
+case 495 : return makeRegisterExpression(amdgpu_cdna2::v239,0,opr_size);
+case 496 : return makeRegisterExpression(amdgpu_cdna2::v240,0,opr_size);
+case 497 : return makeRegisterExpression(amdgpu_cdna2::v241,0,opr_size);
+case 498 : return makeRegisterExpression(amdgpu_cdna2::v242,0,opr_size);
+case 499 : return makeRegisterExpression(amdgpu_cdna2::v243,0,opr_size);
+case 500 : return makeRegisterExpression(amdgpu_cdna2::v244,0,opr_size);
+case 501 : return makeRegisterExpression(amdgpu_cdna2::v245,0,opr_size);
+case 502 : return makeRegisterExpression(amdgpu_cdna2::v246,0,opr_size);
+case 503 : return makeRegisterExpression(amdgpu_cdna2::v247,0,opr_size);
+case 504 : return makeRegisterExpression(amdgpu_cdna2::v248,0,opr_size);
+case 505 : return makeRegisterExpression(amdgpu_cdna2::v249,0,opr_size);
+case 506 : return makeRegisterExpression(amdgpu_cdna2::v250,0,opr_size);
+case 507 : return makeRegisterExpression(amdgpu_cdna2::v251,0,opr_size);
+case 508 : return makeRegisterExpression(amdgpu_cdna2::v252,0,opr_size);
+case 509 : return makeRegisterExpression(amdgpu_cdna2::v253,0,opr_size);
+case 510 : return makeRegisterExpression(amdgpu_cdna2::v254,0,opr_size);
+case 511 : return makeRegisterExpression(amdgpu_cdna2::v255,0,opr_size);
+case 255 : return makeRegisterExpression(amdgpu_cdna2::src_literal,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SRC_NOLIT(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::s0,0,opr_size);
+case 1 : return makeRegisterExpression(amdgpu_cdna2::s1,0,opr_size);
+case 2 : return makeRegisterExpression(amdgpu_cdna2::s2,0,opr_size);
+case 3 : return makeRegisterExpression(amdgpu_cdna2::s3,0,opr_size);
+case 4 : return makeRegisterExpression(amdgpu_cdna2::s4,0,opr_size);
+case 5 : return makeRegisterExpression(amdgpu_cdna2::s5,0,opr_size);
+case 6 : return makeRegisterExpression(amdgpu_cdna2::s6,0,opr_size);
+case 7 : return makeRegisterExpression(amdgpu_cdna2::s7,0,opr_size);
+case 8 : return makeRegisterExpression(amdgpu_cdna2::s8,0,opr_size);
+case 9 : return makeRegisterExpression(amdgpu_cdna2::s9,0,opr_size);
+case 10 : return makeRegisterExpression(amdgpu_cdna2::s10,0,opr_size);
+case 11 : return makeRegisterExpression(amdgpu_cdna2::s11,0,opr_size);
+case 12 : return makeRegisterExpression(amdgpu_cdna2::s12,0,opr_size);
+case 13 : return makeRegisterExpression(amdgpu_cdna2::s13,0,opr_size);
+case 14 : return makeRegisterExpression(amdgpu_cdna2::s14,0,opr_size);
+case 15 : return makeRegisterExpression(amdgpu_cdna2::s15,0,opr_size);
+case 16 : return makeRegisterExpression(amdgpu_cdna2::s16,0,opr_size);
+case 17 : return makeRegisterExpression(amdgpu_cdna2::s17,0,opr_size);
+case 18 : return makeRegisterExpression(amdgpu_cdna2::s18,0,opr_size);
+case 19 : return makeRegisterExpression(amdgpu_cdna2::s19,0,opr_size);
+case 20 : return makeRegisterExpression(amdgpu_cdna2::s20,0,opr_size);
+case 21 : return makeRegisterExpression(amdgpu_cdna2::s21,0,opr_size);
+case 22 : return makeRegisterExpression(amdgpu_cdna2::s22,0,opr_size);
+case 23 : return makeRegisterExpression(amdgpu_cdna2::s23,0,opr_size);
+case 24 : return makeRegisterExpression(amdgpu_cdna2::s24,0,opr_size);
+case 25 : return makeRegisterExpression(amdgpu_cdna2::s25,0,opr_size);
+case 26 : return makeRegisterExpression(amdgpu_cdna2::s26,0,opr_size);
+case 27 : return makeRegisterExpression(amdgpu_cdna2::s27,0,opr_size);
+case 28 : return makeRegisterExpression(amdgpu_cdna2::s28,0,opr_size);
+case 29 : return makeRegisterExpression(amdgpu_cdna2::s29,0,opr_size);
+case 30 : return makeRegisterExpression(amdgpu_cdna2::s30,0,opr_size);
+case 31 : return makeRegisterExpression(amdgpu_cdna2::s31,0,opr_size);
+case 32 : return makeRegisterExpression(amdgpu_cdna2::s32,0,opr_size);
+case 33 : return makeRegisterExpression(amdgpu_cdna2::s33,0,opr_size);
+case 34 : return makeRegisterExpression(amdgpu_cdna2::s34,0,opr_size);
+case 35 : return makeRegisterExpression(amdgpu_cdna2::s35,0,opr_size);
+case 36 : return makeRegisterExpression(amdgpu_cdna2::s36,0,opr_size);
+case 37 : return makeRegisterExpression(amdgpu_cdna2::s37,0,opr_size);
+case 38 : return makeRegisterExpression(amdgpu_cdna2::s38,0,opr_size);
+case 39 : return makeRegisterExpression(amdgpu_cdna2::s39,0,opr_size);
+case 40 : return makeRegisterExpression(amdgpu_cdna2::s40,0,opr_size);
+case 41 : return makeRegisterExpression(amdgpu_cdna2::s41,0,opr_size);
+case 42 : return makeRegisterExpression(amdgpu_cdna2::s42,0,opr_size);
+case 43 : return makeRegisterExpression(amdgpu_cdna2::s43,0,opr_size);
+case 44 : return makeRegisterExpression(amdgpu_cdna2::s44,0,opr_size);
+case 45 : return makeRegisterExpression(amdgpu_cdna2::s45,0,opr_size);
+case 46 : return makeRegisterExpression(amdgpu_cdna2::s46,0,opr_size);
+case 47 : return makeRegisterExpression(amdgpu_cdna2::s47,0,opr_size);
+case 48 : return makeRegisterExpression(amdgpu_cdna2::s48,0,opr_size);
+case 49 : return makeRegisterExpression(amdgpu_cdna2::s49,0,opr_size);
+case 50 : return makeRegisterExpression(amdgpu_cdna2::s50,0,opr_size);
+case 51 : return makeRegisterExpression(amdgpu_cdna2::s51,0,opr_size);
+case 52 : return makeRegisterExpression(amdgpu_cdna2::s52,0,opr_size);
+case 53 : return makeRegisterExpression(amdgpu_cdna2::s53,0,opr_size);
+case 54 : return makeRegisterExpression(amdgpu_cdna2::s54,0,opr_size);
+case 55 : return makeRegisterExpression(amdgpu_cdna2::s55,0,opr_size);
+case 56 : return makeRegisterExpression(amdgpu_cdna2::s56,0,opr_size);
+case 57 : return makeRegisterExpression(amdgpu_cdna2::s57,0,opr_size);
+case 58 : return makeRegisterExpression(amdgpu_cdna2::s58,0,opr_size);
+case 59 : return makeRegisterExpression(amdgpu_cdna2::s59,0,opr_size);
+case 60 : return makeRegisterExpression(amdgpu_cdna2::s60,0,opr_size);
+case 61 : return makeRegisterExpression(amdgpu_cdna2::s61,0,opr_size);
+case 62 : return makeRegisterExpression(amdgpu_cdna2::s62,0,opr_size);
+case 63 : return makeRegisterExpression(amdgpu_cdna2::s63,0,opr_size);
+case 64 : return makeRegisterExpression(amdgpu_cdna2::s64,0,opr_size);
+case 65 : return makeRegisterExpression(amdgpu_cdna2::s65,0,opr_size);
+case 66 : return makeRegisterExpression(amdgpu_cdna2::s66,0,opr_size);
+case 67 : return makeRegisterExpression(amdgpu_cdna2::s67,0,opr_size);
+case 68 : return makeRegisterExpression(amdgpu_cdna2::s68,0,opr_size);
+case 69 : return makeRegisterExpression(amdgpu_cdna2::s69,0,opr_size);
+case 70 : return makeRegisterExpression(amdgpu_cdna2::s70,0,opr_size);
+case 71 : return makeRegisterExpression(amdgpu_cdna2::s71,0,opr_size);
+case 72 : return makeRegisterExpression(amdgpu_cdna2::s72,0,opr_size);
+case 73 : return makeRegisterExpression(amdgpu_cdna2::s73,0,opr_size);
+case 74 : return makeRegisterExpression(amdgpu_cdna2::s74,0,opr_size);
+case 75 : return makeRegisterExpression(amdgpu_cdna2::s75,0,opr_size);
+case 76 : return makeRegisterExpression(amdgpu_cdna2::s76,0,opr_size);
+case 77 : return makeRegisterExpression(amdgpu_cdna2::s77,0,opr_size);
+case 78 : return makeRegisterExpression(amdgpu_cdna2::s78,0,opr_size);
+case 79 : return makeRegisterExpression(amdgpu_cdna2::s79,0,opr_size);
+case 80 : return makeRegisterExpression(amdgpu_cdna2::s80,0,opr_size);
+case 81 : return makeRegisterExpression(amdgpu_cdna2::s81,0,opr_size);
+case 82 : return makeRegisterExpression(amdgpu_cdna2::s82,0,opr_size);
+case 83 : return makeRegisterExpression(amdgpu_cdna2::s83,0,opr_size);
+case 84 : return makeRegisterExpression(amdgpu_cdna2::s84,0,opr_size);
+case 85 : return makeRegisterExpression(amdgpu_cdna2::s85,0,opr_size);
+case 86 : return makeRegisterExpression(amdgpu_cdna2::s86,0,opr_size);
+case 87 : return makeRegisterExpression(amdgpu_cdna2::s87,0,opr_size);
+case 88 : return makeRegisterExpression(amdgpu_cdna2::s88,0,opr_size);
+case 89 : return makeRegisterExpression(amdgpu_cdna2::s89,0,opr_size);
+case 90 : return makeRegisterExpression(amdgpu_cdna2::s90,0,opr_size);
+case 91 : return makeRegisterExpression(amdgpu_cdna2::s91,0,opr_size);
+case 92 : return makeRegisterExpression(amdgpu_cdna2::s92,0,opr_size);
+case 93 : return makeRegisterExpression(amdgpu_cdna2::s93,0,opr_size);
+case 94 : return makeRegisterExpression(amdgpu_cdna2::s94,0,opr_size);
+case 95 : return makeRegisterExpression(amdgpu_cdna2::s95,0,opr_size);
+case 96 : return makeRegisterExpression(amdgpu_cdna2::s96,0,opr_size);
+case 97 : return makeRegisterExpression(amdgpu_cdna2::s97,0,opr_size);
+case 98 : return makeRegisterExpression(amdgpu_cdna2::s98,0,opr_size);
+case 99 : return makeRegisterExpression(amdgpu_cdna2::s99,0,opr_size);
+case 100 : return makeRegisterExpression(amdgpu_cdna2::s100,0,opr_size);
+case 101 : return makeRegisterExpression(amdgpu_cdna2::s101,0,opr_size);
+case 104 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_lo,0,opr_size);
+case 105 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_hi,0,opr_size);
+case 102 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_lo,0,opr_size);
+case 103 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_hi,0,opr_size);
+case 108 : return makeRegisterExpression(amdgpu_cdna2::ttmp0,0,opr_size);
+case 109 : return makeRegisterExpression(amdgpu_cdna2::ttmp1,0,opr_size);
+case 110 : return makeRegisterExpression(amdgpu_cdna2::ttmp2,0,opr_size);
+case 111 : return makeRegisterExpression(amdgpu_cdna2::ttmp3,0,opr_size);
+case 112 : return makeRegisterExpression(amdgpu_cdna2::ttmp4,0,opr_size);
+case 113 : return makeRegisterExpression(amdgpu_cdna2::ttmp5,0,opr_size);
+case 114 : return makeRegisterExpression(amdgpu_cdna2::ttmp6,0,opr_size);
+case 115 : return makeRegisterExpression(amdgpu_cdna2::ttmp7,0,opr_size);
+case 116 : return makeRegisterExpression(amdgpu_cdna2::ttmp8,0,opr_size);
+case 117 : return makeRegisterExpression(amdgpu_cdna2::ttmp9,0,opr_size);
+case 118 : return makeRegisterExpression(amdgpu_cdna2::ttmp10,0,opr_size);
+case 119 : return makeRegisterExpression(amdgpu_cdna2::ttmp11,0,opr_size);
+case 120 : return makeRegisterExpression(amdgpu_cdna2::ttmp12,0,opr_size);
+case 121 : return makeRegisterExpression(amdgpu_cdna2::ttmp13,0,opr_size);
+case 122 : return makeRegisterExpression(amdgpu_cdna2::ttmp14,0,opr_size);
+case 123 : return makeRegisterExpression(amdgpu_cdna2::ttmp15,0,opr_size);
+case 106 : return makeRegisterExpression(amdgpu_cdna2::vcc_lo,0,opr_size);
+case 107 : return makeRegisterExpression(amdgpu_cdna2::vcc_hi,0,opr_size);
+case 124 : return makeRegisterExpression(amdgpu_cdna2::m0,0,opr_size);
+case 126 : return makeRegisterExpression(amdgpu_cdna2::exec_lo,0,opr_size);
+case 127 : return makeRegisterExpression(amdgpu_cdna2::exec_hi,0,opr_size);
+case 128 : return Immediate::makeImmediate(Result(u32, 0));
+case 129 : return Immediate::makeImmediate(Result(u32, 1));
+case 130 : return Immediate::makeImmediate(Result(u32, 2));
+case 131 : return Immediate::makeImmediate(Result(u32, 3));
+case 132 : return Immediate::makeImmediate(Result(u32, 4));
+case 133 : return Immediate::makeImmediate(Result(u32, 5));
+case 134 : return Immediate::makeImmediate(Result(u32, 6));
+case 135 : return Immediate::makeImmediate(Result(u32, 7));
+case 136 : return Immediate::makeImmediate(Result(u32, 8));
+case 137 : return Immediate::makeImmediate(Result(u32, 9));
+case 138 : return Immediate::makeImmediate(Result(u32, 10));
+case 139 : return Immediate::makeImmediate(Result(u32, 11));
+case 140 : return Immediate::makeImmediate(Result(u32, 12));
+case 141 : return Immediate::makeImmediate(Result(u32, 13));
+case 142 : return Immediate::makeImmediate(Result(u32, 14));
+case 143 : return Immediate::makeImmediate(Result(u32, 15));
+case 144 : return Immediate::makeImmediate(Result(u32, 16));
+case 145 : return Immediate::makeImmediate(Result(u32, 17));
+case 146 : return Immediate::makeImmediate(Result(u32, 18));
+case 147 : return Immediate::makeImmediate(Result(u32, 19));
+case 148 : return Immediate::makeImmediate(Result(u32, 20));
+case 149 : return Immediate::makeImmediate(Result(u32, 21));
+case 150 : return Immediate::makeImmediate(Result(u32, 22));
+case 151 : return Immediate::makeImmediate(Result(u32, 23));
+case 152 : return Immediate::makeImmediate(Result(u32, 24));
+case 153 : return Immediate::makeImmediate(Result(u32, 25));
+case 154 : return Immediate::makeImmediate(Result(u32, 26));
+case 155 : return Immediate::makeImmediate(Result(u32, 27));
+case 156 : return Immediate::makeImmediate(Result(u32, 28));
+case 157 : return Immediate::makeImmediate(Result(u32, 29));
+case 158 : return Immediate::makeImmediate(Result(u32, 30));
+case 159 : return Immediate::makeImmediate(Result(u32, 31));
+case 160 : return Immediate::makeImmediate(Result(u32, 32));
+case 161 : return Immediate::makeImmediate(Result(u32, 33));
+case 162 : return Immediate::makeImmediate(Result(u32, 34));
+case 163 : return Immediate::makeImmediate(Result(u32, 35));
+case 164 : return Immediate::makeImmediate(Result(u32, 36));
+case 165 : return Immediate::makeImmediate(Result(u32, 37));
+case 166 : return Immediate::makeImmediate(Result(u32, 38));
+case 167 : return Immediate::makeImmediate(Result(u32, 39));
+case 168 : return Immediate::makeImmediate(Result(u32, 40));
+case 169 : return Immediate::makeImmediate(Result(u32, 41));
+case 170 : return Immediate::makeImmediate(Result(u32, 42));
+case 171 : return Immediate::makeImmediate(Result(u32, 43));
+case 172 : return Immediate::makeImmediate(Result(u32, 44));
+case 173 : return Immediate::makeImmediate(Result(u32, 45));
+case 174 : return Immediate::makeImmediate(Result(u32, 46));
+case 175 : return Immediate::makeImmediate(Result(u32, 47));
+case 176 : return Immediate::makeImmediate(Result(u32, 48));
+case 177 : return Immediate::makeImmediate(Result(u32, 49));
+case 178 : return Immediate::makeImmediate(Result(u32, 50));
+case 179 : return Immediate::makeImmediate(Result(u32, 51));
+case 180 : return Immediate::makeImmediate(Result(u32, 52));
+case 181 : return Immediate::makeImmediate(Result(u32, 53));
+case 182 : return Immediate::makeImmediate(Result(u32, 54));
+case 183 : return Immediate::makeImmediate(Result(u32, 55));
+case 184 : return Immediate::makeImmediate(Result(u32, 56));
+case 185 : return Immediate::makeImmediate(Result(u32, 57));
+case 186 : return Immediate::makeImmediate(Result(u32, 58));
+case 187 : return Immediate::makeImmediate(Result(u32, 59));
+case 188 : return Immediate::makeImmediate(Result(u32, 60));
+case 189 : return Immediate::makeImmediate(Result(u32, 61));
+case 190 : return Immediate::makeImmediate(Result(u32, 62));
+case 191 : return Immediate::makeImmediate(Result(u32, 63));
+case 192 : return Immediate::makeImmediate(Result(u32, 64));
+case 193 : return Immediate::makeImmediate(Result(u32, -1));
+case 194 : return Immediate::makeImmediate(Result(u32, -2));
+case 195 : return Immediate::makeImmediate(Result(u32, -3));
+case 196 : return Immediate::makeImmediate(Result(u32, -4));
+case 197 : return Immediate::makeImmediate(Result(u32, -5));
+case 198 : return Immediate::makeImmediate(Result(u32, -6));
+case 199 : return Immediate::makeImmediate(Result(u32, -7));
+case 200 : return Immediate::makeImmediate(Result(u32, -8));
+case 201 : return Immediate::makeImmediate(Result(u32, -9));
+case 202 : return Immediate::makeImmediate(Result(u32, -10));
+case 203 : return Immediate::makeImmediate(Result(u32, -11));
+case 204 : return Immediate::makeImmediate(Result(u32, -12));
+case 205 : return Immediate::makeImmediate(Result(u32, -13));
+case 206 : return Immediate::makeImmediate(Result(u32, -14));
+case 207 : return Immediate::makeImmediate(Result(u32, -15));
+case 208 : return Immediate::makeImmediate(Result(u32, -16));
+case 240 : return Immediate::makeImmediate(Result(sp_float, 0.5));
+case 241 : return Immediate::makeImmediate(Result(sp_float, -0.5));
+case 242 : return Immediate::makeImmediate(Result(sp_float, 1.0));
+case 243 : return Immediate::makeImmediate(Result(sp_float, -1.0));
+case 244 : return Immediate::makeImmediate(Result(sp_float, 2.0));
+case 245 : return Immediate::makeImmediate(Result(sp_float, -2.0));
+case 246 : return Immediate::makeImmediate(Result(sp_float, 4.0));
+case 247 : return Immediate::makeImmediate(Result(sp_float, -4.0));
+case 248 : return Immediate::makeImmediate(Result(sp_float, 0.15915494));
+case 251 : return makeRegisterExpression(amdgpu_cdna2::src_vccz,0,opr_size);
+case 252 : return makeRegisterExpression(amdgpu_cdna2::src_execz,0,opr_size);
+case 253 : return makeRegisterExpression(amdgpu_cdna2::src_scc,0,opr_size);
+case 235 : return makeRegisterExpression(amdgpu_cdna2::src_shared_base,0,opr_size);
+case 236 : return makeRegisterExpression(amdgpu_cdna2::src_shared_limit,0,opr_size);
+case 237 : return makeRegisterExpression(amdgpu_cdna2::src_private_base,0,opr_size);
+case 238 : return makeRegisterExpression(amdgpu_cdna2::src_private_limit,0,opr_size);
+case 239 : return makeRegisterExpression(amdgpu_cdna2::src_pops_exiting_wave_id,0,opr_size);
+case 256 : return makeRegisterExpression(amdgpu_cdna2::v0,0,opr_size);
+case 257 : return makeRegisterExpression(amdgpu_cdna2::v1,0,opr_size);
+case 258 : return makeRegisterExpression(amdgpu_cdna2::v2,0,opr_size);
+case 259 : return makeRegisterExpression(amdgpu_cdna2::v3,0,opr_size);
+case 260 : return makeRegisterExpression(amdgpu_cdna2::v4,0,opr_size);
+case 261 : return makeRegisterExpression(amdgpu_cdna2::v5,0,opr_size);
+case 262 : return makeRegisterExpression(amdgpu_cdna2::v6,0,opr_size);
+case 263 : return makeRegisterExpression(amdgpu_cdna2::v7,0,opr_size);
+case 264 : return makeRegisterExpression(amdgpu_cdna2::v8,0,opr_size);
+case 265 : return makeRegisterExpression(amdgpu_cdna2::v9,0,opr_size);
+case 266 : return makeRegisterExpression(amdgpu_cdna2::v10,0,opr_size);
+case 267 : return makeRegisterExpression(amdgpu_cdna2::v11,0,opr_size);
+case 268 : return makeRegisterExpression(amdgpu_cdna2::v12,0,opr_size);
+case 269 : return makeRegisterExpression(amdgpu_cdna2::v13,0,opr_size);
+case 270 : return makeRegisterExpression(amdgpu_cdna2::v14,0,opr_size);
+case 271 : return makeRegisterExpression(amdgpu_cdna2::v15,0,opr_size);
+case 272 : return makeRegisterExpression(amdgpu_cdna2::v16,0,opr_size);
+case 273 : return makeRegisterExpression(amdgpu_cdna2::v17,0,opr_size);
+case 274 : return makeRegisterExpression(amdgpu_cdna2::v18,0,opr_size);
+case 275 : return makeRegisterExpression(amdgpu_cdna2::v19,0,opr_size);
+case 276 : return makeRegisterExpression(amdgpu_cdna2::v20,0,opr_size);
+case 277 : return makeRegisterExpression(amdgpu_cdna2::v21,0,opr_size);
+case 278 : return makeRegisterExpression(amdgpu_cdna2::v22,0,opr_size);
+case 279 : return makeRegisterExpression(amdgpu_cdna2::v23,0,opr_size);
+case 280 : return makeRegisterExpression(amdgpu_cdna2::v24,0,opr_size);
+case 281 : return makeRegisterExpression(amdgpu_cdna2::v25,0,opr_size);
+case 282 : return makeRegisterExpression(amdgpu_cdna2::v26,0,opr_size);
+case 283 : return makeRegisterExpression(amdgpu_cdna2::v27,0,opr_size);
+case 284 : return makeRegisterExpression(amdgpu_cdna2::v28,0,opr_size);
+case 285 : return makeRegisterExpression(amdgpu_cdna2::v29,0,opr_size);
+case 286 : return makeRegisterExpression(amdgpu_cdna2::v30,0,opr_size);
+case 287 : return makeRegisterExpression(amdgpu_cdna2::v31,0,opr_size);
+case 288 : return makeRegisterExpression(amdgpu_cdna2::v32,0,opr_size);
+case 289 : return makeRegisterExpression(amdgpu_cdna2::v33,0,opr_size);
+case 290 : return makeRegisterExpression(amdgpu_cdna2::v34,0,opr_size);
+case 291 : return makeRegisterExpression(amdgpu_cdna2::v35,0,opr_size);
+case 292 : return makeRegisterExpression(amdgpu_cdna2::v36,0,opr_size);
+case 293 : return makeRegisterExpression(amdgpu_cdna2::v37,0,opr_size);
+case 294 : return makeRegisterExpression(amdgpu_cdna2::v38,0,opr_size);
+case 295 : return makeRegisterExpression(amdgpu_cdna2::v39,0,opr_size);
+case 296 : return makeRegisterExpression(amdgpu_cdna2::v40,0,opr_size);
+case 297 : return makeRegisterExpression(amdgpu_cdna2::v41,0,opr_size);
+case 298 : return makeRegisterExpression(amdgpu_cdna2::v42,0,opr_size);
+case 299 : return makeRegisterExpression(amdgpu_cdna2::v43,0,opr_size);
+case 300 : return makeRegisterExpression(amdgpu_cdna2::v44,0,opr_size);
+case 301 : return makeRegisterExpression(amdgpu_cdna2::v45,0,opr_size);
+case 302 : return makeRegisterExpression(amdgpu_cdna2::v46,0,opr_size);
+case 303 : return makeRegisterExpression(amdgpu_cdna2::v47,0,opr_size);
+case 304 : return makeRegisterExpression(amdgpu_cdna2::v48,0,opr_size);
+case 305 : return makeRegisterExpression(amdgpu_cdna2::v49,0,opr_size);
+case 306 : return makeRegisterExpression(amdgpu_cdna2::v50,0,opr_size);
+case 307 : return makeRegisterExpression(amdgpu_cdna2::v51,0,opr_size);
+case 308 : return makeRegisterExpression(amdgpu_cdna2::v52,0,opr_size);
+case 309 : return makeRegisterExpression(amdgpu_cdna2::v53,0,opr_size);
+case 310 : return makeRegisterExpression(amdgpu_cdna2::v54,0,opr_size);
+case 311 : return makeRegisterExpression(amdgpu_cdna2::v55,0,opr_size);
+case 312 : return makeRegisterExpression(amdgpu_cdna2::v56,0,opr_size);
+case 313 : return makeRegisterExpression(amdgpu_cdna2::v57,0,opr_size);
+case 314 : return makeRegisterExpression(amdgpu_cdna2::v58,0,opr_size);
+case 315 : return makeRegisterExpression(amdgpu_cdna2::v59,0,opr_size);
+case 316 : return makeRegisterExpression(amdgpu_cdna2::v60,0,opr_size);
+case 317 : return makeRegisterExpression(amdgpu_cdna2::v61,0,opr_size);
+case 318 : return makeRegisterExpression(amdgpu_cdna2::v62,0,opr_size);
+case 319 : return makeRegisterExpression(amdgpu_cdna2::v63,0,opr_size);
+case 320 : return makeRegisterExpression(amdgpu_cdna2::v64,0,opr_size);
+case 321 : return makeRegisterExpression(amdgpu_cdna2::v65,0,opr_size);
+case 322 : return makeRegisterExpression(amdgpu_cdna2::v66,0,opr_size);
+case 323 : return makeRegisterExpression(amdgpu_cdna2::v67,0,opr_size);
+case 324 : return makeRegisterExpression(amdgpu_cdna2::v68,0,opr_size);
+case 325 : return makeRegisterExpression(amdgpu_cdna2::v69,0,opr_size);
+case 326 : return makeRegisterExpression(amdgpu_cdna2::v70,0,opr_size);
+case 327 : return makeRegisterExpression(amdgpu_cdna2::v71,0,opr_size);
+case 328 : return makeRegisterExpression(amdgpu_cdna2::v72,0,opr_size);
+case 329 : return makeRegisterExpression(amdgpu_cdna2::v73,0,opr_size);
+case 330 : return makeRegisterExpression(amdgpu_cdna2::v74,0,opr_size);
+case 331 : return makeRegisterExpression(amdgpu_cdna2::v75,0,opr_size);
+case 332 : return makeRegisterExpression(amdgpu_cdna2::v76,0,opr_size);
+case 333 : return makeRegisterExpression(amdgpu_cdna2::v77,0,opr_size);
+case 334 : return makeRegisterExpression(amdgpu_cdna2::v78,0,opr_size);
+case 335 : return makeRegisterExpression(amdgpu_cdna2::v79,0,opr_size);
+case 336 : return makeRegisterExpression(amdgpu_cdna2::v80,0,opr_size);
+case 337 : return makeRegisterExpression(amdgpu_cdna2::v81,0,opr_size);
+case 338 : return makeRegisterExpression(amdgpu_cdna2::v82,0,opr_size);
+case 339 : return makeRegisterExpression(amdgpu_cdna2::v83,0,opr_size);
+case 340 : return makeRegisterExpression(amdgpu_cdna2::v84,0,opr_size);
+case 341 : return makeRegisterExpression(amdgpu_cdna2::v85,0,opr_size);
+case 342 : return makeRegisterExpression(amdgpu_cdna2::v86,0,opr_size);
+case 343 : return makeRegisterExpression(amdgpu_cdna2::v87,0,opr_size);
+case 344 : return makeRegisterExpression(amdgpu_cdna2::v88,0,opr_size);
+case 345 : return makeRegisterExpression(amdgpu_cdna2::v89,0,opr_size);
+case 346 : return makeRegisterExpression(amdgpu_cdna2::v90,0,opr_size);
+case 347 : return makeRegisterExpression(amdgpu_cdna2::v91,0,opr_size);
+case 348 : return makeRegisterExpression(amdgpu_cdna2::v92,0,opr_size);
+case 349 : return makeRegisterExpression(amdgpu_cdna2::v93,0,opr_size);
+case 350 : return makeRegisterExpression(amdgpu_cdna2::v94,0,opr_size);
+case 351 : return makeRegisterExpression(amdgpu_cdna2::v95,0,opr_size);
+case 352 : return makeRegisterExpression(amdgpu_cdna2::v96,0,opr_size);
+case 353 : return makeRegisterExpression(amdgpu_cdna2::v97,0,opr_size);
+case 354 : return makeRegisterExpression(amdgpu_cdna2::v98,0,opr_size);
+case 355 : return makeRegisterExpression(amdgpu_cdna2::v99,0,opr_size);
+case 356 : return makeRegisterExpression(amdgpu_cdna2::v100,0,opr_size);
+case 357 : return makeRegisterExpression(amdgpu_cdna2::v101,0,opr_size);
+case 358 : return makeRegisterExpression(amdgpu_cdna2::v102,0,opr_size);
+case 359 : return makeRegisterExpression(amdgpu_cdna2::v103,0,opr_size);
+case 360 : return makeRegisterExpression(amdgpu_cdna2::v104,0,opr_size);
+case 361 : return makeRegisterExpression(amdgpu_cdna2::v105,0,opr_size);
+case 362 : return makeRegisterExpression(amdgpu_cdna2::v106,0,opr_size);
+case 363 : return makeRegisterExpression(amdgpu_cdna2::v107,0,opr_size);
+case 364 : return makeRegisterExpression(amdgpu_cdna2::v108,0,opr_size);
+case 365 : return makeRegisterExpression(amdgpu_cdna2::v109,0,opr_size);
+case 366 : return makeRegisterExpression(amdgpu_cdna2::v110,0,opr_size);
+case 367 : return makeRegisterExpression(amdgpu_cdna2::v111,0,opr_size);
+case 368 : return makeRegisterExpression(amdgpu_cdna2::v112,0,opr_size);
+case 369 : return makeRegisterExpression(amdgpu_cdna2::v113,0,opr_size);
+case 370 : return makeRegisterExpression(amdgpu_cdna2::v114,0,opr_size);
+case 371 : return makeRegisterExpression(amdgpu_cdna2::v115,0,opr_size);
+case 372 : return makeRegisterExpression(amdgpu_cdna2::v116,0,opr_size);
+case 373 : return makeRegisterExpression(amdgpu_cdna2::v117,0,opr_size);
+case 374 : return makeRegisterExpression(amdgpu_cdna2::v118,0,opr_size);
+case 375 : return makeRegisterExpression(amdgpu_cdna2::v119,0,opr_size);
+case 376 : return makeRegisterExpression(amdgpu_cdna2::v120,0,opr_size);
+case 377 : return makeRegisterExpression(amdgpu_cdna2::v121,0,opr_size);
+case 378 : return makeRegisterExpression(amdgpu_cdna2::v122,0,opr_size);
+case 379 : return makeRegisterExpression(amdgpu_cdna2::v123,0,opr_size);
+case 380 : return makeRegisterExpression(amdgpu_cdna2::v124,0,opr_size);
+case 381 : return makeRegisterExpression(amdgpu_cdna2::v125,0,opr_size);
+case 382 : return makeRegisterExpression(amdgpu_cdna2::v126,0,opr_size);
+case 383 : return makeRegisterExpression(amdgpu_cdna2::v127,0,opr_size);
+case 384 : return makeRegisterExpression(amdgpu_cdna2::v128,0,opr_size);
+case 385 : return makeRegisterExpression(amdgpu_cdna2::v129,0,opr_size);
+case 386 : return makeRegisterExpression(amdgpu_cdna2::v130,0,opr_size);
+case 387 : return makeRegisterExpression(amdgpu_cdna2::v131,0,opr_size);
+case 388 : return makeRegisterExpression(amdgpu_cdna2::v132,0,opr_size);
+case 389 : return makeRegisterExpression(amdgpu_cdna2::v133,0,opr_size);
+case 390 : return makeRegisterExpression(amdgpu_cdna2::v134,0,opr_size);
+case 391 : return makeRegisterExpression(amdgpu_cdna2::v135,0,opr_size);
+case 392 : return makeRegisterExpression(amdgpu_cdna2::v136,0,opr_size);
+case 393 : return makeRegisterExpression(amdgpu_cdna2::v137,0,opr_size);
+case 394 : return makeRegisterExpression(amdgpu_cdna2::v138,0,opr_size);
+case 395 : return makeRegisterExpression(amdgpu_cdna2::v139,0,opr_size);
+case 396 : return makeRegisterExpression(amdgpu_cdna2::v140,0,opr_size);
+case 397 : return makeRegisterExpression(amdgpu_cdna2::v141,0,opr_size);
+case 398 : return makeRegisterExpression(amdgpu_cdna2::v142,0,opr_size);
+case 399 : return makeRegisterExpression(amdgpu_cdna2::v143,0,opr_size);
+case 400 : return makeRegisterExpression(amdgpu_cdna2::v144,0,opr_size);
+case 401 : return makeRegisterExpression(amdgpu_cdna2::v145,0,opr_size);
+case 402 : return makeRegisterExpression(amdgpu_cdna2::v146,0,opr_size);
+case 403 : return makeRegisterExpression(amdgpu_cdna2::v147,0,opr_size);
+case 404 : return makeRegisterExpression(amdgpu_cdna2::v148,0,opr_size);
+case 405 : return makeRegisterExpression(amdgpu_cdna2::v149,0,opr_size);
+case 406 : return makeRegisterExpression(amdgpu_cdna2::v150,0,opr_size);
+case 407 : return makeRegisterExpression(amdgpu_cdna2::v151,0,opr_size);
+case 408 : return makeRegisterExpression(amdgpu_cdna2::v152,0,opr_size);
+case 409 : return makeRegisterExpression(amdgpu_cdna2::v153,0,opr_size);
+case 410 : return makeRegisterExpression(amdgpu_cdna2::v154,0,opr_size);
+case 411 : return makeRegisterExpression(amdgpu_cdna2::v155,0,opr_size);
+case 412 : return makeRegisterExpression(amdgpu_cdna2::v156,0,opr_size);
+case 413 : return makeRegisterExpression(amdgpu_cdna2::v157,0,opr_size);
+case 414 : return makeRegisterExpression(amdgpu_cdna2::v158,0,opr_size);
+case 415 : return makeRegisterExpression(amdgpu_cdna2::v159,0,opr_size);
+case 416 : return makeRegisterExpression(amdgpu_cdna2::v160,0,opr_size);
+case 417 : return makeRegisterExpression(amdgpu_cdna2::v161,0,opr_size);
+case 418 : return makeRegisterExpression(amdgpu_cdna2::v162,0,opr_size);
+case 419 : return makeRegisterExpression(amdgpu_cdna2::v163,0,opr_size);
+case 420 : return makeRegisterExpression(amdgpu_cdna2::v164,0,opr_size);
+case 421 : return makeRegisterExpression(amdgpu_cdna2::v165,0,opr_size);
+case 422 : return makeRegisterExpression(amdgpu_cdna2::v166,0,opr_size);
+case 423 : return makeRegisterExpression(amdgpu_cdna2::v167,0,opr_size);
+case 424 : return makeRegisterExpression(amdgpu_cdna2::v168,0,opr_size);
+case 425 : return makeRegisterExpression(amdgpu_cdna2::v169,0,opr_size);
+case 426 : return makeRegisterExpression(amdgpu_cdna2::v170,0,opr_size);
+case 427 : return makeRegisterExpression(amdgpu_cdna2::v171,0,opr_size);
+case 428 : return makeRegisterExpression(amdgpu_cdna2::v172,0,opr_size);
+case 429 : return makeRegisterExpression(amdgpu_cdna2::v173,0,opr_size);
+case 430 : return makeRegisterExpression(amdgpu_cdna2::v174,0,opr_size);
+case 431 : return makeRegisterExpression(amdgpu_cdna2::v175,0,opr_size);
+case 432 : return makeRegisterExpression(amdgpu_cdna2::v176,0,opr_size);
+case 433 : return makeRegisterExpression(amdgpu_cdna2::v177,0,opr_size);
+case 434 : return makeRegisterExpression(amdgpu_cdna2::v178,0,opr_size);
+case 435 : return makeRegisterExpression(amdgpu_cdna2::v179,0,opr_size);
+case 436 : return makeRegisterExpression(amdgpu_cdna2::v180,0,opr_size);
+case 437 : return makeRegisterExpression(amdgpu_cdna2::v181,0,opr_size);
+case 438 : return makeRegisterExpression(amdgpu_cdna2::v182,0,opr_size);
+case 439 : return makeRegisterExpression(amdgpu_cdna2::v183,0,opr_size);
+case 440 : return makeRegisterExpression(amdgpu_cdna2::v184,0,opr_size);
+case 441 : return makeRegisterExpression(amdgpu_cdna2::v185,0,opr_size);
+case 442 : return makeRegisterExpression(amdgpu_cdna2::v186,0,opr_size);
+case 443 : return makeRegisterExpression(amdgpu_cdna2::v187,0,opr_size);
+case 444 : return makeRegisterExpression(amdgpu_cdna2::v188,0,opr_size);
+case 445 : return makeRegisterExpression(amdgpu_cdna2::v189,0,opr_size);
+case 446 : return makeRegisterExpression(amdgpu_cdna2::v190,0,opr_size);
+case 447 : return makeRegisterExpression(amdgpu_cdna2::v191,0,opr_size);
+case 448 : return makeRegisterExpression(amdgpu_cdna2::v192,0,opr_size);
+case 449 : return makeRegisterExpression(amdgpu_cdna2::v193,0,opr_size);
+case 450 : return makeRegisterExpression(amdgpu_cdna2::v194,0,opr_size);
+case 451 : return makeRegisterExpression(amdgpu_cdna2::v195,0,opr_size);
+case 452 : return makeRegisterExpression(amdgpu_cdna2::v196,0,opr_size);
+case 453 : return makeRegisterExpression(amdgpu_cdna2::v197,0,opr_size);
+case 454 : return makeRegisterExpression(amdgpu_cdna2::v198,0,opr_size);
+case 455 : return makeRegisterExpression(amdgpu_cdna2::v199,0,opr_size);
+case 456 : return makeRegisterExpression(amdgpu_cdna2::v200,0,opr_size);
+case 457 : return makeRegisterExpression(amdgpu_cdna2::v201,0,opr_size);
+case 458 : return makeRegisterExpression(amdgpu_cdna2::v202,0,opr_size);
+case 459 : return makeRegisterExpression(amdgpu_cdna2::v203,0,opr_size);
+case 460 : return makeRegisterExpression(amdgpu_cdna2::v204,0,opr_size);
+case 461 : return makeRegisterExpression(amdgpu_cdna2::v205,0,opr_size);
+case 462 : return makeRegisterExpression(amdgpu_cdna2::v206,0,opr_size);
+case 463 : return makeRegisterExpression(amdgpu_cdna2::v207,0,opr_size);
+case 464 : return makeRegisterExpression(amdgpu_cdna2::v208,0,opr_size);
+case 465 : return makeRegisterExpression(amdgpu_cdna2::v209,0,opr_size);
+case 466 : return makeRegisterExpression(amdgpu_cdna2::v210,0,opr_size);
+case 467 : return makeRegisterExpression(amdgpu_cdna2::v211,0,opr_size);
+case 468 : return makeRegisterExpression(amdgpu_cdna2::v212,0,opr_size);
+case 469 : return makeRegisterExpression(amdgpu_cdna2::v213,0,opr_size);
+case 470 : return makeRegisterExpression(amdgpu_cdna2::v214,0,opr_size);
+case 471 : return makeRegisterExpression(amdgpu_cdna2::v215,0,opr_size);
+case 472 : return makeRegisterExpression(amdgpu_cdna2::v216,0,opr_size);
+case 473 : return makeRegisterExpression(amdgpu_cdna2::v217,0,opr_size);
+case 474 : return makeRegisterExpression(amdgpu_cdna2::v218,0,opr_size);
+case 475 : return makeRegisterExpression(amdgpu_cdna2::v219,0,opr_size);
+case 476 : return makeRegisterExpression(amdgpu_cdna2::v220,0,opr_size);
+case 477 : return makeRegisterExpression(amdgpu_cdna2::v221,0,opr_size);
+case 478 : return makeRegisterExpression(amdgpu_cdna2::v222,0,opr_size);
+case 479 : return makeRegisterExpression(amdgpu_cdna2::v223,0,opr_size);
+case 480 : return makeRegisterExpression(amdgpu_cdna2::v224,0,opr_size);
+case 481 : return makeRegisterExpression(amdgpu_cdna2::v225,0,opr_size);
+case 482 : return makeRegisterExpression(amdgpu_cdna2::v226,0,opr_size);
+case 483 : return makeRegisterExpression(amdgpu_cdna2::v227,0,opr_size);
+case 484 : return makeRegisterExpression(amdgpu_cdna2::v228,0,opr_size);
+case 485 : return makeRegisterExpression(amdgpu_cdna2::v229,0,opr_size);
+case 486 : return makeRegisterExpression(amdgpu_cdna2::v230,0,opr_size);
+case 487 : return makeRegisterExpression(amdgpu_cdna2::v231,0,opr_size);
+case 488 : return makeRegisterExpression(amdgpu_cdna2::v232,0,opr_size);
+case 489 : return makeRegisterExpression(amdgpu_cdna2::v233,0,opr_size);
+case 490 : return makeRegisterExpression(amdgpu_cdna2::v234,0,opr_size);
+case 491 : return makeRegisterExpression(amdgpu_cdna2::v235,0,opr_size);
+case 492 : return makeRegisterExpression(amdgpu_cdna2::v236,0,opr_size);
+case 493 : return makeRegisterExpression(amdgpu_cdna2::v237,0,opr_size);
+case 494 : return makeRegisterExpression(amdgpu_cdna2::v238,0,opr_size);
+case 495 : return makeRegisterExpression(amdgpu_cdna2::v239,0,opr_size);
+case 496 : return makeRegisterExpression(amdgpu_cdna2::v240,0,opr_size);
+case 497 : return makeRegisterExpression(amdgpu_cdna2::v241,0,opr_size);
+case 498 : return makeRegisterExpression(amdgpu_cdna2::v242,0,opr_size);
+case 499 : return makeRegisterExpression(amdgpu_cdna2::v243,0,opr_size);
+case 500 : return makeRegisterExpression(amdgpu_cdna2::v244,0,opr_size);
+case 501 : return makeRegisterExpression(amdgpu_cdna2::v245,0,opr_size);
+case 502 : return makeRegisterExpression(amdgpu_cdna2::v246,0,opr_size);
+case 503 : return makeRegisterExpression(amdgpu_cdna2::v247,0,opr_size);
+case 504 : return makeRegisterExpression(amdgpu_cdna2::v248,0,opr_size);
+case 505 : return makeRegisterExpression(amdgpu_cdna2::v249,0,opr_size);
+case 506 : return makeRegisterExpression(amdgpu_cdna2::v250,0,opr_size);
+case 507 : return makeRegisterExpression(amdgpu_cdna2::v251,0,opr_size);
+case 508 : return makeRegisterExpression(amdgpu_cdna2::v252,0,opr_size);
+case 509 : return makeRegisterExpression(amdgpu_cdna2::v253,0,opr_size);
+case 510 : return makeRegisterExpression(amdgpu_cdna2::v254,0,opr_size);
+case 511 : return makeRegisterExpression(amdgpu_cdna2::v255,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SRC_SIMPLE(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::s0,0,opr_size);
+case 1 : return makeRegisterExpression(amdgpu_cdna2::s1,0,opr_size);
+case 2 : return makeRegisterExpression(amdgpu_cdna2::s2,0,opr_size);
+case 3 : return makeRegisterExpression(amdgpu_cdna2::s3,0,opr_size);
+case 4 : return makeRegisterExpression(amdgpu_cdna2::s4,0,opr_size);
+case 5 : return makeRegisterExpression(amdgpu_cdna2::s5,0,opr_size);
+case 6 : return makeRegisterExpression(amdgpu_cdna2::s6,0,opr_size);
+case 7 : return makeRegisterExpression(amdgpu_cdna2::s7,0,opr_size);
+case 8 : return makeRegisterExpression(amdgpu_cdna2::s8,0,opr_size);
+case 9 : return makeRegisterExpression(amdgpu_cdna2::s9,0,opr_size);
+case 10 : return makeRegisterExpression(amdgpu_cdna2::s10,0,opr_size);
+case 11 : return makeRegisterExpression(amdgpu_cdna2::s11,0,opr_size);
+case 12 : return makeRegisterExpression(amdgpu_cdna2::s12,0,opr_size);
+case 13 : return makeRegisterExpression(amdgpu_cdna2::s13,0,opr_size);
+case 14 : return makeRegisterExpression(amdgpu_cdna2::s14,0,opr_size);
+case 15 : return makeRegisterExpression(amdgpu_cdna2::s15,0,opr_size);
+case 16 : return makeRegisterExpression(amdgpu_cdna2::s16,0,opr_size);
+case 17 : return makeRegisterExpression(amdgpu_cdna2::s17,0,opr_size);
+case 18 : return makeRegisterExpression(amdgpu_cdna2::s18,0,opr_size);
+case 19 : return makeRegisterExpression(amdgpu_cdna2::s19,0,opr_size);
+case 20 : return makeRegisterExpression(amdgpu_cdna2::s20,0,opr_size);
+case 21 : return makeRegisterExpression(amdgpu_cdna2::s21,0,opr_size);
+case 22 : return makeRegisterExpression(amdgpu_cdna2::s22,0,opr_size);
+case 23 : return makeRegisterExpression(amdgpu_cdna2::s23,0,opr_size);
+case 24 : return makeRegisterExpression(amdgpu_cdna2::s24,0,opr_size);
+case 25 : return makeRegisterExpression(amdgpu_cdna2::s25,0,opr_size);
+case 26 : return makeRegisterExpression(amdgpu_cdna2::s26,0,opr_size);
+case 27 : return makeRegisterExpression(amdgpu_cdna2::s27,0,opr_size);
+case 28 : return makeRegisterExpression(amdgpu_cdna2::s28,0,opr_size);
+case 29 : return makeRegisterExpression(amdgpu_cdna2::s29,0,opr_size);
+case 30 : return makeRegisterExpression(amdgpu_cdna2::s30,0,opr_size);
+case 31 : return makeRegisterExpression(amdgpu_cdna2::s31,0,opr_size);
+case 32 : return makeRegisterExpression(amdgpu_cdna2::s32,0,opr_size);
+case 33 : return makeRegisterExpression(amdgpu_cdna2::s33,0,opr_size);
+case 34 : return makeRegisterExpression(amdgpu_cdna2::s34,0,opr_size);
+case 35 : return makeRegisterExpression(amdgpu_cdna2::s35,0,opr_size);
+case 36 : return makeRegisterExpression(amdgpu_cdna2::s36,0,opr_size);
+case 37 : return makeRegisterExpression(amdgpu_cdna2::s37,0,opr_size);
+case 38 : return makeRegisterExpression(amdgpu_cdna2::s38,0,opr_size);
+case 39 : return makeRegisterExpression(amdgpu_cdna2::s39,0,opr_size);
+case 40 : return makeRegisterExpression(amdgpu_cdna2::s40,0,opr_size);
+case 41 : return makeRegisterExpression(amdgpu_cdna2::s41,0,opr_size);
+case 42 : return makeRegisterExpression(amdgpu_cdna2::s42,0,opr_size);
+case 43 : return makeRegisterExpression(amdgpu_cdna2::s43,0,opr_size);
+case 44 : return makeRegisterExpression(amdgpu_cdna2::s44,0,opr_size);
+case 45 : return makeRegisterExpression(amdgpu_cdna2::s45,0,opr_size);
+case 46 : return makeRegisterExpression(amdgpu_cdna2::s46,0,opr_size);
+case 47 : return makeRegisterExpression(amdgpu_cdna2::s47,0,opr_size);
+case 48 : return makeRegisterExpression(amdgpu_cdna2::s48,0,opr_size);
+case 49 : return makeRegisterExpression(amdgpu_cdna2::s49,0,opr_size);
+case 50 : return makeRegisterExpression(amdgpu_cdna2::s50,0,opr_size);
+case 51 : return makeRegisterExpression(amdgpu_cdna2::s51,0,opr_size);
+case 52 : return makeRegisterExpression(amdgpu_cdna2::s52,0,opr_size);
+case 53 : return makeRegisterExpression(amdgpu_cdna2::s53,0,opr_size);
+case 54 : return makeRegisterExpression(amdgpu_cdna2::s54,0,opr_size);
+case 55 : return makeRegisterExpression(amdgpu_cdna2::s55,0,opr_size);
+case 56 : return makeRegisterExpression(amdgpu_cdna2::s56,0,opr_size);
+case 57 : return makeRegisterExpression(amdgpu_cdna2::s57,0,opr_size);
+case 58 : return makeRegisterExpression(amdgpu_cdna2::s58,0,opr_size);
+case 59 : return makeRegisterExpression(amdgpu_cdna2::s59,0,opr_size);
+case 60 : return makeRegisterExpression(amdgpu_cdna2::s60,0,opr_size);
+case 61 : return makeRegisterExpression(amdgpu_cdna2::s61,0,opr_size);
+case 62 : return makeRegisterExpression(amdgpu_cdna2::s62,0,opr_size);
+case 63 : return makeRegisterExpression(amdgpu_cdna2::s63,0,opr_size);
+case 64 : return makeRegisterExpression(amdgpu_cdna2::s64,0,opr_size);
+case 65 : return makeRegisterExpression(amdgpu_cdna2::s65,0,opr_size);
+case 66 : return makeRegisterExpression(amdgpu_cdna2::s66,0,opr_size);
+case 67 : return makeRegisterExpression(amdgpu_cdna2::s67,0,opr_size);
+case 68 : return makeRegisterExpression(amdgpu_cdna2::s68,0,opr_size);
+case 69 : return makeRegisterExpression(amdgpu_cdna2::s69,0,opr_size);
+case 70 : return makeRegisterExpression(amdgpu_cdna2::s70,0,opr_size);
+case 71 : return makeRegisterExpression(amdgpu_cdna2::s71,0,opr_size);
+case 72 : return makeRegisterExpression(amdgpu_cdna2::s72,0,opr_size);
+case 73 : return makeRegisterExpression(amdgpu_cdna2::s73,0,opr_size);
+case 74 : return makeRegisterExpression(amdgpu_cdna2::s74,0,opr_size);
+case 75 : return makeRegisterExpression(amdgpu_cdna2::s75,0,opr_size);
+case 76 : return makeRegisterExpression(amdgpu_cdna2::s76,0,opr_size);
+case 77 : return makeRegisterExpression(amdgpu_cdna2::s77,0,opr_size);
+case 78 : return makeRegisterExpression(amdgpu_cdna2::s78,0,opr_size);
+case 79 : return makeRegisterExpression(amdgpu_cdna2::s79,0,opr_size);
+case 80 : return makeRegisterExpression(amdgpu_cdna2::s80,0,opr_size);
+case 81 : return makeRegisterExpression(amdgpu_cdna2::s81,0,opr_size);
+case 82 : return makeRegisterExpression(amdgpu_cdna2::s82,0,opr_size);
+case 83 : return makeRegisterExpression(amdgpu_cdna2::s83,0,opr_size);
+case 84 : return makeRegisterExpression(amdgpu_cdna2::s84,0,opr_size);
+case 85 : return makeRegisterExpression(amdgpu_cdna2::s85,0,opr_size);
+case 86 : return makeRegisterExpression(amdgpu_cdna2::s86,0,opr_size);
+case 87 : return makeRegisterExpression(amdgpu_cdna2::s87,0,opr_size);
+case 88 : return makeRegisterExpression(amdgpu_cdna2::s88,0,opr_size);
+case 89 : return makeRegisterExpression(amdgpu_cdna2::s89,0,opr_size);
+case 90 : return makeRegisterExpression(amdgpu_cdna2::s90,0,opr_size);
+case 91 : return makeRegisterExpression(amdgpu_cdna2::s91,0,opr_size);
+case 92 : return makeRegisterExpression(amdgpu_cdna2::s92,0,opr_size);
+case 93 : return makeRegisterExpression(amdgpu_cdna2::s93,0,opr_size);
+case 94 : return makeRegisterExpression(amdgpu_cdna2::s94,0,opr_size);
+case 95 : return makeRegisterExpression(amdgpu_cdna2::s95,0,opr_size);
+case 96 : return makeRegisterExpression(amdgpu_cdna2::s96,0,opr_size);
+case 97 : return makeRegisterExpression(amdgpu_cdna2::s97,0,opr_size);
+case 98 : return makeRegisterExpression(amdgpu_cdna2::s98,0,opr_size);
+case 99 : return makeRegisterExpression(amdgpu_cdna2::s99,0,opr_size);
+case 100 : return makeRegisterExpression(amdgpu_cdna2::s100,0,opr_size);
+case 101 : return makeRegisterExpression(amdgpu_cdna2::s101,0,opr_size);
+case 104 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_lo,0,opr_size);
+case 105 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_hi,0,opr_size);
+case 102 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_lo,0,opr_size);
+case 103 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_hi,0,opr_size);
+case 108 : return makeRegisterExpression(amdgpu_cdna2::ttmp0,0,opr_size);
+case 109 : return makeRegisterExpression(amdgpu_cdna2::ttmp1,0,opr_size);
+case 110 : return makeRegisterExpression(amdgpu_cdna2::ttmp2,0,opr_size);
+case 111 : return makeRegisterExpression(amdgpu_cdna2::ttmp3,0,opr_size);
+case 112 : return makeRegisterExpression(amdgpu_cdna2::ttmp4,0,opr_size);
+case 113 : return makeRegisterExpression(amdgpu_cdna2::ttmp5,0,opr_size);
+case 114 : return makeRegisterExpression(amdgpu_cdna2::ttmp6,0,opr_size);
+case 115 : return makeRegisterExpression(amdgpu_cdna2::ttmp7,0,opr_size);
+case 116 : return makeRegisterExpression(amdgpu_cdna2::ttmp8,0,opr_size);
+case 117 : return makeRegisterExpression(amdgpu_cdna2::ttmp9,0,opr_size);
+case 118 : return makeRegisterExpression(amdgpu_cdna2::ttmp10,0,opr_size);
+case 119 : return makeRegisterExpression(amdgpu_cdna2::ttmp11,0,opr_size);
+case 120 : return makeRegisterExpression(amdgpu_cdna2::ttmp12,0,opr_size);
+case 121 : return makeRegisterExpression(amdgpu_cdna2::ttmp13,0,opr_size);
+case 122 : return makeRegisterExpression(amdgpu_cdna2::ttmp14,0,opr_size);
+case 123 : return makeRegisterExpression(amdgpu_cdna2::ttmp15,0,opr_size);
+case 106 : return makeRegisterExpression(amdgpu_cdna2::vcc_lo,0,opr_size);
+case 107 : return makeRegisterExpression(amdgpu_cdna2::vcc_hi,0,opr_size);
+case 124 : return makeRegisterExpression(amdgpu_cdna2::m0,0,opr_size);
+case 126 : return makeRegisterExpression(amdgpu_cdna2::exec_lo,0,opr_size);
+case 127 : return makeRegisterExpression(amdgpu_cdna2::exec_hi,0,opr_size);
+case 128 : return Immediate::makeImmediate(Result(u32, 0));
+case 129 : return Immediate::makeImmediate(Result(u32, 1));
+case 130 : return Immediate::makeImmediate(Result(u32, 2));
+case 131 : return Immediate::makeImmediate(Result(u32, 3));
+case 132 : return Immediate::makeImmediate(Result(u32, 4));
+case 133 : return Immediate::makeImmediate(Result(u32, 5));
+case 134 : return Immediate::makeImmediate(Result(u32, 6));
+case 135 : return Immediate::makeImmediate(Result(u32, 7));
+case 136 : return Immediate::makeImmediate(Result(u32, 8));
+case 137 : return Immediate::makeImmediate(Result(u32, 9));
+case 138 : return Immediate::makeImmediate(Result(u32, 10));
+case 139 : return Immediate::makeImmediate(Result(u32, 11));
+case 140 : return Immediate::makeImmediate(Result(u32, 12));
+case 141 : return Immediate::makeImmediate(Result(u32, 13));
+case 142 : return Immediate::makeImmediate(Result(u32, 14));
+case 143 : return Immediate::makeImmediate(Result(u32, 15));
+case 144 : return Immediate::makeImmediate(Result(u32, 16));
+case 145 : return Immediate::makeImmediate(Result(u32, 17));
+case 146 : return Immediate::makeImmediate(Result(u32, 18));
+case 147 : return Immediate::makeImmediate(Result(u32, 19));
+case 148 : return Immediate::makeImmediate(Result(u32, 20));
+case 149 : return Immediate::makeImmediate(Result(u32, 21));
+case 150 : return Immediate::makeImmediate(Result(u32, 22));
+case 151 : return Immediate::makeImmediate(Result(u32, 23));
+case 152 : return Immediate::makeImmediate(Result(u32, 24));
+case 153 : return Immediate::makeImmediate(Result(u32, 25));
+case 154 : return Immediate::makeImmediate(Result(u32, 26));
+case 155 : return Immediate::makeImmediate(Result(u32, 27));
+case 156 : return Immediate::makeImmediate(Result(u32, 28));
+case 157 : return Immediate::makeImmediate(Result(u32, 29));
+case 158 : return Immediate::makeImmediate(Result(u32, 30));
+case 159 : return Immediate::makeImmediate(Result(u32, 31));
+case 160 : return Immediate::makeImmediate(Result(u32, 32));
+case 161 : return Immediate::makeImmediate(Result(u32, 33));
+case 162 : return Immediate::makeImmediate(Result(u32, 34));
+case 163 : return Immediate::makeImmediate(Result(u32, 35));
+case 164 : return Immediate::makeImmediate(Result(u32, 36));
+case 165 : return Immediate::makeImmediate(Result(u32, 37));
+case 166 : return Immediate::makeImmediate(Result(u32, 38));
+case 167 : return Immediate::makeImmediate(Result(u32, 39));
+case 168 : return Immediate::makeImmediate(Result(u32, 40));
+case 169 : return Immediate::makeImmediate(Result(u32, 41));
+case 170 : return Immediate::makeImmediate(Result(u32, 42));
+case 171 : return Immediate::makeImmediate(Result(u32, 43));
+case 172 : return Immediate::makeImmediate(Result(u32, 44));
+case 173 : return Immediate::makeImmediate(Result(u32, 45));
+case 174 : return Immediate::makeImmediate(Result(u32, 46));
+case 175 : return Immediate::makeImmediate(Result(u32, 47));
+case 176 : return Immediate::makeImmediate(Result(u32, 48));
+case 177 : return Immediate::makeImmediate(Result(u32, 49));
+case 178 : return Immediate::makeImmediate(Result(u32, 50));
+case 179 : return Immediate::makeImmediate(Result(u32, 51));
+case 180 : return Immediate::makeImmediate(Result(u32, 52));
+case 181 : return Immediate::makeImmediate(Result(u32, 53));
+case 182 : return Immediate::makeImmediate(Result(u32, 54));
+case 183 : return Immediate::makeImmediate(Result(u32, 55));
+case 184 : return Immediate::makeImmediate(Result(u32, 56));
+case 185 : return Immediate::makeImmediate(Result(u32, 57));
+case 186 : return Immediate::makeImmediate(Result(u32, 58));
+case 187 : return Immediate::makeImmediate(Result(u32, 59));
+case 188 : return Immediate::makeImmediate(Result(u32, 60));
+case 189 : return Immediate::makeImmediate(Result(u32, 61));
+case 190 : return Immediate::makeImmediate(Result(u32, 62));
+case 191 : return Immediate::makeImmediate(Result(u32, 63));
+case 192 : return Immediate::makeImmediate(Result(u32, 64));
+case 193 : return Immediate::makeImmediate(Result(u32, -1));
+case 194 : return Immediate::makeImmediate(Result(u32, -2));
+case 195 : return Immediate::makeImmediate(Result(u32, -3));
+case 196 : return Immediate::makeImmediate(Result(u32, -4));
+case 197 : return Immediate::makeImmediate(Result(u32, -5));
+case 198 : return Immediate::makeImmediate(Result(u32, -6));
+case 199 : return Immediate::makeImmediate(Result(u32, -7));
+case 200 : return Immediate::makeImmediate(Result(u32, -8));
+case 201 : return Immediate::makeImmediate(Result(u32, -9));
+case 202 : return Immediate::makeImmediate(Result(u32, -10));
+case 203 : return Immediate::makeImmediate(Result(u32, -11));
+case 204 : return Immediate::makeImmediate(Result(u32, -12));
+case 205 : return Immediate::makeImmediate(Result(u32, -13));
+case 206 : return Immediate::makeImmediate(Result(u32, -14));
+case 207 : return Immediate::makeImmediate(Result(u32, -15));
+case 208 : return Immediate::makeImmediate(Result(u32, -16));
+case 240 : return Immediate::makeImmediate(Result(sp_float, 0.5));
+case 241 : return Immediate::makeImmediate(Result(sp_float, -0.5));
+case 242 : return Immediate::makeImmediate(Result(sp_float, 1.0));
+case 243 : return Immediate::makeImmediate(Result(sp_float, -1.0));
+case 244 : return Immediate::makeImmediate(Result(sp_float, 2.0));
+case 245 : return Immediate::makeImmediate(Result(sp_float, -2.0));
+case 246 : return Immediate::makeImmediate(Result(sp_float, 4.0));
+case 247 : return Immediate::makeImmediate(Result(sp_float, -4.0));
+case 248 : return Immediate::makeImmediate(Result(sp_float, 0.15915494));
+case 251 : return makeRegisterExpression(amdgpu_cdna2::src_vccz,0,opr_size);
+case 252 : return makeRegisterExpression(amdgpu_cdna2::src_execz,0,opr_size);
+case 253 : return makeRegisterExpression(amdgpu_cdna2::src_scc,0,opr_size);
+case 235 : return makeRegisterExpression(amdgpu_cdna2::src_shared_base,0,opr_size);
+case 236 : return makeRegisterExpression(amdgpu_cdna2::src_shared_limit,0,opr_size);
+case 237 : return makeRegisterExpression(amdgpu_cdna2::src_private_base,0,opr_size);
+case 238 : return makeRegisterExpression(amdgpu_cdna2::src_private_limit,0,opr_size);
+case 239 : return makeRegisterExpression(amdgpu_cdna2::src_pops_exiting_wave_id,0,opr_size);
+case 256 : return makeRegisterExpression(amdgpu_cdna2::v0,0,opr_size);
+case 257 : return makeRegisterExpression(amdgpu_cdna2::v1,0,opr_size);
+case 258 : return makeRegisterExpression(amdgpu_cdna2::v2,0,opr_size);
+case 259 : return makeRegisterExpression(amdgpu_cdna2::v3,0,opr_size);
+case 260 : return makeRegisterExpression(amdgpu_cdna2::v4,0,opr_size);
+case 261 : return makeRegisterExpression(amdgpu_cdna2::v5,0,opr_size);
+case 262 : return makeRegisterExpression(amdgpu_cdna2::v6,0,opr_size);
+case 263 : return makeRegisterExpression(amdgpu_cdna2::v7,0,opr_size);
+case 264 : return makeRegisterExpression(amdgpu_cdna2::v8,0,opr_size);
+case 265 : return makeRegisterExpression(amdgpu_cdna2::v9,0,opr_size);
+case 266 : return makeRegisterExpression(amdgpu_cdna2::v10,0,opr_size);
+case 267 : return makeRegisterExpression(amdgpu_cdna2::v11,0,opr_size);
+case 268 : return makeRegisterExpression(amdgpu_cdna2::v12,0,opr_size);
+case 269 : return makeRegisterExpression(amdgpu_cdna2::v13,0,opr_size);
+case 270 : return makeRegisterExpression(amdgpu_cdna2::v14,0,opr_size);
+case 271 : return makeRegisterExpression(amdgpu_cdna2::v15,0,opr_size);
+case 272 : return makeRegisterExpression(amdgpu_cdna2::v16,0,opr_size);
+case 273 : return makeRegisterExpression(amdgpu_cdna2::v17,0,opr_size);
+case 274 : return makeRegisterExpression(amdgpu_cdna2::v18,0,opr_size);
+case 275 : return makeRegisterExpression(amdgpu_cdna2::v19,0,opr_size);
+case 276 : return makeRegisterExpression(amdgpu_cdna2::v20,0,opr_size);
+case 277 : return makeRegisterExpression(amdgpu_cdna2::v21,0,opr_size);
+case 278 : return makeRegisterExpression(amdgpu_cdna2::v22,0,opr_size);
+case 279 : return makeRegisterExpression(amdgpu_cdna2::v23,0,opr_size);
+case 280 : return makeRegisterExpression(amdgpu_cdna2::v24,0,opr_size);
+case 281 : return makeRegisterExpression(amdgpu_cdna2::v25,0,opr_size);
+case 282 : return makeRegisterExpression(amdgpu_cdna2::v26,0,opr_size);
+case 283 : return makeRegisterExpression(amdgpu_cdna2::v27,0,opr_size);
+case 284 : return makeRegisterExpression(amdgpu_cdna2::v28,0,opr_size);
+case 285 : return makeRegisterExpression(amdgpu_cdna2::v29,0,opr_size);
+case 286 : return makeRegisterExpression(amdgpu_cdna2::v30,0,opr_size);
+case 287 : return makeRegisterExpression(amdgpu_cdna2::v31,0,opr_size);
+case 288 : return makeRegisterExpression(amdgpu_cdna2::v32,0,opr_size);
+case 289 : return makeRegisterExpression(amdgpu_cdna2::v33,0,opr_size);
+case 290 : return makeRegisterExpression(amdgpu_cdna2::v34,0,opr_size);
+case 291 : return makeRegisterExpression(amdgpu_cdna2::v35,0,opr_size);
+case 292 : return makeRegisterExpression(amdgpu_cdna2::v36,0,opr_size);
+case 293 : return makeRegisterExpression(amdgpu_cdna2::v37,0,opr_size);
+case 294 : return makeRegisterExpression(amdgpu_cdna2::v38,0,opr_size);
+case 295 : return makeRegisterExpression(amdgpu_cdna2::v39,0,opr_size);
+case 296 : return makeRegisterExpression(amdgpu_cdna2::v40,0,opr_size);
+case 297 : return makeRegisterExpression(amdgpu_cdna2::v41,0,opr_size);
+case 298 : return makeRegisterExpression(amdgpu_cdna2::v42,0,opr_size);
+case 299 : return makeRegisterExpression(amdgpu_cdna2::v43,0,opr_size);
+case 300 : return makeRegisterExpression(amdgpu_cdna2::v44,0,opr_size);
+case 301 : return makeRegisterExpression(amdgpu_cdna2::v45,0,opr_size);
+case 302 : return makeRegisterExpression(amdgpu_cdna2::v46,0,opr_size);
+case 303 : return makeRegisterExpression(amdgpu_cdna2::v47,0,opr_size);
+case 304 : return makeRegisterExpression(amdgpu_cdna2::v48,0,opr_size);
+case 305 : return makeRegisterExpression(amdgpu_cdna2::v49,0,opr_size);
+case 306 : return makeRegisterExpression(amdgpu_cdna2::v50,0,opr_size);
+case 307 : return makeRegisterExpression(amdgpu_cdna2::v51,0,opr_size);
+case 308 : return makeRegisterExpression(amdgpu_cdna2::v52,0,opr_size);
+case 309 : return makeRegisterExpression(amdgpu_cdna2::v53,0,opr_size);
+case 310 : return makeRegisterExpression(amdgpu_cdna2::v54,0,opr_size);
+case 311 : return makeRegisterExpression(amdgpu_cdna2::v55,0,opr_size);
+case 312 : return makeRegisterExpression(amdgpu_cdna2::v56,0,opr_size);
+case 313 : return makeRegisterExpression(amdgpu_cdna2::v57,0,opr_size);
+case 314 : return makeRegisterExpression(amdgpu_cdna2::v58,0,opr_size);
+case 315 : return makeRegisterExpression(amdgpu_cdna2::v59,0,opr_size);
+case 316 : return makeRegisterExpression(amdgpu_cdna2::v60,0,opr_size);
+case 317 : return makeRegisterExpression(amdgpu_cdna2::v61,0,opr_size);
+case 318 : return makeRegisterExpression(amdgpu_cdna2::v62,0,opr_size);
+case 319 : return makeRegisterExpression(amdgpu_cdna2::v63,0,opr_size);
+case 320 : return makeRegisterExpression(amdgpu_cdna2::v64,0,opr_size);
+case 321 : return makeRegisterExpression(amdgpu_cdna2::v65,0,opr_size);
+case 322 : return makeRegisterExpression(amdgpu_cdna2::v66,0,opr_size);
+case 323 : return makeRegisterExpression(amdgpu_cdna2::v67,0,opr_size);
+case 324 : return makeRegisterExpression(amdgpu_cdna2::v68,0,opr_size);
+case 325 : return makeRegisterExpression(amdgpu_cdna2::v69,0,opr_size);
+case 326 : return makeRegisterExpression(amdgpu_cdna2::v70,0,opr_size);
+case 327 : return makeRegisterExpression(amdgpu_cdna2::v71,0,opr_size);
+case 328 : return makeRegisterExpression(amdgpu_cdna2::v72,0,opr_size);
+case 329 : return makeRegisterExpression(amdgpu_cdna2::v73,0,opr_size);
+case 330 : return makeRegisterExpression(amdgpu_cdna2::v74,0,opr_size);
+case 331 : return makeRegisterExpression(amdgpu_cdna2::v75,0,opr_size);
+case 332 : return makeRegisterExpression(amdgpu_cdna2::v76,0,opr_size);
+case 333 : return makeRegisterExpression(amdgpu_cdna2::v77,0,opr_size);
+case 334 : return makeRegisterExpression(amdgpu_cdna2::v78,0,opr_size);
+case 335 : return makeRegisterExpression(amdgpu_cdna2::v79,0,opr_size);
+case 336 : return makeRegisterExpression(amdgpu_cdna2::v80,0,opr_size);
+case 337 : return makeRegisterExpression(amdgpu_cdna2::v81,0,opr_size);
+case 338 : return makeRegisterExpression(amdgpu_cdna2::v82,0,opr_size);
+case 339 : return makeRegisterExpression(amdgpu_cdna2::v83,0,opr_size);
+case 340 : return makeRegisterExpression(amdgpu_cdna2::v84,0,opr_size);
+case 341 : return makeRegisterExpression(amdgpu_cdna2::v85,0,opr_size);
+case 342 : return makeRegisterExpression(amdgpu_cdna2::v86,0,opr_size);
+case 343 : return makeRegisterExpression(amdgpu_cdna2::v87,0,opr_size);
+case 344 : return makeRegisterExpression(amdgpu_cdna2::v88,0,opr_size);
+case 345 : return makeRegisterExpression(amdgpu_cdna2::v89,0,opr_size);
+case 346 : return makeRegisterExpression(amdgpu_cdna2::v90,0,opr_size);
+case 347 : return makeRegisterExpression(amdgpu_cdna2::v91,0,opr_size);
+case 348 : return makeRegisterExpression(amdgpu_cdna2::v92,0,opr_size);
+case 349 : return makeRegisterExpression(amdgpu_cdna2::v93,0,opr_size);
+case 350 : return makeRegisterExpression(amdgpu_cdna2::v94,0,opr_size);
+case 351 : return makeRegisterExpression(amdgpu_cdna2::v95,0,opr_size);
+case 352 : return makeRegisterExpression(amdgpu_cdna2::v96,0,opr_size);
+case 353 : return makeRegisterExpression(amdgpu_cdna2::v97,0,opr_size);
+case 354 : return makeRegisterExpression(amdgpu_cdna2::v98,0,opr_size);
+case 355 : return makeRegisterExpression(amdgpu_cdna2::v99,0,opr_size);
+case 356 : return makeRegisterExpression(amdgpu_cdna2::v100,0,opr_size);
+case 357 : return makeRegisterExpression(amdgpu_cdna2::v101,0,opr_size);
+case 358 : return makeRegisterExpression(amdgpu_cdna2::v102,0,opr_size);
+case 359 : return makeRegisterExpression(amdgpu_cdna2::v103,0,opr_size);
+case 360 : return makeRegisterExpression(amdgpu_cdna2::v104,0,opr_size);
+case 361 : return makeRegisterExpression(amdgpu_cdna2::v105,0,opr_size);
+case 362 : return makeRegisterExpression(amdgpu_cdna2::v106,0,opr_size);
+case 363 : return makeRegisterExpression(amdgpu_cdna2::v107,0,opr_size);
+case 364 : return makeRegisterExpression(amdgpu_cdna2::v108,0,opr_size);
+case 365 : return makeRegisterExpression(amdgpu_cdna2::v109,0,opr_size);
+case 366 : return makeRegisterExpression(amdgpu_cdna2::v110,0,opr_size);
+case 367 : return makeRegisterExpression(amdgpu_cdna2::v111,0,opr_size);
+case 368 : return makeRegisterExpression(amdgpu_cdna2::v112,0,opr_size);
+case 369 : return makeRegisterExpression(amdgpu_cdna2::v113,0,opr_size);
+case 370 : return makeRegisterExpression(amdgpu_cdna2::v114,0,opr_size);
+case 371 : return makeRegisterExpression(amdgpu_cdna2::v115,0,opr_size);
+case 372 : return makeRegisterExpression(amdgpu_cdna2::v116,0,opr_size);
+case 373 : return makeRegisterExpression(amdgpu_cdna2::v117,0,opr_size);
+case 374 : return makeRegisterExpression(amdgpu_cdna2::v118,0,opr_size);
+case 375 : return makeRegisterExpression(amdgpu_cdna2::v119,0,opr_size);
+case 376 : return makeRegisterExpression(amdgpu_cdna2::v120,0,opr_size);
+case 377 : return makeRegisterExpression(amdgpu_cdna2::v121,0,opr_size);
+case 378 : return makeRegisterExpression(amdgpu_cdna2::v122,0,opr_size);
+case 379 : return makeRegisterExpression(amdgpu_cdna2::v123,0,opr_size);
+case 380 : return makeRegisterExpression(amdgpu_cdna2::v124,0,opr_size);
+case 381 : return makeRegisterExpression(amdgpu_cdna2::v125,0,opr_size);
+case 382 : return makeRegisterExpression(amdgpu_cdna2::v126,0,opr_size);
+case 383 : return makeRegisterExpression(amdgpu_cdna2::v127,0,opr_size);
+case 384 : return makeRegisterExpression(amdgpu_cdna2::v128,0,opr_size);
+case 385 : return makeRegisterExpression(amdgpu_cdna2::v129,0,opr_size);
+case 386 : return makeRegisterExpression(amdgpu_cdna2::v130,0,opr_size);
+case 387 : return makeRegisterExpression(amdgpu_cdna2::v131,0,opr_size);
+case 388 : return makeRegisterExpression(amdgpu_cdna2::v132,0,opr_size);
+case 389 : return makeRegisterExpression(amdgpu_cdna2::v133,0,opr_size);
+case 390 : return makeRegisterExpression(amdgpu_cdna2::v134,0,opr_size);
+case 391 : return makeRegisterExpression(amdgpu_cdna2::v135,0,opr_size);
+case 392 : return makeRegisterExpression(amdgpu_cdna2::v136,0,opr_size);
+case 393 : return makeRegisterExpression(amdgpu_cdna2::v137,0,opr_size);
+case 394 : return makeRegisterExpression(amdgpu_cdna2::v138,0,opr_size);
+case 395 : return makeRegisterExpression(amdgpu_cdna2::v139,0,opr_size);
+case 396 : return makeRegisterExpression(amdgpu_cdna2::v140,0,opr_size);
+case 397 : return makeRegisterExpression(amdgpu_cdna2::v141,0,opr_size);
+case 398 : return makeRegisterExpression(amdgpu_cdna2::v142,0,opr_size);
+case 399 : return makeRegisterExpression(amdgpu_cdna2::v143,0,opr_size);
+case 400 : return makeRegisterExpression(amdgpu_cdna2::v144,0,opr_size);
+case 401 : return makeRegisterExpression(amdgpu_cdna2::v145,0,opr_size);
+case 402 : return makeRegisterExpression(amdgpu_cdna2::v146,0,opr_size);
+case 403 : return makeRegisterExpression(amdgpu_cdna2::v147,0,opr_size);
+case 404 : return makeRegisterExpression(amdgpu_cdna2::v148,0,opr_size);
+case 405 : return makeRegisterExpression(amdgpu_cdna2::v149,0,opr_size);
+case 406 : return makeRegisterExpression(amdgpu_cdna2::v150,0,opr_size);
+case 407 : return makeRegisterExpression(amdgpu_cdna2::v151,0,opr_size);
+case 408 : return makeRegisterExpression(amdgpu_cdna2::v152,0,opr_size);
+case 409 : return makeRegisterExpression(amdgpu_cdna2::v153,0,opr_size);
+case 410 : return makeRegisterExpression(amdgpu_cdna2::v154,0,opr_size);
+case 411 : return makeRegisterExpression(amdgpu_cdna2::v155,0,opr_size);
+case 412 : return makeRegisterExpression(amdgpu_cdna2::v156,0,opr_size);
+case 413 : return makeRegisterExpression(amdgpu_cdna2::v157,0,opr_size);
+case 414 : return makeRegisterExpression(amdgpu_cdna2::v158,0,opr_size);
+case 415 : return makeRegisterExpression(amdgpu_cdna2::v159,0,opr_size);
+case 416 : return makeRegisterExpression(amdgpu_cdna2::v160,0,opr_size);
+case 417 : return makeRegisterExpression(amdgpu_cdna2::v161,0,opr_size);
+case 418 : return makeRegisterExpression(amdgpu_cdna2::v162,0,opr_size);
+case 419 : return makeRegisterExpression(amdgpu_cdna2::v163,0,opr_size);
+case 420 : return makeRegisterExpression(amdgpu_cdna2::v164,0,opr_size);
+case 421 : return makeRegisterExpression(amdgpu_cdna2::v165,0,opr_size);
+case 422 : return makeRegisterExpression(amdgpu_cdna2::v166,0,opr_size);
+case 423 : return makeRegisterExpression(amdgpu_cdna2::v167,0,opr_size);
+case 424 : return makeRegisterExpression(amdgpu_cdna2::v168,0,opr_size);
+case 425 : return makeRegisterExpression(amdgpu_cdna2::v169,0,opr_size);
+case 426 : return makeRegisterExpression(amdgpu_cdna2::v170,0,opr_size);
+case 427 : return makeRegisterExpression(amdgpu_cdna2::v171,0,opr_size);
+case 428 : return makeRegisterExpression(amdgpu_cdna2::v172,0,opr_size);
+case 429 : return makeRegisterExpression(amdgpu_cdna2::v173,0,opr_size);
+case 430 : return makeRegisterExpression(amdgpu_cdna2::v174,0,opr_size);
+case 431 : return makeRegisterExpression(amdgpu_cdna2::v175,0,opr_size);
+case 432 : return makeRegisterExpression(amdgpu_cdna2::v176,0,opr_size);
+case 433 : return makeRegisterExpression(amdgpu_cdna2::v177,0,opr_size);
+case 434 : return makeRegisterExpression(amdgpu_cdna2::v178,0,opr_size);
+case 435 : return makeRegisterExpression(amdgpu_cdna2::v179,0,opr_size);
+case 436 : return makeRegisterExpression(amdgpu_cdna2::v180,0,opr_size);
+case 437 : return makeRegisterExpression(amdgpu_cdna2::v181,0,opr_size);
+case 438 : return makeRegisterExpression(amdgpu_cdna2::v182,0,opr_size);
+case 439 : return makeRegisterExpression(amdgpu_cdna2::v183,0,opr_size);
+case 440 : return makeRegisterExpression(amdgpu_cdna2::v184,0,opr_size);
+case 441 : return makeRegisterExpression(amdgpu_cdna2::v185,0,opr_size);
+case 442 : return makeRegisterExpression(amdgpu_cdna2::v186,0,opr_size);
+case 443 : return makeRegisterExpression(amdgpu_cdna2::v187,0,opr_size);
+case 444 : return makeRegisterExpression(amdgpu_cdna2::v188,0,opr_size);
+case 445 : return makeRegisterExpression(amdgpu_cdna2::v189,0,opr_size);
+case 446 : return makeRegisterExpression(amdgpu_cdna2::v190,0,opr_size);
+case 447 : return makeRegisterExpression(amdgpu_cdna2::v191,0,opr_size);
+case 448 : return makeRegisterExpression(amdgpu_cdna2::v192,0,opr_size);
+case 449 : return makeRegisterExpression(amdgpu_cdna2::v193,0,opr_size);
+case 450 : return makeRegisterExpression(amdgpu_cdna2::v194,0,opr_size);
+case 451 : return makeRegisterExpression(amdgpu_cdna2::v195,0,opr_size);
+case 452 : return makeRegisterExpression(amdgpu_cdna2::v196,0,opr_size);
+case 453 : return makeRegisterExpression(amdgpu_cdna2::v197,0,opr_size);
+case 454 : return makeRegisterExpression(amdgpu_cdna2::v198,0,opr_size);
+case 455 : return makeRegisterExpression(amdgpu_cdna2::v199,0,opr_size);
+case 456 : return makeRegisterExpression(amdgpu_cdna2::v200,0,opr_size);
+case 457 : return makeRegisterExpression(amdgpu_cdna2::v201,0,opr_size);
+case 458 : return makeRegisterExpression(amdgpu_cdna2::v202,0,opr_size);
+case 459 : return makeRegisterExpression(amdgpu_cdna2::v203,0,opr_size);
+case 460 : return makeRegisterExpression(amdgpu_cdna2::v204,0,opr_size);
+case 461 : return makeRegisterExpression(amdgpu_cdna2::v205,0,opr_size);
+case 462 : return makeRegisterExpression(amdgpu_cdna2::v206,0,opr_size);
+case 463 : return makeRegisterExpression(amdgpu_cdna2::v207,0,opr_size);
+case 464 : return makeRegisterExpression(amdgpu_cdna2::v208,0,opr_size);
+case 465 : return makeRegisterExpression(amdgpu_cdna2::v209,0,opr_size);
+case 466 : return makeRegisterExpression(amdgpu_cdna2::v210,0,opr_size);
+case 467 : return makeRegisterExpression(amdgpu_cdna2::v211,0,opr_size);
+case 468 : return makeRegisterExpression(amdgpu_cdna2::v212,0,opr_size);
+case 469 : return makeRegisterExpression(amdgpu_cdna2::v213,0,opr_size);
+case 470 : return makeRegisterExpression(amdgpu_cdna2::v214,0,opr_size);
+case 471 : return makeRegisterExpression(amdgpu_cdna2::v215,0,opr_size);
+case 472 : return makeRegisterExpression(amdgpu_cdna2::v216,0,opr_size);
+case 473 : return makeRegisterExpression(amdgpu_cdna2::v217,0,opr_size);
+case 474 : return makeRegisterExpression(amdgpu_cdna2::v218,0,opr_size);
+case 475 : return makeRegisterExpression(amdgpu_cdna2::v219,0,opr_size);
+case 476 : return makeRegisterExpression(amdgpu_cdna2::v220,0,opr_size);
+case 477 : return makeRegisterExpression(amdgpu_cdna2::v221,0,opr_size);
+case 478 : return makeRegisterExpression(amdgpu_cdna2::v222,0,opr_size);
+case 479 : return makeRegisterExpression(amdgpu_cdna2::v223,0,opr_size);
+case 480 : return makeRegisterExpression(amdgpu_cdna2::v224,0,opr_size);
+case 481 : return makeRegisterExpression(amdgpu_cdna2::v225,0,opr_size);
+case 482 : return makeRegisterExpression(amdgpu_cdna2::v226,0,opr_size);
+case 483 : return makeRegisterExpression(amdgpu_cdna2::v227,0,opr_size);
+case 484 : return makeRegisterExpression(amdgpu_cdna2::v228,0,opr_size);
+case 485 : return makeRegisterExpression(amdgpu_cdna2::v229,0,opr_size);
+case 486 : return makeRegisterExpression(amdgpu_cdna2::v230,0,opr_size);
+case 487 : return makeRegisterExpression(amdgpu_cdna2::v231,0,opr_size);
+case 488 : return makeRegisterExpression(amdgpu_cdna2::v232,0,opr_size);
+case 489 : return makeRegisterExpression(amdgpu_cdna2::v233,0,opr_size);
+case 490 : return makeRegisterExpression(amdgpu_cdna2::v234,0,opr_size);
+case 491 : return makeRegisterExpression(amdgpu_cdna2::v235,0,opr_size);
+case 492 : return makeRegisterExpression(amdgpu_cdna2::v236,0,opr_size);
+case 493 : return makeRegisterExpression(amdgpu_cdna2::v237,0,opr_size);
+case 494 : return makeRegisterExpression(amdgpu_cdna2::v238,0,opr_size);
+case 495 : return makeRegisterExpression(amdgpu_cdna2::v239,0,opr_size);
+case 496 : return makeRegisterExpression(amdgpu_cdna2::v240,0,opr_size);
+case 497 : return makeRegisterExpression(amdgpu_cdna2::v241,0,opr_size);
+case 498 : return makeRegisterExpression(amdgpu_cdna2::v242,0,opr_size);
+case 499 : return makeRegisterExpression(amdgpu_cdna2::v243,0,opr_size);
+case 500 : return makeRegisterExpression(amdgpu_cdna2::v244,0,opr_size);
+case 501 : return makeRegisterExpression(amdgpu_cdna2::v245,0,opr_size);
+case 502 : return makeRegisterExpression(amdgpu_cdna2::v246,0,opr_size);
+case 503 : return makeRegisterExpression(amdgpu_cdna2::v247,0,opr_size);
+case 504 : return makeRegisterExpression(amdgpu_cdna2::v248,0,opr_size);
+case 505 : return makeRegisterExpression(amdgpu_cdna2::v249,0,opr_size);
+case 506 : return makeRegisterExpression(amdgpu_cdna2::v250,0,opr_size);
+case 507 : return makeRegisterExpression(amdgpu_cdna2::v251,0,opr_size);
+case 508 : return makeRegisterExpression(amdgpu_cdna2::v252,0,opr_size);
+case 509 : return makeRegisterExpression(amdgpu_cdna2::v253,0,opr_size);
+case 510 : return makeRegisterExpression(amdgpu_cdna2::v254,0,opr_size);
+case 511 : return makeRegisterExpression(amdgpu_cdna2::v255,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SRC_VGPR(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 256 : return makeRegisterExpression(amdgpu_cdna2::v0,0,opr_size);
+case 257 : return makeRegisterExpression(amdgpu_cdna2::v1,0,opr_size);
+case 258 : return makeRegisterExpression(amdgpu_cdna2::v2,0,opr_size);
+case 259 : return makeRegisterExpression(amdgpu_cdna2::v3,0,opr_size);
+case 260 : return makeRegisterExpression(amdgpu_cdna2::v4,0,opr_size);
+case 261 : return makeRegisterExpression(amdgpu_cdna2::v5,0,opr_size);
+case 262 : return makeRegisterExpression(amdgpu_cdna2::v6,0,opr_size);
+case 263 : return makeRegisterExpression(amdgpu_cdna2::v7,0,opr_size);
+case 264 : return makeRegisterExpression(amdgpu_cdna2::v8,0,opr_size);
+case 265 : return makeRegisterExpression(amdgpu_cdna2::v9,0,opr_size);
+case 266 : return makeRegisterExpression(amdgpu_cdna2::v10,0,opr_size);
+case 267 : return makeRegisterExpression(amdgpu_cdna2::v11,0,opr_size);
+case 268 : return makeRegisterExpression(amdgpu_cdna2::v12,0,opr_size);
+case 269 : return makeRegisterExpression(amdgpu_cdna2::v13,0,opr_size);
+case 270 : return makeRegisterExpression(amdgpu_cdna2::v14,0,opr_size);
+case 271 : return makeRegisterExpression(amdgpu_cdna2::v15,0,opr_size);
+case 272 : return makeRegisterExpression(amdgpu_cdna2::v16,0,opr_size);
+case 273 : return makeRegisterExpression(amdgpu_cdna2::v17,0,opr_size);
+case 274 : return makeRegisterExpression(amdgpu_cdna2::v18,0,opr_size);
+case 275 : return makeRegisterExpression(amdgpu_cdna2::v19,0,opr_size);
+case 276 : return makeRegisterExpression(amdgpu_cdna2::v20,0,opr_size);
+case 277 : return makeRegisterExpression(amdgpu_cdna2::v21,0,opr_size);
+case 278 : return makeRegisterExpression(amdgpu_cdna2::v22,0,opr_size);
+case 279 : return makeRegisterExpression(amdgpu_cdna2::v23,0,opr_size);
+case 280 : return makeRegisterExpression(amdgpu_cdna2::v24,0,opr_size);
+case 281 : return makeRegisterExpression(amdgpu_cdna2::v25,0,opr_size);
+case 282 : return makeRegisterExpression(amdgpu_cdna2::v26,0,opr_size);
+case 283 : return makeRegisterExpression(amdgpu_cdna2::v27,0,opr_size);
+case 284 : return makeRegisterExpression(amdgpu_cdna2::v28,0,opr_size);
+case 285 : return makeRegisterExpression(amdgpu_cdna2::v29,0,opr_size);
+case 286 : return makeRegisterExpression(amdgpu_cdna2::v30,0,opr_size);
+case 287 : return makeRegisterExpression(amdgpu_cdna2::v31,0,opr_size);
+case 288 : return makeRegisterExpression(amdgpu_cdna2::v32,0,opr_size);
+case 289 : return makeRegisterExpression(amdgpu_cdna2::v33,0,opr_size);
+case 290 : return makeRegisterExpression(amdgpu_cdna2::v34,0,opr_size);
+case 291 : return makeRegisterExpression(amdgpu_cdna2::v35,0,opr_size);
+case 292 : return makeRegisterExpression(amdgpu_cdna2::v36,0,opr_size);
+case 293 : return makeRegisterExpression(amdgpu_cdna2::v37,0,opr_size);
+case 294 : return makeRegisterExpression(amdgpu_cdna2::v38,0,opr_size);
+case 295 : return makeRegisterExpression(amdgpu_cdna2::v39,0,opr_size);
+case 296 : return makeRegisterExpression(amdgpu_cdna2::v40,0,opr_size);
+case 297 : return makeRegisterExpression(amdgpu_cdna2::v41,0,opr_size);
+case 298 : return makeRegisterExpression(amdgpu_cdna2::v42,0,opr_size);
+case 299 : return makeRegisterExpression(amdgpu_cdna2::v43,0,opr_size);
+case 300 : return makeRegisterExpression(amdgpu_cdna2::v44,0,opr_size);
+case 301 : return makeRegisterExpression(amdgpu_cdna2::v45,0,opr_size);
+case 302 : return makeRegisterExpression(amdgpu_cdna2::v46,0,opr_size);
+case 303 : return makeRegisterExpression(amdgpu_cdna2::v47,0,opr_size);
+case 304 : return makeRegisterExpression(amdgpu_cdna2::v48,0,opr_size);
+case 305 : return makeRegisterExpression(amdgpu_cdna2::v49,0,opr_size);
+case 306 : return makeRegisterExpression(amdgpu_cdna2::v50,0,opr_size);
+case 307 : return makeRegisterExpression(amdgpu_cdna2::v51,0,opr_size);
+case 308 : return makeRegisterExpression(amdgpu_cdna2::v52,0,opr_size);
+case 309 : return makeRegisterExpression(amdgpu_cdna2::v53,0,opr_size);
+case 310 : return makeRegisterExpression(amdgpu_cdna2::v54,0,opr_size);
+case 311 : return makeRegisterExpression(amdgpu_cdna2::v55,0,opr_size);
+case 312 : return makeRegisterExpression(amdgpu_cdna2::v56,0,opr_size);
+case 313 : return makeRegisterExpression(amdgpu_cdna2::v57,0,opr_size);
+case 314 : return makeRegisterExpression(amdgpu_cdna2::v58,0,opr_size);
+case 315 : return makeRegisterExpression(amdgpu_cdna2::v59,0,opr_size);
+case 316 : return makeRegisterExpression(amdgpu_cdna2::v60,0,opr_size);
+case 317 : return makeRegisterExpression(amdgpu_cdna2::v61,0,opr_size);
+case 318 : return makeRegisterExpression(amdgpu_cdna2::v62,0,opr_size);
+case 319 : return makeRegisterExpression(amdgpu_cdna2::v63,0,opr_size);
+case 320 : return makeRegisterExpression(amdgpu_cdna2::v64,0,opr_size);
+case 321 : return makeRegisterExpression(amdgpu_cdna2::v65,0,opr_size);
+case 322 : return makeRegisterExpression(amdgpu_cdna2::v66,0,opr_size);
+case 323 : return makeRegisterExpression(amdgpu_cdna2::v67,0,opr_size);
+case 324 : return makeRegisterExpression(amdgpu_cdna2::v68,0,opr_size);
+case 325 : return makeRegisterExpression(amdgpu_cdna2::v69,0,opr_size);
+case 326 : return makeRegisterExpression(amdgpu_cdna2::v70,0,opr_size);
+case 327 : return makeRegisterExpression(amdgpu_cdna2::v71,0,opr_size);
+case 328 : return makeRegisterExpression(amdgpu_cdna2::v72,0,opr_size);
+case 329 : return makeRegisterExpression(amdgpu_cdna2::v73,0,opr_size);
+case 330 : return makeRegisterExpression(amdgpu_cdna2::v74,0,opr_size);
+case 331 : return makeRegisterExpression(amdgpu_cdna2::v75,0,opr_size);
+case 332 : return makeRegisterExpression(amdgpu_cdna2::v76,0,opr_size);
+case 333 : return makeRegisterExpression(amdgpu_cdna2::v77,0,opr_size);
+case 334 : return makeRegisterExpression(amdgpu_cdna2::v78,0,opr_size);
+case 335 : return makeRegisterExpression(amdgpu_cdna2::v79,0,opr_size);
+case 336 : return makeRegisterExpression(amdgpu_cdna2::v80,0,opr_size);
+case 337 : return makeRegisterExpression(amdgpu_cdna2::v81,0,opr_size);
+case 338 : return makeRegisterExpression(amdgpu_cdna2::v82,0,opr_size);
+case 339 : return makeRegisterExpression(amdgpu_cdna2::v83,0,opr_size);
+case 340 : return makeRegisterExpression(amdgpu_cdna2::v84,0,opr_size);
+case 341 : return makeRegisterExpression(amdgpu_cdna2::v85,0,opr_size);
+case 342 : return makeRegisterExpression(amdgpu_cdna2::v86,0,opr_size);
+case 343 : return makeRegisterExpression(amdgpu_cdna2::v87,0,opr_size);
+case 344 : return makeRegisterExpression(amdgpu_cdna2::v88,0,opr_size);
+case 345 : return makeRegisterExpression(amdgpu_cdna2::v89,0,opr_size);
+case 346 : return makeRegisterExpression(amdgpu_cdna2::v90,0,opr_size);
+case 347 : return makeRegisterExpression(amdgpu_cdna2::v91,0,opr_size);
+case 348 : return makeRegisterExpression(amdgpu_cdna2::v92,0,opr_size);
+case 349 : return makeRegisterExpression(amdgpu_cdna2::v93,0,opr_size);
+case 350 : return makeRegisterExpression(amdgpu_cdna2::v94,0,opr_size);
+case 351 : return makeRegisterExpression(amdgpu_cdna2::v95,0,opr_size);
+case 352 : return makeRegisterExpression(amdgpu_cdna2::v96,0,opr_size);
+case 353 : return makeRegisterExpression(amdgpu_cdna2::v97,0,opr_size);
+case 354 : return makeRegisterExpression(amdgpu_cdna2::v98,0,opr_size);
+case 355 : return makeRegisterExpression(amdgpu_cdna2::v99,0,opr_size);
+case 356 : return makeRegisterExpression(amdgpu_cdna2::v100,0,opr_size);
+case 357 : return makeRegisterExpression(amdgpu_cdna2::v101,0,opr_size);
+case 358 : return makeRegisterExpression(amdgpu_cdna2::v102,0,opr_size);
+case 359 : return makeRegisterExpression(amdgpu_cdna2::v103,0,opr_size);
+case 360 : return makeRegisterExpression(amdgpu_cdna2::v104,0,opr_size);
+case 361 : return makeRegisterExpression(amdgpu_cdna2::v105,0,opr_size);
+case 362 : return makeRegisterExpression(amdgpu_cdna2::v106,0,opr_size);
+case 363 : return makeRegisterExpression(amdgpu_cdna2::v107,0,opr_size);
+case 364 : return makeRegisterExpression(amdgpu_cdna2::v108,0,opr_size);
+case 365 : return makeRegisterExpression(amdgpu_cdna2::v109,0,opr_size);
+case 366 : return makeRegisterExpression(amdgpu_cdna2::v110,0,opr_size);
+case 367 : return makeRegisterExpression(amdgpu_cdna2::v111,0,opr_size);
+case 368 : return makeRegisterExpression(amdgpu_cdna2::v112,0,opr_size);
+case 369 : return makeRegisterExpression(amdgpu_cdna2::v113,0,opr_size);
+case 370 : return makeRegisterExpression(amdgpu_cdna2::v114,0,opr_size);
+case 371 : return makeRegisterExpression(amdgpu_cdna2::v115,0,opr_size);
+case 372 : return makeRegisterExpression(amdgpu_cdna2::v116,0,opr_size);
+case 373 : return makeRegisterExpression(amdgpu_cdna2::v117,0,opr_size);
+case 374 : return makeRegisterExpression(amdgpu_cdna2::v118,0,opr_size);
+case 375 : return makeRegisterExpression(amdgpu_cdna2::v119,0,opr_size);
+case 376 : return makeRegisterExpression(amdgpu_cdna2::v120,0,opr_size);
+case 377 : return makeRegisterExpression(amdgpu_cdna2::v121,0,opr_size);
+case 378 : return makeRegisterExpression(amdgpu_cdna2::v122,0,opr_size);
+case 379 : return makeRegisterExpression(amdgpu_cdna2::v123,0,opr_size);
+case 380 : return makeRegisterExpression(amdgpu_cdna2::v124,0,opr_size);
+case 381 : return makeRegisterExpression(amdgpu_cdna2::v125,0,opr_size);
+case 382 : return makeRegisterExpression(amdgpu_cdna2::v126,0,opr_size);
+case 383 : return makeRegisterExpression(amdgpu_cdna2::v127,0,opr_size);
+case 384 : return makeRegisterExpression(amdgpu_cdna2::v128,0,opr_size);
+case 385 : return makeRegisterExpression(amdgpu_cdna2::v129,0,opr_size);
+case 386 : return makeRegisterExpression(amdgpu_cdna2::v130,0,opr_size);
+case 387 : return makeRegisterExpression(amdgpu_cdna2::v131,0,opr_size);
+case 388 : return makeRegisterExpression(amdgpu_cdna2::v132,0,opr_size);
+case 389 : return makeRegisterExpression(amdgpu_cdna2::v133,0,opr_size);
+case 390 : return makeRegisterExpression(amdgpu_cdna2::v134,0,opr_size);
+case 391 : return makeRegisterExpression(amdgpu_cdna2::v135,0,opr_size);
+case 392 : return makeRegisterExpression(amdgpu_cdna2::v136,0,opr_size);
+case 393 : return makeRegisterExpression(amdgpu_cdna2::v137,0,opr_size);
+case 394 : return makeRegisterExpression(amdgpu_cdna2::v138,0,opr_size);
+case 395 : return makeRegisterExpression(amdgpu_cdna2::v139,0,opr_size);
+case 396 : return makeRegisterExpression(amdgpu_cdna2::v140,0,opr_size);
+case 397 : return makeRegisterExpression(amdgpu_cdna2::v141,0,opr_size);
+case 398 : return makeRegisterExpression(amdgpu_cdna2::v142,0,opr_size);
+case 399 : return makeRegisterExpression(amdgpu_cdna2::v143,0,opr_size);
+case 400 : return makeRegisterExpression(amdgpu_cdna2::v144,0,opr_size);
+case 401 : return makeRegisterExpression(amdgpu_cdna2::v145,0,opr_size);
+case 402 : return makeRegisterExpression(amdgpu_cdna2::v146,0,opr_size);
+case 403 : return makeRegisterExpression(amdgpu_cdna2::v147,0,opr_size);
+case 404 : return makeRegisterExpression(amdgpu_cdna2::v148,0,opr_size);
+case 405 : return makeRegisterExpression(amdgpu_cdna2::v149,0,opr_size);
+case 406 : return makeRegisterExpression(amdgpu_cdna2::v150,0,opr_size);
+case 407 : return makeRegisterExpression(amdgpu_cdna2::v151,0,opr_size);
+case 408 : return makeRegisterExpression(amdgpu_cdna2::v152,0,opr_size);
+case 409 : return makeRegisterExpression(amdgpu_cdna2::v153,0,opr_size);
+case 410 : return makeRegisterExpression(amdgpu_cdna2::v154,0,opr_size);
+case 411 : return makeRegisterExpression(amdgpu_cdna2::v155,0,opr_size);
+case 412 : return makeRegisterExpression(amdgpu_cdna2::v156,0,opr_size);
+case 413 : return makeRegisterExpression(amdgpu_cdna2::v157,0,opr_size);
+case 414 : return makeRegisterExpression(amdgpu_cdna2::v158,0,opr_size);
+case 415 : return makeRegisterExpression(amdgpu_cdna2::v159,0,opr_size);
+case 416 : return makeRegisterExpression(amdgpu_cdna2::v160,0,opr_size);
+case 417 : return makeRegisterExpression(amdgpu_cdna2::v161,0,opr_size);
+case 418 : return makeRegisterExpression(amdgpu_cdna2::v162,0,opr_size);
+case 419 : return makeRegisterExpression(amdgpu_cdna2::v163,0,opr_size);
+case 420 : return makeRegisterExpression(amdgpu_cdna2::v164,0,opr_size);
+case 421 : return makeRegisterExpression(amdgpu_cdna2::v165,0,opr_size);
+case 422 : return makeRegisterExpression(amdgpu_cdna2::v166,0,opr_size);
+case 423 : return makeRegisterExpression(amdgpu_cdna2::v167,0,opr_size);
+case 424 : return makeRegisterExpression(amdgpu_cdna2::v168,0,opr_size);
+case 425 : return makeRegisterExpression(amdgpu_cdna2::v169,0,opr_size);
+case 426 : return makeRegisterExpression(amdgpu_cdna2::v170,0,opr_size);
+case 427 : return makeRegisterExpression(amdgpu_cdna2::v171,0,opr_size);
+case 428 : return makeRegisterExpression(amdgpu_cdna2::v172,0,opr_size);
+case 429 : return makeRegisterExpression(amdgpu_cdna2::v173,0,opr_size);
+case 430 : return makeRegisterExpression(amdgpu_cdna2::v174,0,opr_size);
+case 431 : return makeRegisterExpression(amdgpu_cdna2::v175,0,opr_size);
+case 432 : return makeRegisterExpression(amdgpu_cdna2::v176,0,opr_size);
+case 433 : return makeRegisterExpression(amdgpu_cdna2::v177,0,opr_size);
+case 434 : return makeRegisterExpression(amdgpu_cdna2::v178,0,opr_size);
+case 435 : return makeRegisterExpression(amdgpu_cdna2::v179,0,opr_size);
+case 436 : return makeRegisterExpression(amdgpu_cdna2::v180,0,opr_size);
+case 437 : return makeRegisterExpression(amdgpu_cdna2::v181,0,opr_size);
+case 438 : return makeRegisterExpression(amdgpu_cdna2::v182,0,opr_size);
+case 439 : return makeRegisterExpression(amdgpu_cdna2::v183,0,opr_size);
+case 440 : return makeRegisterExpression(amdgpu_cdna2::v184,0,opr_size);
+case 441 : return makeRegisterExpression(amdgpu_cdna2::v185,0,opr_size);
+case 442 : return makeRegisterExpression(amdgpu_cdna2::v186,0,opr_size);
+case 443 : return makeRegisterExpression(amdgpu_cdna2::v187,0,opr_size);
+case 444 : return makeRegisterExpression(amdgpu_cdna2::v188,0,opr_size);
+case 445 : return makeRegisterExpression(amdgpu_cdna2::v189,0,opr_size);
+case 446 : return makeRegisterExpression(amdgpu_cdna2::v190,0,opr_size);
+case 447 : return makeRegisterExpression(amdgpu_cdna2::v191,0,opr_size);
+case 448 : return makeRegisterExpression(amdgpu_cdna2::v192,0,opr_size);
+case 449 : return makeRegisterExpression(amdgpu_cdna2::v193,0,opr_size);
+case 450 : return makeRegisterExpression(amdgpu_cdna2::v194,0,opr_size);
+case 451 : return makeRegisterExpression(amdgpu_cdna2::v195,0,opr_size);
+case 452 : return makeRegisterExpression(amdgpu_cdna2::v196,0,opr_size);
+case 453 : return makeRegisterExpression(amdgpu_cdna2::v197,0,opr_size);
+case 454 : return makeRegisterExpression(amdgpu_cdna2::v198,0,opr_size);
+case 455 : return makeRegisterExpression(amdgpu_cdna2::v199,0,opr_size);
+case 456 : return makeRegisterExpression(amdgpu_cdna2::v200,0,opr_size);
+case 457 : return makeRegisterExpression(amdgpu_cdna2::v201,0,opr_size);
+case 458 : return makeRegisterExpression(amdgpu_cdna2::v202,0,opr_size);
+case 459 : return makeRegisterExpression(amdgpu_cdna2::v203,0,opr_size);
+case 460 : return makeRegisterExpression(amdgpu_cdna2::v204,0,opr_size);
+case 461 : return makeRegisterExpression(amdgpu_cdna2::v205,0,opr_size);
+case 462 : return makeRegisterExpression(amdgpu_cdna2::v206,0,opr_size);
+case 463 : return makeRegisterExpression(amdgpu_cdna2::v207,0,opr_size);
+case 464 : return makeRegisterExpression(amdgpu_cdna2::v208,0,opr_size);
+case 465 : return makeRegisterExpression(amdgpu_cdna2::v209,0,opr_size);
+case 466 : return makeRegisterExpression(amdgpu_cdna2::v210,0,opr_size);
+case 467 : return makeRegisterExpression(amdgpu_cdna2::v211,0,opr_size);
+case 468 : return makeRegisterExpression(amdgpu_cdna2::v212,0,opr_size);
+case 469 : return makeRegisterExpression(amdgpu_cdna2::v213,0,opr_size);
+case 470 : return makeRegisterExpression(amdgpu_cdna2::v214,0,opr_size);
+case 471 : return makeRegisterExpression(amdgpu_cdna2::v215,0,opr_size);
+case 472 : return makeRegisterExpression(amdgpu_cdna2::v216,0,opr_size);
+case 473 : return makeRegisterExpression(amdgpu_cdna2::v217,0,opr_size);
+case 474 : return makeRegisterExpression(amdgpu_cdna2::v218,0,opr_size);
+case 475 : return makeRegisterExpression(amdgpu_cdna2::v219,0,opr_size);
+case 476 : return makeRegisterExpression(amdgpu_cdna2::v220,0,opr_size);
+case 477 : return makeRegisterExpression(amdgpu_cdna2::v221,0,opr_size);
+case 478 : return makeRegisterExpression(amdgpu_cdna2::v222,0,opr_size);
+case 479 : return makeRegisterExpression(amdgpu_cdna2::v223,0,opr_size);
+case 480 : return makeRegisterExpression(amdgpu_cdna2::v224,0,opr_size);
+case 481 : return makeRegisterExpression(amdgpu_cdna2::v225,0,opr_size);
+case 482 : return makeRegisterExpression(amdgpu_cdna2::v226,0,opr_size);
+case 483 : return makeRegisterExpression(amdgpu_cdna2::v227,0,opr_size);
+case 484 : return makeRegisterExpression(amdgpu_cdna2::v228,0,opr_size);
+case 485 : return makeRegisterExpression(amdgpu_cdna2::v229,0,opr_size);
+case 486 : return makeRegisterExpression(amdgpu_cdna2::v230,0,opr_size);
+case 487 : return makeRegisterExpression(amdgpu_cdna2::v231,0,opr_size);
+case 488 : return makeRegisterExpression(amdgpu_cdna2::v232,0,opr_size);
+case 489 : return makeRegisterExpression(amdgpu_cdna2::v233,0,opr_size);
+case 490 : return makeRegisterExpression(amdgpu_cdna2::v234,0,opr_size);
+case 491 : return makeRegisterExpression(amdgpu_cdna2::v235,0,opr_size);
+case 492 : return makeRegisterExpression(amdgpu_cdna2::v236,0,opr_size);
+case 493 : return makeRegisterExpression(amdgpu_cdna2::v237,0,opr_size);
+case 494 : return makeRegisterExpression(amdgpu_cdna2::v238,0,opr_size);
+case 495 : return makeRegisterExpression(amdgpu_cdna2::v239,0,opr_size);
+case 496 : return makeRegisterExpression(amdgpu_cdna2::v240,0,opr_size);
+case 497 : return makeRegisterExpression(amdgpu_cdna2::v241,0,opr_size);
+case 498 : return makeRegisterExpression(amdgpu_cdna2::v242,0,opr_size);
+case 499 : return makeRegisterExpression(amdgpu_cdna2::v243,0,opr_size);
+case 500 : return makeRegisterExpression(amdgpu_cdna2::v244,0,opr_size);
+case 501 : return makeRegisterExpression(amdgpu_cdna2::v245,0,opr_size);
+case 502 : return makeRegisterExpression(amdgpu_cdna2::v246,0,opr_size);
+case 503 : return makeRegisterExpression(amdgpu_cdna2::v247,0,opr_size);
+case 504 : return makeRegisterExpression(amdgpu_cdna2::v248,0,opr_size);
+case 505 : return makeRegisterExpression(amdgpu_cdna2::v249,0,opr_size);
+case 506 : return makeRegisterExpression(amdgpu_cdna2::v250,0,opr_size);
+case 507 : return makeRegisterExpression(amdgpu_cdna2::v251,0,opr_size);
+case 508 : return makeRegisterExpression(amdgpu_cdna2::v252,0,opr_size);
+case 509 : return makeRegisterExpression(amdgpu_cdna2::v253,0,opr_size);
+case 510 : return makeRegisterExpression(amdgpu_cdna2::v254,0,opr_size);
+case 511 : return makeRegisterExpression(amdgpu_cdna2::v255,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SRC_VGPR_OR_ACCVGPR(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 256 : return makeRegisterExpression(amdgpu_cdna2::v0,0,opr_size);
+case 257 : return makeRegisterExpression(amdgpu_cdna2::v1,0,opr_size);
+case 258 : return makeRegisterExpression(amdgpu_cdna2::v2,0,opr_size);
+case 259 : return makeRegisterExpression(amdgpu_cdna2::v3,0,opr_size);
+case 260 : return makeRegisterExpression(amdgpu_cdna2::v4,0,opr_size);
+case 261 : return makeRegisterExpression(amdgpu_cdna2::v5,0,opr_size);
+case 262 : return makeRegisterExpression(amdgpu_cdna2::v6,0,opr_size);
+case 263 : return makeRegisterExpression(amdgpu_cdna2::v7,0,opr_size);
+case 264 : return makeRegisterExpression(amdgpu_cdna2::v8,0,opr_size);
+case 265 : return makeRegisterExpression(amdgpu_cdna2::v9,0,opr_size);
+case 266 : return makeRegisterExpression(amdgpu_cdna2::v10,0,opr_size);
+case 267 : return makeRegisterExpression(amdgpu_cdna2::v11,0,opr_size);
+case 268 : return makeRegisterExpression(amdgpu_cdna2::v12,0,opr_size);
+case 269 : return makeRegisterExpression(amdgpu_cdna2::v13,0,opr_size);
+case 270 : return makeRegisterExpression(amdgpu_cdna2::v14,0,opr_size);
+case 271 : return makeRegisterExpression(amdgpu_cdna2::v15,0,opr_size);
+case 272 : return makeRegisterExpression(amdgpu_cdna2::v16,0,opr_size);
+case 273 : return makeRegisterExpression(amdgpu_cdna2::v17,0,opr_size);
+case 274 : return makeRegisterExpression(amdgpu_cdna2::v18,0,opr_size);
+case 275 : return makeRegisterExpression(amdgpu_cdna2::v19,0,opr_size);
+case 276 : return makeRegisterExpression(amdgpu_cdna2::v20,0,opr_size);
+case 277 : return makeRegisterExpression(amdgpu_cdna2::v21,0,opr_size);
+case 278 : return makeRegisterExpression(amdgpu_cdna2::v22,0,opr_size);
+case 279 : return makeRegisterExpression(amdgpu_cdna2::v23,0,opr_size);
+case 280 : return makeRegisterExpression(amdgpu_cdna2::v24,0,opr_size);
+case 281 : return makeRegisterExpression(amdgpu_cdna2::v25,0,opr_size);
+case 282 : return makeRegisterExpression(amdgpu_cdna2::v26,0,opr_size);
+case 283 : return makeRegisterExpression(amdgpu_cdna2::v27,0,opr_size);
+case 284 : return makeRegisterExpression(amdgpu_cdna2::v28,0,opr_size);
+case 285 : return makeRegisterExpression(amdgpu_cdna2::v29,0,opr_size);
+case 286 : return makeRegisterExpression(amdgpu_cdna2::v30,0,opr_size);
+case 287 : return makeRegisterExpression(amdgpu_cdna2::v31,0,opr_size);
+case 288 : return makeRegisterExpression(amdgpu_cdna2::v32,0,opr_size);
+case 289 : return makeRegisterExpression(amdgpu_cdna2::v33,0,opr_size);
+case 290 : return makeRegisterExpression(amdgpu_cdna2::v34,0,opr_size);
+case 291 : return makeRegisterExpression(amdgpu_cdna2::v35,0,opr_size);
+case 292 : return makeRegisterExpression(amdgpu_cdna2::v36,0,opr_size);
+case 293 : return makeRegisterExpression(amdgpu_cdna2::v37,0,opr_size);
+case 294 : return makeRegisterExpression(amdgpu_cdna2::v38,0,opr_size);
+case 295 : return makeRegisterExpression(amdgpu_cdna2::v39,0,opr_size);
+case 296 : return makeRegisterExpression(amdgpu_cdna2::v40,0,opr_size);
+case 297 : return makeRegisterExpression(amdgpu_cdna2::v41,0,opr_size);
+case 298 : return makeRegisterExpression(amdgpu_cdna2::v42,0,opr_size);
+case 299 : return makeRegisterExpression(amdgpu_cdna2::v43,0,opr_size);
+case 300 : return makeRegisterExpression(amdgpu_cdna2::v44,0,opr_size);
+case 301 : return makeRegisterExpression(amdgpu_cdna2::v45,0,opr_size);
+case 302 : return makeRegisterExpression(amdgpu_cdna2::v46,0,opr_size);
+case 303 : return makeRegisterExpression(amdgpu_cdna2::v47,0,opr_size);
+case 304 : return makeRegisterExpression(amdgpu_cdna2::v48,0,opr_size);
+case 305 : return makeRegisterExpression(amdgpu_cdna2::v49,0,opr_size);
+case 306 : return makeRegisterExpression(amdgpu_cdna2::v50,0,opr_size);
+case 307 : return makeRegisterExpression(amdgpu_cdna2::v51,0,opr_size);
+case 308 : return makeRegisterExpression(amdgpu_cdna2::v52,0,opr_size);
+case 309 : return makeRegisterExpression(amdgpu_cdna2::v53,0,opr_size);
+case 310 : return makeRegisterExpression(amdgpu_cdna2::v54,0,opr_size);
+case 311 : return makeRegisterExpression(amdgpu_cdna2::v55,0,opr_size);
+case 312 : return makeRegisterExpression(amdgpu_cdna2::v56,0,opr_size);
+case 313 : return makeRegisterExpression(amdgpu_cdna2::v57,0,opr_size);
+case 314 : return makeRegisterExpression(amdgpu_cdna2::v58,0,opr_size);
+case 315 : return makeRegisterExpression(amdgpu_cdna2::v59,0,opr_size);
+case 316 : return makeRegisterExpression(amdgpu_cdna2::v60,0,opr_size);
+case 317 : return makeRegisterExpression(amdgpu_cdna2::v61,0,opr_size);
+case 318 : return makeRegisterExpression(amdgpu_cdna2::v62,0,opr_size);
+case 319 : return makeRegisterExpression(amdgpu_cdna2::v63,0,opr_size);
+case 320 : return makeRegisterExpression(amdgpu_cdna2::v64,0,opr_size);
+case 321 : return makeRegisterExpression(amdgpu_cdna2::v65,0,opr_size);
+case 322 : return makeRegisterExpression(amdgpu_cdna2::v66,0,opr_size);
+case 323 : return makeRegisterExpression(amdgpu_cdna2::v67,0,opr_size);
+case 324 : return makeRegisterExpression(amdgpu_cdna2::v68,0,opr_size);
+case 325 : return makeRegisterExpression(amdgpu_cdna2::v69,0,opr_size);
+case 326 : return makeRegisterExpression(amdgpu_cdna2::v70,0,opr_size);
+case 327 : return makeRegisterExpression(amdgpu_cdna2::v71,0,opr_size);
+case 328 : return makeRegisterExpression(amdgpu_cdna2::v72,0,opr_size);
+case 329 : return makeRegisterExpression(amdgpu_cdna2::v73,0,opr_size);
+case 330 : return makeRegisterExpression(amdgpu_cdna2::v74,0,opr_size);
+case 331 : return makeRegisterExpression(amdgpu_cdna2::v75,0,opr_size);
+case 332 : return makeRegisterExpression(amdgpu_cdna2::v76,0,opr_size);
+case 333 : return makeRegisterExpression(amdgpu_cdna2::v77,0,opr_size);
+case 334 : return makeRegisterExpression(amdgpu_cdna2::v78,0,opr_size);
+case 335 : return makeRegisterExpression(amdgpu_cdna2::v79,0,opr_size);
+case 336 : return makeRegisterExpression(amdgpu_cdna2::v80,0,opr_size);
+case 337 : return makeRegisterExpression(amdgpu_cdna2::v81,0,opr_size);
+case 338 : return makeRegisterExpression(amdgpu_cdna2::v82,0,opr_size);
+case 339 : return makeRegisterExpression(amdgpu_cdna2::v83,0,opr_size);
+case 340 : return makeRegisterExpression(amdgpu_cdna2::v84,0,opr_size);
+case 341 : return makeRegisterExpression(amdgpu_cdna2::v85,0,opr_size);
+case 342 : return makeRegisterExpression(amdgpu_cdna2::v86,0,opr_size);
+case 343 : return makeRegisterExpression(amdgpu_cdna2::v87,0,opr_size);
+case 344 : return makeRegisterExpression(amdgpu_cdna2::v88,0,opr_size);
+case 345 : return makeRegisterExpression(amdgpu_cdna2::v89,0,opr_size);
+case 346 : return makeRegisterExpression(amdgpu_cdna2::v90,0,opr_size);
+case 347 : return makeRegisterExpression(amdgpu_cdna2::v91,0,opr_size);
+case 348 : return makeRegisterExpression(amdgpu_cdna2::v92,0,opr_size);
+case 349 : return makeRegisterExpression(amdgpu_cdna2::v93,0,opr_size);
+case 350 : return makeRegisterExpression(amdgpu_cdna2::v94,0,opr_size);
+case 351 : return makeRegisterExpression(amdgpu_cdna2::v95,0,opr_size);
+case 352 : return makeRegisterExpression(amdgpu_cdna2::v96,0,opr_size);
+case 353 : return makeRegisterExpression(amdgpu_cdna2::v97,0,opr_size);
+case 354 : return makeRegisterExpression(amdgpu_cdna2::v98,0,opr_size);
+case 355 : return makeRegisterExpression(amdgpu_cdna2::v99,0,opr_size);
+case 356 : return makeRegisterExpression(amdgpu_cdna2::v100,0,opr_size);
+case 357 : return makeRegisterExpression(amdgpu_cdna2::v101,0,opr_size);
+case 358 : return makeRegisterExpression(amdgpu_cdna2::v102,0,opr_size);
+case 359 : return makeRegisterExpression(amdgpu_cdna2::v103,0,opr_size);
+case 360 : return makeRegisterExpression(amdgpu_cdna2::v104,0,opr_size);
+case 361 : return makeRegisterExpression(amdgpu_cdna2::v105,0,opr_size);
+case 362 : return makeRegisterExpression(amdgpu_cdna2::v106,0,opr_size);
+case 363 : return makeRegisterExpression(amdgpu_cdna2::v107,0,opr_size);
+case 364 : return makeRegisterExpression(amdgpu_cdna2::v108,0,opr_size);
+case 365 : return makeRegisterExpression(amdgpu_cdna2::v109,0,opr_size);
+case 366 : return makeRegisterExpression(amdgpu_cdna2::v110,0,opr_size);
+case 367 : return makeRegisterExpression(amdgpu_cdna2::v111,0,opr_size);
+case 368 : return makeRegisterExpression(amdgpu_cdna2::v112,0,opr_size);
+case 369 : return makeRegisterExpression(amdgpu_cdna2::v113,0,opr_size);
+case 370 : return makeRegisterExpression(amdgpu_cdna2::v114,0,opr_size);
+case 371 : return makeRegisterExpression(amdgpu_cdna2::v115,0,opr_size);
+case 372 : return makeRegisterExpression(amdgpu_cdna2::v116,0,opr_size);
+case 373 : return makeRegisterExpression(amdgpu_cdna2::v117,0,opr_size);
+case 374 : return makeRegisterExpression(amdgpu_cdna2::v118,0,opr_size);
+case 375 : return makeRegisterExpression(amdgpu_cdna2::v119,0,opr_size);
+case 376 : return makeRegisterExpression(amdgpu_cdna2::v120,0,opr_size);
+case 377 : return makeRegisterExpression(amdgpu_cdna2::v121,0,opr_size);
+case 378 : return makeRegisterExpression(amdgpu_cdna2::v122,0,opr_size);
+case 379 : return makeRegisterExpression(amdgpu_cdna2::v123,0,opr_size);
+case 380 : return makeRegisterExpression(amdgpu_cdna2::v124,0,opr_size);
+case 381 : return makeRegisterExpression(amdgpu_cdna2::v125,0,opr_size);
+case 382 : return makeRegisterExpression(amdgpu_cdna2::v126,0,opr_size);
+case 383 : return makeRegisterExpression(amdgpu_cdna2::v127,0,opr_size);
+case 384 : return makeRegisterExpression(amdgpu_cdna2::v128,0,opr_size);
+case 385 : return makeRegisterExpression(amdgpu_cdna2::v129,0,opr_size);
+case 386 : return makeRegisterExpression(amdgpu_cdna2::v130,0,opr_size);
+case 387 : return makeRegisterExpression(amdgpu_cdna2::v131,0,opr_size);
+case 388 : return makeRegisterExpression(amdgpu_cdna2::v132,0,opr_size);
+case 389 : return makeRegisterExpression(amdgpu_cdna2::v133,0,opr_size);
+case 390 : return makeRegisterExpression(amdgpu_cdna2::v134,0,opr_size);
+case 391 : return makeRegisterExpression(amdgpu_cdna2::v135,0,opr_size);
+case 392 : return makeRegisterExpression(amdgpu_cdna2::v136,0,opr_size);
+case 393 : return makeRegisterExpression(amdgpu_cdna2::v137,0,opr_size);
+case 394 : return makeRegisterExpression(amdgpu_cdna2::v138,0,opr_size);
+case 395 : return makeRegisterExpression(amdgpu_cdna2::v139,0,opr_size);
+case 396 : return makeRegisterExpression(amdgpu_cdna2::v140,0,opr_size);
+case 397 : return makeRegisterExpression(amdgpu_cdna2::v141,0,opr_size);
+case 398 : return makeRegisterExpression(amdgpu_cdna2::v142,0,opr_size);
+case 399 : return makeRegisterExpression(amdgpu_cdna2::v143,0,opr_size);
+case 400 : return makeRegisterExpression(amdgpu_cdna2::v144,0,opr_size);
+case 401 : return makeRegisterExpression(amdgpu_cdna2::v145,0,opr_size);
+case 402 : return makeRegisterExpression(amdgpu_cdna2::v146,0,opr_size);
+case 403 : return makeRegisterExpression(amdgpu_cdna2::v147,0,opr_size);
+case 404 : return makeRegisterExpression(amdgpu_cdna2::v148,0,opr_size);
+case 405 : return makeRegisterExpression(amdgpu_cdna2::v149,0,opr_size);
+case 406 : return makeRegisterExpression(amdgpu_cdna2::v150,0,opr_size);
+case 407 : return makeRegisterExpression(amdgpu_cdna2::v151,0,opr_size);
+case 408 : return makeRegisterExpression(amdgpu_cdna2::v152,0,opr_size);
+case 409 : return makeRegisterExpression(amdgpu_cdna2::v153,0,opr_size);
+case 410 : return makeRegisterExpression(amdgpu_cdna2::v154,0,opr_size);
+case 411 : return makeRegisterExpression(amdgpu_cdna2::v155,0,opr_size);
+case 412 : return makeRegisterExpression(amdgpu_cdna2::v156,0,opr_size);
+case 413 : return makeRegisterExpression(amdgpu_cdna2::v157,0,opr_size);
+case 414 : return makeRegisterExpression(amdgpu_cdna2::v158,0,opr_size);
+case 415 : return makeRegisterExpression(amdgpu_cdna2::v159,0,opr_size);
+case 416 : return makeRegisterExpression(amdgpu_cdna2::v160,0,opr_size);
+case 417 : return makeRegisterExpression(amdgpu_cdna2::v161,0,opr_size);
+case 418 : return makeRegisterExpression(amdgpu_cdna2::v162,0,opr_size);
+case 419 : return makeRegisterExpression(amdgpu_cdna2::v163,0,opr_size);
+case 420 : return makeRegisterExpression(amdgpu_cdna2::v164,0,opr_size);
+case 421 : return makeRegisterExpression(amdgpu_cdna2::v165,0,opr_size);
+case 422 : return makeRegisterExpression(amdgpu_cdna2::v166,0,opr_size);
+case 423 : return makeRegisterExpression(amdgpu_cdna2::v167,0,opr_size);
+case 424 : return makeRegisterExpression(amdgpu_cdna2::v168,0,opr_size);
+case 425 : return makeRegisterExpression(amdgpu_cdna2::v169,0,opr_size);
+case 426 : return makeRegisterExpression(amdgpu_cdna2::v170,0,opr_size);
+case 427 : return makeRegisterExpression(amdgpu_cdna2::v171,0,opr_size);
+case 428 : return makeRegisterExpression(amdgpu_cdna2::v172,0,opr_size);
+case 429 : return makeRegisterExpression(amdgpu_cdna2::v173,0,opr_size);
+case 430 : return makeRegisterExpression(amdgpu_cdna2::v174,0,opr_size);
+case 431 : return makeRegisterExpression(amdgpu_cdna2::v175,0,opr_size);
+case 432 : return makeRegisterExpression(amdgpu_cdna2::v176,0,opr_size);
+case 433 : return makeRegisterExpression(amdgpu_cdna2::v177,0,opr_size);
+case 434 : return makeRegisterExpression(amdgpu_cdna2::v178,0,opr_size);
+case 435 : return makeRegisterExpression(amdgpu_cdna2::v179,0,opr_size);
+case 436 : return makeRegisterExpression(amdgpu_cdna2::v180,0,opr_size);
+case 437 : return makeRegisterExpression(amdgpu_cdna2::v181,0,opr_size);
+case 438 : return makeRegisterExpression(amdgpu_cdna2::v182,0,opr_size);
+case 439 : return makeRegisterExpression(amdgpu_cdna2::v183,0,opr_size);
+case 440 : return makeRegisterExpression(amdgpu_cdna2::v184,0,opr_size);
+case 441 : return makeRegisterExpression(amdgpu_cdna2::v185,0,opr_size);
+case 442 : return makeRegisterExpression(amdgpu_cdna2::v186,0,opr_size);
+case 443 : return makeRegisterExpression(amdgpu_cdna2::v187,0,opr_size);
+case 444 : return makeRegisterExpression(amdgpu_cdna2::v188,0,opr_size);
+case 445 : return makeRegisterExpression(amdgpu_cdna2::v189,0,opr_size);
+case 446 : return makeRegisterExpression(amdgpu_cdna2::v190,0,opr_size);
+case 447 : return makeRegisterExpression(amdgpu_cdna2::v191,0,opr_size);
+case 448 : return makeRegisterExpression(amdgpu_cdna2::v192,0,opr_size);
+case 449 : return makeRegisterExpression(amdgpu_cdna2::v193,0,opr_size);
+case 450 : return makeRegisterExpression(amdgpu_cdna2::v194,0,opr_size);
+case 451 : return makeRegisterExpression(amdgpu_cdna2::v195,0,opr_size);
+case 452 : return makeRegisterExpression(amdgpu_cdna2::v196,0,opr_size);
+case 453 : return makeRegisterExpression(amdgpu_cdna2::v197,0,opr_size);
+case 454 : return makeRegisterExpression(amdgpu_cdna2::v198,0,opr_size);
+case 455 : return makeRegisterExpression(amdgpu_cdna2::v199,0,opr_size);
+case 456 : return makeRegisterExpression(amdgpu_cdna2::v200,0,opr_size);
+case 457 : return makeRegisterExpression(amdgpu_cdna2::v201,0,opr_size);
+case 458 : return makeRegisterExpression(amdgpu_cdna2::v202,0,opr_size);
+case 459 : return makeRegisterExpression(amdgpu_cdna2::v203,0,opr_size);
+case 460 : return makeRegisterExpression(amdgpu_cdna2::v204,0,opr_size);
+case 461 : return makeRegisterExpression(amdgpu_cdna2::v205,0,opr_size);
+case 462 : return makeRegisterExpression(amdgpu_cdna2::v206,0,opr_size);
+case 463 : return makeRegisterExpression(amdgpu_cdna2::v207,0,opr_size);
+case 464 : return makeRegisterExpression(amdgpu_cdna2::v208,0,opr_size);
+case 465 : return makeRegisterExpression(amdgpu_cdna2::v209,0,opr_size);
+case 466 : return makeRegisterExpression(amdgpu_cdna2::v210,0,opr_size);
+case 467 : return makeRegisterExpression(amdgpu_cdna2::v211,0,opr_size);
+case 468 : return makeRegisterExpression(amdgpu_cdna2::v212,0,opr_size);
+case 469 : return makeRegisterExpression(amdgpu_cdna2::v213,0,opr_size);
+case 470 : return makeRegisterExpression(amdgpu_cdna2::v214,0,opr_size);
+case 471 : return makeRegisterExpression(amdgpu_cdna2::v215,0,opr_size);
+case 472 : return makeRegisterExpression(amdgpu_cdna2::v216,0,opr_size);
+case 473 : return makeRegisterExpression(amdgpu_cdna2::v217,0,opr_size);
+case 474 : return makeRegisterExpression(amdgpu_cdna2::v218,0,opr_size);
+case 475 : return makeRegisterExpression(amdgpu_cdna2::v219,0,opr_size);
+case 476 : return makeRegisterExpression(amdgpu_cdna2::v220,0,opr_size);
+case 477 : return makeRegisterExpression(amdgpu_cdna2::v221,0,opr_size);
+case 478 : return makeRegisterExpression(amdgpu_cdna2::v222,0,opr_size);
+case 479 : return makeRegisterExpression(amdgpu_cdna2::v223,0,opr_size);
+case 480 : return makeRegisterExpression(amdgpu_cdna2::v224,0,opr_size);
+case 481 : return makeRegisterExpression(amdgpu_cdna2::v225,0,opr_size);
+case 482 : return makeRegisterExpression(amdgpu_cdna2::v226,0,opr_size);
+case 483 : return makeRegisterExpression(amdgpu_cdna2::v227,0,opr_size);
+case 484 : return makeRegisterExpression(amdgpu_cdna2::v228,0,opr_size);
+case 485 : return makeRegisterExpression(amdgpu_cdna2::v229,0,opr_size);
+case 486 : return makeRegisterExpression(amdgpu_cdna2::v230,0,opr_size);
+case 487 : return makeRegisterExpression(amdgpu_cdna2::v231,0,opr_size);
+case 488 : return makeRegisterExpression(amdgpu_cdna2::v232,0,opr_size);
+case 489 : return makeRegisterExpression(amdgpu_cdna2::v233,0,opr_size);
+case 490 : return makeRegisterExpression(amdgpu_cdna2::v234,0,opr_size);
+case 491 : return makeRegisterExpression(amdgpu_cdna2::v235,0,opr_size);
+case 492 : return makeRegisterExpression(amdgpu_cdna2::v236,0,opr_size);
+case 493 : return makeRegisterExpression(amdgpu_cdna2::v237,0,opr_size);
+case 494 : return makeRegisterExpression(amdgpu_cdna2::v238,0,opr_size);
+case 495 : return makeRegisterExpression(amdgpu_cdna2::v239,0,opr_size);
+case 496 : return makeRegisterExpression(amdgpu_cdna2::v240,0,opr_size);
+case 497 : return makeRegisterExpression(amdgpu_cdna2::v241,0,opr_size);
+case 498 : return makeRegisterExpression(amdgpu_cdna2::v242,0,opr_size);
+case 499 : return makeRegisterExpression(amdgpu_cdna2::v243,0,opr_size);
+case 500 : return makeRegisterExpression(amdgpu_cdna2::v244,0,opr_size);
+case 501 : return makeRegisterExpression(amdgpu_cdna2::v245,0,opr_size);
+case 502 : return makeRegisterExpression(amdgpu_cdna2::v246,0,opr_size);
+case 503 : return makeRegisterExpression(amdgpu_cdna2::v247,0,opr_size);
+case 504 : return makeRegisterExpression(amdgpu_cdna2::v248,0,opr_size);
+case 505 : return makeRegisterExpression(amdgpu_cdna2::v249,0,opr_size);
+case 506 : return makeRegisterExpression(amdgpu_cdna2::v250,0,opr_size);
+case 507 : return makeRegisterExpression(amdgpu_cdna2::v251,0,opr_size);
+case 508 : return makeRegisterExpression(amdgpu_cdna2::v252,0,opr_size);
+case 509 : return makeRegisterExpression(amdgpu_cdna2::v253,0,opr_size);
+case 510 : return makeRegisterExpression(amdgpu_cdna2::v254,0,opr_size);
+case 511 : return makeRegisterExpression(amdgpu_cdna2::v255,0,opr_size);
+case 768 : return makeRegisterExpression(amdgpu_cdna2::acc0,0,opr_size);
+case 769 : return makeRegisterExpression(amdgpu_cdna2::acc1,0,opr_size);
+case 770 : return makeRegisterExpression(amdgpu_cdna2::acc2,0,opr_size);
+case 771 : return makeRegisterExpression(amdgpu_cdna2::acc3,0,opr_size);
+case 772 : return makeRegisterExpression(amdgpu_cdna2::acc4,0,opr_size);
+case 773 : return makeRegisterExpression(amdgpu_cdna2::acc5,0,opr_size);
+case 774 : return makeRegisterExpression(amdgpu_cdna2::acc6,0,opr_size);
+case 775 : return makeRegisterExpression(amdgpu_cdna2::acc7,0,opr_size);
+case 776 : return makeRegisterExpression(amdgpu_cdna2::acc8,0,opr_size);
+case 777 : return makeRegisterExpression(amdgpu_cdna2::acc9,0,opr_size);
+case 778 : return makeRegisterExpression(amdgpu_cdna2::acc10,0,opr_size);
+case 779 : return makeRegisterExpression(amdgpu_cdna2::acc11,0,opr_size);
+case 780 : return makeRegisterExpression(amdgpu_cdna2::acc12,0,opr_size);
+case 781 : return makeRegisterExpression(amdgpu_cdna2::acc13,0,opr_size);
+case 782 : return makeRegisterExpression(amdgpu_cdna2::acc14,0,opr_size);
+case 783 : return makeRegisterExpression(amdgpu_cdna2::acc15,0,opr_size);
+case 784 : return makeRegisterExpression(amdgpu_cdna2::acc16,0,opr_size);
+case 785 : return makeRegisterExpression(amdgpu_cdna2::acc17,0,opr_size);
+case 786 : return makeRegisterExpression(amdgpu_cdna2::acc18,0,opr_size);
+case 787 : return makeRegisterExpression(amdgpu_cdna2::acc19,0,opr_size);
+case 788 : return makeRegisterExpression(amdgpu_cdna2::acc20,0,opr_size);
+case 789 : return makeRegisterExpression(amdgpu_cdna2::acc21,0,opr_size);
+case 790 : return makeRegisterExpression(amdgpu_cdna2::acc22,0,opr_size);
+case 791 : return makeRegisterExpression(amdgpu_cdna2::acc23,0,opr_size);
+case 792 : return makeRegisterExpression(amdgpu_cdna2::acc24,0,opr_size);
+case 793 : return makeRegisterExpression(amdgpu_cdna2::acc25,0,opr_size);
+case 794 : return makeRegisterExpression(amdgpu_cdna2::acc26,0,opr_size);
+case 795 : return makeRegisterExpression(amdgpu_cdna2::acc27,0,opr_size);
+case 796 : return makeRegisterExpression(amdgpu_cdna2::acc28,0,opr_size);
+case 797 : return makeRegisterExpression(amdgpu_cdna2::acc29,0,opr_size);
+case 798 : return makeRegisterExpression(amdgpu_cdna2::acc30,0,opr_size);
+case 799 : return makeRegisterExpression(amdgpu_cdna2::acc31,0,opr_size);
+case 800 : return makeRegisterExpression(amdgpu_cdna2::acc32,0,opr_size);
+case 801 : return makeRegisterExpression(amdgpu_cdna2::acc33,0,opr_size);
+case 802 : return makeRegisterExpression(amdgpu_cdna2::acc34,0,opr_size);
+case 803 : return makeRegisterExpression(amdgpu_cdna2::acc35,0,opr_size);
+case 804 : return makeRegisterExpression(amdgpu_cdna2::acc36,0,opr_size);
+case 805 : return makeRegisterExpression(amdgpu_cdna2::acc37,0,opr_size);
+case 806 : return makeRegisterExpression(amdgpu_cdna2::acc38,0,opr_size);
+case 807 : return makeRegisterExpression(amdgpu_cdna2::acc39,0,opr_size);
+case 808 : return makeRegisterExpression(amdgpu_cdna2::acc40,0,opr_size);
+case 809 : return makeRegisterExpression(amdgpu_cdna2::acc41,0,opr_size);
+case 810 : return makeRegisterExpression(amdgpu_cdna2::acc42,0,opr_size);
+case 811 : return makeRegisterExpression(amdgpu_cdna2::acc43,0,opr_size);
+case 812 : return makeRegisterExpression(amdgpu_cdna2::acc44,0,opr_size);
+case 813 : return makeRegisterExpression(amdgpu_cdna2::acc45,0,opr_size);
+case 814 : return makeRegisterExpression(amdgpu_cdna2::acc46,0,opr_size);
+case 815 : return makeRegisterExpression(amdgpu_cdna2::acc47,0,opr_size);
+case 816 : return makeRegisterExpression(amdgpu_cdna2::acc48,0,opr_size);
+case 817 : return makeRegisterExpression(amdgpu_cdna2::acc49,0,opr_size);
+case 818 : return makeRegisterExpression(amdgpu_cdna2::acc50,0,opr_size);
+case 819 : return makeRegisterExpression(amdgpu_cdna2::acc51,0,opr_size);
+case 820 : return makeRegisterExpression(amdgpu_cdna2::acc52,0,opr_size);
+case 821 : return makeRegisterExpression(amdgpu_cdna2::acc53,0,opr_size);
+case 822 : return makeRegisterExpression(amdgpu_cdna2::acc54,0,opr_size);
+case 823 : return makeRegisterExpression(amdgpu_cdna2::acc55,0,opr_size);
+case 824 : return makeRegisterExpression(amdgpu_cdna2::acc56,0,opr_size);
+case 825 : return makeRegisterExpression(amdgpu_cdna2::acc57,0,opr_size);
+case 826 : return makeRegisterExpression(amdgpu_cdna2::acc58,0,opr_size);
+case 827 : return makeRegisterExpression(amdgpu_cdna2::acc59,0,opr_size);
+case 828 : return makeRegisterExpression(amdgpu_cdna2::acc60,0,opr_size);
+case 829 : return makeRegisterExpression(amdgpu_cdna2::acc61,0,opr_size);
+case 830 : return makeRegisterExpression(amdgpu_cdna2::acc62,0,opr_size);
+case 831 : return makeRegisterExpression(amdgpu_cdna2::acc63,0,opr_size);
+case 832 : return makeRegisterExpression(amdgpu_cdna2::acc64,0,opr_size);
+case 833 : return makeRegisterExpression(amdgpu_cdna2::acc65,0,opr_size);
+case 834 : return makeRegisterExpression(amdgpu_cdna2::acc66,0,opr_size);
+case 835 : return makeRegisterExpression(amdgpu_cdna2::acc67,0,opr_size);
+case 836 : return makeRegisterExpression(amdgpu_cdna2::acc68,0,opr_size);
+case 837 : return makeRegisterExpression(amdgpu_cdna2::acc69,0,opr_size);
+case 838 : return makeRegisterExpression(amdgpu_cdna2::acc70,0,opr_size);
+case 839 : return makeRegisterExpression(amdgpu_cdna2::acc71,0,opr_size);
+case 840 : return makeRegisterExpression(amdgpu_cdna2::acc72,0,opr_size);
+case 841 : return makeRegisterExpression(amdgpu_cdna2::acc73,0,opr_size);
+case 842 : return makeRegisterExpression(amdgpu_cdna2::acc74,0,opr_size);
+case 843 : return makeRegisterExpression(amdgpu_cdna2::acc75,0,opr_size);
+case 844 : return makeRegisterExpression(amdgpu_cdna2::acc76,0,opr_size);
+case 845 : return makeRegisterExpression(amdgpu_cdna2::acc77,0,opr_size);
+case 846 : return makeRegisterExpression(amdgpu_cdna2::acc78,0,opr_size);
+case 847 : return makeRegisterExpression(amdgpu_cdna2::acc79,0,opr_size);
+case 848 : return makeRegisterExpression(amdgpu_cdna2::acc80,0,opr_size);
+case 849 : return makeRegisterExpression(amdgpu_cdna2::acc81,0,opr_size);
+case 850 : return makeRegisterExpression(amdgpu_cdna2::acc82,0,opr_size);
+case 851 : return makeRegisterExpression(amdgpu_cdna2::acc83,0,opr_size);
+case 852 : return makeRegisterExpression(amdgpu_cdna2::acc84,0,opr_size);
+case 853 : return makeRegisterExpression(amdgpu_cdna2::acc85,0,opr_size);
+case 854 : return makeRegisterExpression(amdgpu_cdna2::acc86,0,opr_size);
+case 855 : return makeRegisterExpression(amdgpu_cdna2::acc87,0,opr_size);
+case 856 : return makeRegisterExpression(amdgpu_cdna2::acc88,0,opr_size);
+case 857 : return makeRegisterExpression(amdgpu_cdna2::acc89,0,opr_size);
+case 858 : return makeRegisterExpression(amdgpu_cdna2::acc90,0,opr_size);
+case 859 : return makeRegisterExpression(amdgpu_cdna2::acc91,0,opr_size);
+case 860 : return makeRegisterExpression(amdgpu_cdna2::acc92,0,opr_size);
+case 861 : return makeRegisterExpression(amdgpu_cdna2::acc93,0,opr_size);
+case 862 : return makeRegisterExpression(amdgpu_cdna2::acc94,0,opr_size);
+case 863 : return makeRegisterExpression(amdgpu_cdna2::acc95,0,opr_size);
+case 864 : return makeRegisterExpression(amdgpu_cdna2::acc96,0,opr_size);
+case 865 : return makeRegisterExpression(amdgpu_cdna2::acc97,0,opr_size);
+case 866 : return makeRegisterExpression(amdgpu_cdna2::acc98,0,opr_size);
+case 867 : return makeRegisterExpression(amdgpu_cdna2::acc99,0,opr_size);
+case 868 : return makeRegisterExpression(amdgpu_cdna2::acc100,0,opr_size);
+case 869 : return makeRegisterExpression(amdgpu_cdna2::acc101,0,opr_size);
+case 870 : return makeRegisterExpression(amdgpu_cdna2::acc102,0,opr_size);
+case 871 : return makeRegisterExpression(amdgpu_cdna2::acc103,0,opr_size);
+case 872 : return makeRegisterExpression(amdgpu_cdna2::acc104,0,opr_size);
+case 873 : return makeRegisterExpression(amdgpu_cdna2::acc105,0,opr_size);
+case 874 : return makeRegisterExpression(amdgpu_cdna2::acc106,0,opr_size);
+case 875 : return makeRegisterExpression(amdgpu_cdna2::acc107,0,opr_size);
+case 876 : return makeRegisterExpression(amdgpu_cdna2::acc108,0,opr_size);
+case 877 : return makeRegisterExpression(amdgpu_cdna2::acc109,0,opr_size);
+case 878 : return makeRegisterExpression(amdgpu_cdna2::acc110,0,opr_size);
+case 879 : return makeRegisterExpression(amdgpu_cdna2::acc111,0,opr_size);
+case 880 : return makeRegisterExpression(amdgpu_cdna2::acc112,0,opr_size);
+case 881 : return makeRegisterExpression(amdgpu_cdna2::acc113,0,opr_size);
+case 882 : return makeRegisterExpression(amdgpu_cdna2::acc114,0,opr_size);
+case 883 : return makeRegisterExpression(amdgpu_cdna2::acc115,0,opr_size);
+case 884 : return makeRegisterExpression(amdgpu_cdna2::acc116,0,opr_size);
+case 885 : return makeRegisterExpression(amdgpu_cdna2::acc117,0,opr_size);
+case 886 : return makeRegisterExpression(amdgpu_cdna2::acc118,0,opr_size);
+case 887 : return makeRegisterExpression(amdgpu_cdna2::acc119,0,opr_size);
+case 888 : return makeRegisterExpression(amdgpu_cdna2::acc120,0,opr_size);
+case 889 : return makeRegisterExpression(amdgpu_cdna2::acc121,0,opr_size);
+case 890 : return makeRegisterExpression(amdgpu_cdna2::acc122,0,opr_size);
+case 891 : return makeRegisterExpression(amdgpu_cdna2::acc123,0,opr_size);
+case 892 : return makeRegisterExpression(amdgpu_cdna2::acc124,0,opr_size);
+case 893 : return makeRegisterExpression(amdgpu_cdna2::acc125,0,opr_size);
+case 894 : return makeRegisterExpression(amdgpu_cdna2::acc126,0,opr_size);
+case 895 : return makeRegisterExpression(amdgpu_cdna2::acc127,0,opr_size);
+case 896 : return makeRegisterExpression(amdgpu_cdna2::acc128,0,opr_size);
+case 897 : return makeRegisterExpression(amdgpu_cdna2::acc129,0,opr_size);
+case 898 : return makeRegisterExpression(amdgpu_cdna2::acc130,0,opr_size);
+case 899 : return makeRegisterExpression(amdgpu_cdna2::acc131,0,opr_size);
+case 900 : return makeRegisterExpression(amdgpu_cdna2::acc132,0,opr_size);
+case 901 : return makeRegisterExpression(amdgpu_cdna2::acc133,0,opr_size);
+case 902 : return makeRegisterExpression(amdgpu_cdna2::acc134,0,opr_size);
+case 903 : return makeRegisterExpression(amdgpu_cdna2::acc135,0,opr_size);
+case 904 : return makeRegisterExpression(amdgpu_cdna2::acc136,0,opr_size);
+case 905 : return makeRegisterExpression(amdgpu_cdna2::acc137,0,opr_size);
+case 906 : return makeRegisterExpression(amdgpu_cdna2::acc138,0,opr_size);
+case 907 : return makeRegisterExpression(amdgpu_cdna2::acc139,0,opr_size);
+case 908 : return makeRegisterExpression(amdgpu_cdna2::acc140,0,opr_size);
+case 909 : return makeRegisterExpression(amdgpu_cdna2::acc141,0,opr_size);
+case 910 : return makeRegisterExpression(amdgpu_cdna2::acc142,0,opr_size);
+case 911 : return makeRegisterExpression(amdgpu_cdna2::acc143,0,opr_size);
+case 912 : return makeRegisterExpression(amdgpu_cdna2::acc144,0,opr_size);
+case 913 : return makeRegisterExpression(amdgpu_cdna2::acc145,0,opr_size);
+case 914 : return makeRegisterExpression(amdgpu_cdna2::acc146,0,opr_size);
+case 915 : return makeRegisterExpression(amdgpu_cdna2::acc147,0,opr_size);
+case 916 : return makeRegisterExpression(amdgpu_cdna2::acc148,0,opr_size);
+case 917 : return makeRegisterExpression(amdgpu_cdna2::acc149,0,opr_size);
+case 918 : return makeRegisterExpression(amdgpu_cdna2::acc150,0,opr_size);
+case 919 : return makeRegisterExpression(amdgpu_cdna2::acc151,0,opr_size);
+case 920 : return makeRegisterExpression(amdgpu_cdna2::acc152,0,opr_size);
+case 921 : return makeRegisterExpression(amdgpu_cdna2::acc153,0,opr_size);
+case 922 : return makeRegisterExpression(amdgpu_cdna2::acc154,0,opr_size);
+case 923 : return makeRegisterExpression(amdgpu_cdna2::acc155,0,opr_size);
+case 924 : return makeRegisterExpression(amdgpu_cdna2::acc156,0,opr_size);
+case 925 : return makeRegisterExpression(amdgpu_cdna2::acc157,0,opr_size);
+case 926 : return makeRegisterExpression(amdgpu_cdna2::acc158,0,opr_size);
+case 927 : return makeRegisterExpression(amdgpu_cdna2::acc159,0,opr_size);
+case 928 : return makeRegisterExpression(amdgpu_cdna2::acc160,0,opr_size);
+case 929 : return makeRegisterExpression(amdgpu_cdna2::acc161,0,opr_size);
+case 930 : return makeRegisterExpression(amdgpu_cdna2::acc162,0,opr_size);
+case 931 : return makeRegisterExpression(amdgpu_cdna2::acc163,0,opr_size);
+case 932 : return makeRegisterExpression(amdgpu_cdna2::acc164,0,opr_size);
+case 933 : return makeRegisterExpression(amdgpu_cdna2::acc165,0,opr_size);
+case 934 : return makeRegisterExpression(amdgpu_cdna2::acc166,0,opr_size);
+case 935 : return makeRegisterExpression(amdgpu_cdna2::acc167,0,opr_size);
+case 936 : return makeRegisterExpression(amdgpu_cdna2::acc168,0,opr_size);
+case 937 : return makeRegisterExpression(amdgpu_cdna2::acc169,0,opr_size);
+case 938 : return makeRegisterExpression(amdgpu_cdna2::acc170,0,opr_size);
+case 939 : return makeRegisterExpression(amdgpu_cdna2::acc171,0,opr_size);
+case 940 : return makeRegisterExpression(amdgpu_cdna2::acc172,0,opr_size);
+case 941 : return makeRegisterExpression(amdgpu_cdna2::acc173,0,opr_size);
+case 942 : return makeRegisterExpression(amdgpu_cdna2::acc174,0,opr_size);
+case 943 : return makeRegisterExpression(amdgpu_cdna2::acc175,0,opr_size);
+case 944 : return makeRegisterExpression(amdgpu_cdna2::acc176,0,opr_size);
+case 945 : return makeRegisterExpression(amdgpu_cdna2::acc177,0,opr_size);
+case 946 : return makeRegisterExpression(amdgpu_cdna2::acc178,0,opr_size);
+case 947 : return makeRegisterExpression(amdgpu_cdna2::acc179,0,opr_size);
+case 948 : return makeRegisterExpression(amdgpu_cdna2::acc180,0,opr_size);
+case 949 : return makeRegisterExpression(amdgpu_cdna2::acc181,0,opr_size);
+case 950 : return makeRegisterExpression(amdgpu_cdna2::acc182,0,opr_size);
+case 951 : return makeRegisterExpression(amdgpu_cdna2::acc183,0,opr_size);
+case 952 : return makeRegisterExpression(amdgpu_cdna2::acc184,0,opr_size);
+case 953 : return makeRegisterExpression(amdgpu_cdna2::acc185,0,opr_size);
+case 954 : return makeRegisterExpression(amdgpu_cdna2::acc186,0,opr_size);
+case 955 : return makeRegisterExpression(amdgpu_cdna2::acc187,0,opr_size);
+case 956 : return makeRegisterExpression(amdgpu_cdna2::acc188,0,opr_size);
+case 957 : return makeRegisterExpression(amdgpu_cdna2::acc189,0,opr_size);
+case 958 : return makeRegisterExpression(amdgpu_cdna2::acc190,0,opr_size);
+case 959 : return makeRegisterExpression(amdgpu_cdna2::acc191,0,opr_size);
+case 960 : return makeRegisterExpression(amdgpu_cdna2::acc192,0,opr_size);
+case 961 : return makeRegisterExpression(amdgpu_cdna2::acc193,0,opr_size);
+case 962 : return makeRegisterExpression(amdgpu_cdna2::acc194,0,opr_size);
+case 963 : return makeRegisterExpression(amdgpu_cdna2::acc195,0,opr_size);
+case 964 : return makeRegisterExpression(amdgpu_cdna2::acc196,0,opr_size);
+case 965 : return makeRegisterExpression(amdgpu_cdna2::acc197,0,opr_size);
+case 966 : return makeRegisterExpression(amdgpu_cdna2::acc198,0,opr_size);
+case 967 : return makeRegisterExpression(amdgpu_cdna2::acc199,0,opr_size);
+case 968 : return makeRegisterExpression(amdgpu_cdna2::acc200,0,opr_size);
+case 969 : return makeRegisterExpression(amdgpu_cdna2::acc201,0,opr_size);
+case 970 : return makeRegisterExpression(amdgpu_cdna2::acc202,0,opr_size);
+case 971 : return makeRegisterExpression(amdgpu_cdna2::acc203,0,opr_size);
+case 972 : return makeRegisterExpression(amdgpu_cdna2::acc204,0,opr_size);
+case 973 : return makeRegisterExpression(amdgpu_cdna2::acc205,0,opr_size);
+case 974 : return makeRegisterExpression(amdgpu_cdna2::acc206,0,opr_size);
+case 975 : return makeRegisterExpression(amdgpu_cdna2::acc207,0,opr_size);
+case 976 : return makeRegisterExpression(amdgpu_cdna2::acc208,0,opr_size);
+case 977 : return makeRegisterExpression(amdgpu_cdna2::acc209,0,opr_size);
+case 978 : return makeRegisterExpression(amdgpu_cdna2::acc210,0,opr_size);
+case 979 : return makeRegisterExpression(amdgpu_cdna2::acc211,0,opr_size);
+case 980 : return makeRegisterExpression(amdgpu_cdna2::acc212,0,opr_size);
+case 981 : return makeRegisterExpression(amdgpu_cdna2::acc213,0,opr_size);
+case 982 : return makeRegisterExpression(amdgpu_cdna2::acc214,0,opr_size);
+case 983 : return makeRegisterExpression(amdgpu_cdna2::acc215,0,opr_size);
+case 984 : return makeRegisterExpression(amdgpu_cdna2::acc216,0,opr_size);
+case 985 : return makeRegisterExpression(amdgpu_cdna2::acc217,0,opr_size);
+case 986 : return makeRegisterExpression(amdgpu_cdna2::acc218,0,opr_size);
+case 987 : return makeRegisterExpression(amdgpu_cdna2::acc219,0,opr_size);
+case 988 : return makeRegisterExpression(amdgpu_cdna2::acc220,0,opr_size);
+case 989 : return makeRegisterExpression(amdgpu_cdna2::acc221,0,opr_size);
+case 990 : return makeRegisterExpression(amdgpu_cdna2::acc222,0,opr_size);
+case 991 : return makeRegisterExpression(amdgpu_cdna2::acc223,0,opr_size);
+case 992 : return makeRegisterExpression(amdgpu_cdna2::acc224,0,opr_size);
+case 993 : return makeRegisterExpression(amdgpu_cdna2::acc225,0,opr_size);
+case 994 : return makeRegisterExpression(amdgpu_cdna2::acc226,0,opr_size);
+case 995 : return makeRegisterExpression(amdgpu_cdna2::acc227,0,opr_size);
+case 996 : return makeRegisterExpression(amdgpu_cdna2::acc228,0,opr_size);
+case 997 : return makeRegisterExpression(amdgpu_cdna2::acc229,0,opr_size);
+case 998 : return makeRegisterExpression(amdgpu_cdna2::acc230,0,opr_size);
+case 999 : return makeRegisterExpression(amdgpu_cdna2::acc231,0,opr_size);
+case 1000 : return makeRegisterExpression(amdgpu_cdna2::acc232,0,opr_size);
+case 1001 : return makeRegisterExpression(amdgpu_cdna2::acc233,0,opr_size);
+case 1002 : return makeRegisterExpression(amdgpu_cdna2::acc234,0,opr_size);
+case 1003 : return makeRegisterExpression(amdgpu_cdna2::acc235,0,opr_size);
+case 1004 : return makeRegisterExpression(amdgpu_cdna2::acc236,0,opr_size);
+case 1005 : return makeRegisterExpression(amdgpu_cdna2::acc237,0,opr_size);
+case 1006 : return makeRegisterExpression(amdgpu_cdna2::acc238,0,opr_size);
+case 1007 : return makeRegisterExpression(amdgpu_cdna2::acc239,0,opr_size);
+case 1008 : return makeRegisterExpression(amdgpu_cdna2::acc240,0,opr_size);
+case 1009 : return makeRegisterExpression(amdgpu_cdna2::acc241,0,opr_size);
+case 1010 : return makeRegisterExpression(amdgpu_cdna2::acc242,0,opr_size);
+case 1011 : return makeRegisterExpression(amdgpu_cdna2::acc243,0,opr_size);
+case 1012 : return makeRegisterExpression(amdgpu_cdna2::acc244,0,opr_size);
+case 1013 : return makeRegisterExpression(amdgpu_cdna2::acc245,0,opr_size);
+case 1014 : return makeRegisterExpression(amdgpu_cdna2::acc246,0,opr_size);
+case 1015 : return makeRegisterExpression(amdgpu_cdna2::acc247,0,opr_size);
+case 1016 : return makeRegisterExpression(amdgpu_cdna2::acc248,0,opr_size);
+case 1017 : return makeRegisterExpression(amdgpu_cdna2::acc249,0,opr_size);
+case 1018 : return makeRegisterExpression(amdgpu_cdna2::acc250,0,opr_size);
+case 1019 : return makeRegisterExpression(amdgpu_cdna2::acc251,0,opr_size);
+case 1020 : return makeRegisterExpression(amdgpu_cdna2::acc252,0,opr_size);
+case 1021 : return makeRegisterExpression(amdgpu_cdna2::acc253,0,opr_size);
+case 1022 : return makeRegisterExpression(amdgpu_cdna2::acc254,0,opr_size);
+case 1023 : return makeRegisterExpression(amdgpu_cdna2::acc255,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 256 : return makeRegisterExpression(amdgpu_cdna2::v0,0,opr_size);
+case 257 : return makeRegisterExpression(amdgpu_cdna2::v1,0,opr_size);
+case 258 : return makeRegisterExpression(amdgpu_cdna2::v2,0,opr_size);
+case 259 : return makeRegisterExpression(amdgpu_cdna2::v3,0,opr_size);
+case 260 : return makeRegisterExpression(amdgpu_cdna2::v4,0,opr_size);
+case 261 : return makeRegisterExpression(amdgpu_cdna2::v5,0,opr_size);
+case 262 : return makeRegisterExpression(amdgpu_cdna2::v6,0,opr_size);
+case 263 : return makeRegisterExpression(amdgpu_cdna2::v7,0,opr_size);
+case 264 : return makeRegisterExpression(amdgpu_cdna2::v8,0,opr_size);
+case 265 : return makeRegisterExpression(amdgpu_cdna2::v9,0,opr_size);
+case 266 : return makeRegisterExpression(amdgpu_cdna2::v10,0,opr_size);
+case 267 : return makeRegisterExpression(amdgpu_cdna2::v11,0,opr_size);
+case 268 : return makeRegisterExpression(amdgpu_cdna2::v12,0,opr_size);
+case 269 : return makeRegisterExpression(amdgpu_cdna2::v13,0,opr_size);
+case 270 : return makeRegisterExpression(amdgpu_cdna2::v14,0,opr_size);
+case 271 : return makeRegisterExpression(amdgpu_cdna2::v15,0,opr_size);
+case 272 : return makeRegisterExpression(amdgpu_cdna2::v16,0,opr_size);
+case 273 : return makeRegisterExpression(amdgpu_cdna2::v17,0,opr_size);
+case 274 : return makeRegisterExpression(amdgpu_cdna2::v18,0,opr_size);
+case 275 : return makeRegisterExpression(amdgpu_cdna2::v19,0,opr_size);
+case 276 : return makeRegisterExpression(amdgpu_cdna2::v20,0,opr_size);
+case 277 : return makeRegisterExpression(amdgpu_cdna2::v21,0,opr_size);
+case 278 : return makeRegisterExpression(amdgpu_cdna2::v22,0,opr_size);
+case 279 : return makeRegisterExpression(amdgpu_cdna2::v23,0,opr_size);
+case 280 : return makeRegisterExpression(amdgpu_cdna2::v24,0,opr_size);
+case 281 : return makeRegisterExpression(amdgpu_cdna2::v25,0,opr_size);
+case 282 : return makeRegisterExpression(amdgpu_cdna2::v26,0,opr_size);
+case 283 : return makeRegisterExpression(amdgpu_cdna2::v27,0,opr_size);
+case 284 : return makeRegisterExpression(amdgpu_cdna2::v28,0,opr_size);
+case 285 : return makeRegisterExpression(amdgpu_cdna2::v29,0,opr_size);
+case 286 : return makeRegisterExpression(amdgpu_cdna2::v30,0,opr_size);
+case 287 : return makeRegisterExpression(amdgpu_cdna2::v31,0,opr_size);
+case 288 : return makeRegisterExpression(amdgpu_cdna2::v32,0,opr_size);
+case 289 : return makeRegisterExpression(amdgpu_cdna2::v33,0,opr_size);
+case 290 : return makeRegisterExpression(amdgpu_cdna2::v34,0,opr_size);
+case 291 : return makeRegisterExpression(amdgpu_cdna2::v35,0,opr_size);
+case 292 : return makeRegisterExpression(amdgpu_cdna2::v36,0,opr_size);
+case 293 : return makeRegisterExpression(amdgpu_cdna2::v37,0,opr_size);
+case 294 : return makeRegisterExpression(amdgpu_cdna2::v38,0,opr_size);
+case 295 : return makeRegisterExpression(amdgpu_cdna2::v39,0,opr_size);
+case 296 : return makeRegisterExpression(amdgpu_cdna2::v40,0,opr_size);
+case 297 : return makeRegisterExpression(amdgpu_cdna2::v41,0,opr_size);
+case 298 : return makeRegisterExpression(amdgpu_cdna2::v42,0,opr_size);
+case 299 : return makeRegisterExpression(amdgpu_cdna2::v43,0,opr_size);
+case 300 : return makeRegisterExpression(amdgpu_cdna2::v44,0,opr_size);
+case 301 : return makeRegisterExpression(amdgpu_cdna2::v45,0,opr_size);
+case 302 : return makeRegisterExpression(amdgpu_cdna2::v46,0,opr_size);
+case 303 : return makeRegisterExpression(amdgpu_cdna2::v47,0,opr_size);
+case 304 : return makeRegisterExpression(amdgpu_cdna2::v48,0,opr_size);
+case 305 : return makeRegisterExpression(amdgpu_cdna2::v49,0,opr_size);
+case 306 : return makeRegisterExpression(amdgpu_cdna2::v50,0,opr_size);
+case 307 : return makeRegisterExpression(amdgpu_cdna2::v51,0,opr_size);
+case 308 : return makeRegisterExpression(amdgpu_cdna2::v52,0,opr_size);
+case 309 : return makeRegisterExpression(amdgpu_cdna2::v53,0,opr_size);
+case 310 : return makeRegisterExpression(amdgpu_cdna2::v54,0,opr_size);
+case 311 : return makeRegisterExpression(amdgpu_cdna2::v55,0,opr_size);
+case 312 : return makeRegisterExpression(amdgpu_cdna2::v56,0,opr_size);
+case 313 : return makeRegisterExpression(amdgpu_cdna2::v57,0,opr_size);
+case 314 : return makeRegisterExpression(amdgpu_cdna2::v58,0,opr_size);
+case 315 : return makeRegisterExpression(amdgpu_cdna2::v59,0,opr_size);
+case 316 : return makeRegisterExpression(amdgpu_cdna2::v60,0,opr_size);
+case 317 : return makeRegisterExpression(amdgpu_cdna2::v61,0,opr_size);
+case 318 : return makeRegisterExpression(amdgpu_cdna2::v62,0,opr_size);
+case 319 : return makeRegisterExpression(amdgpu_cdna2::v63,0,opr_size);
+case 320 : return makeRegisterExpression(amdgpu_cdna2::v64,0,opr_size);
+case 321 : return makeRegisterExpression(amdgpu_cdna2::v65,0,opr_size);
+case 322 : return makeRegisterExpression(amdgpu_cdna2::v66,0,opr_size);
+case 323 : return makeRegisterExpression(amdgpu_cdna2::v67,0,opr_size);
+case 324 : return makeRegisterExpression(amdgpu_cdna2::v68,0,opr_size);
+case 325 : return makeRegisterExpression(amdgpu_cdna2::v69,0,opr_size);
+case 326 : return makeRegisterExpression(amdgpu_cdna2::v70,0,opr_size);
+case 327 : return makeRegisterExpression(amdgpu_cdna2::v71,0,opr_size);
+case 328 : return makeRegisterExpression(amdgpu_cdna2::v72,0,opr_size);
+case 329 : return makeRegisterExpression(amdgpu_cdna2::v73,0,opr_size);
+case 330 : return makeRegisterExpression(amdgpu_cdna2::v74,0,opr_size);
+case 331 : return makeRegisterExpression(amdgpu_cdna2::v75,0,opr_size);
+case 332 : return makeRegisterExpression(amdgpu_cdna2::v76,0,opr_size);
+case 333 : return makeRegisterExpression(amdgpu_cdna2::v77,0,opr_size);
+case 334 : return makeRegisterExpression(amdgpu_cdna2::v78,0,opr_size);
+case 335 : return makeRegisterExpression(amdgpu_cdna2::v79,0,opr_size);
+case 336 : return makeRegisterExpression(amdgpu_cdna2::v80,0,opr_size);
+case 337 : return makeRegisterExpression(amdgpu_cdna2::v81,0,opr_size);
+case 338 : return makeRegisterExpression(amdgpu_cdna2::v82,0,opr_size);
+case 339 : return makeRegisterExpression(amdgpu_cdna2::v83,0,opr_size);
+case 340 : return makeRegisterExpression(amdgpu_cdna2::v84,0,opr_size);
+case 341 : return makeRegisterExpression(amdgpu_cdna2::v85,0,opr_size);
+case 342 : return makeRegisterExpression(amdgpu_cdna2::v86,0,opr_size);
+case 343 : return makeRegisterExpression(amdgpu_cdna2::v87,0,opr_size);
+case 344 : return makeRegisterExpression(amdgpu_cdna2::v88,0,opr_size);
+case 345 : return makeRegisterExpression(amdgpu_cdna2::v89,0,opr_size);
+case 346 : return makeRegisterExpression(amdgpu_cdna2::v90,0,opr_size);
+case 347 : return makeRegisterExpression(amdgpu_cdna2::v91,0,opr_size);
+case 348 : return makeRegisterExpression(amdgpu_cdna2::v92,0,opr_size);
+case 349 : return makeRegisterExpression(amdgpu_cdna2::v93,0,opr_size);
+case 350 : return makeRegisterExpression(amdgpu_cdna2::v94,0,opr_size);
+case 351 : return makeRegisterExpression(amdgpu_cdna2::v95,0,opr_size);
+case 352 : return makeRegisterExpression(amdgpu_cdna2::v96,0,opr_size);
+case 353 : return makeRegisterExpression(amdgpu_cdna2::v97,0,opr_size);
+case 354 : return makeRegisterExpression(amdgpu_cdna2::v98,0,opr_size);
+case 355 : return makeRegisterExpression(amdgpu_cdna2::v99,0,opr_size);
+case 356 : return makeRegisterExpression(amdgpu_cdna2::v100,0,opr_size);
+case 357 : return makeRegisterExpression(amdgpu_cdna2::v101,0,opr_size);
+case 358 : return makeRegisterExpression(amdgpu_cdna2::v102,0,opr_size);
+case 359 : return makeRegisterExpression(amdgpu_cdna2::v103,0,opr_size);
+case 360 : return makeRegisterExpression(amdgpu_cdna2::v104,0,opr_size);
+case 361 : return makeRegisterExpression(amdgpu_cdna2::v105,0,opr_size);
+case 362 : return makeRegisterExpression(amdgpu_cdna2::v106,0,opr_size);
+case 363 : return makeRegisterExpression(amdgpu_cdna2::v107,0,opr_size);
+case 364 : return makeRegisterExpression(amdgpu_cdna2::v108,0,opr_size);
+case 365 : return makeRegisterExpression(amdgpu_cdna2::v109,0,opr_size);
+case 366 : return makeRegisterExpression(amdgpu_cdna2::v110,0,opr_size);
+case 367 : return makeRegisterExpression(amdgpu_cdna2::v111,0,opr_size);
+case 368 : return makeRegisterExpression(amdgpu_cdna2::v112,0,opr_size);
+case 369 : return makeRegisterExpression(amdgpu_cdna2::v113,0,opr_size);
+case 370 : return makeRegisterExpression(amdgpu_cdna2::v114,0,opr_size);
+case 371 : return makeRegisterExpression(amdgpu_cdna2::v115,0,opr_size);
+case 372 : return makeRegisterExpression(amdgpu_cdna2::v116,0,opr_size);
+case 373 : return makeRegisterExpression(amdgpu_cdna2::v117,0,opr_size);
+case 374 : return makeRegisterExpression(amdgpu_cdna2::v118,0,opr_size);
+case 375 : return makeRegisterExpression(amdgpu_cdna2::v119,0,opr_size);
+case 376 : return makeRegisterExpression(amdgpu_cdna2::v120,0,opr_size);
+case 377 : return makeRegisterExpression(amdgpu_cdna2::v121,0,opr_size);
+case 378 : return makeRegisterExpression(amdgpu_cdna2::v122,0,opr_size);
+case 379 : return makeRegisterExpression(amdgpu_cdna2::v123,0,opr_size);
+case 380 : return makeRegisterExpression(amdgpu_cdna2::v124,0,opr_size);
+case 381 : return makeRegisterExpression(amdgpu_cdna2::v125,0,opr_size);
+case 382 : return makeRegisterExpression(amdgpu_cdna2::v126,0,opr_size);
+case 383 : return makeRegisterExpression(amdgpu_cdna2::v127,0,opr_size);
+case 384 : return makeRegisterExpression(amdgpu_cdna2::v128,0,opr_size);
+case 385 : return makeRegisterExpression(amdgpu_cdna2::v129,0,opr_size);
+case 386 : return makeRegisterExpression(amdgpu_cdna2::v130,0,opr_size);
+case 387 : return makeRegisterExpression(amdgpu_cdna2::v131,0,opr_size);
+case 388 : return makeRegisterExpression(amdgpu_cdna2::v132,0,opr_size);
+case 389 : return makeRegisterExpression(amdgpu_cdna2::v133,0,opr_size);
+case 390 : return makeRegisterExpression(amdgpu_cdna2::v134,0,opr_size);
+case 391 : return makeRegisterExpression(amdgpu_cdna2::v135,0,opr_size);
+case 392 : return makeRegisterExpression(amdgpu_cdna2::v136,0,opr_size);
+case 393 : return makeRegisterExpression(amdgpu_cdna2::v137,0,opr_size);
+case 394 : return makeRegisterExpression(amdgpu_cdna2::v138,0,opr_size);
+case 395 : return makeRegisterExpression(amdgpu_cdna2::v139,0,opr_size);
+case 396 : return makeRegisterExpression(amdgpu_cdna2::v140,0,opr_size);
+case 397 : return makeRegisterExpression(amdgpu_cdna2::v141,0,opr_size);
+case 398 : return makeRegisterExpression(amdgpu_cdna2::v142,0,opr_size);
+case 399 : return makeRegisterExpression(amdgpu_cdna2::v143,0,opr_size);
+case 400 : return makeRegisterExpression(amdgpu_cdna2::v144,0,opr_size);
+case 401 : return makeRegisterExpression(amdgpu_cdna2::v145,0,opr_size);
+case 402 : return makeRegisterExpression(amdgpu_cdna2::v146,0,opr_size);
+case 403 : return makeRegisterExpression(amdgpu_cdna2::v147,0,opr_size);
+case 404 : return makeRegisterExpression(amdgpu_cdna2::v148,0,opr_size);
+case 405 : return makeRegisterExpression(amdgpu_cdna2::v149,0,opr_size);
+case 406 : return makeRegisterExpression(amdgpu_cdna2::v150,0,opr_size);
+case 407 : return makeRegisterExpression(amdgpu_cdna2::v151,0,opr_size);
+case 408 : return makeRegisterExpression(amdgpu_cdna2::v152,0,opr_size);
+case 409 : return makeRegisterExpression(amdgpu_cdna2::v153,0,opr_size);
+case 410 : return makeRegisterExpression(amdgpu_cdna2::v154,0,opr_size);
+case 411 : return makeRegisterExpression(amdgpu_cdna2::v155,0,opr_size);
+case 412 : return makeRegisterExpression(amdgpu_cdna2::v156,0,opr_size);
+case 413 : return makeRegisterExpression(amdgpu_cdna2::v157,0,opr_size);
+case 414 : return makeRegisterExpression(amdgpu_cdna2::v158,0,opr_size);
+case 415 : return makeRegisterExpression(amdgpu_cdna2::v159,0,opr_size);
+case 416 : return makeRegisterExpression(amdgpu_cdna2::v160,0,opr_size);
+case 417 : return makeRegisterExpression(amdgpu_cdna2::v161,0,opr_size);
+case 418 : return makeRegisterExpression(amdgpu_cdna2::v162,0,opr_size);
+case 419 : return makeRegisterExpression(amdgpu_cdna2::v163,0,opr_size);
+case 420 : return makeRegisterExpression(amdgpu_cdna2::v164,0,opr_size);
+case 421 : return makeRegisterExpression(amdgpu_cdna2::v165,0,opr_size);
+case 422 : return makeRegisterExpression(amdgpu_cdna2::v166,0,opr_size);
+case 423 : return makeRegisterExpression(amdgpu_cdna2::v167,0,opr_size);
+case 424 : return makeRegisterExpression(amdgpu_cdna2::v168,0,opr_size);
+case 425 : return makeRegisterExpression(amdgpu_cdna2::v169,0,opr_size);
+case 426 : return makeRegisterExpression(amdgpu_cdna2::v170,0,opr_size);
+case 427 : return makeRegisterExpression(amdgpu_cdna2::v171,0,opr_size);
+case 428 : return makeRegisterExpression(amdgpu_cdna2::v172,0,opr_size);
+case 429 : return makeRegisterExpression(amdgpu_cdna2::v173,0,opr_size);
+case 430 : return makeRegisterExpression(amdgpu_cdna2::v174,0,opr_size);
+case 431 : return makeRegisterExpression(amdgpu_cdna2::v175,0,opr_size);
+case 432 : return makeRegisterExpression(amdgpu_cdna2::v176,0,opr_size);
+case 433 : return makeRegisterExpression(amdgpu_cdna2::v177,0,opr_size);
+case 434 : return makeRegisterExpression(amdgpu_cdna2::v178,0,opr_size);
+case 435 : return makeRegisterExpression(amdgpu_cdna2::v179,0,opr_size);
+case 436 : return makeRegisterExpression(amdgpu_cdna2::v180,0,opr_size);
+case 437 : return makeRegisterExpression(amdgpu_cdna2::v181,0,opr_size);
+case 438 : return makeRegisterExpression(amdgpu_cdna2::v182,0,opr_size);
+case 439 : return makeRegisterExpression(amdgpu_cdna2::v183,0,opr_size);
+case 440 : return makeRegisterExpression(amdgpu_cdna2::v184,0,opr_size);
+case 441 : return makeRegisterExpression(amdgpu_cdna2::v185,0,opr_size);
+case 442 : return makeRegisterExpression(amdgpu_cdna2::v186,0,opr_size);
+case 443 : return makeRegisterExpression(amdgpu_cdna2::v187,0,opr_size);
+case 444 : return makeRegisterExpression(amdgpu_cdna2::v188,0,opr_size);
+case 445 : return makeRegisterExpression(amdgpu_cdna2::v189,0,opr_size);
+case 446 : return makeRegisterExpression(amdgpu_cdna2::v190,0,opr_size);
+case 447 : return makeRegisterExpression(amdgpu_cdna2::v191,0,opr_size);
+case 448 : return makeRegisterExpression(amdgpu_cdna2::v192,0,opr_size);
+case 449 : return makeRegisterExpression(amdgpu_cdna2::v193,0,opr_size);
+case 450 : return makeRegisterExpression(amdgpu_cdna2::v194,0,opr_size);
+case 451 : return makeRegisterExpression(amdgpu_cdna2::v195,0,opr_size);
+case 452 : return makeRegisterExpression(amdgpu_cdna2::v196,0,opr_size);
+case 453 : return makeRegisterExpression(amdgpu_cdna2::v197,0,opr_size);
+case 454 : return makeRegisterExpression(amdgpu_cdna2::v198,0,opr_size);
+case 455 : return makeRegisterExpression(amdgpu_cdna2::v199,0,opr_size);
+case 456 : return makeRegisterExpression(amdgpu_cdna2::v200,0,opr_size);
+case 457 : return makeRegisterExpression(amdgpu_cdna2::v201,0,opr_size);
+case 458 : return makeRegisterExpression(amdgpu_cdna2::v202,0,opr_size);
+case 459 : return makeRegisterExpression(amdgpu_cdna2::v203,0,opr_size);
+case 460 : return makeRegisterExpression(amdgpu_cdna2::v204,0,opr_size);
+case 461 : return makeRegisterExpression(amdgpu_cdna2::v205,0,opr_size);
+case 462 : return makeRegisterExpression(amdgpu_cdna2::v206,0,opr_size);
+case 463 : return makeRegisterExpression(amdgpu_cdna2::v207,0,opr_size);
+case 464 : return makeRegisterExpression(amdgpu_cdna2::v208,0,opr_size);
+case 465 : return makeRegisterExpression(amdgpu_cdna2::v209,0,opr_size);
+case 466 : return makeRegisterExpression(amdgpu_cdna2::v210,0,opr_size);
+case 467 : return makeRegisterExpression(amdgpu_cdna2::v211,0,opr_size);
+case 468 : return makeRegisterExpression(amdgpu_cdna2::v212,0,opr_size);
+case 469 : return makeRegisterExpression(amdgpu_cdna2::v213,0,opr_size);
+case 470 : return makeRegisterExpression(amdgpu_cdna2::v214,0,opr_size);
+case 471 : return makeRegisterExpression(amdgpu_cdna2::v215,0,opr_size);
+case 472 : return makeRegisterExpression(amdgpu_cdna2::v216,0,opr_size);
+case 473 : return makeRegisterExpression(amdgpu_cdna2::v217,0,opr_size);
+case 474 : return makeRegisterExpression(amdgpu_cdna2::v218,0,opr_size);
+case 475 : return makeRegisterExpression(amdgpu_cdna2::v219,0,opr_size);
+case 476 : return makeRegisterExpression(amdgpu_cdna2::v220,0,opr_size);
+case 477 : return makeRegisterExpression(amdgpu_cdna2::v221,0,opr_size);
+case 478 : return makeRegisterExpression(amdgpu_cdna2::v222,0,opr_size);
+case 479 : return makeRegisterExpression(amdgpu_cdna2::v223,0,opr_size);
+case 480 : return makeRegisterExpression(amdgpu_cdna2::v224,0,opr_size);
+case 481 : return makeRegisterExpression(amdgpu_cdna2::v225,0,opr_size);
+case 482 : return makeRegisterExpression(amdgpu_cdna2::v226,0,opr_size);
+case 483 : return makeRegisterExpression(amdgpu_cdna2::v227,0,opr_size);
+case 484 : return makeRegisterExpression(amdgpu_cdna2::v228,0,opr_size);
+case 485 : return makeRegisterExpression(amdgpu_cdna2::v229,0,opr_size);
+case 486 : return makeRegisterExpression(amdgpu_cdna2::v230,0,opr_size);
+case 487 : return makeRegisterExpression(amdgpu_cdna2::v231,0,opr_size);
+case 488 : return makeRegisterExpression(amdgpu_cdna2::v232,0,opr_size);
+case 489 : return makeRegisterExpression(amdgpu_cdna2::v233,0,opr_size);
+case 490 : return makeRegisterExpression(amdgpu_cdna2::v234,0,opr_size);
+case 491 : return makeRegisterExpression(amdgpu_cdna2::v235,0,opr_size);
+case 492 : return makeRegisterExpression(amdgpu_cdna2::v236,0,opr_size);
+case 493 : return makeRegisterExpression(amdgpu_cdna2::v237,0,opr_size);
+case 494 : return makeRegisterExpression(amdgpu_cdna2::v238,0,opr_size);
+case 495 : return makeRegisterExpression(amdgpu_cdna2::v239,0,opr_size);
+case 496 : return makeRegisterExpression(amdgpu_cdna2::v240,0,opr_size);
+case 497 : return makeRegisterExpression(amdgpu_cdna2::v241,0,opr_size);
+case 498 : return makeRegisterExpression(amdgpu_cdna2::v242,0,opr_size);
+case 499 : return makeRegisterExpression(amdgpu_cdna2::v243,0,opr_size);
+case 500 : return makeRegisterExpression(amdgpu_cdna2::v244,0,opr_size);
+case 501 : return makeRegisterExpression(amdgpu_cdna2::v245,0,opr_size);
+case 502 : return makeRegisterExpression(amdgpu_cdna2::v246,0,opr_size);
+case 503 : return makeRegisterExpression(amdgpu_cdna2::v247,0,opr_size);
+case 504 : return makeRegisterExpression(amdgpu_cdna2::v248,0,opr_size);
+case 505 : return makeRegisterExpression(amdgpu_cdna2::v249,0,opr_size);
+case 506 : return makeRegisterExpression(amdgpu_cdna2::v250,0,opr_size);
+case 507 : return makeRegisterExpression(amdgpu_cdna2::v251,0,opr_size);
+case 508 : return makeRegisterExpression(amdgpu_cdna2::v252,0,opr_size);
+case 509 : return makeRegisterExpression(amdgpu_cdna2::v253,0,opr_size);
+case 510 : return makeRegisterExpression(amdgpu_cdna2::v254,0,opr_size);
+case 511 : return makeRegisterExpression(amdgpu_cdna2::v255,0,opr_size);
+case 768 : return makeRegisterExpression(amdgpu_cdna2::acc0,0,opr_size);
+case 769 : return makeRegisterExpression(amdgpu_cdna2::acc1,0,opr_size);
+case 770 : return makeRegisterExpression(amdgpu_cdna2::acc2,0,opr_size);
+case 771 : return makeRegisterExpression(amdgpu_cdna2::acc3,0,opr_size);
+case 772 : return makeRegisterExpression(amdgpu_cdna2::acc4,0,opr_size);
+case 773 : return makeRegisterExpression(amdgpu_cdna2::acc5,0,opr_size);
+case 774 : return makeRegisterExpression(amdgpu_cdna2::acc6,0,opr_size);
+case 775 : return makeRegisterExpression(amdgpu_cdna2::acc7,0,opr_size);
+case 776 : return makeRegisterExpression(amdgpu_cdna2::acc8,0,opr_size);
+case 777 : return makeRegisterExpression(amdgpu_cdna2::acc9,0,opr_size);
+case 778 : return makeRegisterExpression(amdgpu_cdna2::acc10,0,opr_size);
+case 779 : return makeRegisterExpression(amdgpu_cdna2::acc11,0,opr_size);
+case 780 : return makeRegisterExpression(amdgpu_cdna2::acc12,0,opr_size);
+case 781 : return makeRegisterExpression(amdgpu_cdna2::acc13,0,opr_size);
+case 782 : return makeRegisterExpression(amdgpu_cdna2::acc14,0,opr_size);
+case 783 : return makeRegisterExpression(amdgpu_cdna2::acc15,0,opr_size);
+case 784 : return makeRegisterExpression(amdgpu_cdna2::acc16,0,opr_size);
+case 785 : return makeRegisterExpression(amdgpu_cdna2::acc17,0,opr_size);
+case 786 : return makeRegisterExpression(amdgpu_cdna2::acc18,0,opr_size);
+case 787 : return makeRegisterExpression(amdgpu_cdna2::acc19,0,opr_size);
+case 788 : return makeRegisterExpression(amdgpu_cdna2::acc20,0,opr_size);
+case 789 : return makeRegisterExpression(amdgpu_cdna2::acc21,0,opr_size);
+case 790 : return makeRegisterExpression(amdgpu_cdna2::acc22,0,opr_size);
+case 791 : return makeRegisterExpression(amdgpu_cdna2::acc23,0,opr_size);
+case 792 : return makeRegisterExpression(amdgpu_cdna2::acc24,0,opr_size);
+case 793 : return makeRegisterExpression(amdgpu_cdna2::acc25,0,opr_size);
+case 794 : return makeRegisterExpression(amdgpu_cdna2::acc26,0,opr_size);
+case 795 : return makeRegisterExpression(amdgpu_cdna2::acc27,0,opr_size);
+case 796 : return makeRegisterExpression(amdgpu_cdna2::acc28,0,opr_size);
+case 797 : return makeRegisterExpression(amdgpu_cdna2::acc29,0,opr_size);
+case 798 : return makeRegisterExpression(amdgpu_cdna2::acc30,0,opr_size);
+case 799 : return makeRegisterExpression(amdgpu_cdna2::acc31,0,opr_size);
+case 800 : return makeRegisterExpression(amdgpu_cdna2::acc32,0,opr_size);
+case 801 : return makeRegisterExpression(amdgpu_cdna2::acc33,0,opr_size);
+case 802 : return makeRegisterExpression(amdgpu_cdna2::acc34,0,opr_size);
+case 803 : return makeRegisterExpression(amdgpu_cdna2::acc35,0,opr_size);
+case 804 : return makeRegisterExpression(amdgpu_cdna2::acc36,0,opr_size);
+case 805 : return makeRegisterExpression(amdgpu_cdna2::acc37,0,opr_size);
+case 806 : return makeRegisterExpression(amdgpu_cdna2::acc38,0,opr_size);
+case 807 : return makeRegisterExpression(amdgpu_cdna2::acc39,0,opr_size);
+case 808 : return makeRegisterExpression(amdgpu_cdna2::acc40,0,opr_size);
+case 809 : return makeRegisterExpression(amdgpu_cdna2::acc41,0,opr_size);
+case 810 : return makeRegisterExpression(amdgpu_cdna2::acc42,0,opr_size);
+case 811 : return makeRegisterExpression(amdgpu_cdna2::acc43,0,opr_size);
+case 812 : return makeRegisterExpression(amdgpu_cdna2::acc44,0,opr_size);
+case 813 : return makeRegisterExpression(amdgpu_cdna2::acc45,0,opr_size);
+case 814 : return makeRegisterExpression(amdgpu_cdna2::acc46,0,opr_size);
+case 815 : return makeRegisterExpression(amdgpu_cdna2::acc47,0,opr_size);
+case 816 : return makeRegisterExpression(amdgpu_cdna2::acc48,0,opr_size);
+case 817 : return makeRegisterExpression(amdgpu_cdna2::acc49,0,opr_size);
+case 818 : return makeRegisterExpression(amdgpu_cdna2::acc50,0,opr_size);
+case 819 : return makeRegisterExpression(amdgpu_cdna2::acc51,0,opr_size);
+case 820 : return makeRegisterExpression(amdgpu_cdna2::acc52,0,opr_size);
+case 821 : return makeRegisterExpression(amdgpu_cdna2::acc53,0,opr_size);
+case 822 : return makeRegisterExpression(amdgpu_cdna2::acc54,0,opr_size);
+case 823 : return makeRegisterExpression(amdgpu_cdna2::acc55,0,opr_size);
+case 824 : return makeRegisterExpression(amdgpu_cdna2::acc56,0,opr_size);
+case 825 : return makeRegisterExpression(amdgpu_cdna2::acc57,0,opr_size);
+case 826 : return makeRegisterExpression(amdgpu_cdna2::acc58,0,opr_size);
+case 827 : return makeRegisterExpression(amdgpu_cdna2::acc59,0,opr_size);
+case 828 : return makeRegisterExpression(amdgpu_cdna2::acc60,0,opr_size);
+case 829 : return makeRegisterExpression(amdgpu_cdna2::acc61,0,opr_size);
+case 830 : return makeRegisterExpression(amdgpu_cdna2::acc62,0,opr_size);
+case 831 : return makeRegisterExpression(amdgpu_cdna2::acc63,0,opr_size);
+case 832 : return makeRegisterExpression(amdgpu_cdna2::acc64,0,opr_size);
+case 833 : return makeRegisterExpression(amdgpu_cdna2::acc65,0,opr_size);
+case 834 : return makeRegisterExpression(amdgpu_cdna2::acc66,0,opr_size);
+case 835 : return makeRegisterExpression(amdgpu_cdna2::acc67,0,opr_size);
+case 836 : return makeRegisterExpression(amdgpu_cdna2::acc68,0,opr_size);
+case 837 : return makeRegisterExpression(amdgpu_cdna2::acc69,0,opr_size);
+case 838 : return makeRegisterExpression(amdgpu_cdna2::acc70,0,opr_size);
+case 839 : return makeRegisterExpression(amdgpu_cdna2::acc71,0,opr_size);
+case 840 : return makeRegisterExpression(amdgpu_cdna2::acc72,0,opr_size);
+case 841 : return makeRegisterExpression(amdgpu_cdna2::acc73,0,opr_size);
+case 842 : return makeRegisterExpression(amdgpu_cdna2::acc74,0,opr_size);
+case 843 : return makeRegisterExpression(amdgpu_cdna2::acc75,0,opr_size);
+case 844 : return makeRegisterExpression(amdgpu_cdna2::acc76,0,opr_size);
+case 845 : return makeRegisterExpression(amdgpu_cdna2::acc77,0,opr_size);
+case 846 : return makeRegisterExpression(amdgpu_cdna2::acc78,0,opr_size);
+case 847 : return makeRegisterExpression(amdgpu_cdna2::acc79,0,opr_size);
+case 848 : return makeRegisterExpression(amdgpu_cdna2::acc80,0,opr_size);
+case 849 : return makeRegisterExpression(amdgpu_cdna2::acc81,0,opr_size);
+case 850 : return makeRegisterExpression(amdgpu_cdna2::acc82,0,opr_size);
+case 851 : return makeRegisterExpression(amdgpu_cdna2::acc83,0,opr_size);
+case 852 : return makeRegisterExpression(amdgpu_cdna2::acc84,0,opr_size);
+case 853 : return makeRegisterExpression(amdgpu_cdna2::acc85,0,opr_size);
+case 854 : return makeRegisterExpression(amdgpu_cdna2::acc86,0,opr_size);
+case 855 : return makeRegisterExpression(amdgpu_cdna2::acc87,0,opr_size);
+case 856 : return makeRegisterExpression(amdgpu_cdna2::acc88,0,opr_size);
+case 857 : return makeRegisterExpression(amdgpu_cdna2::acc89,0,opr_size);
+case 858 : return makeRegisterExpression(amdgpu_cdna2::acc90,0,opr_size);
+case 859 : return makeRegisterExpression(amdgpu_cdna2::acc91,0,opr_size);
+case 860 : return makeRegisterExpression(amdgpu_cdna2::acc92,0,opr_size);
+case 861 : return makeRegisterExpression(amdgpu_cdna2::acc93,0,opr_size);
+case 862 : return makeRegisterExpression(amdgpu_cdna2::acc94,0,opr_size);
+case 863 : return makeRegisterExpression(amdgpu_cdna2::acc95,0,opr_size);
+case 864 : return makeRegisterExpression(amdgpu_cdna2::acc96,0,opr_size);
+case 865 : return makeRegisterExpression(amdgpu_cdna2::acc97,0,opr_size);
+case 866 : return makeRegisterExpression(amdgpu_cdna2::acc98,0,opr_size);
+case 867 : return makeRegisterExpression(amdgpu_cdna2::acc99,0,opr_size);
+case 868 : return makeRegisterExpression(amdgpu_cdna2::acc100,0,opr_size);
+case 869 : return makeRegisterExpression(amdgpu_cdna2::acc101,0,opr_size);
+case 870 : return makeRegisterExpression(amdgpu_cdna2::acc102,0,opr_size);
+case 871 : return makeRegisterExpression(amdgpu_cdna2::acc103,0,opr_size);
+case 872 : return makeRegisterExpression(amdgpu_cdna2::acc104,0,opr_size);
+case 873 : return makeRegisterExpression(amdgpu_cdna2::acc105,0,opr_size);
+case 874 : return makeRegisterExpression(amdgpu_cdna2::acc106,0,opr_size);
+case 875 : return makeRegisterExpression(amdgpu_cdna2::acc107,0,opr_size);
+case 876 : return makeRegisterExpression(amdgpu_cdna2::acc108,0,opr_size);
+case 877 : return makeRegisterExpression(amdgpu_cdna2::acc109,0,opr_size);
+case 878 : return makeRegisterExpression(amdgpu_cdna2::acc110,0,opr_size);
+case 879 : return makeRegisterExpression(amdgpu_cdna2::acc111,0,opr_size);
+case 880 : return makeRegisterExpression(amdgpu_cdna2::acc112,0,opr_size);
+case 881 : return makeRegisterExpression(amdgpu_cdna2::acc113,0,opr_size);
+case 882 : return makeRegisterExpression(amdgpu_cdna2::acc114,0,opr_size);
+case 883 : return makeRegisterExpression(amdgpu_cdna2::acc115,0,opr_size);
+case 884 : return makeRegisterExpression(amdgpu_cdna2::acc116,0,opr_size);
+case 885 : return makeRegisterExpression(amdgpu_cdna2::acc117,0,opr_size);
+case 886 : return makeRegisterExpression(amdgpu_cdna2::acc118,0,opr_size);
+case 887 : return makeRegisterExpression(amdgpu_cdna2::acc119,0,opr_size);
+case 888 : return makeRegisterExpression(amdgpu_cdna2::acc120,0,opr_size);
+case 889 : return makeRegisterExpression(amdgpu_cdna2::acc121,0,opr_size);
+case 890 : return makeRegisterExpression(amdgpu_cdna2::acc122,0,opr_size);
+case 891 : return makeRegisterExpression(amdgpu_cdna2::acc123,0,opr_size);
+case 892 : return makeRegisterExpression(amdgpu_cdna2::acc124,0,opr_size);
+case 893 : return makeRegisterExpression(amdgpu_cdna2::acc125,0,opr_size);
+case 894 : return makeRegisterExpression(amdgpu_cdna2::acc126,0,opr_size);
+case 895 : return makeRegisterExpression(amdgpu_cdna2::acc127,0,opr_size);
+case 896 : return makeRegisterExpression(amdgpu_cdna2::acc128,0,opr_size);
+case 897 : return makeRegisterExpression(amdgpu_cdna2::acc129,0,opr_size);
+case 898 : return makeRegisterExpression(amdgpu_cdna2::acc130,0,opr_size);
+case 899 : return makeRegisterExpression(amdgpu_cdna2::acc131,0,opr_size);
+case 900 : return makeRegisterExpression(amdgpu_cdna2::acc132,0,opr_size);
+case 901 : return makeRegisterExpression(amdgpu_cdna2::acc133,0,opr_size);
+case 902 : return makeRegisterExpression(amdgpu_cdna2::acc134,0,opr_size);
+case 903 : return makeRegisterExpression(amdgpu_cdna2::acc135,0,opr_size);
+case 904 : return makeRegisterExpression(amdgpu_cdna2::acc136,0,opr_size);
+case 905 : return makeRegisterExpression(amdgpu_cdna2::acc137,0,opr_size);
+case 906 : return makeRegisterExpression(amdgpu_cdna2::acc138,0,opr_size);
+case 907 : return makeRegisterExpression(amdgpu_cdna2::acc139,0,opr_size);
+case 908 : return makeRegisterExpression(amdgpu_cdna2::acc140,0,opr_size);
+case 909 : return makeRegisterExpression(amdgpu_cdna2::acc141,0,opr_size);
+case 910 : return makeRegisterExpression(amdgpu_cdna2::acc142,0,opr_size);
+case 911 : return makeRegisterExpression(amdgpu_cdna2::acc143,0,opr_size);
+case 912 : return makeRegisterExpression(amdgpu_cdna2::acc144,0,opr_size);
+case 913 : return makeRegisterExpression(amdgpu_cdna2::acc145,0,opr_size);
+case 914 : return makeRegisterExpression(amdgpu_cdna2::acc146,0,opr_size);
+case 915 : return makeRegisterExpression(amdgpu_cdna2::acc147,0,opr_size);
+case 916 : return makeRegisterExpression(amdgpu_cdna2::acc148,0,opr_size);
+case 917 : return makeRegisterExpression(amdgpu_cdna2::acc149,0,opr_size);
+case 918 : return makeRegisterExpression(amdgpu_cdna2::acc150,0,opr_size);
+case 919 : return makeRegisterExpression(amdgpu_cdna2::acc151,0,opr_size);
+case 920 : return makeRegisterExpression(amdgpu_cdna2::acc152,0,opr_size);
+case 921 : return makeRegisterExpression(amdgpu_cdna2::acc153,0,opr_size);
+case 922 : return makeRegisterExpression(amdgpu_cdna2::acc154,0,opr_size);
+case 923 : return makeRegisterExpression(amdgpu_cdna2::acc155,0,opr_size);
+case 924 : return makeRegisterExpression(amdgpu_cdna2::acc156,0,opr_size);
+case 925 : return makeRegisterExpression(amdgpu_cdna2::acc157,0,opr_size);
+case 926 : return makeRegisterExpression(amdgpu_cdna2::acc158,0,opr_size);
+case 927 : return makeRegisterExpression(amdgpu_cdna2::acc159,0,opr_size);
+case 928 : return makeRegisterExpression(amdgpu_cdna2::acc160,0,opr_size);
+case 929 : return makeRegisterExpression(amdgpu_cdna2::acc161,0,opr_size);
+case 930 : return makeRegisterExpression(amdgpu_cdna2::acc162,0,opr_size);
+case 931 : return makeRegisterExpression(amdgpu_cdna2::acc163,0,opr_size);
+case 932 : return makeRegisterExpression(amdgpu_cdna2::acc164,0,opr_size);
+case 933 : return makeRegisterExpression(amdgpu_cdna2::acc165,0,opr_size);
+case 934 : return makeRegisterExpression(amdgpu_cdna2::acc166,0,opr_size);
+case 935 : return makeRegisterExpression(amdgpu_cdna2::acc167,0,opr_size);
+case 936 : return makeRegisterExpression(amdgpu_cdna2::acc168,0,opr_size);
+case 937 : return makeRegisterExpression(amdgpu_cdna2::acc169,0,opr_size);
+case 938 : return makeRegisterExpression(amdgpu_cdna2::acc170,0,opr_size);
+case 939 : return makeRegisterExpression(amdgpu_cdna2::acc171,0,opr_size);
+case 940 : return makeRegisterExpression(amdgpu_cdna2::acc172,0,opr_size);
+case 941 : return makeRegisterExpression(amdgpu_cdna2::acc173,0,opr_size);
+case 942 : return makeRegisterExpression(amdgpu_cdna2::acc174,0,opr_size);
+case 943 : return makeRegisterExpression(amdgpu_cdna2::acc175,0,opr_size);
+case 944 : return makeRegisterExpression(amdgpu_cdna2::acc176,0,opr_size);
+case 945 : return makeRegisterExpression(amdgpu_cdna2::acc177,0,opr_size);
+case 946 : return makeRegisterExpression(amdgpu_cdna2::acc178,0,opr_size);
+case 947 : return makeRegisterExpression(amdgpu_cdna2::acc179,0,opr_size);
+case 948 : return makeRegisterExpression(amdgpu_cdna2::acc180,0,opr_size);
+case 949 : return makeRegisterExpression(amdgpu_cdna2::acc181,0,opr_size);
+case 950 : return makeRegisterExpression(amdgpu_cdna2::acc182,0,opr_size);
+case 951 : return makeRegisterExpression(amdgpu_cdna2::acc183,0,opr_size);
+case 952 : return makeRegisterExpression(amdgpu_cdna2::acc184,0,opr_size);
+case 953 : return makeRegisterExpression(amdgpu_cdna2::acc185,0,opr_size);
+case 954 : return makeRegisterExpression(amdgpu_cdna2::acc186,0,opr_size);
+case 955 : return makeRegisterExpression(amdgpu_cdna2::acc187,0,opr_size);
+case 956 : return makeRegisterExpression(amdgpu_cdna2::acc188,0,opr_size);
+case 957 : return makeRegisterExpression(amdgpu_cdna2::acc189,0,opr_size);
+case 958 : return makeRegisterExpression(amdgpu_cdna2::acc190,0,opr_size);
+case 959 : return makeRegisterExpression(amdgpu_cdna2::acc191,0,opr_size);
+case 960 : return makeRegisterExpression(amdgpu_cdna2::acc192,0,opr_size);
+case 961 : return makeRegisterExpression(amdgpu_cdna2::acc193,0,opr_size);
+case 962 : return makeRegisterExpression(amdgpu_cdna2::acc194,0,opr_size);
+case 963 : return makeRegisterExpression(amdgpu_cdna2::acc195,0,opr_size);
+case 964 : return makeRegisterExpression(amdgpu_cdna2::acc196,0,opr_size);
+case 965 : return makeRegisterExpression(amdgpu_cdna2::acc197,0,opr_size);
+case 966 : return makeRegisterExpression(amdgpu_cdna2::acc198,0,opr_size);
+case 967 : return makeRegisterExpression(amdgpu_cdna2::acc199,0,opr_size);
+case 968 : return makeRegisterExpression(amdgpu_cdna2::acc200,0,opr_size);
+case 969 : return makeRegisterExpression(amdgpu_cdna2::acc201,0,opr_size);
+case 970 : return makeRegisterExpression(amdgpu_cdna2::acc202,0,opr_size);
+case 971 : return makeRegisterExpression(amdgpu_cdna2::acc203,0,opr_size);
+case 972 : return makeRegisterExpression(amdgpu_cdna2::acc204,0,opr_size);
+case 973 : return makeRegisterExpression(amdgpu_cdna2::acc205,0,opr_size);
+case 974 : return makeRegisterExpression(amdgpu_cdna2::acc206,0,opr_size);
+case 975 : return makeRegisterExpression(amdgpu_cdna2::acc207,0,opr_size);
+case 976 : return makeRegisterExpression(amdgpu_cdna2::acc208,0,opr_size);
+case 977 : return makeRegisterExpression(amdgpu_cdna2::acc209,0,opr_size);
+case 978 : return makeRegisterExpression(amdgpu_cdna2::acc210,0,opr_size);
+case 979 : return makeRegisterExpression(amdgpu_cdna2::acc211,0,opr_size);
+case 980 : return makeRegisterExpression(amdgpu_cdna2::acc212,0,opr_size);
+case 981 : return makeRegisterExpression(amdgpu_cdna2::acc213,0,opr_size);
+case 982 : return makeRegisterExpression(amdgpu_cdna2::acc214,0,opr_size);
+case 983 : return makeRegisterExpression(amdgpu_cdna2::acc215,0,opr_size);
+case 984 : return makeRegisterExpression(amdgpu_cdna2::acc216,0,opr_size);
+case 985 : return makeRegisterExpression(amdgpu_cdna2::acc217,0,opr_size);
+case 986 : return makeRegisterExpression(amdgpu_cdna2::acc218,0,opr_size);
+case 987 : return makeRegisterExpression(amdgpu_cdna2::acc219,0,opr_size);
+case 988 : return makeRegisterExpression(amdgpu_cdna2::acc220,0,opr_size);
+case 989 : return makeRegisterExpression(amdgpu_cdna2::acc221,0,opr_size);
+case 990 : return makeRegisterExpression(amdgpu_cdna2::acc222,0,opr_size);
+case 991 : return makeRegisterExpression(amdgpu_cdna2::acc223,0,opr_size);
+case 992 : return makeRegisterExpression(amdgpu_cdna2::acc224,0,opr_size);
+case 993 : return makeRegisterExpression(amdgpu_cdna2::acc225,0,opr_size);
+case 994 : return makeRegisterExpression(amdgpu_cdna2::acc226,0,opr_size);
+case 995 : return makeRegisterExpression(amdgpu_cdna2::acc227,0,opr_size);
+case 996 : return makeRegisterExpression(amdgpu_cdna2::acc228,0,opr_size);
+case 997 : return makeRegisterExpression(amdgpu_cdna2::acc229,0,opr_size);
+case 998 : return makeRegisterExpression(amdgpu_cdna2::acc230,0,opr_size);
+case 999 : return makeRegisterExpression(amdgpu_cdna2::acc231,0,opr_size);
+case 1000 : return makeRegisterExpression(amdgpu_cdna2::acc232,0,opr_size);
+case 1001 : return makeRegisterExpression(amdgpu_cdna2::acc233,0,opr_size);
+case 1002 : return makeRegisterExpression(amdgpu_cdna2::acc234,0,opr_size);
+case 1003 : return makeRegisterExpression(amdgpu_cdna2::acc235,0,opr_size);
+case 1004 : return makeRegisterExpression(amdgpu_cdna2::acc236,0,opr_size);
+case 1005 : return makeRegisterExpression(amdgpu_cdna2::acc237,0,opr_size);
+case 1006 : return makeRegisterExpression(amdgpu_cdna2::acc238,0,opr_size);
+case 1007 : return makeRegisterExpression(amdgpu_cdna2::acc239,0,opr_size);
+case 1008 : return makeRegisterExpression(amdgpu_cdna2::acc240,0,opr_size);
+case 1009 : return makeRegisterExpression(amdgpu_cdna2::acc241,0,opr_size);
+case 1010 : return makeRegisterExpression(amdgpu_cdna2::acc242,0,opr_size);
+case 1011 : return makeRegisterExpression(amdgpu_cdna2::acc243,0,opr_size);
+case 1012 : return makeRegisterExpression(amdgpu_cdna2::acc244,0,opr_size);
+case 1013 : return makeRegisterExpression(amdgpu_cdna2::acc245,0,opr_size);
+case 1014 : return makeRegisterExpression(amdgpu_cdna2::acc246,0,opr_size);
+case 1015 : return makeRegisterExpression(amdgpu_cdna2::acc247,0,opr_size);
+case 1016 : return makeRegisterExpression(amdgpu_cdna2::acc248,0,opr_size);
+case 1017 : return makeRegisterExpression(amdgpu_cdna2::acc249,0,opr_size);
+case 1018 : return makeRegisterExpression(amdgpu_cdna2::acc250,0,opr_size);
+case 1019 : return makeRegisterExpression(amdgpu_cdna2::acc251,0,opr_size);
+case 1020 : return makeRegisterExpression(amdgpu_cdna2::acc252,0,opr_size);
+case 1021 : return makeRegisterExpression(amdgpu_cdna2::acc253,0,opr_size);
+case 1022 : return makeRegisterExpression(amdgpu_cdna2::acc254,0,opr_size);
+case 1023 : return makeRegisterExpression(amdgpu_cdna2::acc255,0,opr_size);
+case 128 : return Immediate::makeImmediate(Result(u32, 0));
+case 129 : return Immediate::makeImmediate(Result(u32, 1));
+case 130 : return Immediate::makeImmediate(Result(u32, 2));
+case 131 : return Immediate::makeImmediate(Result(u32, 3));
+case 132 : return Immediate::makeImmediate(Result(u32, 4));
+case 133 : return Immediate::makeImmediate(Result(u32, 5));
+case 134 : return Immediate::makeImmediate(Result(u32, 6));
+case 135 : return Immediate::makeImmediate(Result(u32, 7));
+case 136 : return Immediate::makeImmediate(Result(u32, 8));
+case 137 : return Immediate::makeImmediate(Result(u32, 9));
+case 138 : return Immediate::makeImmediate(Result(u32, 10));
+case 139 : return Immediate::makeImmediate(Result(u32, 11));
+case 140 : return Immediate::makeImmediate(Result(u32, 12));
+case 141 : return Immediate::makeImmediate(Result(u32, 13));
+case 142 : return Immediate::makeImmediate(Result(u32, 14));
+case 143 : return Immediate::makeImmediate(Result(u32, 15));
+case 144 : return Immediate::makeImmediate(Result(u32, 16));
+case 145 : return Immediate::makeImmediate(Result(u32, 17));
+case 146 : return Immediate::makeImmediate(Result(u32, 18));
+case 147 : return Immediate::makeImmediate(Result(u32, 19));
+case 148 : return Immediate::makeImmediate(Result(u32, 20));
+case 149 : return Immediate::makeImmediate(Result(u32, 21));
+case 150 : return Immediate::makeImmediate(Result(u32, 22));
+case 151 : return Immediate::makeImmediate(Result(u32, 23));
+case 152 : return Immediate::makeImmediate(Result(u32, 24));
+case 153 : return Immediate::makeImmediate(Result(u32, 25));
+case 154 : return Immediate::makeImmediate(Result(u32, 26));
+case 155 : return Immediate::makeImmediate(Result(u32, 27));
+case 156 : return Immediate::makeImmediate(Result(u32, 28));
+case 157 : return Immediate::makeImmediate(Result(u32, 29));
+case 158 : return Immediate::makeImmediate(Result(u32, 30));
+case 159 : return Immediate::makeImmediate(Result(u32, 31));
+case 160 : return Immediate::makeImmediate(Result(u32, 32));
+case 161 : return Immediate::makeImmediate(Result(u32, 33));
+case 162 : return Immediate::makeImmediate(Result(u32, 34));
+case 163 : return Immediate::makeImmediate(Result(u32, 35));
+case 164 : return Immediate::makeImmediate(Result(u32, 36));
+case 165 : return Immediate::makeImmediate(Result(u32, 37));
+case 166 : return Immediate::makeImmediate(Result(u32, 38));
+case 167 : return Immediate::makeImmediate(Result(u32, 39));
+case 168 : return Immediate::makeImmediate(Result(u32, 40));
+case 169 : return Immediate::makeImmediate(Result(u32, 41));
+case 170 : return Immediate::makeImmediate(Result(u32, 42));
+case 171 : return Immediate::makeImmediate(Result(u32, 43));
+case 172 : return Immediate::makeImmediate(Result(u32, 44));
+case 173 : return Immediate::makeImmediate(Result(u32, 45));
+case 174 : return Immediate::makeImmediate(Result(u32, 46));
+case 175 : return Immediate::makeImmediate(Result(u32, 47));
+case 176 : return Immediate::makeImmediate(Result(u32, 48));
+case 177 : return Immediate::makeImmediate(Result(u32, 49));
+case 178 : return Immediate::makeImmediate(Result(u32, 50));
+case 179 : return Immediate::makeImmediate(Result(u32, 51));
+case 180 : return Immediate::makeImmediate(Result(u32, 52));
+case 181 : return Immediate::makeImmediate(Result(u32, 53));
+case 182 : return Immediate::makeImmediate(Result(u32, 54));
+case 183 : return Immediate::makeImmediate(Result(u32, 55));
+case 184 : return Immediate::makeImmediate(Result(u32, 56));
+case 185 : return Immediate::makeImmediate(Result(u32, 57));
+case 186 : return Immediate::makeImmediate(Result(u32, 58));
+case 187 : return Immediate::makeImmediate(Result(u32, 59));
+case 188 : return Immediate::makeImmediate(Result(u32, 60));
+case 189 : return Immediate::makeImmediate(Result(u32, 61));
+case 190 : return Immediate::makeImmediate(Result(u32, 62));
+case 191 : return Immediate::makeImmediate(Result(u32, 63));
+case 192 : return Immediate::makeImmediate(Result(u32, 64));
+case 193 : return Immediate::makeImmediate(Result(u32, -1));
+case 194 : return Immediate::makeImmediate(Result(u32, -2));
+case 195 : return Immediate::makeImmediate(Result(u32, -3));
+case 196 : return Immediate::makeImmediate(Result(u32, -4));
+case 197 : return Immediate::makeImmediate(Result(u32, -5));
+case 198 : return Immediate::makeImmediate(Result(u32, -6));
+case 199 : return Immediate::makeImmediate(Result(u32, -7));
+case 200 : return Immediate::makeImmediate(Result(u32, -8));
+case 201 : return Immediate::makeImmediate(Result(u32, -9));
+case 202 : return Immediate::makeImmediate(Result(u32, -10));
+case 203 : return Immediate::makeImmediate(Result(u32, -11));
+case 204 : return Immediate::makeImmediate(Result(u32, -12));
+case 205 : return Immediate::makeImmediate(Result(u32, -13));
+case 206 : return Immediate::makeImmediate(Result(u32, -14));
+case 207 : return Immediate::makeImmediate(Result(u32, -15));
+case 208 : return Immediate::makeImmediate(Result(u32, -16));
+case 240 : return Immediate::makeImmediate(Result(sp_float, 0.5));
+case 241 : return Immediate::makeImmediate(Result(sp_float, -0.5));
+case 242 : return Immediate::makeImmediate(Result(sp_float, 1.0));
+case 243 : return Immediate::makeImmediate(Result(sp_float, -1.0));
+case 244 : return Immediate::makeImmediate(Result(sp_float, 2.0));
+case 245 : return Immediate::makeImmediate(Result(sp_float, -2.0));
+case 246 : return Immediate::makeImmediate(Result(sp_float, 4.0));
+case 247 : return Immediate::makeImmediate(Result(sp_float, -4.0));
+case 248 : return Immediate::makeImmediate(Result(sp_float, 0.15915494));
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SREG(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::s0,0,opr_size);
+case 1 : return makeRegisterExpression(amdgpu_cdna2::s1,0,opr_size);
+case 2 : return makeRegisterExpression(amdgpu_cdna2::s2,0,opr_size);
+case 3 : return makeRegisterExpression(amdgpu_cdna2::s3,0,opr_size);
+case 4 : return makeRegisterExpression(amdgpu_cdna2::s4,0,opr_size);
+case 5 : return makeRegisterExpression(amdgpu_cdna2::s5,0,opr_size);
+case 6 : return makeRegisterExpression(amdgpu_cdna2::s6,0,opr_size);
+case 7 : return makeRegisterExpression(amdgpu_cdna2::s7,0,opr_size);
+case 8 : return makeRegisterExpression(amdgpu_cdna2::s8,0,opr_size);
+case 9 : return makeRegisterExpression(amdgpu_cdna2::s9,0,opr_size);
+case 10 : return makeRegisterExpression(amdgpu_cdna2::s10,0,opr_size);
+case 11 : return makeRegisterExpression(amdgpu_cdna2::s11,0,opr_size);
+case 12 : return makeRegisterExpression(amdgpu_cdna2::s12,0,opr_size);
+case 13 : return makeRegisterExpression(amdgpu_cdna2::s13,0,opr_size);
+case 14 : return makeRegisterExpression(amdgpu_cdna2::s14,0,opr_size);
+case 15 : return makeRegisterExpression(amdgpu_cdna2::s15,0,opr_size);
+case 16 : return makeRegisterExpression(amdgpu_cdna2::s16,0,opr_size);
+case 17 : return makeRegisterExpression(amdgpu_cdna2::s17,0,opr_size);
+case 18 : return makeRegisterExpression(amdgpu_cdna2::s18,0,opr_size);
+case 19 : return makeRegisterExpression(amdgpu_cdna2::s19,0,opr_size);
+case 20 : return makeRegisterExpression(amdgpu_cdna2::s20,0,opr_size);
+case 21 : return makeRegisterExpression(amdgpu_cdna2::s21,0,opr_size);
+case 22 : return makeRegisterExpression(amdgpu_cdna2::s22,0,opr_size);
+case 23 : return makeRegisterExpression(amdgpu_cdna2::s23,0,opr_size);
+case 24 : return makeRegisterExpression(amdgpu_cdna2::s24,0,opr_size);
+case 25 : return makeRegisterExpression(amdgpu_cdna2::s25,0,opr_size);
+case 26 : return makeRegisterExpression(amdgpu_cdna2::s26,0,opr_size);
+case 27 : return makeRegisterExpression(amdgpu_cdna2::s27,0,opr_size);
+case 28 : return makeRegisterExpression(amdgpu_cdna2::s28,0,opr_size);
+case 29 : return makeRegisterExpression(amdgpu_cdna2::s29,0,opr_size);
+case 30 : return makeRegisterExpression(amdgpu_cdna2::s30,0,opr_size);
+case 31 : return makeRegisterExpression(amdgpu_cdna2::s31,0,opr_size);
+case 32 : return makeRegisterExpression(amdgpu_cdna2::s32,0,opr_size);
+case 33 : return makeRegisterExpression(amdgpu_cdna2::s33,0,opr_size);
+case 34 : return makeRegisterExpression(amdgpu_cdna2::s34,0,opr_size);
+case 35 : return makeRegisterExpression(amdgpu_cdna2::s35,0,opr_size);
+case 36 : return makeRegisterExpression(amdgpu_cdna2::s36,0,opr_size);
+case 37 : return makeRegisterExpression(amdgpu_cdna2::s37,0,opr_size);
+case 38 : return makeRegisterExpression(amdgpu_cdna2::s38,0,opr_size);
+case 39 : return makeRegisterExpression(amdgpu_cdna2::s39,0,opr_size);
+case 40 : return makeRegisterExpression(amdgpu_cdna2::s40,0,opr_size);
+case 41 : return makeRegisterExpression(amdgpu_cdna2::s41,0,opr_size);
+case 42 : return makeRegisterExpression(amdgpu_cdna2::s42,0,opr_size);
+case 43 : return makeRegisterExpression(amdgpu_cdna2::s43,0,opr_size);
+case 44 : return makeRegisterExpression(amdgpu_cdna2::s44,0,opr_size);
+case 45 : return makeRegisterExpression(amdgpu_cdna2::s45,0,opr_size);
+case 46 : return makeRegisterExpression(amdgpu_cdna2::s46,0,opr_size);
+case 47 : return makeRegisterExpression(amdgpu_cdna2::s47,0,opr_size);
+case 48 : return makeRegisterExpression(amdgpu_cdna2::s48,0,opr_size);
+case 49 : return makeRegisterExpression(amdgpu_cdna2::s49,0,opr_size);
+case 50 : return makeRegisterExpression(amdgpu_cdna2::s50,0,opr_size);
+case 51 : return makeRegisterExpression(amdgpu_cdna2::s51,0,opr_size);
+case 52 : return makeRegisterExpression(amdgpu_cdna2::s52,0,opr_size);
+case 53 : return makeRegisterExpression(amdgpu_cdna2::s53,0,opr_size);
+case 54 : return makeRegisterExpression(amdgpu_cdna2::s54,0,opr_size);
+case 55 : return makeRegisterExpression(amdgpu_cdna2::s55,0,opr_size);
+case 56 : return makeRegisterExpression(amdgpu_cdna2::s56,0,opr_size);
+case 57 : return makeRegisterExpression(amdgpu_cdna2::s57,0,opr_size);
+case 58 : return makeRegisterExpression(amdgpu_cdna2::s58,0,opr_size);
+case 59 : return makeRegisterExpression(amdgpu_cdna2::s59,0,opr_size);
+case 60 : return makeRegisterExpression(amdgpu_cdna2::s60,0,opr_size);
+case 61 : return makeRegisterExpression(amdgpu_cdna2::s61,0,opr_size);
+case 62 : return makeRegisterExpression(amdgpu_cdna2::s62,0,opr_size);
+case 63 : return makeRegisterExpression(amdgpu_cdna2::s63,0,opr_size);
+case 64 : return makeRegisterExpression(amdgpu_cdna2::s64,0,opr_size);
+case 65 : return makeRegisterExpression(amdgpu_cdna2::s65,0,opr_size);
+case 66 : return makeRegisterExpression(amdgpu_cdna2::s66,0,opr_size);
+case 67 : return makeRegisterExpression(amdgpu_cdna2::s67,0,opr_size);
+case 68 : return makeRegisterExpression(amdgpu_cdna2::s68,0,opr_size);
+case 69 : return makeRegisterExpression(amdgpu_cdna2::s69,0,opr_size);
+case 70 : return makeRegisterExpression(amdgpu_cdna2::s70,0,opr_size);
+case 71 : return makeRegisterExpression(amdgpu_cdna2::s71,0,opr_size);
+case 72 : return makeRegisterExpression(amdgpu_cdna2::s72,0,opr_size);
+case 73 : return makeRegisterExpression(amdgpu_cdna2::s73,0,opr_size);
+case 74 : return makeRegisterExpression(amdgpu_cdna2::s74,0,opr_size);
+case 75 : return makeRegisterExpression(amdgpu_cdna2::s75,0,opr_size);
+case 76 : return makeRegisterExpression(amdgpu_cdna2::s76,0,opr_size);
+case 77 : return makeRegisterExpression(amdgpu_cdna2::s77,0,opr_size);
+case 78 : return makeRegisterExpression(amdgpu_cdna2::s78,0,opr_size);
+case 79 : return makeRegisterExpression(amdgpu_cdna2::s79,0,opr_size);
+case 80 : return makeRegisterExpression(amdgpu_cdna2::s80,0,opr_size);
+case 81 : return makeRegisterExpression(amdgpu_cdna2::s81,0,opr_size);
+case 82 : return makeRegisterExpression(amdgpu_cdna2::s82,0,opr_size);
+case 83 : return makeRegisterExpression(amdgpu_cdna2::s83,0,opr_size);
+case 84 : return makeRegisterExpression(amdgpu_cdna2::s84,0,opr_size);
+case 85 : return makeRegisterExpression(amdgpu_cdna2::s85,0,opr_size);
+case 86 : return makeRegisterExpression(amdgpu_cdna2::s86,0,opr_size);
+case 87 : return makeRegisterExpression(amdgpu_cdna2::s87,0,opr_size);
+case 88 : return makeRegisterExpression(amdgpu_cdna2::s88,0,opr_size);
+case 89 : return makeRegisterExpression(amdgpu_cdna2::s89,0,opr_size);
+case 90 : return makeRegisterExpression(amdgpu_cdna2::s90,0,opr_size);
+case 91 : return makeRegisterExpression(amdgpu_cdna2::s91,0,opr_size);
+case 92 : return makeRegisterExpression(amdgpu_cdna2::s92,0,opr_size);
+case 93 : return makeRegisterExpression(amdgpu_cdna2::s93,0,opr_size);
+case 94 : return makeRegisterExpression(amdgpu_cdna2::s94,0,opr_size);
+case 95 : return makeRegisterExpression(amdgpu_cdna2::s95,0,opr_size);
+case 96 : return makeRegisterExpression(amdgpu_cdna2::s96,0,opr_size);
+case 97 : return makeRegisterExpression(amdgpu_cdna2::s97,0,opr_size);
+case 98 : return makeRegisterExpression(amdgpu_cdna2::s98,0,opr_size);
+case 99 : return makeRegisterExpression(amdgpu_cdna2::s99,0,opr_size);
+case 100 : return makeRegisterExpression(amdgpu_cdna2::s100,0,opr_size);
+case 101 : return makeRegisterExpression(amdgpu_cdna2::s101,0,opr_size);
+case 104 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_lo,0,opr_size);
+case 105 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_hi,0,opr_size);
+case 102 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_lo,0,opr_size);
+case 103 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_hi,0,opr_size);
+case 108 : return makeRegisterExpression(amdgpu_cdna2::ttmp0,0,opr_size);
+case 109 : return makeRegisterExpression(amdgpu_cdna2::ttmp1,0,opr_size);
+case 110 : return makeRegisterExpression(amdgpu_cdna2::ttmp2,0,opr_size);
+case 111 : return makeRegisterExpression(amdgpu_cdna2::ttmp3,0,opr_size);
+case 112 : return makeRegisterExpression(amdgpu_cdna2::ttmp4,0,opr_size);
+case 113 : return makeRegisterExpression(amdgpu_cdna2::ttmp5,0,opr_size);
+case 114 : return makeRegisterExpression(amdgpu_cdna2::ttmp6,0,opr_size);
+case 115 : return makeRegisterExpression(amdgpu_cdna2::ttmp7,0,opr_size);
+case 116 : return makeRegisterExpression(amdgpu_cdna2::ttmp8,0,opr_size);
+case 117 : return makeRegisterExpression(amdgpu_cdna2::ttmp9,0,opr_size);
+case 118 : return makeRegisterExpression(amdgpu_cdna2::ttmp10,0,opr_size);
+case 119 : return makeRegisterExpression(amdgpu_cdna2::ttmp11,0,opr_size);
+case 120 : return makeRegisterExpression(amdgpu_cdna2::ttmp12,0,opr_size);
+case 121 : return makeRegisterExpression(amdgpu_cdna2::ttmp13,0,opr_size);
+case 122 : return makeRegisterExpression(amdgpu_cdna2::ttmp14,0,opr_size);
+case 123 : return makeRegisterExpression(amdgpu_cdna2::ttmp15,0,opr_size);
+case 106 : return makeRegisterExpression(amdgpu_cdna2::vcc_lo,0,opr_size);
+case 107 : return makeRegisterExpression(amdgpu_cdna2::vcc_hi,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SREG_NOVCC(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::s0,0,opr_size);
+case 1 : return makeRegisterExpression(amdgpu_cdna2::s1,0,opr_size);
+case 2 : return makeRegisterExpression(amdgpu_cdna2::s2,0,opr_size);
+case 3 : return makeRegisterExpression(amdgpu_cdna2::s3,0,opr_size);
+case 4 : return makeRegisterExpression(amdgpu_cdna2::s4,0,opr_size);
+case 5 : return makeRegisterExpression(amdgpu_cdna2::s5,0,opr_size);
+case 6 : return makeRegisterExpression(amdgpu_cdna2::s6,0,opr_size);
+case 7 : return makeRegisterExpression(amdgpu_cdna2::s7,0,opr_size);
+case 8 : return makeRegisterExpression(amdgpu_cdna2::s8,0,opr_size);
+case 9 : return makeRegisterExpression(amdgpu_cdna2::s9,0,opr_size);
+case 10 : return makeRegisterExpression(amdgpu_cdna2::s10,0,opr_size);
+case 11 : return makeRegisterExpression(amdgpu_cdna2::s11,0,opr_size);
+case 12 : return makeRegisterExpression(amdgpu_cdna2::s12,0,opr_size);
+case 13 : return makeRegisterExpression(amdgpu_cdna2::s13,0,opr_size);
+case 14 : return makeRegisterExpression(amdgpu_cdna2::s14,0,opr_size);
+case 15 : return makeRegisterExpression(amdgpu_cdna2::s15,0,opr_size);
+case 16 : return makeRegisterExpression(amdgpu_cdna2::s16,0,opr_size);
+case 17 : return makeRegisterExpression(amdgpu_cdna2::s17,0,opr_size);
+case 18 : return makeRegisterExpression(amdgpu_cdna2::s18,0,opr_size);
+case 19 : return makeRegisterExpression(amdgpu_cdna2::s19,0,opr_size);
+case 20 : return makeRegisterExpression(amdgpu_cdna2::s20,0,opr_size);
+case 21 : return makeRegisterExpression(amdgpu_cdna2::s21,0,opr_size);
+case 22 : return makeRegisterExpression(amdgpu_cdna2::s22,0,opr_size);
+case 23 : return makeRegisterExpression(amdgpu_cdna2::s23,0,opr_size);
+case 24 : return makeRegisterExpression(amdgpu_cdna2::s24,0,opr_size);
+case 25 : return makeRegisterExpression(amdgpu_cdna2::s25,0,opr_size);
+case 26 : return makeRegisterExpression(amdgpu_cdna2::s26,0,opr_size);
+case 27 : return makeRegisterExpression(amdgpu_cdna2::s27,0,opr_size);
+case 28 : return makeRegisterExpression(amdgpu_cdna2::s28,0,opr_size);
+case 29 : return makeRegisterExpression(amdgpu_cdna2::s29,0,opr_size);
+case 30 : return makeRegisterExpression(amdgpu_cdna2::s30,0,opr_size);
+case 31 : return makeRegisterExpression(amdgpu_cdna2::s31,0,opr_size);
+case 32 : return makeRegisterExpression(amdgpu_cdna2::s32,0,opr_size);
+case 33 : return makeRegisterExpression(amdgpu_cdna2::s33,0,opr_size);
+case 34 : return makeRegisterExpression(amdgpu_cdna2::s34,0,opr_size);
+case 35 : return makeRegisterExpression(amdgpu_cdna2::s35,0,opr_size);
+case 36 : return makeRegisterExpression(amdgpu_cdna2::s36,0,opr_size);
+case 37 : return makeRegisterExpression(amdgpu_cdna2::s37,0,opr_size);
+case 38 : return makeRegisterExpression(amdgpu_cdna2::s38,0,opr_size);
+case 39 : return makeRegisterExpression(amdgpu_cdna2::s39,0,opr_size);
+case 40 : return makeRegisterExpression(amdgpu_cdna2::s40,0,opr_size);
+case 41 : return makeRegisterExpression(amdgpu_cdna2::s41,0,opr_size);
+case 42 : return makeRegisterExpression(amdgpu_cdna2::s42,0,opr_size);
+case 43 : return makeRegisterExpression(amdgpu_cdna2::s43,0,opr_size);
+case 44 : return makeRegisterExpression(amdgpu_cdna2::s44,0,opr_size);
+case 45 : return makeRegisterExpression(amdgpu_cdna2::s45,0,opr_size);
+case 46 : return makeRegisterExpression(amdgpu_cdna2::s46,0,opr_size);
+case 47 : return makeRegisterExpression(amdgpu_cdna2::s47,0,opr_size);
+case 48 : return makeRegisterExpression(amdgpu_cdna2::s48,0,opr_size);
+case 49 : return makeRegisterExpression(amdgpu_cdna2::s49,0,opr_size);
+case 50 : return makeRegisterExpression(amdgpu_cdna2::s50,0,opr_size);
+case 51 : return makeRegisterExpression(amdgpu_cdna2::s51,0,opr_size);
+case 52 : return makeRegisterExpression(amdgpu_cdna2::s52,0,opr_size);
+case 53 : return makeRegisterExpression(amdgpu_cdna2::s53,0,opr_size);
+case 54 : return makeRegisterExpression(amdgpu_cdna2::s54,0,opr_size);
+case 55 : return makeRegisterExpression(amdgpu_cdna2::s55,0,opr_size);
+case 56 : return makeRegisterExpression(amdgpu_cdna2::s56,0,opr_size);
+case 57 : return makeRegisterExpression(amdgpu_cdna2::s57,0,opr_size);
+case 58 : return makeRegisterExpression(amdgpu_cdna2::s58,0,opr_size);
+case 59 : return makeRegisterExpression(amdgpu_cdna2::s59,0,opr_size);
+case 60 : return makeRegisterExpression(amdgpu_cdna2::s60,0,opr_size);
+case 61 : return makeRegisterExpression(amdgpu_cdna2::s61,0,opr_size);
+case 62 : return makeRegisterExpression(amdgpu_cdna2::s62,0,opr_size);
+case 63 : return makeRegisterExpression(amdgpu_cdna2::s63,0,opr_size);
+case 64 : return makeRegisterExpression(amdgpu_cdna2::s64,0,opr_size);
+case 65 : return makeRegisterExpression(amdgpu_cdna2::s65,0,opr_size);
+case 66 : return makeRegisterExpression(amdgpu_cdna2::s66,0,opr_size);
+case 67 : return makeRegisterExpression(amdgpu_cdna2::s67,0,opr_size);
+case 68 : return makeRegisterExpression(amdgpu_cdna2::s68,0,opr_size);
+case 69 : return makeRegisterExpression(amdgpu_cdna2::s69,0,opr_size);
+case 70 : return makeRegisterExpression(amdgpu_cdna2::s70,0,opr_size);
+case 71 : return makeRegisterExpression(amdgpu_cdna2::s71,0,opr_size);
+case 72 : return makeRegisterExpression(amdgpu_cdna2::s72,0,opr_size);
+case 73 : return makeRegisterExpression(amdgpu_cdna2::s73,0,opr_size);
+case 74 : return makeRegisterExpression(amdgpu_cdna2::s74,0,opr_size);
+case 75 : return makeRegisterExpression(amdgpu_cdna2::s75,0,opr_size);
+case 76 : return makeRegisterExpression(amdgpu_cdna2::s76,0,opr_size);
+case 77 : return makeRegisterExpression(amdgpu_cdna2::s77,0,opr_size);
+case 78 : return makeRegisterExpression(amdgpu_cdna2::s78,0,opr_size);
+case 79 : return makeRegisterExpression(amdgpu_cdna2::s79,0,opr_size);
+case 80 : return makeRegisterExpression(amdgpu_cdna2::s80,0,opr_size);
+case 81 : return makeRegisterExpression(amdgpu_cdna2::s81,0,opr_size);
+case 82 : return makeRegisterExpression(amdgpu_cdna2::s82,0,opr_size);
+case 83 : return makeRegisterExpression(amdgpu_cdna2::s83,0,opr_size);
+case 84 : return makeRegisterExpression(amdgpu_cdna2::s84,0,opr_size);
+case 85 : return makeRegisterExpression(amdgpu_cdna2::s85,0,opr_size);
+case 86 : return makeRegisterExpression(amdgpu_cdna2::s86,0,opr_size);
+case 87 : return makeRegisterExpression(amdgpu_cdna2::s87,0,opr_size);
+case 88 : return makeRegisterExpression(amdgpu_cdna2::s88,0,opr_size);
+case 89 : return makeRegisterExpression(amdgpu_cdna2::s89,0,opr_size);
+case 90 : return makeRegisterExpression(amdgpu_cdna2::s90,0,opr_size);
+case 91 : return makeRegisterExpression(amdgpu_cdna2::s91,0,opr_size);
+case 92 : return makeRegisterExpression(amdgpu_cdna2::s92,0,opr_size);
+case 93 : return makeRegisterExpression(amdgpu_cdna2::s93,0,opr_size);
+case 94 : return makeRegisterExpression(amdgpu_cdna2::s94,0,opr_size);
+case 95 : return makeRegisterExpression(amdgpu_cdna2::s95,0,opr_size);
+case 96 : return makeRegisterExpression(amdgpu_cdna2::s96,0,opr_size);
+case 97 : return makeRegisterExpression(amdgpu_cdna2::s97,0,opr_size);
+case 98 : return makeRegisterExpression(amdgpu_cdna2::s98,0,opr_size);
+case 99 : return makeRegisterExpression(amdgpu_cdna2::s99,0,opr_size);
+case 100 : return makeRegisterExpression(amdgpu_cdna2::s100,0,opr_size);
+case 101 : return makeRegisterExpression(amdgpu_cdna2::s101,0,opr_size);
+case 104 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_lo,0,opr_size);
+case 105 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_hi,0,opr_size);
+case 102 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_lo,0,opr_size);
+case 103 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_hi,0,opr_size);
+case 108 : return makeRegisterExpression(amdgpu_cdna2::ttmp0,0,opr_size);
+case 109 : return makeRegisterExpression(amdgpu_cdna2::ttmp1,0,opr_size);
+case 110 : return makeRegisterExpression(amdgpu_cdna2::ttmp2,0,opr_size);
+case 111 : return makeRegisterExpression(amdgpu_cdna2::ttmp3,0,opr_size);
+case 112 : return makeRegisterExpression(amdgpu_cdna2::ttmp4,0,opr_size);
+case 113 : return makeRegisterExpression(amdgpu_cdna2::ttmp5,0,opr_size);
+case 114 : return makeRegisterExpression(amdgpu_cdna2::ttmp6,0,opr_size);
+case 115 : return makeRegisterExpression(amdgpu_cdna2::ttmp7,0,opr_size);
+case 116 : return makeRegisterExpression(amdgpu_cdna2::ttmp8,0,opr_size);
+case 117 : return makeRegisterExpression(amdgpu_cdna2::ttmp9,0,opr_size);
+case 118 : return makeRegisterExpression(amdgpu_cdna2::ttmp10,0,opr_size);
+case 119 : return makeRegisterExpression(amdgpu_cdna2::ttmp11,0,opr_size);
+case 120 : return makeRegisterExpression(amdgpu_cdna2::ttmp12,0,opr_size);
+case 121 : return makeRegisterExpression(amdgpu_cdna2::ttmp13,0,opr_size);
+case 122 : return makeRegisterExpression(amdgpu_cdna2::ttmp14,0,opr_size);
+case 123 : return makeRegisterExpression(amdgpu_cdna2::ttmp15,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SSRC(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::s0,0,opr_size);
+case 1 : return makeRegisterExpression(amdgpu_cdna2::s1,0,opr_size);
+case 2 : return makeRegisterExpression(amdgpu_cdna2::s2,0,opr_size);
+case 3 : return makeRegisterExpression(amdgpu_cdna2::s3,0,opr_size);
+case 4 : return makeRegisterExpression(amdgpu_cdna2::s4,0,opr_size);
+case 5 : return makeRegisterExpression(amdgpu_cdna2::s5,0,opr_size);
+case 6 : return makeRegisterExpression(amdgpu_cdna2::s6,0,opr_size);
+case 7 : return makeRegisterExpression(amdgpu_cdna2::s7,0,opr_size);
+case 8 : return makeRegisterExpression(amdgpu_cdna2::s8,0,opr_size);
+case 9 : return makeRegisterExpression(amdgpu_cdna2::s9,0,opr_size);
+case 10 : return makeRegisterExpression(amdgpu_cdna2::s10,0,opr_size);
+case 11 : return makeRegisterExpression(amdgpu_cdna2::s11,0,opr_size);
+case 12 : return makeRegisterExpression(amdgpu_cdna2::s12,0,opr_size);
+case 13 : return makeRegisterExpression(amdgpu_cdna2::s13,0,opr_size);
+case 14 : return makeRegisterExpression(amdgpu_cdna2::s14,0,opr_size);
+case 15 : return makeRegisterExpression(amdgpu_cdna2::s15,0,opr_size);
+case 16 : return makeRegisterExpression(amdgpu_cdna2::s16,0,opr_size);
+case 17 : return makeRegisterExpression(amdgpu_cdna2::s17,0,opr_size);
+case 18 : return makeRegisterExpression(amdgpu_cdna2::s18,0,opr_size);
+case 19 : return makeRegisterExpression(amdgpu_cdna2::s19,0,opr_size);
+case 20 : return makeRegisterExpression(amdgpu_cdna2::s20,0,opr_size);
+case 21 : return makeRegisterExpression(amdgpu_cdna2::s21,0,opr_size);
+case 22 : return makeRegisterExpression(amdgpu_cdna2::s22,0,opr_size);
+case 23 : return makeRegisterExpression(amdgpu_cdna2::s23,0,opr_size);
+case 24 : return makeRegisterExpression(amdgpu_cdna2::s24,0,opr_size);
+case 25 : return makeRegisterExpression(amdgpu_cdna2::s25,0,opr_size);
+case 26 : return makeRegisterExpression(amdgpu_cdna2::s26,0,opr_size);
+case 27 : return makeRegisterExpression(amdgpu_cdna2::s27,0,opr_size);
+case 28 : return makeRegisterExpression(amdgpu_cdna2::s28,0,opr_size);
+case 29 : return makeRegisterExpression(amdgpu_cdna2::s29,0,opr_size);
+case 30 : return makeRegisterExpression(amdgpu_cdna2::s30,0,opr_size);
+case 31 : return makeRegisterExpression(amdgpu_cdna2::s31,0,opr_size);
+case 32 : return makeRegisterExpression(amdgpu_cdna2::s32,0,opr_size);
+case 33 : return makeRegisterExpression(amdgpu_cdna2::s33,0,opr_size);
+case 34 : return makeRegisterExpression(amdgpu_cdna2::s34,0,opr_size);
+case 35 : return makeRegisterExpression(amdgpu_cdna2::s35,0,opr_size);
+case 36 : return makeRegisterExpression(amdgpu_cdna2::s36,0,opr_size);
+case 37 : return makeRegisterExpression(amdgpu_cdna2::s37,0,opr_size);
+case 38 : return makeRegisterExpression(amdgpu_cdna2::s38,0,opr_size);
+case 39 : return makeRegisterExpression(amdgpu_cdna2::s39,0,opr_size);
+case 40 : return makeRegisterExpression(amdgpu_cdna2::s40,0,opr_size);
+case 41 : return makeRegisterExpression(amdgpu_cdna2::s41,0,opr_size);
+case 42 : return makeRegisterExpression(amdgpu_cdna2::s42,0,opr_size);
+case 43 : return makeRegisterExpression(amdgpu_cdna2::s43,0,opr_size);
+case 44 : return makeRegisterExpression(amdgpu_cdna2::s44,0,opr_size);
+case 45 : return makeRegisterExpression(amdgpu_cdna2::s45,0,opr_size);
+case 46 : return makeRegisterExpression(amdgpu_cdna2::s46,0,opr_size);
+case 47 : return makeRegisterExpression(amdgpu_cdna2::s47,0,opr_size);
+case 48 : return makeRegisterExpression(amdgpu_cdna2::s48,0,opr_size);
+case 49 : return makeRegisterExpression(amdgpu_cdna2::s49,0,opr_size);
+case 50 : return makeRegisterExpression(amdgpu_cdna2::s50,0,opr_size);
+case 51 : return makeRegisterExpression(amdgpu_cdna2::s51,0,opr_size);
+case 52 : return makeRegisterExpression(amdgpu_cdna2::s52,0,opr_size);
+case 53 : return makeRegisterExpression(amdgpu_cdna2::s53,0,opr_size);
+case 54 : return makeRegisterExpression(amdgpu_cdna2::s54,0,opr_size);
+case 55 : return makeRegisterExpression(amdgpu_cdna2::s55,0,opr_size);
+case 56 : return makeRegisterExpression(amdgpu_cdna2::s56,0,opr_size);
+case 57 : return makeRegisterExpression(amdgpu_cdna2::s57,0,opr_size);
+case 58 : return makeRegisterExpression(amdgpu_cdna2::s58,0,opr_size);
+case 59 : return makeRegisterExpression(amdgpu_cdna2::s59,0,opr_size);
+case 60 : return makeRegisterExpression(amdgpu_cdna2::s60,0,opr_size);
+case 61 : return makeRegisterExpression(amdgpu_cdna2::s61,0,opr_size);
+case 62 : return makeRegisterExpression(amdgpu_cdna2::s62,0,opr_size);
+case 63 : return makeRegisterExpression(amdgpu_cdna2::s63,0,opr_size);
+case 64 : return makeRegisterExpression(amdgpu_cdna2::s64,0,opr_size);
+case 65 : return makeRegisterExpression(amdgpu_cdna2::s65,0,opr_size);
+case 66 : return makeRegisterExpression(amdgpu_cdna2::s66,0,opr_size);
+case 67 : return makeRegisterExpression(amdgpu_cdna2::s67,0,opr_size);
+case 68 : return makeRegisterExpression(amdgpu_cdna2::s68,0,opr_size);
+case 69 : return makeRegisterExpression(amdgpu_cdna2::s69,0,opr_size);
+case 70 : return makeRegisterExpression(amdgpu_cdna2::s70,0,opr_size);
+case 71 : return makeRegisterExpression(amdgpu_cdna2::s71,0,opr_size);
+case 72 : return makeRegisterExpression(amdgpu_cdna2::s72,0,opr_size);
+case 73 : return makeRegisterExpression(amdgpu_cdna2::s73,0,opr_size);
+case 74 : return makeRegisterExpression(amdgpu_cdna2::s74,0,opr_size);
+case 75 : return makeRegisterExpression(amdgpu_cdna2::s75,0,opr_size);
+case 76 : return makeRegisterExpression(amdgpu_cdna2::s76,0,opr_size);
+case 77 : return makeRegisterExpression(amdgpu_cdna2::s77,0,opr_size);
+case 78 : return makeRegisterExpression(amdgpu_cdna2::s78,0,opr_size);
+case 79 : return makeRegisterExpression(amdgpu_cdna2::s79,0,opr_size);
+case 80 : return makeRegisterExpression(amdgpu_cdna2::s80,0,opr_size);
+case 81 : return makeRegisterExpression(amdgpu_cdna2::s81,0,opr_size);
+case 82 : return makeRegisterExpression(amdgpu_cdna2::s82,0,opr_size);
+case 83 : return makeRegisterExpression(amdgpu_cdna2::s83,0,opr_size);
+case 84 : return makeRegisterExpression(amdgpu_cdna2::s84,0,opr_size);
+case 85 : return makeRegisterExpression(amdgpu_cdna2::s85,0,opr_size);
+case 86 : return makeRegisterExpression(amdgpu_cdna2::s86,0,opr_size);
+case 87 : return makeRegisterExpression(amdgpu_cdna2::s87,0,opr_size);
+case 88 : return makeRegisterExpression(amdgpu_cdna2::s88,0,opr_size);
+case 89 : return makeRegisterExpression(amdgpu_cdna2::s89,0,opr_size);
+case 90 : return makeRegisterExpression(amdgpu_cdna2::s90,0,opr_size);
+case 91 : return makeRegisterExpression(amdgpu_cdna2::s91,0,opr_size);
+case 92 : return makeRegisterExpression(amdgpu_cdna2::s92,0,opr_size);
+case 93 : return makeRegisterExpression(amdgpu_cdna2::s93,0,opr_size);
+case 94 : return makeRegisterExpression(amdgpu_cdna2::s94,0,opr_size);
+case 95 : return makeRegisterExpression(amdgpu_cdna2::s95,0,opr_size);
+case 96 : return makeRegisterExpression(amdgpu_cdna2::s96,0,opr_size);
+case 97 : return makeRegisterExpression(amdgpu_cdna2::s97,0,opr_size);
+case 98 : return makeRegisterExpression(amdgpu_cdna2::s98,0,opr_size);
+case 99 : return makeRegisterExpression(amdgpu_cdna2::s99,0,opr_size);
+case 100 : return makeRegisterExpression(amdgpu_cdna2::s100,0,opr_size);
+case 101 : return makeRegisterExpression(amdgpu_cdna2::s101,0,opr_size);
+case 104 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_lo,0,opr_size);
+case 105 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_hi,0,opr_size);
+case 102 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_lo,0,opr_size);
+case 103 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_hi,0,opr_size);
+case 108 : return makeRegisterExpression(amdgpu_cdna2::ttmp0,0,opr_size);
+case 109 : return makeRegisterExpression(amdgpu_cdna2::ttmp1,0,opr_size);
+case 110 : return makeRegisterExpression(amdgpu_cdna2::ttmp2,0,opr_size);
+case 111 : return makeRegisterExpression(amdgpu_cdna2::ttmp3,0,opr_size);
+case 112 : return makeRegisterExpression(amdgpu_cdna2::ttmp4,0,opr_size);
+case 113 : return makeRegisterExpression(amdgpu_cdna2::ttmp5,0,opr_size);
+case 114 : return makeRegisterExpression(amdgpu_cdna2::ttmp6,0,opr_size);
+case 115 : return makeRegisterExpression(amdgpu_cdna2::ttmp7,0,opr_size);
+case 116 : return makeRegisterExpression(amdgpu_cdna2::ttmp8,0,opr_size);
+case 117 : return makeRegisterExpression(amdgpu_cdna2::ttmp9,0,opr_size);
+case 118 : return makeRegisterExpression(amdgpu_cdna2::ttmp10,0,opr_size);
+case 119 : return makeRegisterExpression(amdgpu_cdna2::ttmp11,0,opr_size);
+case 120 : return makeRegisterExpression(amdgpu_cdna2::ttmp12,0,opr_size);
+case 121 : return makeRegisterExpression(amdgpu_cdna2::ttmp13,0,opr_size);
+case 122 : return makeRegisterExpression(amdgpu_cdna2::ttmp14,0,opr_size);
+case 123 : return makeRegisterExpression(amdgpu_cdna2::ttmp15,0,opr_size);
+case 106 : return makeRegisterExpression(amdgpu_cdna2::vcc_lo,0,opr_size);
+case 107 : return makeRegisterExpression(amdgpu_cdna2::vcc_hi,0,opr_size);
+case 124 : return makeRegisterExpression(amdgpu_cdna2::m0,0,opr_size);
+case 126 : return makeRegisterExpression(amdgpu_cdna2::exec_lo,0,opr_size);
+case 127 : return makeRegisterExpression(amdgpu_cdna2::exec_hi,0,opr_size);
+case 128 : return Immediate::makeImmediate(Result(u32, 0));
+case 129 : return Immediate::makeImmediate(Result(u32, 1));
+case 130 : return Immediate::makeImmediate(Result(u32, 2));
+case 131 : return Immediate::makeImmediate(Result(u32, 3));
+case 132 : return Immediate::makeImmediate(Result(u32, 4));
+case 133 : return Immediate::makeImmediate(Result(u32, 5));
+case 134 : return Immediate::makeImmediate(Result(u32, 6));
+case 135 : return Immediate::makeImmediate(Result(u32, 7));
+case 136 : return Immediate::makeImmediate(Result(u32, 8));
+case 137 : return Immediate::makeImmediate(Result(u32, 9));
+case 138 : return Immediate::makeImmediate(Result(u32, 10));
+case 139 : return Immediate::makeImmediate(Result(u32, 11));
+case 140 : return Immediate::makeImmediate(Result(u32, 12));
+case 141 : return Immediate::makeImmediate(Result(u32, 13));
+case 142 : return Immediate::makeImmediate(Result(u32, 14));
+case 143 : return Immediate::makeImmediate(Result(u32, 15));
+case 144 : return Immediate::makeImmediate(Result(u32, 16));
+case 145 : return Immediate::makeImmediate(Result(u32, 17));
+case 146 : return Immediate::makeImmediate(Result(u32, 18));
+case 147 : return Immediate::makeImmediate(Result(u32, 19));
+case 148 : return Immediate::makeImmediate(Result(u32, 20));
+case 149 : return Immediate::makeImmediate(Result(u32, 21));
+case 150 : return Immediate::makeImmediate(Result(u32, 22));
+case 151 : return Immediate::makeImmediate(Result(u32, 23));
+case 152 : return Immediate::makeImmediate(Result(u32, 24));
+case 153 : return Immediate::makeImmediate(Result(u32, 25));
+case 154 : return Immediate::makeImmediate(Result(u32, 26));
+case 155 : return Immediate::makeImmediate(Result(u32, 27));
+case 156 : return Immediate::makeImmediate(Result(u32, 28));
+case 157 : return Immediate::makeImmediate(Result(u32, 29));
+case 158 : return Immediate::makeImmediate(Result(u32, 30));
+case 159 : return Immediate::makeImmediate(Result(u32, 31));
+case 160 : return Immediate::makeImmediate(Result(u32, 32));
+case 161 : return Immediate::makeImmediate(Result(u32, 33));
+case 162 : return Immediate::makeImmediate(Result(u32, 34));
+case 163 : return Immediate::makeImmediate(Result(u32, 35));
+case 164 : return Immediate::makeImmediate(Result(u32, 36));
+case 165 : return Immediate::makeImmediate(Result(u32, 37));
+case 166 : return Immediate::makeImmediate(Result(u32, 38));
+case 167 : return Immediate::makeImmediate(Result(u32, 39));
+case 168 : return Immediate::makeImmediate(Result(u32, 40));
+case 169 : return Immediate::makeImmediate(Result(u32, 41));
+case 170 : return Immediate::makeImmediate(Result(u32, 42));
+case 171 : return Immediate::makeImmediate(Result(u32, 43));
+case 172 : return Immediate::makeImmediate(Result(u32, 44));
+case 173 : return Immediate::makeImmediate(Result(u32, 45));
+case 174 : return Immediate::makeImmediate(Result(u32, 46));
+case 175 : return Immediate::makeImmediate(Result(u32, 47));
+case 176 : return Immediate::makeImmediate(Result(u32, 48));
+case 177 : return Immediate::makeImmediate(Result(u32, 49));
+case 178 : return Immediate::makeImmediate(Result(u32, 50));
+case 179 : return Immediate::makeImmediate(Result(u32, 51));
+case 180 : return Immediate::makeImmediate(Result(u32, 52));
+case 181 : return Immediate::makeImmediate(Result(u32, 53));
+case 182 : return Immediate::makeImmediate(Result(u32, 54));
+case 183 : return Immediate::makeImmediate(Result(u32, 55));
+case 184 : return Immediate::makeImmediate(Result(u32, 56));
+case 185 : return Immediate::makeImmediate(Result(u32, 57));
+case 186 : return Immediate::makeImmediate(Result(u32, 58));
+case 187 : return Immediate::makeImmediate(Result(u32, 59));
+case 188 : return Immediate::makeImmediate(Result(u32, 60));
+case 189 : return Immediate::makeImmediate(Result(u32, 61));
+case 190 : return Immediate::makeImmediate(Result(u32, 62));
+case 191 : return Immediate::makeImmediate(Result(u32, 63));
+case 192 : return Immediate::makeImmediate(Result(u32, 64));
+case 193 : return Immediate::makeImmediate(Result(u32, -1));
+case 194 : return Immediate::makeImmediate(Result(u32, -2));
+case 195 : return Immediate::makeImmediate(Result(u32, -3));
+case 196 : return Immediate::makeImmediate(Result(u32, -4));
+case 197 : return Immediate::makeImmediate(Result(u32, -5));
+case 198 : return Immediate::makeImmediate(Result(u32, -6));
+case 199 : return Immediate::makeImmediate(Result(u32, -7));
+case 200 : return Immediate::makeImmediate(Result(u32, -8));
+case 201 : return Immediate::makeImmediate(Result(u32, -9));
+case 202 : return Immediate::makeImmediate(Result(u32, -10));
+case 203 : return Immediate::makeImmediate(Result(u32, -11));
+case 204 : return Immediate::makeImmediate(Result(u32, -12));
+case 205 : return Immediate::makeImmediate(Result(u32, -13));
+case 206 : return Immediate::makeImmediate(Result(u32, -14));
+case 207 : return Immediate::makeImmediate(Result(u32, -15));
+case 208 : return Immediate::makeImmediate(Result(u32, -16));
+case 240 : return Immediate::makeImmediate(Result(sp_float, 0.5));
+case 241 : return Immediate::makeImmediate(Result(sp_float, -0.5));
+case 242 : return Immediate::makeImmediate(Result(sp_float, 1.0));
+case 243 : return Immediate::makeImmediate(Result(sp_float, -1.0));
+case 244 : return Immediate::makeImmediate(Result(sp_float, 2.0));
+case 245 : return Immediate::makeImmediate(Result(sp_float, -2.0));
+case 246 : return Immediate::makeImmediate(Result(sp_float, 4.0));
+case 247 : return Immediate::makeImmediate(Result(sp_float, -4.0));
+case 248 : return Immediate::makeImmediate(Result(sp_float, 0.15915494));
+case 251 : return makeRegisterExpression(amdgpu_cdna2::src_vccz,0,opr_size);
+case 252 : return makeRegisterExpression(amdgpu_cdna2::src_execz,0,opr_size);
+case 253 : return makeRegisterExpression(amdgpu_cdna2::src_scc,0,opr_size);
+case 235 : return makeRegisterExpression(amdgpu_cdna2::src_shared_base,0,opr_size);
+case 236 : return makeRegisterExpression(amdgpu_cdna2::src_shared_limit,0,opr_size);
+case 237 : return makeRegisterExpression(amdgpu_cdna2::src_private_base,0,opr_size);
+case 238 : return makeRegisterExpression(amdgpu_cdna2::src_private_limit,0,opr_size);
+case 239 : return makeRegisterExpression(amdgpu_cdna2::src_pops_exiting_wave_id,0,opr_size);
+case 255 : return makeRegisterExpression(amdgpu_cdna2::src_literal,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SSRC_0_63_INLINES(uint64_t input,uint32_t){
+switch(input){
+case 128 : return Immediate::makeImmediate(Result(u32, 0));
+case 129 : return Immediate::makeImmediate(Result(u32, 1));
+case 130 : return Immediate::makeImmediate(Result(u32, 2));
+case 131 : return Immediate::makeImmediate(Result(u32, 3));
+case 132 : return Immediate::makeImmediate(Result(u32, 4));
+case 133 : return Immediate::makeImmediate(Result(u32, 5));
+case 134 : return Immediate::makeImmediate(Result(u32, 6));
+case 135 : return Immediate::makeImmediate(Result(u32, 7));
+case 136 : return Immediate::makeImmediate(Result(u32, 8));
+case 137 : return Immediate::makeImmediate(Result(u32, 9));
+case 138 : return Immediate::makeImmediate(Result(u32, 10));
+case 139 : return Immediate::makeImmediate(Result(u32, 11));
+case 140 : return Immediate::makeImmediate(Result(u32, 12));
+case 141 : return Immediate::makeImmediate(Result(u32, 13));
+case 142 : return Immediate::makeImmediate(Result(u32, 14));
+case 143 : return Immediate::makeImmediate(Result(u32, 15));
+case 144 : return Immediate::makeImmediate(Result(u32, 16));
+case 145 : return Immediate::makeImmediate(Result(u32, 17));
+case 146 : return Immediate::makeImmediate(Result(u32, 18));
+case 147 : return Immediate::makeImmediate(Result(u32, 19));
+case 148 : return Immediate::makeImmediate(Result(u32, 20));
+case 149 : return Immediate::makeImmediate(Result(u32, 21));
+case 150 : return Immediate::makeImmediate(Result(u32, 22));
+case 151 : return Immediate::makeImmediate(Result(u32, 23));
+case 152 : return Immediate::makeImmediate(Result(u32, 24));
+case 153 : return Immediate::makeImmediate(Result(u32, 25));
+case 154 : return Immediate::makeImmediate(Result(u32, 26));
+case 155 : return Immediate::makeImmediate(Result(u32, 27));
+case 156 : return Immediate::makeImmediate(Result(u32, 28));
+case 157 : return Immediate::makeImmediate(Result(u32, 29));
+case 158 : return Immediate::makeImmediate(Result(u32, 30));
+case 159 : return Immediate::makeImmediate(Result(u32, 31));
+case 160 : return Immediate::makeImmediate(Result(u32, 32));
+case 161 : return Immediate::makeImmediate(Result(u32, 33));
+case 162 : return Immediate::makeImmediate(Result(u32, 34));
+case 163 : return Immediate::makeImmediate(Result(u32, 35));
+case 164 : return Immediate::makeImmediate(Result(u32, 36));
+case 165 : return Immediate::makeImmediate(Result(u32, 37));
+case 166 : return Immediate::makeImmediate(Result(u32, 38));
+case 167 : return Immediate::makeImmediate(Result(u32, 39));
+case 168 : return Immediate::makeImmediate(Result(u32, 40));
+case 169 : return Immediate::makeImmediate(Result(u32, 41));
+case 170 : return Immediate::makeImmediate(Result(u32, 42));
+case 171 : return Immediate::makeImmediate(Result(u32, 43));
+case 172 : return Immediate::makeImmediate(Result(u32, 44));
+case 173 : return Immediate::makeImmediate(Result(u32, 45));
+case 174 : return Immediate::makeImmediate(Result(u32, 46));
+case 175 : return Immediate::makeImmediate(Result(u32, 47));
+case 176 : return Immediate::makeImmediate(Result(u32, 48));
+case 177 : return Immediate::makeImmediate(Result(u32, 49));
+case 178 : return Immediate::makeImmediate(Result(u32, 50));
+case 179 : return Immediate::makeImmediate(Result(u32, 51));
+case 180 : return Immediate::makeImmediate(Result(u32, 52));
+case 181 : return Immediate::makeImmediate(Result(u32, 53));
+case 182 : return Immediate::makeImmediate(Result(u32, 54));
+case 183 : return Immediate::makeImmediate(Result(u32, 55));
+case 184 : return Immediate::makeImmediate(Result(u32, 56));
+case 185 : return Immediate::makeImmediate(Result(u32, 57));
+case 186 : return Immediate::makeImmediate(Result(u32, 58));
+case 187 : return Immediate::makeImmediate(Result(u32, 59));
+case 188 : return Immediate::makeImmediate(Result(u32, 60));
+case 189 : return Immediate::makeImmediate(Result(u32, 61));
+case 190 : return Immediate::makeImmediate(Result(u32, 62));
+case 191 : return Immediate::makeImmediate(Result(u32, 63));
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SSRC_INLINES(uint64_t input,uint32_t){
+switch(input){
+case 128 : return Immediate::makeImmediate(Result(u32, 0));
+case 129 : return Immediate::makeImmediate(Result(u32, 1));
+case 130 : return Immediate::makeImmediate(Result(u32, 2));
+case 131 : return Immediate::makeImmediate(Result(u32, 3));
+case 132 : return Immediate::makeImmediate(Result(u32, 4));
+case 133 : return Immediate::makeImmediate(Result(u32, 5));
+case 134 : return Immediate::makeImmediate(Result(u32, 6));
+case 135 : return Immediate::makeImmediate(Result(u32, 7));
+case 136 : return Immediate::makeImmediate(Result(u32, 8));
+case 137 : return Immediate::makeImmediate(Result(u32, 9));
+case 138 : return Immediate::makeImmediate(Result(u32, 10));
+case 139 : return Immediate::makeImmediate(Result(u32, 11));
+case 140 : return Immediate::makeImmediate(Result(u32, 12));
+case 141 : return Immediate::makeImmediate(Result(u32, 13));
+case 142 : return Immediate::makeImmediate(Result(u32, 14));
+case 143 : return Immediate::makeImmediate(Result(u32, 15));
+case 144 : return Immediate::makeImmediate(Result(u32, 16));
+case 145 : return Immediate::makeImmediate(Result(u32, 17));
+case 146 : return Immediate::makeImmediate(Result(u32, 18));
+case 147 : return Immediate::makeImmediate(Result(u32, 19));
+case 148 : return Immediate::makeImmediate(Result(u32, 20));
+case 149 : return Immediate::makeImmediate(Result(u32, 21));
+case 150 : return Immediate::makeImmediate(Result(u32, 22));
+case 151 : return Immediate::makeImmediate(Result(u32, 23));
+case 152 : return Immediate::makeImmediate(Result(u32, 24));
+case 153 : return Immediate::makeImmediate(Result(u32, 25));
+case 154 : return Immediate::makeImmediate(Result(u32, 26));
+case 155 : return Immediate::makeImmediate(Result(u32, 27));
+case 156 : return Immediate::makeImmediate(Result(u32, 28));
+case 157 : return Immediate::makeImmediate(Result(u32, 29));
+case 158 : return Immediate::makeImmediate(Result(u32, 30));
+case 159 : return Immediate::makeImmediate(Result(u32, 31));
+case 160 : return Immediate::makeImmediate(Result(u32, 32));
+case 161 : return Immediate::makeImmediate(Result(u32, 33));
+case 162 : return Immediate::makeImmediate(Result(u32, 34));
+case 163 : return Immediate::makeImmediate(Result(u32, 35));
+case 164 : return Immediate::makeImmediate(Result(u32, 36));
+case 165 : return Immediate::makeImmediate(Result(u32, 37));
+case 166 : return Immediate::makeImmediate(Result(u32, 38));
+case 167 : return Immediate::makeImmediate(Result(u32, 39));
+case 168 : return Immediate::makeImmediate(Result(u32, 40));
+case 169 : return Immediate::makeImmediate(Result(u32, 41));
+case 170 : return Immediate::makeImmediate(Result(u32, 42));
+case 171 : return Immediate::makeImmediate(Result(u32, 43));
+case 172 : return Immediate::makeImmediate(Result(u32, 44));
+case 173 : return Immediate::makeImmediate(Result(u32, 45));
+case 174 : return Immediate::makeImmediate(Result(u32, 46));
+case 175 : return Immediate::makeImmediate(Result(u32, 47));
+case 176 : return Immediate::makeImmediate(Result(u32, 48));
+case 177 : return Immediate::makeImmediate(Result(u32, 49));
+case 178 : return Immediate::makeImmediate(Result(u32, 50));
+case 179 : return Immediate::makeImmediate(Result(u32, 51));
+case 180 : return Immediate::makeImmediate(Result(u32, 52));
+case 181 : return Immediate::makeImmediate(Result(u32, 53));
+case 182 : return Immediate::makeImmediate(Result(u32, 54));
+case 183 : return Immediate::makeImmediate(Result(u32, 55));
+case 184 : return Immediate::makeImmediate(Result(u32, 56));
+case 185 : return Immediate::makeImmediate(Result(u32, 57));
+case 186 : return Immediate::makeImmediate(Result(u32, 58));
+case 187 : return Immediate::makeImmediate(Result(u32, 59));
+case 188 : return Immediate::makeImmediate(Result(u32, 60));
+case 189 : return Immediate::makeImmediate(Result(u32, 61));
+case 190 : return Immediate::makeImmediate(Result(u32, 62));
+case 191 : return Immediate::makeImmediate(Result(u32, 63));
+case 192 : return Immediate::makeImmediate(Result(u32, 64));
+case 193 : return Immediate::makeImmediate(Result(u32, -1));
+case 194 : return Immediate::makeImmediate(Result(u32, -2));
+case 195 : return Immediate::makeImmediate(Result(u32, -3));
+case 196 : return Immediate::makeImmediate(Result(u32, -4));
+case 197 : return Immediate::makeImmediate(Result(u32, -5));
+case 198 : return Immediate::makeImmediate(Result(u32, -6));
+case 199 : return Immediate::makeImmediate(Result(u32, -7));
+case 200 : return Immediate::makeImmediate(Result(u32, -8));
+case 201 : return Immediate::makeImmediate(Result(u32, -9));
+case 202 : return Immediate::makeImmediate(Result(u32, -10));
+case 203 : return Immediate::makeImmediate(Result(u32, -11));
+case 204 : return Immediate::makeImmediate(Result(u32, -12));
+case 205 : return Immediate::makeImmediate(Result(u32, -13));
+case 206 : return Immediate::makeImmediate(Result(u32, -14));
+case 207 : return Immediate::makeImmediate(Result(u32, -15));
+case 208 : return Immediate::makeImmediate(Result(u32, -16));
+case 240 : return Immediate::makeImmediate(Result(sp_float, 0.5));
+case 241 : return Immediate::makeImmediate(Result(sp_float, -0.5));
+case 242 : return Immediate::makeImmediate(Result(sp_float, 1.0));
+case 243 : return Immediate::makeImmediate(Result(sp_float, -1.0));
+case 244 : return Immediate::makeImmediate(Result(sp_float, 2.0));
+case 245 : return Immediate::makeImmediate(Result(sp_float, -2.0));
+case 246 : return Immediate::makeImmediate(Result(sp_float, 4.0));
+case 247 : return Immediate::makeImmediate(Result(sp_float, -4.0));
+case 248 : return Immediate::makeImmediate(Result(sp_float, 0.15915494));
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SSRC_LANESEL(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::s0,0,opr_size);
+case 1 : return makeRegisterExpression(amdgpu_cdna2::s1,0,opr_size);
+case 2 : return makeRegisterExpression(amdgpu_cdna2::s2,0,opr_size);
+case 3 : return makeRegisterExpression(amdgpu_cdna2::s3,0,opr_size);
+case 4 : return makeRegisterExpression(amdgpu_cdna2::s4,0,opr_size);
+case 5 : return makeRegisterExpression(amdgpu_cdna2::s5,0,opr_size);
+case 6 : return makeRegisterExpression(amdgpu_cdna2::s6,0,opr_size);
+case 7 : return makeRegisterExpression(amdgpu_cdna2::s7,0,opr_size);
+case 8 : return makeRegisterExpression(amdgpu_cdna2::s8,0,opr_size);
+case 9 : return makeRegisterExpression(amdgpu_cdna2::s9,0,opr_size);
+case 10 : return makeRegisterExpression(amdgpu_cdna2::s10,0,opr_size);
+case 11 : return makeRegisterExpression(amdgpu_cdna2::s11,0,opr_size);
+case 12 : return makeRegisterExpression(amdgpu_cdna2::s12,0,opr_size);
+case 13 : return makeRegisterExpression(amdgpu_cdna2::s13,0,opr_size);
+case 14 : return makeRegisterExpression(amdgpu_cdna2::s14,0,opr_size);
+case 15 : return makeRegisterExpression(amdgpu_cdna2::s15,0,opr_size);
+case 16 : return makeRegisterExpression(amdgpu_cdna2::s16,0,opr_size);
+case 17 : return makeRegisterExpression(amdgpu_cdna2::s17,0,opr_size);
+case 18 : return makeRegisterExpression(amdgpu_cdna2::s18,0,opr_size);
+case 19 : return makeRegisterExpression(amdgpu_cdna2::s19,0,opr_size);
+case 20 : return makeRegisterExpression(amdgpu_cdna2::s20,0,opr_size);
+case 21 : return makeRegisterExpression(amdgpu_cdna2::s21,0,opr_size);
+case 22 : return makeRegisterExpression(amdgpu_cdna2::s22,0,opr_size);
+case 23 : return makeRegisterExpression(amdgpu_cdna2::s23,0,opr_size);
+case 24 : return makeRegisterExpression(amdgpu_cdna2::s24,0,opr_size);
+case 25 : return makeRegisterExpression(amdgpu_cdna2::s25,0,opr_size);
+case 26 : return makeRegisterExpression(amdgpu_cdna2::s26,0,opr_size);
+case 27 : return makeRegisterExpression(amdgpu_cdna2::s27,0,opr_size);
+case 28 : return makeRegisterExpression(amdgpu_cdna2::s28,0,opr_size);
+case 29 : return makeRegisterExpression(amdgpu_cdna2::s29,0,opr_size);
+case 30 : return makeRegisterExpression(amdgpu_cdna2::s30,0,opr_size);
+case 31 : return makeRegisterExpression(amdgpu_cdna2::s31,0,opr_size);
+case 32 : return makeRegisterExpression(amdgpu_cdna2::s32,0,opr_size);
+case 33 : return makeRegisterExpression(amdgpu_cdna2::s33,0,opr_size);
+case 34 : return makeRegisterExpression(amdgpu_cdna2::s34,0,opr_size);
+case 35 : return makeRegisterExpression(amdgpu_cdna2::s35,0,opr_size);
+case 36 : return makeRegisterExpression(amdgpu_cdna2::s36,0,opr_size);
+case 37 : return makeRegisterExpression(amdgpu_cdna2::s37,0,opr_size);
+case 38 : return makeRegisterExpression(amdgpu_cdna2::s38,0,opr_size);
+case 39 : return makeRegisterExpression(amdgpu_cdna2::s39,0,opr_size);
+case 40 : return makeRegisterExpression(amdgpu_cdna2::s40,0,opr_size);
+case 41 : return makeRegisterExpression(amdgpu_cdna2::s41,0,opr_size);
+case 42 : return makeRegisterExpression(amdgpu_cdna2::s42,0,opr_size);
+case 43 : return makeRegisterExpression(amdgpu_cdna2::s43,0,opr_size);
+case 44 : return makeRegisterExpression(amdgpu_cdna2::s44,0,opr_size);
+case 45 : return makeRegisterExpression(amdgpu_cdna2::s45,0,opr_size);
+case 46 : return makeRegisterExpression(amdgpu_cdna2::s46,0,opr_size);
+case 47 : return makeRegisterExpression(amdgpu_cdna2::s47,0,opr_size);
+case 48 : return makeRegisterExpression(amdgpu_cdna2::s48,0,opr_size);
+case 49 : return makeRegisterExpression(amdgpu_cdna2::s49,0,opr_size);
+case 50 : return makeRegisterExpression(amdgpu_cdna2::s50,0,opr_size);
+case 51 : return makeRegisterExpression(amdgpu_cdna2::s51,0,opr_size);
+case 52 : return makeRegisterExpression(amdgpu_cdna2::s52,0,opr_size);
+case 53 : return makeRegisterExpression(amdgpu_cdna2::s53,0,opr_size);
+case 54 : return makeRegisterExpression(amdgpu_cdna2::s54,0,opr_size);
+case 55 : return makeRegisterExpression(amdgpu_cdna2::s55,0,opr_size);
+case 56 : return makeRegisterExpression(amdgpu_cdna2::s56,0,opr_size);
+case 57 : return makeRegisterExpression(amdgpu_cdna2::s57,0,opr_size);
+case 58 : return makeRegisterExpression(amdgpu_cdna2::s58,0,opr_size);
+case 59 : return makeRegisterExpression(amdgpu_cdna2::s59,0,opr_size);
+case 60 : return makeRegisterExpression(amdgpu_cdna2::s60,0,opr_size);
+case 61 : return makeRegisterExpression(amdgpu_cdna2::s61,0,opr_size);
+case 62 : return makeRegisterExpression(amdgpu_cdna2::s62,0,opr_size);
+case 63 : return makeRegisterExpression(amdgpu_cdna2::s63,0,opr_size);
+case 64 : return makeRegisterExpression(amdgpu_cdna2::s64,0,opr_size);
+case 65 : return makeRegisterExpression(amdgpu_cdna2::s65,0,opr_size);
+case 66 : return makeRegisterExpression(amdgpu_cdna2::s66,0,opr_size);
+case 67 : return makeRegisterExpression(amdgpu_cdna2::s67,0,opr_size);
+case 68 : return makeRegisterExpression(amdgpu_cdna2::s68,0,opr_size);
+case 69 : return makeRegisterExpression(amdgpu_cdna2::s69,0,opr_size);
+case 70 : return makeRegisterExpression(amdgpu_cdna2::s70,0,opr_size);
+case 71 : return makeRegisterExpression(amdgpu_cdna2::s71,0,opr_size);
+case 72 : return makeRegisterExpression(amdgpu_cdna2::s72,0,opr_size);
+case 73 : return makeRegisterExpression(amdgpu_cdna2::s73,0,opr_size);
+case 74 : return makeRegisterExpression(amdgpu_cdna2::s74,0,opr_size);
+case 75 : return makeRegisterExpression(amdgpu_cdna2::s75,0,opr_size);
+case 76 : return makeRegisterExpression(amdgpu_cdna2::s76,0,opr_size);
+case 77 : return makeRegisterExpression(amdgpu_cdna2::s77,0,opr_size);
+case 78 : return makeRegisterExpression(amdgpu_cdna2::s78,0,opr_size);
+case 79 : return makeRegisterExpression(amdgpu_cdna2::s79,0,opr_size);
+case 80 : return makeRegisterExpression(amdgpu_cdna2::s80,0,opr_size);
+case 81 : return makeRegisterExpression(amdgpu_cdna2::s81,0,opr_size);
+case 82 : return makeRegisterExpression(amdgpu_cdna2::s82,0,opr_size);
+case 83 : return makeRegisterExpression(amdgpu_cdna2::s83,0,opr_size);
+case 84 : return makeRegisterExpression(amdgpu_cdna2::s84,0,opr_size);
+case 85 : return makeRegisterExpression(amdgpu_cdna2::s85,0,opr_size);
+case 86 : return makeRegisterExpression(amdgpu_cdna2::s86,0,opr_size);
+case 87 : return makeRegisterExpression(amdgpu_cdna2::s87,0,opr_size);
+case 88 : return makeRegisterExpression(amdgpu_cdna2::s88,0,opr_size);
+case 89 : return makeRegisterExpression(amdgpu_cdna2::s89,0,opr_size);
+case 90 : return makeRegisterExpression(amdgpu_cdna2::s90,0,opr_size);
+case 91 : return makeRegisterExpression(amdgpu_cdna2::s91,0,opr_size);
+case 92 : return makeRegisterExpression(amdgpu_cdna2::s92,0,opr_size);
+case 93 : return makeRegisterExpression(amdgpu_cdna2::s93,0,opr_size);
+case 94 : return makeRegisterExpression(amdgpu_cdna2::s94,0,opr_size);
+case 95 : return makeRegisterExpression(amdgpu_cdna2::s95,0,opr_size);
+case 96 : return makeRegisterExpression(amdgpu_cdna2::s96,0,opr_size);
+case 97 : return makeRegisterExpression(amdgpu_cdna2::s97,0,opr_size);
+case 98 : return makeRegisterExpression(amdgpu_cdna2::s98,0,opr_size);
+case 99 : return makeRegisterExpression(amdgpu_cdna2::s99,0,opr_size);
+case 100 : return makeRegisterExpression(amdgpu_cdna2::s100,0,opr_size);
+case 101 : return makeRegisterExpression(amdgpu_cdna2::s101,0,opr_size);
+case 104 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_lo,0,opr_size);
+case 105 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_hi,0,opr_size);
+case 102 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_lo,0,opr_size);
+case 103 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_hi,0,opr_size);
+case 108 : return makeRegisterExpression(amdgpu_cdna2::ttmp0,0,opr_size);
+case 109 : return makeRegisterExpression(amdgpu_cdna2::ttmp1,0,opr_size);
+case 110 : return makeRegisterExpression(amdgpu_cdna2::ttmp2,0,opr_size);
+case 111 : return makeRegisterExpression(amdgpu_cdna2::ttmp3,0,opr_size);
+case 112 : return makeRegisterExpression(amdgpu_cdna2::ttmp4,0,opr_size);
+case 113 : return makeRegisterExpression(amdgpu_cdna2::ttmp5,0,opr_size);
+case 114 : return makeRegisterExpression(amdgpu_cdna2::ttmp6,0,opr_size);
+case 115 : return makeRegisterExpression(amdgpu_cdna2::ttmp7,0,opr_size);
+case 116 : return makeRegisterExpression(amdgpu_cdna2::ttmp8,0,opr_size);
+case 117 : return makeRegisterExpression(amdgpu_cdna2::ttmp9,0,opr_size);
+case 118 : return makeRegisterExpression(amdgpu_cdna2::ttmp10,0,opr_size);
+case 119 : return makeRegisterExpression(amdgpu_cdna2::ttmp11,0,opr_size);
+case 120 : return makeRegisterExpression(amdgpu_cdna2::ttmp12,0,opr_size);
+case 121 : return makeRegisterExpression(amdgpu_cdna2::ttmp13,0,opr_size);
+case 122 : return makeRegisterExpression(amdgpu_cdna2::ttmp14,0,opr_size);
+case 123 : return makeRegisterExpression(amdgpu_cdna2::ttmp15,0,opr_size);
+case 106 : return makeRegisterExpression(amdgpu_cdna2::vcc_lo,0,opr_size);
+case 107 : return makeRegisterExpression(amdgpu_cdna2::vcc_hi,0,opr_size);
+case 124 : return makeRegisterExpression(amdgpu_cdna2::m0,0,opr_size);
+case 128 : return Immediate::makeImmediate(Result(u32, 0));
+case 129 : return Immediate::makeImmediate(Result(u32, 1));
+case 130 : return Immediate::makeImmediate(Result(u32, 2));
+case 131 : return Immediate::makeImmediate(Result(u32, 3));
+case 132 : return Immediate::makeImmediate(Result(u32, 4));
+case 133 : return Immediate::makeImmediate(Result(u32, 5));
+case 134 : return Immediate::makeImmediate(Result(u32, 6));
+case 135 : return Immediate::makeImmediate(Result(u32, 7));
+case 136 : return Immediate::makeImmediate(Result(u32, 8));
+case 137 : return Immediate::makeImmediate(Result(u32, 9));
+case 138 : return Immediate::makeImmediate(Result(u32, 10));
+case 139 : return Immediate::makeImmediate(Result(u32, 11));
+case 140 : return Immediate::makeImmediate(Result(u32, 12));
+case 141 : return Immediate::makeImmediate(Result(u32, 13));
+case 142 : return Immediate::makeImmediate(Result(u32, 14));
+case 143 : return Immediate::makeImmediate(Result(u32, 15));
+case 144 : return Immediate::makeImmediate(Result(u32, 16));
+case 145 : return Immediate::makeImmediate(Result(u32, 17));
+case 146 : return Immediate::makeImmediate(Result(u32, 18));
+case 147 : return Immediate::makeImmediate(Result(u32, 19));
+case 148 : return Immediate::makeImmediate(Result(u32, 20));
+case 149 : return Immediate::makeImmediate(Result(u32, 21));
+case 150 : return Immediate::makeImmediate(Result(u32, 22));
+case 151 : return Immediate::makeImmediate(Result(u32, 23));
+case 152 : return Immediate::makeImmediate(Result(u32, 24));
+case 153 : return Immediate::makeImmediate(Result(u32, 25));
+case 154 : return Immediate::makeImmediate(Result(u32, 26));
+case 155 : return Immediate::makeImmediate(Result(u32, 27));
+case 156 : return Immediate::makeImmediate(Result(u32, 28));
+case 157 : return Immediate::makeImmediate(Result(u32, 29));
+case 158 : return Immediate::makeImmediate(Result(u32, 30));
+case 159 : return Immediate::makeImmediate(Result(u32, 31));
+case 160 : return Immediate::makeImmediate(Result(u32, 32));
+case 161 : return Immediate::makeImmediate(Result(u32, 33));
+case 162 : return Immediate::makeImmediate(Result(u32, 34));
+case 163 : return Immediate::makeImmediate(Result(u32, 35));
+case 164 : return Immediate::makeImmediate(Result(u32, 36));
+case 165 : return Immediate::makeImmediate(Result(u32, 37));
+case 166 : return Immediate::makeImmediate(Result(u32, 38));
+case 167 : return Immediate::makeImmediate(Result(u32, 39));
+case 168 : return Immediate::makeImmediate(Result(u32, 40));
+case 169 : return Immediate::makeImmediate(Result(u32, 41));
+case 170 : return Immediate::makeImmediate(Result(u32, 42));
+case 171 : return Immediate::makeImmediate(Result(u32, 43));
+case 172 : return Immediate::makeImmediate(Result(u32, 44));
+case 173 : return Immediate::makeImmediate(Result(u32, 45));
+case 174 : return Immediate::makeImmediate(Result(u32, 46));
+case 175 : return Immediate::makeImmediate(Result(u32, 47));
+case 176 : return Immediate::makeImmediate(Result(u32, 48));
+case 177 : return Immediate::makeImmediate(Result(u32, 49));
+case 178 : return Immediate::makeImmediate(Result(u32, 50));
+case 179 : return Immediate::makeImmediate(Result(u32, 51));
+case 180 : return Immediate::makeImmediate(Result(u32, 52));
+case 181 : return Immediate::makeImmediate(Result(u32, 53));
+case 182 : return Immediate::makeImmediate(Result(u32, 54));
+case 183 : return Immediate::makeImmediate(Result(u32, 55));
+case 184 : return Immediate::makeImmediate(Result(u32, 56));
+case 185 : return Immediate::makeImmediate(Result(u32, 57));
+case 186 : return Immediate::makeImmediate(Result(u32, 58));
+case 187 : return Immediate::makeImmediate(Result(u32, 59));
+case 188 : return Immediate::makeImmediate(Result(u32, 60));
+case 189 : return Immediate::makeImmediate(Result(u32, 61));
+case 190 : return Immediate::makeImmediate(Result(u32, 62));
+case 191 : return Immediate::makeImmediate(Result(u32, 63));
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SSRC_NOLIT(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::s0,0,opr_size);
+case 1 : return makeRegisterExpression(amdgpu_cdna2::s1,0,opr_size);
+case 2 : return makeRegisterExpression(amdgpu_cdna2::s2,0,opr_size);
+case 3 : return makeRegisterExpression(amdgpu_cdna2::s3,0,opr_size);
+case 4 : return makeRegisterExpression(amdgpu_cdna2::s4,0,opr_size);
+case 5 : return makeRegisterExpression(amdgpu_cdna2::s5,0,opr_size);
+case 6 : return makeRegisterExpression(amdgpu_cdna2::s6,0,opr_size);
+case 7 : return makeRegisterExpression(amdgpu_cdna2::s7,0,opr_size);
+case 8 : return makeRegisterExpression(amdgpu_cdna2::s8,0,opr_size);
+case 9 : return makeRegisterExpression(amdgpu_cdna2::s9,0,opr_size);
+case 10 : return makeRegisterExpression(amdgpu_cdna2::s10,0,opr_size);
+case 11 : return makeRegisterExpression(amdgpu_cdna2::s11,0,opr_size);
+case 12 : return makeRegisterExpression(amdgpu_cdna2::s12,0,opr_size);
+case 13 : return makeRegisterExpression(amdgpu_cdna2::s13,0,opr_size);
+case 14 : return makeRegisterExpression(amdgpu_cdna2::s14,0,opr_size);
+case 15 : return makeRegisterExpression(amdgpu_cdna2::s15,0,opr_size);
+case 16 : return makeRegisterExpression(amdgpu_cdna2::s16,0,opr_size);
+case 17 : return makeRegisterExpression(amdgpu_cdna2::s17,0,opr_size);
+case 18 : return makeRegisterExpression(amdgpu_cdna2::s18,0,opr_size);
+case 19 : return makeRegisterExpression(amdgpu_cdna2::s19,0,opr_size);
+case 20 : return makeRegisterExpression(amdgpu_cdna2::s20,0,opr_size);
+case 21 : return makeRegisterExpression(amdgpu_cdna2::s21,0,opr_size);
+case 22 : return makeRegisterExpression(amdgpu_cdna2::s22,0,opr_size);
+case 23 : return makeRegisterExpression(amdgpu_cdna2::s23,0,opr_size);
+case 24 : return makeRegisterExpression(amdgpu_cdna2::s24,0,opr_size);
+case 25 : return makeRegisterExpression(amdgpu_cdna2::s25,0,opr_size);
+case 26 : return makeRegisterExpression(amdgpu_cdna2::s26,0,opr_size);
+case 27 : return makeRegisterExpression(amdgpu_cdna2::s27,0,opr_size);
+case 28 : return makeRegisterExpression(amdgpu_cdna2::s28,0,opr_size);
+case 29 : return makeRegisterExpression(amdgpu_cdna2::s29,0,opr_size);
+case 30 : return makeRegisterExpression(amdgpu_cdna2::s30,0,opr_size);
+case 31 : return makeRegisterExpression(amdgpu_cdna2::s31,0,opr_size);
+case 32 : return makeRegisterExpression(amdgpu_cdna2::s32,0,opr_size);
+case 33 : return makeRegisterExpression(amdgpu_cdna2::s33,0,opr_size);
+case 34 : return makeRegisterExpression(amdgpu_cdna2::s34,0,opr_size);
+case 35 : return makeRegisterExpression(amdgpu_cdna2::s35,0,opr_size);
+case 36 : return makeRegisterExpression(amdgpu_cdna2::s36,0,opr_size);
+case 37 : return makeRegisterExpression(amdgpu_cdna2::s37,0,opr_size);
+case 38 : return makeRegisterExpression(amdgpu_cdna2::s38,0,opr_size);
+case 39 : return makeRegisterExpression(amdgpu_cdna2::s39,0,opr_size);
+case 40 : return makeRegisterExpression(amdgpu_cdna2::s40,0,opr_size);
+case 41 : return makeRegisterExpression(amdgpu_cdna2::s41,0,opr_size);
+case 42 : return makeRegisterExpression(amdgpu_cdna2::s42,0,opr_size);
+case 43 : return makeRegisterExpression(amdgpu_cdna2::s43,0,opr_size);
+case 44 : return makeRegisterExpression(amdgpu_cdna2::s44,0,opr_size);
+case 45 : return makeRegisterExpression(amdgpu_cdna2::s45,0,opr_size);
+case 46 : return makeRegisterExpression(amdgpu_cdna2::s46,0,opr_size);
+case 47 : return makeRegisterExpression(amdgpu_cdna2::s47,0,opr_size);
+case 48 : return makeRegisterExpression(amdgpu_cdna2::s48,0,opr_size);
+case 49 : return makeRegisterExpression(amdgpu_cdna2::s49,0,opr_size);
+case 50 : return makeRegisterExpression(amdgpu_cdna2::s50,0,opr_size);
+case 51 : return makeRegisterExpression(amdgpu_cdna2::s51,0,opr_size);
+case 52 : return makeRegisterExpression(amdgpu_cdna2::s52,0,opr_size);
+case 53 : return makeRegisterExpression(amdgpu_cdna2::s53,0,opr_size);
+case 54 : return makeRegisterExpression(amdgpu_cdna2::s54,0,opr_size);
+case 55 : return makeRegisterExpression(amdgpu_cdna2::s55,0,opr_size);
+case 56 : return makeRegisterExpression(amdgpu_cdna2::s56,0,opr_size);
+case 57 : return makeRegisterExpression(amdgpu_cdna2::s57,0,opr_size);
+case 58 : return makeRegisterExpression(amdgpu_cdna2::s58,0,opr_size);
+case 59 : return makeRegisterExpression(amdgpu_cdna2::s59,0,opr_size);
+case 60 : return makeRegisterExpression(amdgpu_cdna2::s60,0,opr_size);
+case 61 : return makeRegisterExpression(amdgpu_cdna2::s61,0,opr_size);
+case 62 : return makeRegisterExpression(amdgpu_cdna2::s62,0,opr_size);
+case 63 : return makeRegisterExpression(amdgpu_cdna2::s63,0,opr_size);
+case 64 : return makeRegisterExpression(amdgpu_cdna2::s64,0,opr_size);
+case 65 : return makeRegisterExpression(amdgpu_cdna2::s65,0,opr_size);
+case 66 : return makeRegisterExpression(amdgpu_cdna2::s66,0,opr_size);
+case 67 : return makeRegisterExpression(amdgpu_cdna2::s67,0,opr_size);
+case 68 : return makeRegisterExpression(amdgpu_cdna2::s68,0,opr_size);
+case 69 : return makeRegisterExpression(amdgpu_cdna2::s69,0,opr_size);
+case 70 : return makeRegisterExpression(amdgpu_cdna2::s70,0,opr_size);
+case 71 : return makeRegisterExpression(amdgpu_cdna2::s71,0,opr_size);
+case 72 : return makeRegisterExpression(amdgpu_cdna2::s72,0,opr_size);
+case 73 : return makeRegisterExpression(amdgpu_cdna2::s73,0,opr_size);
+case 74 : return makeRegisterExpression(amdgpu_cdna2::s74,0,opr_size);
+case 75 : return makeRegisterExpression(amdgpu_cdna2::s75,0,opr_size);
+case 76 : return makeRegisterExpression(amdgpu_cdna2::s76,0,opr_size);
+case 77 : return makeRegisterExpression(amdgpu_cdna2::s77,0,opr_size);
+case 78 : return makeRegisterExpression(amdgpu_cdna2::s78,0,opr_size);
+case 79 : return makeRegisterExpression(amdgpu_cdna2::s79,0,opr_size);
+case 80 : return makeRegisterExpression(amdgpu_cdna2::s80,0,opr_size);
+case 81 : return makeRegisterExpression(amdgpu_cdna2::s81,0,opr_size);
+case 82 : return makeRegisterExpression(amdgpu_cdna2::s82,0,opr_size);
+case 83 : return makeRegisterExpression(amdgpu_cdna2::s83,0,opr_size);
+case 84 : return makeRegisterExpression(amdgpu_cdna2::s84,0,opr_size);
+case 85 : return makeRegisterExpression(amdgpu_cdna2::s85,0,opr_size);
+case 86 : return makeRegisterExpression(amdgpu_cdna2::s86,0,opr_size);
+case 87 : return makeRegisterExpression(amdgpu_cdna2::s87,0,opr_size);
+case 88 : return makeRegisterExpression(amdgpu_cdna2::s88,0,opr_size);
+case 89 : return makeRegisterExpression(amdgpu_cdna2::s89,0,opr_size);
+case 90 : return makeRegisterExpression(amdgpu_cdna2::s90,0,opr_size);
+case 91 : return makeRegisterExpression(amdgpu_cdna2::s91,0,opr_size);
+case 92 : return makeRegisterExpression(amdgpu_cdna2::s92,0,opr_size);
+case 93 : return makeRegisterExpression(amdgpu_cdna2::s93,0,opr_size);
+case 94 : return makeRegisterExpression(amdgpu_cdna2::s94,0,opr_size);
+case 95 : return makeRegisterExpression(amdgpu_cdna2::s95,0,opr_size);
+case 96 : return makeRegisterExpression(amdgpu_cdna2::s96,0,opr_size);
+case 97 : return makeRegisterExpression(amdgpu_cdna2::s97,0,opr_size);
+case 98 : return makeRegisterExpression(amdgpu_cdna2::s98,0,opr_size);
+case 99 : return makeRegisterExpression(amdgpu_cdna2::s99,0,opr_size);
+case 100 : return makeRegisterExpression(amdgpu_cdna2::s100,0,opr_size);
+case 101 : return makeRegisterExpression(amdgpu_cdna2::s101,0,opr_size);
+case 104 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_lo,0,opr_size);
+case 105 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_hi,0,opr_size);
+case 102 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_lo,0,opr_size);
+case 103 : return makeRegisterExpression(amdgpu_cdna2::flat_scratch_hi,0,opr_size);
+case 108 : return makeRegisterExpression(amdgpu_cdna2::ttmp0,0,opr_size);
+case 109 : return makeRegisterExpression(amdgpu_cdna2::ttmp1,0,opr_size);
+case 110 : return makeRegisterExpression(amdgpu_cdna2::ttmp2,0,opr_size);
+case 111 : return makeRegisterExpression(amdgpu_cdna2::ttmp3,0,opr_size);
+case 112 : return makeRegisterExpression(amdgpu_cdna2::ttmp4,0,opr_size);
+case 113 : return makeRegisterExpression(amdgpu_cdna2::ttmp5,0,opr_size);
+case 114 : return makeRegisterExpression(amdgpu_cdna2::ttmp6,0,opr_size);
+case 115 : return makeRegisterExpression(amdgpu_cdna2::ttmp7,0,opr_size);
+case 116 : return makeRegisterExpression(amdgpu_cdna2::ttmp8,0,opr_size);
+case 117 : return makeRegisterExpression(amdgpu_cdna2::ttmp9,0,opr_size);
+case 118 : return makeRegisterExpression(amdgpu_cdna2::ttmp10,0,opr_size);
+case 119 : return makeRegisterExpression(amdgpu_cdna2::ttmp11,0,opr_size);
+case 120 : return makeRegisterExpression(amdgpu_cdna2::ttmp12,0,opr_size);
+case 121 : return makeRegisterExpression(amdgpu_cdna2::ttmp13,0,opr_size);
+case 122 : return makeRegisterExpression(amdgpu_cdna2::ttmp14,0,opr_size);
+case 123 : return makeRegisterExpression(amdgpu_cdna2::ttmp15,0,opr_size);
+case 106 : return makeRegisterExpression(amdgpu_cdna2::vcc_lo,0,opr_size);
+case 107 : return makeRegisterExpression(amdgpu_cdna2::vcc_hi,0,opr_size);
+case 124 : return makeRegisterExpression(amdgpu_cdna2::m0,0,opr_size);
+case 126 : return makeRegisterExpression(amdgpu_cdna2::exec_lo,0,opr_size);
+case 127 : return makeRegisterExpression(amdgpu_cdna2::exec_hi,0,opr_size);
+case 128 : return Immediate::makeImmediate(Result(u32, 0));
+case 129 : return Immediate::makeImmediate(Result(u32, 1));
+case 130 : return Immediate::makeImmediate(Result(u32, 2));
+case 131 : return Immediate::makeImmediate(Result(u32, 3));
+case 132 : return Immediate::makeImmediate(Result(u32, 4));
+case 133 : return Immediate::makeImmediate(Result(u32, 5));
+case 134 : return Immediate::makeImmediate(Result(u32, 6));
+case 135 : return Immediate::makeImmediate(Result(u32, 7));
+case 136 : return Immediate::makeImmediate(Result(u32, 8));
+case 137 : return Immediate::makeImmediate(Result(u32, 9));
+case 138 : return Immediate::makeImmediate(Result(u32, 10));
+case 139 : return Immediate::makeImmediate(Result(u32, 11));
+case 140 : return Immediate::makeImmediate(Result(u32, 12));
+case 141 : return Immediate::makeImmediate(Result(u32, 13));
+case 142 : return Immediate::makeImmediate(Result(u32, 14));
+case 143 : return Immediate::makeImmediate(Result(u32, 15));
+case 144 : return Immediate::makeImmediate(Result(u32, 16));
+case 145 : return Immediate::makeImmediate(Result(u32, 17));
+case 146 : return Immediate::makeImmediate(Result(u32, 18));
+case 147 : return Immediate::makeImmediate(Result(u32, 19));
+case 148 : return Immediate::makeImmediate(Result(u32, 20));
+case 149 : return Immediate::makeImmediate(Result(u32, 21));
+case 150 : return Immediate::makeImmediate(Result(u32, 22));
+case 151 : return Immediate::makeImmediate(Result(u32, 23));
+case 152 : return Immediate::makeImmediate(Result(u32, 24));
+case 153 : return Immediate::makeImmediate(Result(u32, 25));
+case 154 : return Immediate::makeImmediate(Result(u32, 26));
+case 155 : return Immediate::makeImmediate(Result(u32, 27));
+case 156 : return Immediate::makeImmediate(Result(u32, 28));
+case 157 : return Immediate::makeImmediate(Result(u32, 29));
+case 158 : return Immediate::makeImmediate(Result(u32, 30));
+case 159 : return Immediate::makeImmediate(Result(u32, 31));
+case 160 : return Immediate::makeImmediate(Result(u32, 32));
+case 161 : return Immediate::makeImmediate(Result(u32, 33));
+case 162 : return Immediate::makeImmediate(Result(u32, 34));
+case 163 : return Immediate::makeImmediate(Result(u32, 35));
+case 164 : return Immediate::makeImmediate(Result(u32, 36));
+case 165 : return Immediate::makeImmediate(Result(u32, 37));
+case 166 : return Immediate::makeImmediate(Result(u32, 38));
+case 167 : return Immediate::makeImmediate(Result(u32, 39));
+case 168 : return Immediate::makeImmediate(Result(u32, 40));
+case 169 : return Immediate::makeImmediate(Result(u32, 41));
+case 170 : return Immediate::makeImmediate(Result(u32, 42));
+case 171 : return Immediate::makeImmediate(Result(u32, 43));
+case 172 : return Immediate::makeImmediate(Result(u32, 44));
+case 173 : return Immediate::makeImmediate(Result(u32, 45));
+case 174 : return Immediate::makeImmediate(Result(u32, 46));
+case 175 : return Immediate::makeImmediate(Result(u32, 47));
+case 176 : return Immediate::makeImmediate(Result(u32, 48));
+case 177 : return Immediate::makeImmediate(Result(u32, 49));
+case 178 : return Immediate::makeImmediate(Result(u32, 50));
+case 179 : return Immediate::makeImmediate(Result(u32, 51));
+case 180 : return Immediate::makeImmediate(Result(u32, 52));
+case 181 : return Immediate::makeImmediate(Result(u32, 53));
+case 182 : return Immediate::makeImmediate(Result(u32, 54));
+case 183 : return Immediate::makeImmediate(Result(u32, 55));
+case 184 : return Immediate::makeImmediate(Result(u32, 56));
+case 185 : return Immediate::makeImmediate(Result(u32, 57));
+case 186 : return Immediate::makeImmediate(Result(u32, 58));
+case 187 : return Immediate::makeImmediate(Result(u32, 59));
+case 188 : return Immediate::makeImmediate(Result(u32, 60));
+case 189 : return Immediate::makeImmediate(Result(u32, 61));
+case 190 : return Immediate::makeImmediate(Result(u32, 62));
+case 191 : return Immediate::makeImmediate(Result(u32, 63));
+case 192 : return Immediate::makeImmediate(Result(u32, 64));
+case 193 : return Immediate::makeImmediate(Result(u32, -1));
+case 194 : return Immediate::makeImmediate(Result(u32, -2));
+case 195 : return Immediate::makeImmediate(Result(u32, -3));
+case 196 : return Immediate::makeImmediate(Result(u32, -4));
+case 197 : return Immediate::makeImmediate(Result(u32, -5));
+case 198 : return Immediate::makeImmediate(Result(u32, -6));
+case 199 : return Immediate::makeImmediate(Result(u32, -7));
+case 200 : return Immediate::makeImmediate(Result(u32, -8));
+case 201 : return Immediate::makeImmediate(Result(u32, -9));
+case 202 : return Immediate::makeImmediate(Result(u32, -10));
+case 203 : return Immediate::makeImmediate(Result(u32, -11));
+case 204 : return Immediate::makeImmediate(Result(u32, -12));
+case 205 : return Immediate::makeImmediate(Result(u32, -13));
+case 206 : return Immediate::makeImmediate(Result(u32, -14));
+case 207 : return Immediate::makeImmediate(Result(u32, -15));
+case 208 : return Immediate::makeImmediate(Result(u32, -16));
+case 240 : return Immediate::makeImmediate(Result(sp_float, 0.5));
+case 241 : return Immediate::makeImmediate(Result(sp_float, -0.5));
+case 242 : return Immediate::makeImmediate(Result(sp_float, 1.0));
+case 243 : return Immediate::makeImmediate(Result(sp_float, -1.0));
+case 244 : return Immediate::makeImmediate(Result(sp_float, 2.0));
+case 245 : return Immediate::makeImmediate(Result(sp_float, -2.0));
+case 246 : return Immediate::makeImmediate(Result(sp_float, 4.0));
+case 247 : return Immediate::makeImmediate(Result(sp_float, -4.0));
+case 248 : return Immediate::makeImmediate(Result(sp_float, 0.15915494));
+case 251 : return makeRegisterExpression(amdgpu_cdna2::src_vccz,0,opr_size);
+case 252 : return makeRegisterExpression(amdgpu_cdna2::src_execz,0,opr_size);
+case 253 : return makeRegisterExpression(amdgpu_cdna2::src_scc,0,opr_size);
+case 235 : return makeRegisterExpression(amdgpu_cdna2::src_shared_base,0,opr_size);
+case 236 : return makeRegisterExpression(amdgpu_cdna2::src_shared_limit,0,opr_size);
+case 237 : return makeRegisterExpression(amdgpu_cdna2::src_private_base,0,opr_size);
+case 238 : return makeRegisterExpression(amdgpu_cdna2::src_private_limit,0,opr_size);
+case 239 : return makeRegisterExpression(amdgpu_cdna2::src_pops_exiting_wave_id,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SSRC_SPECIAL_APERTURE(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 235 : return makeRegisterExpression(amdgpu_cdna2::src_shared_base,0,opr_size);
+case 236 : return makeRegisterExpression(amdgpu_cdna2::src_shared_limit,0,opr_size);
+case 237 : return makeRegisterExpression(amdgpu_cdna2::src_private_base,0,opr_size);
+case 238 : return makeRegisterExpression(amdgpu_cdna2::src_private_limit,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SSRC_SPECIAL_EXECZ(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 252 : return makeRegisterExpression(amdgpu_cdna2::src_execz,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SSRC_SPECIAL_LIT(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 255 : return makeRegisterExpression(amdgpu_cdna2::src_literal,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SSRC_SPECIAL_NOLIT(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 128 : return Immediate::makeImmediate(Result(u32, 0));
+case 129 : return Immediate::makeImmediate(Result(u32, 1));
+case 130 : return Immediate::makeImmediate(Result(u32, 2));
+case 131 : return Immediate::makeImmediate(Result(u32, 3));
+case 132 : return Immediate::makeImmediate(Result(u32, 4));
+case 133 : return Immediate::makeImmediate(Result(u32, 5));
+case 134 : return Immediate::makeImmediate(Result(u32, 6));
+case 135 : return Immediate::makeImmediate(Result(u32, 7));
+case 136 : return Immediate::makeImmediate(Result(u32, 8));
+case 137 : return Immediate::makeImmediate(Result(u32, 9));
+case 138 : return Immediate::makeImmediate(Result(u32, 10));
+case 139 : return Immediate::makeImmediate(Result(u32, 11));
+case 140 : return Immediate::makeImmediate(Result(u32, 12));
+case 141 : return Immediate::makeImmediate(Result(u32, 13));
+case 142 : return Immediate::makeImmediate(Result(u32, 14));
+case 143 : return Immediate::makeImmediate(Result(u32, 15));
+case 144 : return Immediate::makeImmediate(Result(u32, 16));
+case 145 : return Immediate::makeImmediate(Result(u32, 17));
+case 146 : return Immediate::makeImmediate(Result(u32, 18));
+case 147 : return Immediate::makeImmediate(Result(u32, 19));
+case 148 : return Immediate::makeImmediate(Result(u32, 20));
+case 149 : return Immediate::makeImmediate(Result(u32, 21));
+case 150 : return Immediate::makeImmediate(Result(u32, 22));
+case 151 : return Immediate::makeImmediate(Result(u32, 23));
+case 152 : return Immediate::makeImmediate(Result(u32, 24));
+case 153 : return Immediate::makeImmediate(Result(u32, 25));
+case 154 : return Immediate::makeImmediate(Result(u32, 26));
+case 155 : return Immediate::makeImmediate(Result(u32, 27));
+case 156 : return Immediate::makeImmediate(Result(u32, 28));
+case 157 : return Immediate::makeImmediate(Result(u32, 29));
+case 158 : return Immediate::makeImmediate(Result(u32, 30));
+case 159 : return Immediate::makeImmediate(Result(u32, 31));
+case 160 : return Immediate::makeImmediate(Result(u32, 32));
+case 161 : return Immediate::makeImmediate(Result(u32, 33));
+case 162 : return Immediate::makeImmediate(Result(u32, 34));
+case 163 : return Immediate::makeImmediate(Result(u32, 35));
+case 164 : return Immediate::makeImmediate(Result(u32, 36));
+case 165 : return Immediate::makeImmediate(Result(u32, 37));
+case 166 : return Immediate::makeImmediate(Result(u32, 38));
+case 167 : return Immediate::makeImmediate(Result(u32, 39));
+case 168 : return Immediate::makeImmediate(Result(u32, 40));
+case 169 : return Immediate::makeImmediate(Result(u32, 41));
+case 170 : return Immediate::makeImmediate(Result(u32, 42));
+case 171 : return Immediate::makeImmediate(Result(u32, 43));
+case 172 : return Immediate::makeImmediate(Result(u32, 44));
+case 173 : return Immediate::makeImmediate(Result(u32, 45));
+case 174 : return Immediate::makeImmediate(Result(u32, 46));
+case 175 : return Immediate::makeImmediate(Result(u32, 47));
+case 176 : return Immediate::makeImmediate(Result(u32, 48));
+case 177 : return Immediate::makeImmediate(Result(u32, 49));
+case 178 : return Immediate::makeImmediate(Result(u32, 50));
+case 179 : return Immediate::makeImmediate(Result(u32, 51));
+case 180 : return Immediate::makeImmediate(Result(u32, 52));
+case 181 : return Immediate::makeImmediate(Result(u32, 53));
+case 182 : return Immediate::makeImmediate(Result(u32, 54));
+case 183 : return Immediate::makeImmediate(Result(u32, 55));
+case 184 : return Immediate::makeImmediate(Result(u32, 56));
+case 185 : return Immediate::makeImmediate(Result(u32, 57));
+case 186 : return Immediate::makeImmediate(Result(u32, 58));
+case 187 : return Immediate::makeImmediate(Result(u32, 59));
+case 188 : return Immediate::makeImmediate(Result(u32, 60));
+case 189 : return Immediate::makeImmediate(Result(u32, 61));
+case 190 : return Immediate::makeImmediate(Result(u32, 62));
+case 191 : return Immediate::makeImmediate(Result(u32, 63));
+case 192 : return Immediate::makeImmediate(Result(u32, 64));
+case 193 : return Immediate::makeImmediate(Result(u32, -1));
+case 194 : return Immediate::makeImmediate(Result(u32, -2));
+case 195 : return Immediate::makeImmediate(Result(u32, -3));
+case 196 : return Immediate::makeImmediate(Result(u32, -4));
+case 197 : return Immediate::makeImmediate(Result(u32, -5));
+case 198 : return Immediate::makeImmediate(Result(u32, -6));
+case 199 : return Immediate::makeImmediate(Result(u32, -7));
+case 200 : return Immediate::makeImmediate(Result(u32, -8));
+case 201 : return Immediate::makeImmediate(Result(u32, -9));
+case 202 : return Immediate::makeImmediate(Result(u32, -10));
+case 203 : return Immediate::makeImmediate(Result(u32, -11));
+case 204 : return Immediate::makeImmediate(Result(u32, -12));
+case 205 : return Immediate::makeImmediate(Result(u32, -13));
+case 206 : return Immediate::makeImmediate(Result(u32, -14));
+case 207 : return Immediate::makeImmediate(Result(u32, -15));
+case 208 : return Immediate::makeImmediate(Result(u32, -16));
+case 240 : return Immediate::makeImmediate(Result(sp_float, 0.5));
+case 241 : return Immediate::makeImmediate(Result(sp_float, -0.5));
+case 242 : return Immediate::makeImmediate(Result(sp_float, 1.0));
+case 243 : return Immediate::makeImmediate(Result(sp_float, -1.0));
+case 244 : return Immediate::makeImmediate(Result(sp_float, 2.0));
+case 245 : return Immediate::makeImmediate(Result(sp_float, -2.0));
+case 246 : return Immediate::makeImmediate(Result(sp_float, 4.0));
+case 247 : return Immediate::makeImmediate(Result(sp_float, -4.0));
+case 248 : return Immediate::makeImmediate(Result(sp_float, 0.15915494));
+case 251 : return makeRegisterExpression(amdgpu_cdna2::src_vccz,0,opr_size);
+case 252 : return makeRegisterExpression(amdgpu_cdna2::src_execz,0,opr_size);
+case 253 : return makeRegisterExpression(amdgpu_cdna2::src_scc,0,opr_size);
+case 235 : return makeRegisterExpression(amdgpu_cdna2::src_shared_base,0,opr_size);
+case 236 : return makeRegisterExpression(amdgpu_cdna2::src_shared_limit,0,opr_size);
+case 237 : return makeRegisterExpression(amdgpu_cdna2::src_private_base,0,opr_size);
+case 238 : return makeRegisterExpression(amdgpu_cdna2::src_private_limit,0,opr_size);
+case 239 : return makeRegisterExpression(amdgpu_cdna2::src_pops_exiting_wave_id,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SSRC_SPECIAL_POPS_EXITING_WAVE_ID(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 239 : return makeRegisterExpression(amdgpu_cdna2::src_pops_exiting_wave_id,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SSRC_SPECIAL_SCC(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 253 : return makeRegisterExpression(amdgpu_cdna2::src_scc,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_SSRC_SPECIAL_VCCZ(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 251 : return makeRegisterExpression(amdgpu_cdna2::src_vccz,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_TGT(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::mrt0,0,opr_size);
+case 1 : return makeRegisterExpression(amdgpu_cdna2::mrt1,0,opr_size);
+case 2 : return makeRegisterExpression(amdgpu_cdna2::mrt2,0,opr_size);
+case 3 : return makeRegisterExpression(amdgpu_cdna2::mrt3,0,opr_size);
+case 4 : return makeRegisterExpression(amdgpu_cdna2::mrt4,0,opr_size);
+case 5 : return makeRegisterExpression(amdgpu_cdna2::mrt5,0,opr_size);
+case 6 : return makeRegisterExpression(amdgpu_cdna2::mrt6,0,opr_size);
+case 7 : return makeRegisterExpression(amdgpu_cdna2::mrt7,0,opr_size);
+case 8 : return makeRegisterExpression(amdgpu_cdna2::mrtz,0,opr_size);
+case 9 : return makeRegisterExpression(amdgpu_cdna2::null,0,opr_size);
+case 12 : return makeRegisterExpression(amdgpu_cdna2::pos0,0,opr_size);
+case 13 : return makeRegisterExpression(amdgpu_cdna2::pos1,0,opr_size);
+case 14 : return makeRegisterExpression(amdgpu_cdna2::pos2,0,opr_size);
+case 15 : return makeRegisterExpression(amdgpu_cdna2::pos3,0,opr_size);
+case 32 : return makeRegisterExpression(amdgpu_cdna2::param0,0,opr_size);
+case 33 : return makeRegisterExpression(amdgpu_cdna2::param1,0,opr_size);
+case 34 : return makeRegisterExpression(amdgpu_cdna2::param2,0,opr_size);
+case 35 : return makeRegisterExpression(amdgpu_cdna2::param3,0,opr_size);
+case 36 : return makeRegisterExpression(amdgpu_cdna2::param4,0,opr_size);
+case 37 : return makeRegisterExpression(amdgpu_cdna2::param5,0,opr_size);
+case 38 : return makeRegisterExpression(amdgpu_cdna2::param6,0,opr_size);
+case 39 : return makeRegisterExpression(amdgpu_cdna2::param7,0,opr_size);
+case 40 : return makeRegisterExpression(amdgpu_cdna2::param8,0,opr_size);
+case 41 : return makeRegisterExpression(amdgpu_cdna2::param9,0,opr_size);
+case 42 : return makeRegisterExpression(amdgpu_cdna2::param10,0,opr_size);
+case 43 : return makeRegisterExpression(amdgpu_cdna2::param11,0,opr_size);
+case 44 : return makeRegisterExpression(amdgpu_cdna2::param12,0,opr_size);
+case 45 : return makeRegisterExpression(amdgpu_cdna2::param13,0,opr_size);
+case 46 : return makeRegisterExpression(amdgpu_cdna2::param14,0,opr_size);
+case 47 : return makeRegisterExpression(amdgpu_cdna2::param15,0,opr_size);
+case 48 : return makeRegisterExpression(amdgpu_cdna2::param16,0,opr_size);
+case 49 : return makeRegisterExpression(amdgpu_cdna2::param17,0,opr_size);
+case 50 : return makeRegisterExpression(amdgpu_cdna2::param18,0,opr_size);
+case 51 : return makeRegisterExpression(amdgpu_cdna2::param19,0,opr_size);
+case 52 : return makeRegisterExpression(amdgpu_cdna2::param20,0,opr_size);
+case 53 : return makeRegisterExpression(amdgpu_cdna2::param21,0,opr_size);
+case 54 : return makeRegisterExpression(amdgpu_cdna2::param22,0,opr_size);
+case 55 : return makeRegisterExpression(amdgpu_cdna2::param23,0,opr_size);
+case 56 : return makeRegisterExpression(amdgpu_cdna2::param24,0,opr_size);
+case 57 : return makeRegisterExpression(amdgpu_cdna2::param25,0,opr_size);
+case 58 : return makeRegisterExpression(amdgpu_cdna2::param26,0,opr_size);
+case 59 : return makeRegisterExpression(amdgpu_cdna2::param27,0,opr_size);
+case 60 : return makeRegisterExpression(amdgpu_cdna2::param28,0,opr_size);
+case 61 : return makeRegisterExpression(amdgpu_cdna2::param29,0,opr_size);
+case 62 : return makeRegisterExpression(amdgpu_cdna2::param30,0,opr_size);
+case 63 : return makeRegisterExpression(amdgpu_cdna2::param31,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_TRAP(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 108 : return makeRegisterExpression(amdgpu_cdna2::ttmp0,0,opr_size);
+case 109 : return makeRegisterExpression(amdgpu_cdna2::ttmp1,0,opr_size);
+case 110 : return makeRegisterExpression(amdgpu_cdna2::ttmp2,0,opr_size);
+case 111 : return makeRegisterExpression(amdgpu_cdna2::ttmp3,0,opr_size);
+case 112 : return makeRegisterExpression(amdgpu_cdna2::ttmp4,0,opr_size);
+case 113 : return makeRegisterExpression(amdgpu_cdna2::ttmp5,0,opr_size);
+case 114 : return makeRegisterExpression(amdgpu_cdna2::ttmp6,0,opr_size);
+case 115 : return makeRegisterExpression(amdgpu_cdna2::ttmp7,0,opr_size);
+case 116 : return makeRegisterExpression(amdgpu_cdna2::ttmp8,0,opr_size);
+case 117 : return makeRegisterExpression(amdgpu_cdna2::ttmp9,0,opr_size);
+case 118 : return makeRegisterExpression(amdgpu_cdna2::ttmp10,0,opr_size);
+case 119 : return makeRegisterExpression(amdgpu_cdna2::ttmp11,0,opr_size);
+case 120 : return makeRegisterExpression(amdgpu_cdna2::ttmp12,0,opr_size);
+case 121 : return makeRegisterExpression(amdgpu_cdna2::ttmp13,0,opr_size);
+case 122 : return makeRegisterExpression(amdgpu_cdna2::ttmp14,0,opr_size);
+case 123 : return makeRegisterExpression(amdgpu_cdna2::ttmp15,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_VCC(uint64_t input,uint32_t){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::vcc);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_VCC_LOHI(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 106 : return makeRegisterExpression(amdgpu_cdna2::vcc_lo,0,opr_size);
+case 107 : return makeRegisterExpression(amdgpu_cdna2::vcc_hi,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_VGPR(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::v0,0,opr_size);
+case 1 : return makeRegisterExpression(amdgpu_cdna2::v1,0,opr_size);
+case 2 : return makeRegisterExpression(amdgpu_cdna2::v2,0,opr_size);
+case 3 : return makeRegisterExpression(amdgpu_cdna2::v3,0,opr_size);
+case 4 : return makeRegisterExpression(amdgpu_cdna2::v4,0,opr_size);
+case 5 : return makeRegisterExpression(amdgpu_cdna2::v5,0,opr_size);
+case 6 : return makeRegisterExpression(amdgpu_cdna2::v6,0,opr_size);
+case 7 : return makeRegisterExpression(amdgpu_cdna2::v7,0,opr_size);
+case 8 : return makeRegisterExpression(amdgpu_cdna2::v8,0,opr_size);
+case 9 : return makeRegisterExpression(amdgpu_cdna2::v9,0,opr_size);
+case 10 : return makeRegisterExpression(amdgpu_cdna2::v10,0,opr_size);
+case 11 : return makeRegisterExpression(amdgpu_cdna2::v11,0,opr_size);
+case 12 : return makeRegisterExpression(amdgpu_cdna2::v12,0,opr_size);
+case 13 : return makeRegisterExpression(amdgpu_cdna2::v13,0,opr_size);
+case 14 : return makeRegisterExpression(amdgpu_cdna2::v14,0,opr_size);
+case 15 : return makeRegisterExpression(amdgpu_cdna2::v15,0,opr_size);
+case 16 : return makeRegisterExpression(amdgpu_cdna2::v16,0,opr_size);
+case 17 : return makeRegisterExpression(amdgpu_cdna2::v17,0,opr_size);
+case 18 : return makeRegisterExpression(amdgpu_cdna2::v18,0,opr_size);
+case 19 : return makeRegisterExpression(amdgpu_cdna2::v19,0,opr_size);
+case 20 : return makeRegisterExpression(amdgpu_cdna2::v20,0,opr_size);
+case 21 : return makeRegisterExpression(amdgpu_cdna2::v21,0,opr_size);
+case 22 : return makeRegisterExpression(amdgpu_cdna2::v22,0,opr_size);
+case 23 : return makeRegisterExpression(amdgpu_cdna2::v23,0,opr_size);
+case 24 : return makeRegisterExpression(amdgpu_cdna2::v24,0,opr_size);
+case 25 : return makeRegisterExpression(amdgpu_cdna2::v25,0,opr_size);
+case 26 : return makeRegisterExpression(amdgpu_cdna2::v26,0,opr_size);
+case 27 : return makeRegisterExpression(amdgpu_cdna2::v27,0,opr_size);
+case 28 : return makeRegisterExpression(amdgpu_cdna2::v28,0,opr_size);
+case 29 : return makeRegisterExpression(amdgpu_cdna2::v29,0,opr_size);
+case 30 : return makeRegisterExpression(amdgpu_cdna2::v30,0,opr_size);
+case 31 : return makeRegisterExpression(amdgpu_cdna2::v31,0,opr_size);
+case 32 : return makeRegisterExpression(amdgpu_cdna2::v32,0,opr_size);
+case 33 : return makeRegisterExpression(amdgpu_cdna2::v33,0,opr_size);
+case 34 : return makeRegisterExpression(amdgpu_cdna2::v34,0,opr_size);
+case 35 : return makeRegisterExpression(amdgpu_cdna2::v35,0,opr_size);
+case 36 : return makeRegisterExpression(amdgpu_cdna2::v36,0,opr_size);
+case 37 : return makeRegisterExpression(amdgpu_cdna2::v37,0,opr_size);
+case 38 : return makeRegisterExpression(amdgpu_cdna2::v38,0,opr_size);
+case 39 : return makeRegisterExpression(amdgpu_cdna2::v39,0,opr_size);
+case 40 : return makeRegisterExpression(amdgpu_cdna2::v40,0,opr_size);
+case 41 : return makeRegisterExpression(amdgpu_cdna2::v41,0,opr_size);
+case 42 : return makeRegisterExpression(amdgpu_cdna2::v42,0,opr_size);
+case 43 : return makeRegisterExpression(amdgpu_cdna2::v43,0,opr_size);
+case 44 : return makeRegisterExpression(amdgpu_cdna2::v44,0,opr_size);
+case 45 : return makeRegisterExpression(amdgpu_cdna2::v45,0,opr_size);
+case 46 : return makeRegisterExpression(amdgpu_cdna2::v46,0,opr_size);
+case 47 : return makeRegisterExpression(amdgpu_cdna2::v47,0,opr_size);
+case 48 : return makeRegisterExpression(amdgpu_cdna2::v48,0,opr_size);
+case 49 : return makeRegisterExpression(amdgpu_cdna2::v49,0,opr_size);
+case 50 : return makeRegisterExpression(amdgpu_cdna2::v50,0,opr_size);
+case 51 : return makeRegisterExpression(amdgpu_cdna2::v51,0,opr_size);
+case 52 : return makeRegisterExpression(amdgpu_cdna2::v52,0,opr_size);
+case 53 : return makeRegisterExpression(amdgpu_cdna2::v53,0,opr_size);
+case 54 : return makeRegisterExpression(amdgpu_cdna2::v54,0,opr_size);
+case 55 : return makeRegisterExpression(amdgpu_cdna2::v55,0,opr_size);
+case 56 : return makeRegisterExpression(amdgpu_cdna2::v56,0,opr_size);
+case 57 : return makeRegisterExpression(amdgpu_cdna2::v57,0,opr_size);
+case 58 : return makeRegisterExpression(amdgpu_cdna2::v58,0,opr_size);
+case 59 : return makeRegisterExpression(amdgpu_cdna2::v59,0,opr_size);
+case 60 : return makeRegisterExpression(amdgpu_cdna2::v60,0,opr_size);
+case 61 : return makeRegisterExpression(amdgpu_cdna2::v61,0,opr_size);
+case 62 : return makeRegisterExpression(amdgpu_cdna2::v62,0,opr_size);
+case 63 : return makeRegisterExpression(amdgpu_cdna2::v63,0,opr_size);
+case 64 : return makeRegisterExpression(amdgpu_cdna2::v64,0,opr_size);
+case 65 : return makeRegisterExpression(amdgpu_cdna2::v65,0,opr_size);
+case 66 : return makeRegisterExpression(amdgpu_cdna2::v66,0,opr_size);
+case 67 : return makeRegisterExpression(amdgpu_cdna2::v67,0,opr_size);
+case 68 : return makeRegisterExpression(amdgpu_cdna2::v68,0,opr_size);
+case 69 : return makeRegisterExpression(amdgpu_cdna2::v69,0,opr_size);
+case 70 : return makeRegisterExpression(amdgpu_cdna2::v70,0,opr_size);
+case 71 : return makeRegisterExpression(amdgpu_cdna2::v71,0,opr_size);
+case 72 : return makeRegisterExpression(amdgpu_cdna2::v72,0,opr_size);
+case 73 : return makeRegisterExpression(amdgpu_cdna2::v73,0,opr_size);
+case 74 : return makeRegisterExpression(amdgpu_cdna2::v74,0,opr_size);
+case 75 : return makeRegisterExpression(amdgpu_cdna2::v75,0,opr_size);
+case 76 : return makeRegisterExpression(amdgpu_cdna2::v76,0,opr_size);
+case 77 : return makeRegisterExpression(amdgpu_cdna2::v77,0,opr_size);
+case 78 : return makeRegisterExpression(amdgpu_cdna2::v78,0,opr_size);
+case 79 : return makeRegisterExpression(amdgpu_cdna2::v79,0,opr_size);
+case 80 : return makeRegisterExpression(amdgpu_cdna2::v80,0,opr_size);
+case 81 : return makeRegisterExpression(amdgpu_cdna2::v81,0,opr_size);
+case 82 : return makeRegisterExpression(amdgpu_cdna2::v82,0,opr_size);
+case 83 : return makeRegisterExpression(amdgpu_cdna2::v83,0,opr_size);
+case 84 : return makeRegisterExpression(amdgpu_cdna2::v84,0,opr_size);
+case 85 : return makeRegisterExpression(amdgpu_cdna2::v85,0,opr_size);
+case 86 : return makeRegisterExpression(amdgpu_cdna2::v86,0,opr_size);
+case 87 : return makeRegisterExpression(amdgpu_cdna2::v87,0,opr_size);
+case 88 : return makeRegisterExpression(amdgpu_cdna2::v88,0,opr_size);
+case 89 : return makeRegisterExpression(amdgpu_cdna2::v89,0,opr_size);
+case 90 : return makeRegisterExpression(amdgpu_cdna2::v90,0,opr_size);
+case 91 : return makeRegisterExpression(amdgpu_cdna2::v91,0,opr_size);
+case 92 : return makeRegisterExpression(amdgpu_cdna2::v92,0,opr_size);
+case 93 : return makeRegisterExpression(amdgpu_cdna2::v93,0,opr_size);
+case 94 : return makeRegisterExpression(amdgpu_cdna2::v94,0,opr_size);
+case 95 : return makeRegisterExpression(amdgpu_cdna2::v95,0,opr_size);
+case 96 : return makeRegisterExpression(amdgpu_cdna2::v96,0,opr_size);
+case 97 : return makeRegisterExpression(amdgpu_cdna2::v97,0,opr_size);
+case 98 : return makeRegisterExpression(amdgpu_cdna2::v98,0,opr_size);
+case 99 : return makeRegisterExpression(amdgpu_cdna2::v99,0,opr_size);
+case 100 : return makeRegisterExpression(amdgpu_cdna2::v100,0,opr_size);
+case 101 : return makeRegisterExpression(amdgpu_cdna2::v101,0,opr_size);
+case 102 : return makeRegisterExpression(amdgpu_cdna2::v102,0,opr_size);
+case 103 : return makeRegisterExpression(amdgpu_cdna2::v103,0,opr_size);
+case 104 : return makeRegisterExpression(amdgpu_cdna2::v104,0,opr_size);
+case 105 : return makeRegisterExpression(amdgpu_cdna2::v105,0,opr_size);
+case 106 : return makeRegisterExpression(amdgpu_cdna2::v106,0,opr_size);
+case 107 : return makeRegisterExpression(amdgpu_cdna2::v107,0,opr_size);
+case 108 : return makeRegisterExpression(amdgpu_cdna2::v108,0,opr_size);
+case 109 : return makeRegisterExpression(amdgpu_cdna2::v109,0,opr_size);
+case 110 : return makeRegisterExpression(amdgpu_cdna2::v110,0,opr_size);
+case 111 : return makeRegisterExpression(amdgpu_cdna2::v111,0,opr_size);
+case 112 : return makeRegisterExpression(amdgpu_cdna2::v112,0,opr_size);
+case 113 : return makeRegisterExpression(amdgpu_cdna2::v113,0,opr_size);
+case 114 : return makeRegisterExpression(amdgpu_cdna2::v114,0,opr_size);
+case 115 : return makeRegisterExpression(amdgpu_cdna2::v115,0,opr_size);
+case 116 : return makeRegisterExpression(amdgpu_cdna2::v116,0,opr_size);
+case 117 : return makeRegisterExpression(amdgpu_cdna2::v117,0,opr_size);
+case 118 : return makeRegisterExpression(amdgpu_cdna2::v118,0,opr_size);
+case 119 : return makeRegisterExpression(amdgpu_cdna2::v119,0,opr_size);
+case 120 : return makeRegisterExpression(amdgpu_cdna2::v120,0,opr_size);
+case 121 : return makeRegisterExpression(amdgpu_cdna2::v121,0,opr_size);
+case 122 : return makeRegisterExpression(amdgpu_cdna2::v122,0,opr_size);
+case 123 : return makeRegisterExpression(amdgpu_cdna2::v123,0,opr_size);
+case 124 : return makeRegisterExpression(amdgpu_cdna2::v124,0,opr_size);
+case 125 : return makeRegisterExpression(amdgpu_cdna2::v125,0,opr_size);
+case 126 : return makeRegisterExpression(amdgpu_cdna2::v126,0,opr_size);
+case 127 : return makeRegisterExpression(amdgpu_cdna2::v127,0,opr_size);
+case 128 : return makeRegisterExpression(amdgpu_cdna2::v128,0,opr_size);
+case 129 : return makeRegisterExpression(amdgpu_cdna2::v129,0,opr_size);
+case 130 : return makeRegisterExpression(amdgpu_cdna2::v130,0,opr_size);
+case 131 : return makeRegisterExpression(amdgpu_cdna2::v131,0,opr_size);
+case 132 : return makeRegisterExpression(amdgpu_cdna2::v132,0,opr_size);
+case 133 : return makeRegisterExpression(amdgpu_cdna2::v133,0,opr_size);
+case 134 : return makeRegisterExpression(amdgpu_cdna2::v134,0,opr_size);
+case 135 : return makeRegisterExpression(amdgpu_cdna2::v135,0,opr_size);
+case 136 : return makeRegisterExpression(amdgpu_cdna2::v136,0,opr_size);
+case 137 : return makeRegisterExpression(amdgpu_cdna2::v137,0,opr_size);
+case 138 : return makeRegisterExpression(amdgpu_cdna2::v138,0,opr_size);
+case 139 : return makeRegisterExpression(amdgpu_cdna2::v139,0,opr_size);
+case 140 : return makeRegisterExpression(amdgpu_cdna2::v140,0,opr_size);
+case 141 : return makeRegisterExpression(amdgpu_cdna2::v141,0,opr_size);
+case 142 : return makeRegisterExpression(amdgpu_cdna2::v142,0,opr_size);
+case 143 : return makeRegisterExpression(amdgpu_cdna2::v143,0,opr_size);
+case 144 : return makeRegisterExpression(amdgpu_cdna2::v144,0,opr_size);
+case 145 : return makeRegisterExpression(amdgpu_cdna2::v145,0,opr_size);
+case 146 : return makeRegisterExpression(amdgpu_cdna2::v146,0,opr_size);
+case 147 : return makeRegisterExpression(amdgpu_cdna2::v147,0,opr_size);
+case 148 : return makeRegisterExpression(amdgpu_cdna2::v148,0,opr_size);
+case 149 : return makeRegisterExpression(amdgpu_cdna2::v149,0,opr_size);
+case 150 : return makeRegisterExpression(amdgpu_cdna2::v150,0,opr_size);
+case 151 : return makeRegisterExpression(amdgpu_cdna2::v151,0,opr_size);
+case 152 : return makeRegisterExpression(amdgpu_cdna2::v152,0,opr_size);
+case 153 : return makeRegisterExpression(amdgpu_cdna2::v153,0,opr_size);
+case 154 : return makeRegisterExpression(amdgpu_cdna2::v154,0,opr_size);
+case 155 : return makeRegisterExpression(amdgpu_cdna2::v155,0,opr_size);
+case 156 : return makeRegisterExpression(amdgpu_cdna2::v156,0,opr_size);
+case 157 : return makeRegisterExpression(amdgpu_cdna2::v157,0,opr_size);
+case 158 : return makeRegisterExpression(amdgpu_cdna2::v158,0,opr_size);
+case 159 : return makeRegisterExpression(amdgpu_cdna2::v159,0,opr_size);
+case 160 : return makeRegisterExpression(amdgpu_cdna2::v160,0,opr_size);
+case 161 : return makeRegisterExpression(amdgpu_cdna2::v161,0,opr_size);
+case 162 : return makeRegisterExpression(amdgpu_cdna2::v162,0,opr_size);
+case 163 : return makeRegisterExpression(amdgpu_cdna2::v163,0,opr_size);
+case 164 : return makeRegisterExpression(amdgpu_cdna2::v164,0,opr_size);
+case 165 : return makeRegisterExpression(amdgpu_cdna2::v165,0,opr_size);
+case 166 : return makeRegisterExpression(amdgpu_cdna2::v166,0,opr_size);
+case 167 : return makeRegisterExpression(amdgpu_cdna2::v167,0,opr_size);
+case 168 : return makeRegisterExpression(amdgpu_cdna2::v168,0,opr_size);
+case 169 : return makeRegisterExpression(amdgpu_cdna2::v169,0,opr_size);
+case 170 : return makeRegisterExpression(amdgpu_cdna2::v170,0,opr_size);
+case 171 : return makeRegisterExpression(amdgpu_cdna2::v171,0,opr_size);
+case 172 : return makeRegisterExpression(amdgpu_cdna2::v172,0,opr_size);
+case 173 : return makeRegisterExpression(amdgpu_cdna2::v173,0,opr_size);
+case 174 : return makeRegisterExpression(amdgpu_cdna2::v174,0,opr_size);
+case 175 : return makeRegisterExpression(amdgpu_cdna2::v175,0,opr_size);
+case 176 : return makeRegisterExpression(amdgpu_cdna2::v176,0,opr_size);
+case 177 : return makeRegisterExpression(amdgpu_cdna2::v177,0,opr_size);
+case 178 : return makeRegisterExpression(amdgpu_cdna2::v178,0,opr_size);
+case 179 : return makeRegisterExpression(amdgpu_cdna2::v179,0,opr_size);
+case 180 : return makeRegisterExpression(amdgpu_cdna2::v180,0,opr_size);
+case 181 : return makeRegisterExpression(amdgpu_cdna2::v181,0,opr_size);
+case 182 : return makeRegisterExpression(amdgpu_cdna2::v182,0,opr_size);
+case 183 : return makeRegisterExpression(amdgpu_cdna2::v183,0,opr_size);
+case 184 : return makeRegisterExpression(amdgpu_cdna2::v184,0,opr_size);
+case 185 : return makeRegisterExpression(amdgpu_cdna2::v185,0,opr_size);
+case 186 : return makeRegisterExpression(amdgpu_cdna2::v186,0,opr_size);
+case 187 : return makeRegisterExpression(amdgpu_cdna2::v187,0,opr_size);
+case 188 : return makeRegisterExpression(amdgpu_cdna2::v188,0,opr_size);
+case 189 : return makeRegisterExpression(amdgpu_cdna2::v189,0,opr_size);
+case 190 : return makeRegisterExpression(amdgpu_cdna2::v190,0,opr_size);
+case 191 : return makeRegisterExpression(amdgpu_cdna2::v191,0,opr_size);
+case 192 : return makeRegisterExpression(amdgpu_cdna2::v192,0,opr_size);
+case 193 : return makeRegisterExpression(amdgpu_cdna2::v193,0,opr_size);
+case 194 : return makeRegisterExpression(amdgpu_cdna2::v194,0,opr_size);
+case 195 : return makeRegisterExpression(amdgpu_cdna2::v195,0,opr_size);
+case 196 : return makeRegisterExpression(amdgpu_cdna2::v196,0,opr_size);
+case 197 : return makeRegisterExpression(amdgpu_cdna2::v197,0,opr_size);
+case 198 : return makeRegisterExpression(amdgpu_cdna2::v198,0,opr_size);
+case 199 : return makeRegisterExpression(amdgpu_cdna2::v199,0,opr_size);
+case 200 : return makeRegisterExpression(amdgpu_cdna2::v200,0,opr_size);
+case 201 : return makeRegisterExpression(amdgpu_cdna2::v201,0,opr_size);
+case 202 : return makeRegisterExpression(amdgpu_cdna2::v202,0,opr_size);
+case 203 : return makeRegisterExpression(amdgpu_cdna2::v203,0,opr_size);
+case 204 : return makeRegisterExpression(amdgpu_cdna2::v204,0,opr_size);
+case 205 : return makeRegisterExpression(amdgpu_cdna2::v205,0,opr_size);
+case 206 : return makeRegisterExpression(amdgpu_cdna2::v206,0,opr_size);
+case 207 : return makeRegisterExpression(amdgpu_cdna2::v207,0,opr_size);
+case 208 : return makeRegisterExpression(amdgpu_cdna2::v208,0,opr_size);
+case 209 : return makeRegisterExpression(amdgpu_cdna2::v209,0,opr_size);
+case 210 : return makeRegisterExpression(amdgpu_cdna2::v210,0,opr_size);
+case 211 : return makeRegisterExpression(amdgpu_cdna2::v211,0,opr_size);
+case 212 : return makeRegisterExpression(amdgpu_cdna2::v212,0,opr_size);
+case 213 : return makeRegisterExpression(amdgpu_cdna2::v213,0,opr_size);
+case 214 : return makeRegisterExpression(amdgpu_cdna2::v214,0,opr_size);
+case 215 : return makeRegisterExpression(amdgpu_cdna2::v215,0,opr_size);
+case 216 : return makeRegisterExpression(amdgpu_cdna2::v216,0,opr_size);
+case 217 : return makeRegisterExpression(amdgpu_cdna2::v217,0,opr_size);
+case 218 : return makeRegisterExpression(amdgpu_cdna2::v218,0,opr_size);
+case 219 : return makeRegisterExpression(amdgpu_cdna2::v219,0,opr_size);
+case 220 : return makeRegisterExpression(amdgpu_cdna2::v220,0,opr_size);
+case 221 : return makeRegisterExpression(amdgpu_cdna2::v221,0,opr_size);
+case 222 : return makeRegisterExpression(amdgpu_cdna2::v222,0,opr_size);
+case 223 : return makeRegisterExpression(amdgpu_cdna2::v223,0,opr_size);
+case 224 : return makeRegisterExpression(amdgpu_cdna2::v224,0,opr_size);
+case 225 : return makeRegisterExpression(amdgpu_cdna2::v225,0,opr_size);
+case 226 : return makeRegisterExpression(amdgpu_cdna2::v226,0,opr_size);
+case 227 : return makeRegisterExpression(amdgpu_cdna2::v227,0,opr_size);
+case 228 : return makeRegisterExpression(amdgpu_cdna2::v228,0,opr_size);
+case 229 : return makeRegisterExpression(amdgpu_cdna2::v229,0,opr_size);
+case 230 : return makeRegisterExpression(amdgpu_cdna2::v230,0,opr_size);
+case 231 : return makeRegisterExpression(amdgpu_cdna2::v231,0,opr_size);
+case 232 : return makeRegisterExpression(amdgpu_cdna2::v232,0,opr_size);
+case 233 : return makeRegisterExpression(amdgpu_cdna2::v233,0,opr_size);
+case 234 : return makeRegisterExpression(amdgpu_cdna2::v234,0,opr_size);
+case 235 : return makeRegisterExpression(amdgpu_cdna2::v235,0,opr_size);
+case 236 : return makeRegisterExpression(amdgpu_cdna2::v236,0,opr_size);
+case 237 : return makeRegisterExpression(amdgpu_cdna2::v237,0,opr_size);
+case 238 : return makeRegisterExpression(amdgpu_cdna2::v238,0,opr_size);
+case 239 : return makeRegisterExpression(amdgpu_cdna2::v239,0,opr_size);
+case 240 : return makeRegisterExpression(amdgpu_cdna2::v240,0,opr_size);
+case 241 : return makeRegisterExpression(amdgpu_cdna2::v241,0,opr_size);
+case 242 : return makeRegisterExpression(amdgpu_cdna2::v242,0,opr_size);
+case 243 : return makeRegisterExpression(amdgpu_cdna2::v243,0,opr_size);
+case 244 : return makeRegisterExpression(amdgpu_cdna2::v244,0,opr_size);
+case 245 : return makeRegisterExpression(amdgpu_cdna2::v245,0,opr_size);
+case 246 : return makeRegisterExpression(amdgpu_cdna2::v246,0,opr_size);
+case 247 : return makeRegisterExpression(amdgpu_cdna2::v247,0,opr_size);
+case 248 : return makeRegisterExpression(amdgpu_cdna2::v248,0,opr_size);
+case 249 : return makeRegisterExpression(amdgpu_cdna2::v249,0,opr_size);
+case 250 : return makeRegisterExpression(amdgpu_cdna2::v250,0,opr_size);
+case 251 : return makeRegisterExpression(amdgpu_cdna2::v251,0,opr_size);
+case 252 : return makeRegisterExpression(amdgpu_cdna2::v252,0,opr_size);
+case 253 : return makeRegisterExpression(amdgpu_cdna2::v253,0,opr_size);
+case 254 : return makeRegisterExpression(amdgpu_cdna2::v254,0,opr_size);
+case 255 : return makeRegisterExpression(amdgpu_cdna2::v255,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_VGPR_OR_ACCVGPR(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 0 : return makeRegisterExpression(amdgpu_cdna2::v0,0,opr_size);
+case 1 : return makeRegisterExpression(amdgpu_cdna2::v1,0,opr_size);
+case 2 : return makeRegisterExpression(amdgpu_cdna2::v2,0,opr_size);
+case 3 : return makeRegisterExpression(amdgpu_cdna2::v3,0,opr_size);
+case 4 : return makeRegisterExpression(amdgpu_cdna2::v4,0,opr_size);
+case 5 : return makeRegisterExpression(amdgpu_cdna2::v5,0,opr_size);
+case 6 : return makeRegisterExpression(amdgpu_cdna2::v6,0,opr_size);
+case 7 : return makeRegisterExpression(amdgpu_cdna2::v7,0,opr_size);
+case 8 : return makeRegisterExpression(amdgpu_cdna2::v8,0,opr_size);
+case 9 : return makeRegisterExpression(amdgpu_cdna2::v9,0,opr_size);
+case 10 : return makeRegisterExpression(amdgpu_cdna2::v10,0,opr_size);
+case 11 : return makeRegisterExpression(amdgpu_cdna2::v11,0,opr_size);
+case 12 : return makeRegisterExpression(amdgpu_cdna2::v12,0,opr_size);
+case 13 : return makeRegisterExpression(amdgpu_cdna2::v13,0,opr_size);
+case 14 : return makeRegisterExpression(amdgpu_cdna2::v14,0,opr_size);
+case 15 : return makeRegisterExpression(amdgpu_cdna2::v15,0,opr_size);
+case 16 : return makeRegisterExpression(amdgpu_cdna2::v16,0,opr_size);
+case 17 : return makeRegisterExpression(amdgpu_cdna2::v17,0,opr_size);
+case 18 : return makeRegisterExpression(amdgpu_cdna2::v18,0,opr_size);
+case 19 : return makeRegisterExpression(amdgpu_cdna2::v19,0,opr_size);
+case 20 : return makeRegisterExpression(amdgpu_cdna2::v20,0,opr_size);
+case 21 : return makeRegisterExpression(amdgpu_cdna2::v21,0,opr_size);
+case 22 : return makeRegisterExpression(amdgpu_cdna2::v22,0,opr_size);
+case 23 : return makeRegisterExpression(amdgpu_cdna2::v23,0,opr_size);
+case 24 : return makeRegisterExpression(amdgpu_cdna2::v24,0,opr_size);
+case 25 : return makeRegisterExpression(amdgpu_cdna2::v25,0,opr_size);
+case 26 : return makeRegisterExpression(amdgpu_cdna2::v26,0,opr_size);
+case 27 : return makeRegisterExpression(amdgpu_cdna2::v27,0,opr_size);
+case 28 : return makeRegisterExpression(amdgpu_cdna2::v28,0,opr_size);
+case 29 : return makeRegisterExpression(amdgpu_cdna2::v29,0,opr_size);
+case 30 : return makeRegisterExpression(amdgpu_cdna2::v30,0,opr_size);
+case 31 : return makeRegisterExpression(amdgpu_cdna2::v31,0,opr_size);
+case 32 : return makeRegisterExpression(amdgpu_cdna2::v32,0,opr_size);
+case 33 : return makeRegisterExpression(amdgpu_cdna2::v33,0,opr_size);
+case 34 : return makeRegisterExpression(amdgpu_cdna2::v34,0,opr_size);
+case 35 : return makeRegisterExpression(amdgpu_cdna2::v35,0,opr_size);
+case 36 : return makeRegisterExpression(amdgpu_cdna2::v36,0,opr_size);
+case 37 : return makeRegisterExpression(amdgpu_cdna2::v37,0,opr_size);
+case 38 : return makeRegisterExpression(amdgpu_cdna2::v38,0,opr_size);
+case 39 : return makeRegisterExpression(amdgpu_cdna2::v39,0,opr_size);
+case 40 : return makeRegisterExpression(amdgpu_cdna2::v40,0,opr_size);
+case 41 : return makeRegisterExpression(amdgpu_cdna2::v41,0,opr_size);
+case 42 : return makeRegisterExpression(amdgpu_cdna2::v42,0,opr_size);
+case 43 : return makeRegisterExpression(amdgpu_cdna2::v43,0,opr_size);
+case 44 : return makeRegisterExpression(amdgpu_cdna2::v44,0,opr_size);
+case 45 : return makeRegisterExpression(amdgpu_cdna2::v45,0,opr_size);
+case 46 : return makeRegisterExpression(amdgpu_cdna2::v46,0,opr_size);
+case 47 : return makeRegisterExpression(amdgpu_cdna2::v47,0,opr_size);
+case 48 : return makeRegisterExpression(amdgpu_cdna2::v48,0,opr_size);
+case 49 : return makeRegisterExpression(amdgpu_cdna2::v49,0,opr_size);
+case 50 : return makeRegisterExpression(amdgpu_cdna2::v50,0,opr_size);
+case 51 : return makeRegisterExpression(amdgpu_cdna2::v51,0,opr_size);
+case 52 : return makeRegisterExpression(amdgpu_cdna2::v52,0,opr_size);
+case 53 : return makeRegisterExpression(amdgpu_cdna2::v53,0,opr_size);
+case 54 : return makeRegisterExpression(amdgpu_cdna2::v54,0,opr_size);
+case 55 : return makeRegisterExpression(amdgpu_cdna2::v55,0,opr_size);
+case 56 : return makeRegisterExpression(amdgpu_cdna2::v56,0,opr_size);
+case 57 : return makeRegisterExpression(amdgpu_cdna2::v57,0,opr_size);
+case 58 : return makeRegisterExpression(amdgpu_cdna2::v58,0,opr_size);
+case 59 : return makeRegisterExpression(amdgpu_cdna2::v59,0,opr_size);
+case 60 : return makeRegisterExpression(amdgpu_cdna2::v60,0,opr_size);
+case 61 : return makeRegisterExpression(amdgpu_cdna2::v61,0,opr_size);
+case 62 : return makeRegisterExpression(amdgpu_cdna2::v62,0,opr_size);
+case 63 : return makeRegisterExpression(amdgpu_cdna2::v63,0,opr_size);
+case 64 : return makeRegisterExpression(amdgpu_cdna2::v64,0,opr_size);
+case 65 : return makeRegisterExpression(amdgpu_cdna2::v65,0,opr_size);
+case 66 : return makeRegisterExpression(amdgpu_cdna2::v66,0,opr_size);
+case 67 : return makeRegisterExpression(amdgpu_cdna2::v67,0,opr_size);
+case 68 : return makeRegisterExpression(amdgpu_cdna2::v68,0,opr_size);
+case 69 : return makeRegisterExpression(amdgpu_cdna2::v69,0,opr_size);
+case 70 : return makeRegisterExpression(amdgpu_cdna2::v70,0,opr_size);
+case 71 : return makeRegisterExpression(amdgpu_cdna2::v71,0,opr_size);
+case 72 : return makeRegisterExpression(amdgpu_cdna2::v72,0,opr_size);
+case 73 : return makeRegisterExpression(amdgpu_cdna2::v73,0,opr_size);
+case 74 : return makeRegisterExpression(amdgpu_cdna2::v74,0,opr_size);
+case 75 : return makeRegisterExpression(amdgpu_cdna2::v75,0,opr_size);
+case 76 : return makeRegisterExpression(amdgpu_cdna2::v76,0,opr_size);
+case 77 : return makeRegisterExpression(amdgpu_cdna2::v77,0,opr_size);
+case 78 : return makeRegisterExpression(amdgpu_cdna2::v78,0,opr_size);
+case 79 : return makeRegisterExpression(amdgpu_cdna2::v79,0,opr_size);
+case 80 : return makeRegisterExpression(amdgpu_cdna2::v80,0,opr_size);
+case 81 : return makeRegisterExpression(amdgpu_cdna2::v81,0,opr_size);
+case 82 : return makeRegisterExpression(amdgpu_cdna2::v82,0,opr_size);
+case 83 : return makeRegisterExpression(amdgpu_cdna2::v83,0,opr_size);
+case 84 : return makeRegisterExpression(amdgpu_cdna2::v84,0,opr_size);
+case 85 : return makeRegisterExpression(amdgpu_cdna2::v85,0,opr_size);
+case 86 : return makeRegisterExpression(amdgpu_cdna2::v86,0,opr_size);
+case 87 : return makeRegisterExpression(amdgpu_cdna2::v87,0,opr_size);
+case 88 : return makeRegisterExpression(amdgpu_cdna2::v88,0,opr_size);
+case 89 : return makeRegisterExpression(amdgpu_cdna2::v89,0,opr_size);
+case 90 : return makeRegisterExpression(amdgpu_cdna2::v90,0,opr_size);
+case 91 : return makeRegisterExpression(amdgpu_cdna2::v91,0,opr_size);
+case 92 : return makeRegisterExpression(amdgpu_cdna2::v92,0,opr_size);
+case 93 : return makeRegisterExpression(amdgpu_cdna2::v93,0,opr_size);
+case 94 : return makeRegisterExpression(amdgpu_cdna2::v94,0,opr_size);
+case 95 : return makeRegisterExpression(amdgpu_cdna2::v95,0,opr_size);
+case 96 : return makeRegisterExpression(amdgpu_cdna2::v96,0,opr_size);
+case 97 : return makeRegisterExpression(amdgpu_cdna2::v97,0,opr_size);
+case 98 : return makeRegisterExpression(amdgpu_cdna2::v98,0,opr_size);
+case 99 : return makeRegisterExpression(amdgpu_cdna2::v99,0,opr_size);
+case 100 : return makeRegisterExpression(amdgpu_cdna2::v100,0,opr_size);
+case 101 : return makeRegisterExpression(amdgpu_cdna2::v101,0,opr_size);
+case 102 : return makeRegisterExpression(amdgpu_cdna2::v102,0,opr_size);
+case 103 : return makeRegisterExpression(amdgpu_cdna2::v103,0,opr_size);
+case 104 : return makeRegisterExpression(amdgpu_cdna2::v104,0,opr_size);
+case 105 : return makeRegisterExpression(amdgpu_cdna2::v105,0,opr_size);
+case 106 : return makeRegisterExpression(amdgpu_cdna2::v106,0,opr_size);
+case 107 : return makeRegisterExpression(amdgpu_cdna2::v107,0,opr_size);
+case 108 : return makeRegisterExpression(amdgpu_cdna2::v108,0,opr_size);
+case 109 : return makeRegisterExpression(amdgpu_cdna2::v109,0,opr_size);
+case 110 : return makeRegisterExpression(amdgpu_cdna2::v110,0,opr_size);
+case 111 : return makeRegisterExpression(amdgpu_cdna2::v111,0,opr_size);
+case 112 : return makeRegisterExpression(amdgpu_cdna2::v112,0,opr_size);
+case 113 : return makeRegisterExpression(amdgpu_cdna2::v113,0,opr_size);
+case 114 : return makeRegisterExpression(amdgpu_cdna2::v114,0,opr_size);
+case 115 : return makeRegisterExpression(amdgpu_cdna2::v115,0,opr_size);
+case 116 : return makeRegisterExpression(amdgpu_cdna2::v116,0,opr_size);
+case 117 : return makeRegisterExpression(amdgpu_cdna2::v117,0,opr_size);
+case 118 : return makeRegisterExpression(amdgpu_cdna2::v118,0,opr_size);
+case 119 : return makeRegisterExpression(amdgpu_cdna2::v119,0,opr_size);
+case 120 : return makeRegisterExpression(amdgpu_cdna2::v120,0,opr_size);
+case 121 : return makeRegisterExpression(amdgpu_cdna2::v121,0,opr_size);
+case 122 : return makeRegisterExpression(amdgpu_cdna2::v122,0,opr_size);
+case 123 : return makeRegisterExpression(amdgpu_cdna2::v123,0,opr_size);
+case 124 : return makeRegisterExpression(amdgpu_cdna2::v124,0,opr_size);
+case 125 : return makeRegisterExpression(amdgpu_cdna2::v125,0,opr_size);
+case 126 : return makeRegisterExpression(amdgpu_cdna2::v126,0,opr_size);
+case 127 : return makeRegisterExpression(amdgpu_cdna2::v127,0,opr_size);
+case 128 : return makeRegisterExpression(amdgpu_cdna2::v128,0,opr_size);
+case 129 : return makeRegisterExpression(amdgpu_cdna2::v129,0,opr_size);
+case 130 : return makeRegisterExpression(amdgpu_cdna2::v130,0,opr_size);
+case 131 : return makeRegisterExpression(amdgpu_cdna2::v131,0,opr_size);
+case 132 : return makeRegisterExpression(amdgpu_cdna2::v132,0,opr_size);
+case 133 : return makeRegisterExpression(amdgpu_cdna2::v133,0,opr_size);
+case 134 : return makeRegisterExpression(amdgpu_cdna2::v134,0,opr_size);
+case 135 : return makeRegisterExpression(amdgpu_cdna2::v135,0,opr_size);
+case 136 : return makeRegisterExpression(amdgpu_cdna2::v136,0,opr_size);
+case 137 : return makeRegisterExpression(amdgpu_cdna2::v137,0,opr_size);
+case 138 : return makeRegisterExpression(amdgpu_cdna2::v138,0,opr_size);
+case 139 : return makeRegisterExpression(amdgpu_cdna2::v139,0,opr_size);
+case 140 : return makeRegisterExpression(amdgpu_cdna2::v140,0,opr_size);
+case 141 : return makeRegisterExpression(amdgpu_cdna2::v141,0,opr_size);
+case 142 : return makeRegisterExpression(amdgpu_cdna2::v142,0,opr_size);
+case 143 : return makeRegisterExpression(amdgpu_cdna2::v143,0,opr_size);
+case 144 : return makeRegisterExpression(amdgpu_cdna2::v144,0,opr_size);
+case 145 : return makeRegisterExpression(amdgpu_cdna2::v145,0,opr_size);
+case 146 : return makeRegisterExpression(amdgpu_cdna2::v146,0,opr_size);
+case 147 : return makeRegisterExpression(amdgpu_cdna2::v147,0,opr_size);
+case 148 : return makeRegisterExpression(amdgpu_cdna2::v148,0,opr_size);
+case 149 : return makeRegisterExpression(amdgpu_cdna2::v149,0,opr_size);
+case 150 : return makeRegisterExpression(amdgpu_cdna2::v150,0,opr_size);
+case 151 : return makeRegisterExpression(amdgpu_cdna2::v151,0,opr_size);
+case 152 : return makeRegisterExpression(amdgpu_cdna2::v152,0,opr_size);
+case 153 : return makeRegisterExpression(amdgpu_cdna2::v153,0,opr_size);
+case 154 : return makeRegisterExpression(amdgpu_cdna2::v154,0,opr_size);
+case 155 : return makeRegisterExpression(amdgpu_cdna2::v155,0,opr_size);
+case 156 : return makeRegisterExpression(amdgpu_cdna2::v156,0,opr_size);
+case 157 : return makeRegisterExpression(amdgpu_cdna2::v157,0,opr_size);
+case 158 : return makeRegisterExpression(amdgpu_cdna2::v158,0,opr_size);
+case 159 : return makeRegisterExpression(amdgpu_cdna2::v159,0,opr_size);
+case 160 : return makeRegisterExpression(amdgpu_cdna2::v160,0,opr_size);
+case 161 : return makeRegisterExpression(amdgpu_cdna2::v161,0,opr_size);
+case 162 : return makeRegisterExpression(amdgpu_cdna2::v162,0,opr_size);
+case 163 : return makeRegisterExpression(amdgpu_cdna2::v163,0,opr_size);
+case 164 : return makeRegisterExpression(amdgpu_cdna2::v164,0,opr_size);
+case 165 : return makeRegisterExpression(amdgpu_cdna2::v165,0,opr_size);
+case 166 : return makeRegisterExpression(amdgpu_cdna2::v166,0,opr_size);
+case 167 : return makeRegisterExpression(amdgpu_cdna2::v167,0,opr_size);
+case 168 : return makeRegisterExpression(amdgpu_cdna2::v168,0,opr_size);
+case 169 : return makeRegisterExpression(amdgpu_cdna2::v169,0,opr_size);
+case 170 : return makeRegisterExpression(amdgpu_cdna2::v170,0,opr_size);
+case 171 : return makeRegisterExpression(amdgpu_cdna2::v171,0,opr_size);
+case 172 : return makeRegisterExpression(amdgpu_cdna2::v172,0,opr_size);
+case 173 : return makeRegisterExpression(amdgpu_cdna2::v173,0,opr_size);
+case 174 : return makeRegisterExpression(amdgpu_cdna2::v174,0,opr_size);
+case 175 : return makeRegisterExpression(amdgpu_cdna2::v175,0,opr_size);
+case 176 : return makeRegisterExpression(amdgpu_cdna2::v176,0,opr_size);
+case 177 : return makeRegisterExpression(amdgpu_cdna2::v177,0,opr_size);
+case 178 : return makeRegisterExpression(amdgpu_cdna2::v178,0,opr_size);
+case 179 : return makeRegisterExpression(amdgpu_cdna2::v179,0,opr_size);
+case 180 : return makeRegisterExpression(amdgpu_cdna2::v180,0,opr_size);
+case 181 : return makeRegisterExpression(amdgpu_cdna2::v181,0,opr_size);
+case 182 : return makeRegisterExpression(amdgpu_cdna2::v182,0,opr_size);
+case 183 : return makeRegisterExpression(amdgpu_cdna2::v183,0,opr_size);
+case 184 : return makeRegisterExpression(amdgpu_cdna2::v184,0,opr_size);
+case 185 : return makeRegisterExpression(amdgpu_cdna2::v185,0,opr_size);
+case 186 : return makeRegisterExpression(amdgpu_cdna2::v186,0,opr_size);
+case 187 : return makeRegisterExpression(amdgpu_cdna2::v187,0,opr_size);
+case 188 : return makeRegisterExpression(amdgpu_cdna2::v188,0,opr_size);
+case 189 : return makeRegisterExpression(amdgpu_cdna2::v189,0,opr_size);
+case 190 : return makeRegisterExpression(amdgpu_cdna2::v190,0,opr_size);
+case 191 : return makeRegisterExpression(amdgpu_cdna2::v191,0,opr_size);
+case 192 : return makeRegisterExpression(amdgpu_cdna2::v192,0,opr_size);
+case 193 : return makeRegisterExpression(amdgpu_cdna2::v193,0,opr_size);
+case 194 : return makeRegisterExpression(amdgpu_cdna2::v194,0,opr_size);
+case 195 : return makeRegisterExpression(amdgpu_cdna2::v195,0,opr_size);
+case 196 : return makeRegisterExpression(amdgpu_cdna2::v196,0,opr_size);
+case 197 : return makeRegisterExpression(amdgpu_cdna2::v197,0,opr_size);
+case 198 : return makeRegisterExpression(amdgpu_cdna2::v198,0,opr_size);
+case 199 : return makeRegisterExpression(amdgpu_cdna2::v199,0,opr_size);
+case 200 : return makeRegisterExpression(amdgpu_cdna2::v200,0,opr_size);
+case 201 : return makeRegisterExpression(amdgpu_cdna2::v201,0,opr_size);
+case 202 : return makeRegisterExpression(amdgpu_cdna2::v202,0,opr_size);
+case 203 : return makeRegisterExpression(amdgpu_cdna2::v203,0,opr_size);
+case 204 : return makeRegisterExpression(amdgpu_cdna2::v204,0,opr_size);
+case 205 : return makeRegisterExpression(amdgpu_cdna2::v205,0,opr_size);
+case 206 : return makeRegisterExpression(amdgpu_cdna2::v206,0,opr_size);
+case 207 : return makeRegisterExpression(amdgpu_cdna2::v207,0,opr_size);
+case 208 : return makeRegisterExpression(amdgpu_cdna2::v208,0,opr_size);
+case 209 : return makeRegisterExpression(amdgpu_cdna2::v209,0,opr_size);
+case 210 : return makeRegisterExpression(amdgpu_cdna2::v210,0,opr_size);
+case 211 : return makeRegisterExpression(amdgpu_cdna2::v211,0,opr_size);
+case 212 : return makeRegisterExpression(amdgpu_cdna2::v212,0,opr_size);
+case 213 : return makeRegisterExpression(amdgpu_cdna2::v213,0,opr_size);
+case 214 : return makeRegisterExpression(amdgpu_cdna2::v214,0,opr_size);
+case 215 : return makeRegisterExpression(amdgpu_cdna2::v215,0,opr_size);
+case 216 : return makeRegisterExpression(amdgpu_cdna2::v216,0,opr_size);
+case 217 : return makeRegisterExpression(amdgpu_cdna2::v217,0,opr_size);
+case 218 : return makeRegisterExpression(amdgpu_cdna2::v218,0,opr_size);
+case 219 : return makeRegisterExpression(amdgpu_cdna2::v219,0,opr_size);
+case 220 : return makeRegisterExpression(amdgpu_cdna2::v220,0,opr_size);
+case 221 : return makeRegisterExpression(amdgpu_cdna2::v221,0,opr_size);
+case 222 : return makeRegisterExpression(amdgpu_cdna2::v222,0,opr_size);
+case 223 : return makeRegisterExpression(amdgpu_cdna2::v223,0,opr_size);
+case 224 : return makeRegisterExpression(amdgpu_cdna2::v224,0,opr_size);
+case 225 : return makeRegisterExpression(amdgpu_cdna2::v225,0,opr_size);
+case 226 : return makeRegisterExpression(amdgpu_cdna2::v226,0,opr_size);
+case 227 : return makeRegisterExpression(amdgpu_cdna2::v227,0,opr_size);
+case 228 : return makeRegisterExpression(amdgpu_cdna2::v228,0,opr_size);
+case 229 : return makeRegisterExpression(amdgpu_cdna2::v229,0,opr_size);
+case 230 : return makeRegisterExpression(amdgpu_cdna2::v230,0,opr_size);
+case 231 : return makeRegisterExpression(amdgpu_cdna2::v231,0,opr_size);
+case 232 : return makeRegisterExpression(amdgpu_cdna2::v232,0,opr_size);
+case 233 : return makeRegisterExpression(amdgpu_cdna2::v233,0,opr_size);
+case 234 : return makeRegisterExpression(amdgpu_cdna2::v234,0,opr_size);
+case 235 : return makeRegisterExpression(amdgpu_cdna2::v235,0,opr_size);
+case 236 : return makeRegisterExpression(amdgpu_cdna2::v236,0,opr_size);
+case 237 : return makeRegisterExpression(amdgpu_cdna2::v237,0,opr_size);
+case 238 : return makeRegisterExpression(amdgpu_cdna2::v238,0,opr_size);
+case 239 : return makeRegisterExpression(amdgpu_cdna2::v239,0,opr_size);
+case 240 : return makeRegisterExpression(amdgpu_cdna2::v240,0,opr_size);
+case 241 : return makeRegisterExpression(amdgpu_cdna2::v241,0,opr_size);
+case 242 : return makeRegisterExpression(amdgpu_cdna2::v242,0,opr_size);
+case 243 : return makeRegisterExpression(amdgpu_cdna2::v243,0,opr_size);
+case 244 : return makeRegisterExpression(amdgpu_cdna2::v244,0,opr_size);
+case 245 : return makeRegisterExpression(amdgpu_cdna2::v245,0,opr_size);
+case 246 : return makeRegisterExpression(amdgpu_cdna2::v246,0,opr_size);
+case 247 : return makeRegisterExpression(amdgpu_cdna2::v247,0,opr_size);
+case 248 : return makeRegisterExpression(amdgpu_cdna2::v248,0,opr_size);
+case 249 : return makeRegisterExpression(amdgpu_cdna2::v249,0,opr_size);
+case 250 : return makeRegisterExpression(amdgpu_cdna2::v250,0,opr_size);
+case 251 : return makeRegisterExpression(amdgpu_cdna2::v251,0,opr_size);
+case 252 : return makeRegisterExpression(amdgpu_cdna2::v252,0,opr_size);
+case 253 : return makeRegisterExpression(amdgpu_cdna2::v253,0,opr_size);
+case 254 : return makeRegisterExpression(amdgpu_cdna2::v254,0,opr_size);
+case 255 : return makeRegisterExpression(amdgpu_cdna2::v255,0,opr_size);
+case 512 : return makeRegisterExpression(amdgpu_cdna2::acc0,0,opr_size);
+case 513 : return makeRegisterExpression(amdgpu_cdna2::acc1,0,opr_size);
+case 514 : return makeRegisterExpression(amdgpu_cdna2::acc2,0,opr_size);
+case 515 : return makeRegisterExpression(amdgpu_cdna2::acc3,0,opr_size);
+case 516 : return makeRegisterExpression(amdgpu_cdna2::acc4,0,opr_size);
+case 517 : return makeRegisterExpression(amdgpu_cdna2::acc5,0,opr_size);
+case 518 : return makeRegisterExpression(amdgpu_cdna2::acc6,0,opr_size);
+case 519 : return makeRegisterExpression(amdgpu_cdna2::acc7,0,opr_size);
+case 520 : return makeRegisterExpression(amdgpu_cdna2::acc8,0,opr_size);
+case 521 : return makeRegisterExpression(amdgpu_cdna2::acc9,0,opr_size);
+case 522 : return makeRegisterExpression(amdgpu_cdna2::acc10,0,opr_size);
+case 523 : return makeRegisterExpression(amdgpu_cdna2::acc11,0,opr_size);
+case 524 : return makeRegisterExpression(amdgpu_cdna2::acc12,0,opr_size);
+case 525 : return makeRegisterExpression(amdgpu_cdna2::acc13,0,opr_size);
+case 526 : return makeRegisterExpression(amdgpu_cdna2::acc14,0,opr_size);
+case 527 : return makeRegisterExpression(amdgpu_cdna2::acc15,0,opr_size);
+case 528 : return makeRegisterExpression(amdgpu_cdna2::acc16,0,opr_size);
+case 529 : return makeRegisterExpression(amdgpu_cdna2::acc17,0,opr_size);
+case 530 : return makeRegisterExpression(amdgpu_cdna2::acc18,0,opr_size);
+case 531 : return makeRegisterExpression(amdgpu_cdna2::acc19,0,opr_size);
+case 532 : return makeRegisterExpression(amdgpu_cdna2::acc20,0,opr_size);
+case 533 : return makeRegisterExpression(amdgpu_cdna2::acc21,0,opr_size);
+case 534 : return makeRegisterExpression(amdgpu_cdna2::acc22,0,opr_size);
+case 535 : return makeRegisterExpression(amdgpu_cdna2::acc23,0,opr_size);
+case 536 : return makeRegisterExpression(amdgpu_cdna2::acc24,0,opr_size);
+case 537 : return makeRegisterExpression(amdgpu_cdna2::acc25,0,opr_size);
+case 538 : return makeRegisterExpression(amdgpu_cdna2::acc26,0,opr_size);
+case 539 : return makeRegisterExpression(amdgpu_cdna2::acc27,0,opr_size);
+case 540 : return makeRegisterExpression(amdgpu_cdna2::acc28,0,opr_size);
+case 541 : return makeRegisterExpression(amdgpu_cdna2::acc29,0,opr_size);
+case 542 : return makeRegisterExpression(amdgpu_cdna2::acc30,0,opr_size);
+case 543 : return makeRegisterExpression(amdgpu_cdna2::acc31,0,opr_size);
+case 544 : return makeRegisterExpression(amdgpu_cdna2::acc32,0,opr_size);
+case 545 : return makeRegisterExpression(amdgpu_cdna2::acc33,0,opr_size);
+case 546 : return makeRegisterExpression(amdgpu_cdna2::acc34,0,opr_size);
+case 547 : return makeRegisterExpression(amdgpu_cdna2::acc35,0,opr_size);
+case 548 : return makeRegisterExpression(amdgpu_cdna2::acc36,0,opr_size);
+case 549 : return makeRegisterExpression(amdgpu_cdna2::acc37,0,opr_size);
+case 550 : return makeRegisterExpression(amdgpu_cdna2::acc38,0,opr_size);
+case 551 : return makeRegisterExpression(amdgpu_cdna2::acc39,0,opr_size);
+case 552 : return makeRegisterExpression(amdgpu_cdna2::acc40,0,opr_size);
+case 553 : return makeRegisterExpression(amdgpu_cdna2::acc41,0,opr_size);
+case 554 : return makeRegisterExpression(amdgpu_cdna2::acc42,0,opr_size);
+case 555 : return makeRegisterExpression(amdgpu_cdna2::acc43,0,opr_size);
+case 556 : return makeRegisterExpression(amdgpu_cdna2::acc44,0,opr_size);
+case 557 : return makeRegisterExpression(amdgpu_cdna2::acc45,0,opr_size);
+case 558 : return makeRegisterExpression(amdgpu_cdna2::acc46,0,opr_size);
+case 559 : return makeRegisterExpression(amdgpu_cdna2::acc47,0,opr_size);
+case 560 : return makeRegisterExpression(amdgpu_cdna2::acc48,0,opr_size);
+case 561 : return makeRegisterExpression(amdgpu_cdna2::acc49,0,opr_size);
+case 562 : return makeRegisterExpression(amdgpu_cdna2::acc50,0,opr_size);
+case 563 : return makeRegisterExpression(amdgpu_cdna2::acc51,0,opr_size);
+case 564 : return makeRegisterExpression(amdgpu_cdna2::acc52,0,opr_size);
+case 565 : return makeRegisterExpression(amdgpu_cdna2::acc53,0,opr_size);
+case 566 : return makeRegisterExpression(amdgpu_cdna2::acc54,0,opr_size);
+case 567 : return makeRegisterExpression(amdgpu_cdna2::acc55,0,opr_size);
+case 568 : return makeRegisterExpression(amdgpu_cdna2::acc56,0,opr_size);
+case 569 : return makeRegisterExpression(amdgpu_cdna2::acc57,0,opr_size);
+case 570 : return makeRegisterExpression(amdgpu_cdna2::acc58,0,opr_size);
+case 571 : return makeRegisterExpression(amdgpu_cdna2::acc59,0,opr_size);
+case 572 : return makeRegisterExpression(amdgpu_cdna2::acc60,0,opr_size);
+case 573 : return makeRegisterExpression(amdgpu_cdna2::acc61,0,opr_size);
+case 574 : return makeRegisterExpression(amdgpu_cdna2::acc62,0,opr_size);
+case 575 : return makeRegisterExpression(amdgpu_cdna2::acc63,0,opr_size);
+case 576 : return makeRegisterExpression(amdgpu_cdna2::acc64,0,opr_size);
+case 577 : return makeRegisterExpression(amdgpu_cdna2::acc65,0,opr_size);
+case 578 : return makeRegisterExpression(amdgpu_cdna2::acc66,0,opr_size);
+case 579 : return makeRegisterExpression(amdgpu_cdna2::acc67,0,opr_size);
+case 580 : return makeRegisterExpression(amdgpu_cdna2::acc68,0,opr_size);
+case 581 : return makeRegisterExpression(amdgpu_cdna2::acc69,0,opr_size);
+case 582 : return makeRegisterExpression(amdgpu_cdna2::acc70,0,opr_size);
+case 583 : return makeRegisterExpression(amdgpu_cdna2::acc71,0,opr_size);
+case 584 : return makeRegisterExpression(amdgpu_cdna2::acc72,0,opr_size);
+case 585 : return makeRegisterExpression(amdgpu_cdna2::acc73,0,opr_size);
+case 586 : return makeRegisterExpression(amdgpu_cdna2::acc74,0,opr_size);
+case 587 : return makeRegisterExpression(amdgpu_cdna2::acc75,0,opr_size);
+case 588 : return makeRegisterExpression(amdgpu_cdna2::acc76,0,opr_size);
+case 589 : return makeRegisterExpression(amdgpu_cdna2::acc77,0,opr_size);
+case 590 : return makeRegisterExpression(amdgpu_cdna2::acc78,0,opr_size);
+case 591 : return makeRegisterExpression(amdgpu_cdna2::acc79,0,opr_size);
+case 592 : return makeRegisterExpression(amdgpu_cdna2::acc80,0,opr_size);
+case 593 : return makeRegisterExpression(amdgpu_cdna2::acc81,0,opr_size);
+case 594 : return makeRegisterExpression(amdgpu_cdna2::acc82,0,opr_size);
+case 595 : return makeRegisterExpression(amdgpu_cdna2::acc83,0,opr_size);
+case 596 : return makeRegisterExpression(amdgpu_cdna2::acc84,0,opr_size);
+case 597 : return makeRegisterExpression(amdgpu_cdna2::acc85,0,opr_size);
+case 598 : return makeRegisterExpression(amdgpu_cdna2::acc86,0,opr_size);
+case 599 : return makeRegisterExpression(amdgpu_cdna2::acc87,0,opr_size);
+case 600 : return makeRegisterExpression(amdgpu_cdna2::acc88,0,opr_size);
+case 601 : return makeRegisterExpression(amdgpu_cdna2::acc89,0,opr_size);
+case 602 : return makeRegisterExpression(amdgpu_cdna2::acc90,0,opr_size);
+case 603 : return makeRegisterExpression(amdgpu_cdna2::acc91,0,opr_size);
+case 604 : return makeRegisterExpression(amdgpu_cdna2::acc92,0,opr_size);
+case 605 : return makeRegisterExpression(amdgpu_cdna2::acc93,0,opr_size);
+case 606 : return makeRegisterExpression(amdgpu_cdna2::acc94,0,opr_size);
+case 607 : return makeRegisterExpression(amdgpu_cdna2::acc95,0,opr_size);
+case 608 : return makeRegisterExpression(amdgpu_cdna2::acc96,0,opr_size);
+case 609 : return makeRegisterExpression(amdgpu_cdna2::acc97,0,opr_size);
+case 610 : return makeRegisterExpression(amdgpu_cdna2::acc98,0,opr_size);
+case 611 : return makeRegisterExpression(amdgpu_cdna2::acc99,0,opr_size);
+case 612 : return makeRegisterExpression(amdgpu_cdna2::acc100,0,opr_size);
+case 613 : return makeRegisterExpression(amdgpu_cdna2::acc101,0,opr_size);
+case 614 : return makeRegisterExpression(amdgpu_cdna2::acc102,0,opr_size);
+case 615 : return makeRegisterExpression(amdgpu_cdna2::acc103,0,opr_size);
+case 616 : return makeRegisterExpression(amdgpu_cdna2::acc104,0,opr_size);
+case 617 : return makeRegisterExpression(amdgpu_cdna2::acc105,0,opr_size);
+case 618 : return makeRegisterExpression(amdgpu_cdna2::acc106,0,opr_size);
+case 619 : return makeRegisterExpression(amdgpu_cdna2::acc107,0,opr_size);
+case 620 : return makeRegisterExpression(amdgpu_cdna2::acc108,0,opr_size);
+case 621 : return makeRegisterExpression(amdgpu_cdna2::acc109,0,opr_size);
+case 622 : return makeRegisterExpression(amdgpu_cdna2::acc110,0,opr_size);
+case 623 : return makeRegisterExpression(amdgpu_cdna2::acc111,0,opr_size);
+case 624 : return makeRegisterExpression(amdgpu_cdna2::acc112,0,opr_size);
+case 625 : return makeRegisterExpression(amdgpu_cdna2::acc113,0,opr_size);
+case 626 : return makeRegisterExpression(amdgpu_cdna2::acc114,0,opr_size);
+case 627 : return makeRegisterExpression(amdgpu_cdna2::acc115,0,opr_size);
+case 628 : return makeRegisterExpression(amdgpu_cdna2::acc116,0,opr_size);
+case 629 : return makeRegisterExpression(amdgpu_cdna2::acc117,0,opr_size);
+case 630 : return makeRegisterExpression(amdgpu_cdna2::acc118,0,opr_size);
+case 631 : return makeRegisterExpression(amdgpu_cdna2::acc119,0,opr_size);
+case 632 : return makeRegisterExpression(amdgpu_cdna2::acc120,0,opr_size);
+case 633 : return makeRegisterExpression(amdgpu_cdna2::acc121,0,opr_size);
+case 634 : return makeRegisterExpression(amdgpu_cdna2::acc122,0,opr_size);
+case 635 : return makeRegisterExpression(amdgpu_cdna2::acc123,0,opr_size);
+case 636 : return makeRegisterExpression(amdgpu_cdna2::acc124,0,opr_size);
+case 637 : return makeRegisterExpression(amdgpu_cdna2::acc125,0,opr_size);
+case 638 : return makeRegisterExpression(amdgpu_cdna2::acc126,0,opr_size);
+case 639 : return makeRegisterExpression(amdgpu_cdna2::acc127,0,opr_size);
+case 640 : return makeRegisterExpression(amdgpu_cdna2::acc128,0,opr_size);
+case 641 : return makeRegisterExpression(amdgpu_cdna2::acc129,0,opr_size);
+case 642 : return makeRegisterExpression(amdgpu_cdna2::acc130,0,opr_size);
+case 643 : return makeRegisterExpression(amdgpu_cdna2::acc131,0,opr_size);
+case 644 : return makeRegisterExpression(amdgpu_cdna2::acc132,0,opr_size);
+case 645 : return makeRegisterExpression(amdgpu_cdna2::acc133,0,opr_size);
+case 646 : return makeRegisterExpression(amdgpu_cdna2::acc134,0,opr_size);
+case 647 : return makeRegisterExpression(amdgpu_cdna2::acc135,0,opr_size);
+case 648 : return makeRegisterExpression(amdgpu_cdna2::acc136,0,opr_size);
+case 649 : return makeRegisterExpression(amdgpu_cdna2::acc137,0,opr_size);
+case 650 : return makeRegisterExpression(amdgpu_cdna2::acc138,0,opr_size);
+case 651 : return makeRegisterExpression(amdgpu_cdna2::acc139,0,opr_size);
+case 652 : return makeRegisterExpression(amdgpu_cdna2::acc140,0,opr_size);
+case 653 : return makeRegisterExpression(amdgpu_cdna2::acc141,0,opr_size);
+case 654 : return makeRegisterExpression(amdgpu_cdna2::acc142,0,opr_size);
+case 655 : return makeRegisterExpression(amdgpu_cdna2::acc143,0,opr_size);
+case 656 : return makeRegisterExpression(amdgpu_cdna2::acc144,0,opr_size);
+case 657 : return makeRegisterExpression(amdgpu_cdna2::acc145,0,opr_size);
+case 658 : return makeRegisterExpression(amdgpu_cdna2::acc146,0,opr_size);
+case 659 : return makeRegisterExpression(amdgpu_cdna2::acc147,0,opr_size);
+case 660 : return makeRegisterExpression(amdgpu_cdna2::acc148,0,opr_size);
+case 661 : return makeRegisterExpression(amdgpu_cdna2::acc149,0,opr_size);
+case 662 : return makeRegisterExpression(amdgpu_cdna2::acc150,0,opr_size);
+case 663 : return makeRegisterExpression(amdgpu_cdna2::acc151,0,opr_size);
+case 664 : return makeRegisterExpression(amdgpu_cdna2::acc152,0,opr_size);
+case 665 : return makeRegisterExpression(amdgpu_cdna2::acc153,0,opr_size);
+case 666 : return makeRegisterExpression(amdgpu_cdna2::acc154,0,opr_size);
+case 667 : return makeRegisterExpression(amdgpu_cdna2::acc155,0,opr_size);
+case 668 : return makeRegisterExpression(amdgpu_cdna2::acc156,0,opr_size);
+case 669 : return makeRegisterExpression(amdgpu_cdna2::acc157,0,opr_size);
+case 670 : return makeRegisterExpression(amdgpu_cdna2::acc158,0,opr_size);
+case 671 : return makeRegisterExpression(amdgpu_cdna2::acc159,0,opr_size);
+case 672 : return makeRegisterExpression(amdgpu_cdna2::acc160,0,opr_size);
+case 673 : return makeRegisterExpression(amdgpu_cdna2::acc161,0,opr_size);
+case 674 : return makeRegisterExpression(amdgpu_cdna2::acc162,0,opr_size);
+case 675 : return makeRegisterExpression(amdgpu_cdna2::acc163,0,opr_size);
+case 676 : return makeRegisterExpression(amdgpu_cdna2::acc164,0,opr_size);
+case 677 : return makeRegisterExpression(amdgpu_cdna2::acc165,0,opr_size);
+case 678 : return makeRegisterExpression(amdgpu_cdna2::acc166,0,opr_size);
+case 679 : return makeRegisterExpression(amdgpu_cdna2::acc167,0,opr_size);
+case 680 : return makeRegisterExpression(amdgpu_cdna2::acc168,0,opr_size);
+case 681 : return makeRegisterExpression(amdgpu_cdna2::acc169,0,opr_size);
+case 682 : return makeRegisterExpression(amdgpu_cdna2::acc170,0,opr_size);
+case 683 : return makeRegisterExpression(amdgpu_cdna2::acc171,0,opr_size);
+case 684 : return makeRegisterExpression(amdgpu_cdna2::acc172,0,opr_size);
+case 685 : return makeRegisterExpression(amdgpu_cdna2::acc173,0,opr_size);
+case 686 : return makeRegisterExpression(amdgpu_cdna2::acc174,0,opr_size);
+case 687 : return makeRegisterExpression(amdgpu_cdna2::acc175,0,opr_size);
+case 688 : return makeRegisterExpression(amdgpu_cdna2::acc176,0,opr_size);
+case 689 : return makeRegisterExpression(amdgpu_cdna2::acc177,0,opr_size);
+case 690 : return makeRegisterExpression(amdgpu_cdna2::acc178,0,opr_size);
+case 691 : return makeRegisterExpression(amdgpu_cdna2::acc179,0,opr_size);
+case 692 : return makeRegisterExpression(amdgpu_cdna2::acc180,0,opr_size);
+case 693 : return makeRegisterExpression(amdgpu_cdna2::acc181,0,opr_size);
+case 694 : return makeRegisterExpression(amdgpu_cdna2::acc182,0,opr_size);
+case 695 : return makeRegisterExpression(amdgpu_cdna2::acc183,0,opr_size);
+case 696 : return makeRegisterExpression(amdgpu_cdna2::acc184,0,opr_size);
+case 697 : return makeRegisterExpression(amdgpu_cdna2::acc185,0,opr_size);
+case 698 : return makeRegisterExpression(amdgpu_cdna2::acc186,0,opr_size);
+case 699 : return makeRegisterExpression(amdgpu_cdna2::acc187,0,opr_size);
+case 700 : return makeRegisterExpression(amdgpu_cdna2::acc188,0,opr_size);
+case 701 : return makeRegisterExpression(amdgpu_cdna2::acc189,0,opr_size);
+case 702 : return makeRegisterExpression(amdgpu_cdna2::acc190,0,opr_size);
+case 703 : return makeRegisterExpression(amdgpu_cdna2::acc191,0,opr_size);
+case 704 : return makeRegisterExpression(amdgpu_cdna2::acc192,0,opr_size);
+case 705 : return makeRegisterExpression(amdgpu_cdna2::acc193,0,opr_size);
+case 706 : return makeRegisterExpression(amdgpu_cdna2::acc194,0,opr_size);
+case 707 : return makeRegisterExpression(amdgpu_cdna2::acc195,0,opr_size);
+case 708 : return makeRegisterExpression(amdgpu_cdna2::acc196,0,opr_size);
+case 709 : return makeRegisterExpression(amdgpu_cdna2::acc197,0,opr_size);
+case 710 : return makeRegisterExpression(amdgpu_cdna2::acc198,0,opr_size);
+case 711 : return makeRegisterExpression(amdgpu_cdna2::acc199,0,opr_size);
+case 712 : return makeRegisterExpression(amdgpu_cdna2::acc200,0,opr_size);
+case 713 : return makeRegisterExpression(amdgpu_cdna2::acc201,0,opr_size);
+case 714 : return makeRegisterExpression(amdgpu_cdna2::acc202,0,opr_size);
+case 715 : return makeRegisterExpression(amdgpu_cdna2::acc203,0,opr_size);
+case 716 : return makeRegisterExpression(amdgpu_cdna2::acc204,0,opr_size);
+case 717 : return makeRegisterExpression(amdgpu_cdna2::acc205,0,opr_size);
+case 718 : return makeRegisterExpression(amdgpu_cdna2::acc206,0,opr_size);
+case 719 : return makeRegisterExpression(amdgpu_cdna2::acc207,0,opr_size);
+case 720 : return makeRegisterExpression(amdgpu_cdna2::acc208,0,opr_size);
+case 721 : return makeRegisterExpression(amdgpu_cdna2::acc209,0,opr_size);
+case 722 : return makeRegisterExpression(amdgpu_cdna2::acc210,0,opr_size);
+case 723 : return makeRegisterExpression(amdgpu_cdna2::acc211,0,opr_size);
+case 724 : return makeRegisterExpression(amdgpu_cdna2::acc212,0,opr_size);
+case 725 : return makeRegisterExpression(amdgpu_cdna2::acc213,0,opr_size);
+case 726 : return makeRegisterExpression(amdgpu_cdna2::acc214,0,opr_size);
+case 727 : return makeRegisterExpression(amdgpu_cdna2::acc215,0,opr_size);
+case 728 : return makeRegisterExpression(amdgpu_cdna2::acc216,0,opr_size);
+case 729 : return makeRegisterExpression(amdgpu_cdna2::acc217,0,opr_size);
+case 730 : return makeRegisterExpression(amdgpu_cdna2::acc218,0,opr_size);
+case 731 : return makeRegisterExpression(amdgpu_cdna2::acc219,0,opr_size);
+case 732 : return makeRegisterExpression(amdgpu_cdna2::acc220,0,opr_size);
+case 733 : return makeRegisterExpression(amdgpu_cdna2::acc221,0,opr_size);
+case 734 : return makeRegisterExpression(amdgpu_cdna2::acc222,0,opr_size);
+case 735 : return makeRegisterExpression(amdgpu_cdna2::acc223,0,opr_size);
+case 736 : return makeRegisterExpression(amdgpu_cdna2::acc224,0,opr_size);
+case 737 : return makeRegisterExpression(amdgpu_cdna2::acc225,0,opr_size);
+case 738 : return makeRegisterExpression(amdgpu_cdna2::acc226,0,opr_size);
+case 739 : return makeRegisterExpression(amdgpu_cdna2::acc227,0,opr_size);
+case 740 : return makeRegisterExpression(amdgpu_cdna2::acc228,0,opr_size);
+case 741 : return makeRegisterExpression(amdgpu_cdna2::acc229,0,opr_size);
+case 742 : return makeRegisterExpression(amdgpu_cdna2::acc230,0,opr_size);
+case 743 : return makeRegisterExpression(amdgpu_cdna2::acc231,0,opr_size);
+case 744 : return makeRegisterExpression(amdgpu_cdna2::acc232,0,opr_size);
+case 745 : return makeRegisterExpression(amdgpu_cdna2::acc233,0,opr_size);
+case 746 : return makeRegisterExpression(amdgpu_cdna2::acc234,0,opr_size);
+case 747 : return makeRegisterExpression(amdgpu_cdna2::acc235,0,opr_size);
+case 748 : return makeRegisterExpression(amdgpu_cdna2::acc236,0,opr_size);
+case 749 : return makeRegisterExpression(amdgpu_cdna2::acc237,0,opr_size);
+case 750 : return makeRegisterExpression(amdgpu_cdna2::acc238,0,opr_size);
+case 751 : return makeRegisterExpression(amdgpu_cdna2::acc239,0,opr_size);
+case 752 : return makeRegisterExpression(amdgpu_cdna2::acc240,0,opr_size);
+case 753 : return makeRegisterExpression(amdgpu_cdna2::acc241,0,opr_size);
+case 754 : return makeRegisterExpression(amdgpu_cdna2::acc242,0,opr_size);
+case 755 : return makeRegisterExpression(amdgpu_cdna2::acc243,0,opr_size);
+case 756 : return makeRegisterExpression(amdgpu_cdna2::acc244,0,opr_size);
+case 757 : return makeRegisterExpression(amdgpu_cdna2::acc245,0,opr_size);
+case 758 : return makeRegisterExpression(amdgpu_cdna2::acc246,0,opr_size);
+case 759 : return makeRegisterExpression(amdgpu_cdna2::acc247,0,opr_size);
+case 760 : return makeRegisterExpression(amdgpu_cdna2::acc248,0,opr_size);
+case 761 : return makeRegisterExpression(amdgpu_cdna2::acc249,0,opr_size);
+case 762 : return makeRegisterExpression(amdgpu_cdna2::acc250,0,opr_size);
+case 763 : return makeRegisterExpression(amdgpu_cdna2::acc251,0,opr_size);
+case 764 : return makeRegisterExpression(amdgpu_cdna2::acc252,0,opr_size);
+case 765 : return makeRegisterExpression(amdgpu_cdna2::acc253,0,opr_size);
+case 766 : return makeRegisterExpression(amdgpu_cdna2::acc254,0,opr_size);
+case 767 : return makeRegisterExpression(amdgpu_cdna2::acc255,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_VGPR_OR_LDS(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 256 : return makeRegisterExpression(amdgpu_cdna2::v0,0,opr_size);
+case 257 : return makeRegisterExpression(amdgpu_cdna2::v1,0,opr_size);
+case 258 : return makeRegisterExpression(amdgpu_cdna2::v2,0,opr_size);
+case 259 : return makeRegisterExpression(amdgpu_cdna2::v3,0,opr_size);
+case 260 : return makeRegisterExpression(amdgpu_cdna2::v4,0,opr_size);
+case 261 : return makeRegisterExpression(amdgpu_cdna2::v5,0,opr_size);
+case 262 : return makeRegisterExpression(amdgpu_cdna2::v6,0,opr_size);
+case 263 : return makeRegisterExpression(amdgpu_cdna2::v7,0,opr_size);
+case 264 : return makeRegisterExpression(amdgpu_cdna2::v8,0,opr_size);
+case 265 : return makeRegisterExpression(amdgpu_cdna2::v9,0,opr_size);
+case 266 : return makeRegisterExpression(amdgpu_cdna2::v10,0,opr_size);
+case 267 : return makeRegisterExpression(amdgpu_cdna2::v11,0,opr_size);
+case 268 : return makeRegisterExpression(amdgpu_cdna2::v12,0,opr_size);
+case 269 : return makeRegisterExpression(amdgpu_cdna2::v13,0,opr_size);
+case 270 : return makeRegisterExpression(amdgpu_cdna2::v14,0,opr_size);
+case 271 : return makeRegisterExpression(amdgpu_cdna2::v15,0,opr_size);
+case 272 : return makeRegisterExpression(amdgpu_cdna2::v16,0,opr_size);
+case 273 : return makeRegisterExpression(amdgpu_cdna2::v17,0,opr_size);
+case 274 : return makeRegisterExpression(amdgpu_cdna2::v18,0,opr_size);
+case 275 : return makeRegisterExpression(amdgpu_cdna2::v19,0,opr_size);
+case 276 : return makeRegisterExpression(amdgpu_cdna2::v20,0,opr_size);
+case 277 : return makeRegisterExpression(amdgpu_cdna2::v21,0,opr_size);
+case 278 : return makeRegisterExpression(amdgpu_cdna2::v22,0,opr_size);
+case 279 : return makeRegisterExpression(amdgpu_cdna2::v23,0,opr_size);
+case 280 : return makeRegisterExpression(amdgpu_cdna2::v24,0,opr_size);
+case 281 : return makeRegisterExpression(amdgpu_cdna2::v25,0,opr_size);
+case 282 : return makeRegisterExpression(amdgpu_cdna2::v26,0,opr_size);
+case 283 : return makeRegisterExpression(amdgpu_cdna2::v27,0,opr_size);
+case 284 : return makeRegisterExpression(amdgpu_cdna2::v28,0,opr_size);
+case 285 : return makeRegisterExpression(amdgpu_cdna2::v29,0,opr_size);
+case 286 : return makeRegisterExpression(amdgpu_cdna2::v30,0,opr_size);
+case 287 : return makeRegisterExpression(amdgpu_cdna2::v31,0,opr_size);
+case 288 : return makeRegisterExpression(amdgpu_cdna2::v32,0,opr_size);
+case 289 : return makeRegisterExpression(amdgpu_cdna2::v33,0,opr_size);
+case 290 : return makeRegisterExpression(amdgpu_cdna2::v34,0,opr_size);
+case 291 : return makeRegisterExpression(amdgpu_cdna2::v35,0,opr_size);
+case 292 : return makeRegisterExpression(amdgpu_cdna2::v36,0,opr_size);
+case 293 : return makeRegisterExpression(amdgpu_cdna2::v37,0,opr_size);
+case 294 : return makeRegisterExpression(amdgpu_cdna2::v38,0,opr_size);
+case 295 : return makeRegisterExpression(amdgpu_cdna2::v39,0,opr_size);
+case 296 : return makeRegisterExpression(amdgpu_cdna2::v40,0,opr_size);
+case 297 : return makeRegisterExpression(amdgpu_cdna2::v41,0,opr_size);
+case 298 : return makeRegisterExpression(amdgpu_cdna2::v42,0,opr_size);
+case 299 : return makeRegisterExpression(amdgpu_cdna2::v43,0,opr_size);
+case 300 : return makeRegisterExpression(amdgpu_cdna2::v44,0,opr_size);
+case 301 : return makeRegisterExpression(amdgpu_cdna2::v45,0,opr_size);
+case 302 : return makeRegisterExpression(amdgpu_cdna2::v46,0,opr_size);
+case 303 : return makeRegisterExpression(amdgpu_cdna2::v47,0,opr_size);
+case 304 : return makeRegisterExpression(amdgpu_cdna2::v48,0,opr_size);
+case 305 : return makeRegisterExpression(amdgpu_cdna2::v49,0,opr_size);
+case 306 : return makeRegisterExpression(amdgpu_cdna2::v50,0,opr_size);
+case 307 : return makeRegisterExpression(amdgpu_cdna2::v51,0,opr_size);
+case 308 : return makeRegisterExpression(amdgpu_cdna2::v52,0,opr_size);
+case 309 : return makeRegisterExpression(amdgpu_cdna2::v53,0,opr_size);
+case 310 : return makeRegisterExpression(amdgpu_cdna2::v54,0,opr_size);
+case 311 : return makeRegisterExpression(amdgpu_cdna2::v55,0,opr_size);
+case 312 : return makeRegisterExpression(amdgpu_cdna2::v56,0,opr_size);
+case 313 : return makeRegisterExpression(amdgpu_cdna2::v57,0,opr_size);
+case 314 : return makeRegisterExpression(amdgpu_cdna2::v58,0,opr_size);
+case 315 : return makeRegisterExpression(amdgpu_cdna2::v59,0,opr_size);
+case 316 : return makeRegisterExpression(amdgpu_cdna2::v60,0,opr_size);
+case 317 : return makeRegisterExpression(amdgpu_cdna2::v61,0,opr_size);
+case 318 : return makeRegisterExpression(amdgpu_cdna2::v62,0,opr_size);
+case 319 : return makeRegisterExpression(amdgpu_cdna2::v63,0,opr_size);
+case 320 : return makeRegisterExpression(amdgpu_cdna2::v64,0,opr_size);
+case 321 : return makeRegisterExpression(amdgpu_cdna2::v65,0,opr_size);
+case 322 : return makeRegisterExpression(amdgpu_cdna2::v66,0,opr_size);
+case 323 : return makeRegisterExpression(amdgpu_cdna2::v67,0,opr_size);
+case 324 : return makeRegisterExpression(amdgpu_cdna2::v68,0,opr_size);
+case 325 : return makeRegisterExpression(amdgpu_cdna2::v69,0,opr_size);
+case 326 : return makeRegisterExpression(amdgpu_cdna2::v70,0,opr_size);
+case 327 : return makeRegisterExpression(amdgpu_cdna2::v71,0,opr_size);
+case 328 : return makeRegisterExpression(amdgpu_cdna2::v72,0,opr_size);
+case 329 : return makeRegisterExpression(amdgpu_cdna2::v73,0,opr_size);
+case 330 : return makeRegisterExpression(amdgpu_cdna2::v74,0,opr_size);
+case 331 : return makeRegisterExpression(amdgpu_cdna2::v75,0,opr_size);
+case 332 : return makeRegisterExpression(amdgpu_cdna2::v76,0,opr_size);
+case 333 : return makeRegisterExpression(amdgpu_cdna2::v77,0,opr_size);
+case 334 : return makeRegisterExpression(amdgpu_cdna2::v78,0,opr_size);
+case 335 : return makeRegisterExpression(amdgpu_cdna2::v79,0,opr_size);
+case 336 : return makeRegisterExpression(amdgpu_cdna2::v80,0,opr_size);
+case 337 : return makeRegisterExpression(amdgpu_cdna2::v81,0,opr_size);
+case 338 : return makeRegisterExpression(amdgpu_cdna2::v82,0,opr_size);
+case 339 : return makeRegisterExpression(amdgpu_cdna2::v83,0,opr_size);
+case 340 : return makeRegisterExpression(amdgpu_cdna2::v84,0,opr_size);
+case 341 : return makeRegisterExpression(amdgpu_cdna2::v85,0,opr_size);
+case 342 : return makeRegisterExpression(amdgpu_cdna2::v86,0,opr_size);
+case 343 : return makeRegisterExpression(amdgpu_cdna2::v87,0,opr_size);
+case 344 : return makeRegisterExpression(amdgpu_cdna2::v88,0,opr_size);
+case 345 : return makeRegisterExpression(amdgpu_cdna2::v89,0,opr_size);
+case 346 : return makeRegisterExpression(amdgpu_cdna2::v90,0,opr_size);
+case 347 : return makeRegisterExpression(amdgpu_cdna2::v91,0,opr_size);
+case 348 : return makeRegisterExpression(amdgpu_cdna2::v92,0,opr_size);
+case 349 : return makeRegisterExpression(amdgpu_cdna2::v93,0,opr_size);
+case 350 : return makeRegisterExpression(amdgpu_cdna2::v94,0,opr_size);
+case 351 : return makeRegisterExpression(amdgpu_cdna2::v95,0,opr_size);
+case 352 : return makeRegisterExpression(amdgpu_cdna2::v96,0,opr_size);
+case 353 : return makeRegisterExpression(amdgpu_cdna2::v97,0,opr_size);
+case 354 : return makeRegisterExpression(amdgpu_cdna2::v98,0,opr_size);
+case 355 : return makeRegisterExpression(amdgpu_cdna2::v99,0,opr_size);
+case 356 : return makeRegisterExpression(amdgpu_cdna2::v100,0,opr_size);
+case 357 : return makeRegisterExpression(amdgpu_cdna2::v101,0,opr_size);
+case 358 : return makeRegisterExpression(amdgpu_cdna2::v102,0,opr_size);
+case 359 : return makeRegisterExpression(amdgpu_cdna2::v103,0,opr_size);
+case 360 : return makeRegisterExpression(amdgpu_cdna2::v104,0,opr_size);
+case 361 : return makeRegisterExpression(amdgpu_cdna2::v105,0,opr_size);
+case 362 : return makeRegisterExpression(amdgpu_cdna2::v106,0,opr_size);
+case 363 : return makeRegisterExpression(amdgpu_cdna2::v107,0,opr_size);
+case 364 : return makeRegisterExpression(amdgpu_cdna2::v108,0,opr_size);
+case 365 : return makeRegisterExpression(amdgpu_cdna2::v109,0,opr_size);
+case 366 : return makeRegisterExpression(amdgpu_cdna2::v110,0,opr_size);
+case 367 : return makeRegisterExpression(amdgpu_cdna2::v111,0,opr_size);
+case 368 : return makeRegisterExpression(amdgpu_cdna2::v112,0,opr_size);
+case 369 : return makeRegisterExpression(amdgpu_cdna2::v113,0,opr_size);
+case 370 : return makeRegisterExpression(amdgpu_cdna2::v114,0,opr_size);
+case 371 : return makeRegisterExpression(amdgpu_cdna2::v115,0,opr_size);
+case 372 : return makeRegisterExpression(amdgpu_cdna2::v116,0,opr_size);
+case 373 : return makeRegisterExpression(amdgpu_cdna2::v117,0,opr_size);
+case 374 : return makeRegisterExpression(amdgpu_cdna2::v118,0,opr_size);
+case 375 : return makeRegisterExpression(amdgpu_cdna2::v119,0,opr_size);
+case 376 : return makeRegisterExpression(amdgpu_cdna2::v120,0,opr_size);
+case 377 : return makeRegisterExpression(amdgpu_cdna2::v121,0,opr_size);
+case 378 : return makeRegisterExpression(amdgpu_cdna2::v122,0,opr_size);
+case 379 : return makeRegisterExpression(amdgpu_cdna2::v123,0,opr_size);
+case 380 : return makeRegisterExpression(amdgpu_cdna2::v124,0,opr_size);
+case 381 : return makeRegisterExpression(amdgpu_cdna2::v125,0,opr_size);
+case 382 : return makeRegisterExpression(amdgpu_cdna2::v126,0,opr_size);
+case 383 : return makeRegisterExpression(amdgpu_cdna2::v127,0,opr_size);
+case 384 : return makeRegisterExpression(amdgpu_cdna2::v128,0,opr_size);
+case 385 : return makeRegisterExpression(amdgpu_cdna2::v129,0,opr_size);
+case 386 : return makeRegisterExpression(amdgpu_cdna2::v130,0,opr_size);
+case 387 : return makeRegisterExpression(amdgpu_cdna2::v131,0,opr_size);
+case 388 : return makeRegisterExpression(amdgpu_cdna2::v132,0,opr_size);
+case 389 : return makeRegisterExpression(amdgpu_cdna2::v133,0,opr_size);
+case 390 : return makeRegisterExpression(amdgpu_cdna2::v134,0,opr_size);
+case 391 : return makeRegisterExpression(amdgpu_cdna2::v135,0,opr_size);
+case 392 : return makeRegisterExpression(amdgpu_cdna2::v136,0,opr_size);
+case 393 : return makeRegisterExpression(amdgpu_cdna2::v137,0,opr_size);
+case 394 : return makeRegisterExpression(amdgpu_cdna2::v138,0,opr_size);
+case 395 : return makeRegisterExpression(amdgpu_cdna2::v139,0,opr_size);
+case 396 : return makeRegisterExpression(amdgpu_cdna2::v140,0,opr_size);
+case 397 : return makeRegisterExpression(amdgpu_cdna2::v141,0,opr_size);
+case 398 : return makeRegisterExpression(amdgpu_cdna2::v142,0,opr_size);
+case 399 : return makeRegisterExpression(amdgpu_cdna2::v143,0,opr_size);
+case 400 : return makeRegisterExpression(amdgpu_cdna2::v144,0,opr_size);
+case 401 : return makeRegisterExpression(amdgpu_cdna2::v145,0,opr_size);
+case 402 : return makeRegisterExpression(amdgpu_cdna2::v146,0,opr_size);
+case 403 : return makeRegisterExpression(amdgpu_cdna2::v147,0,opr_size);
+case 404 : return makeRegisterExpression(amdgpu_cdna2::v148,0,opr_size);
+case 405 : return makeRegisterExpression(amdgpu_cdna2::v149,0,opr_size);
+case 406 : return makeRegisterExpression(amdgpu_cdna2::v150,0,opr_size);
+case 407 : return makeRegisterExpression(amdgpu_cdna2::v151,0,opr_size);
+case 408 : return makeRegisterExpression(amdgpu_cdna2::v152,0,opr_size);
+case 409 : return makeRegisterExpression(amdgpu_cdna2::v153,0,opr_size);
+case 410 : return makeRegisterExpression(amdgpu_cdna2::v154,0,opr_size);
+case 411 : return makeRegisterExpression(amdgpu_cdna2::v155,0,opr_size);
+case 412 : return makeRegisterExpression(amdgpu_cdna2::v156,0,opr_size);
+case 413 : return makeRegisterExpression(amdgpu_cdna2::v157,0,opr_size);
+case 414 : return makeRegisterExpression(amdgpu_cdna2::v158,0,opr_size);
+case 415 : return makeRegisterExpression(amdgpu_cdna2::v159,0,opr_size);
+case 416 : return makeRegisterExpression(amdgpu_cdna2::v160,0,opr_size);
+case 417 : return makeRegisterExpression(amdgpu_cdna2::v161,0,opr_size);
+case 418 : return makeRegisterExpression(amdgpu_cdna2::v162,0,opr_size);
+case 419 : return makeRegisterExpression(amdgpu_cdna2::v163,0,opr_size);
+case 420 : return makeRegisterExpression(amdgpu_cdna2::v164,0,opr_size);
+case 421 : return makeRegisterExpression(amdgpu_cdna2::v165,0,opr_size);
+case 422 : return makeRegisterExpression(amdgpu_cdna2::v166,0,opr_size);
+case 423 : return makeRegisterExpression(amdgpu_cdna2::v167,0,opr_size);
+case 424 : return makeRegisterExpression(amdgpu_cdna2::v168,0,opr_size);
+case 425 : return makeRegisterExpression(amdgpu_cdna2::v169,0,opr_size);
+case 426 : return makeRegisterExpression(amdgpu_cdna2::v170,0,opr_size);
+case 427 : return makeRegisterExpression(amdgpu_cdna2::v171,0,opr_size);
+case 428 : return makeRegisterExpression(amdgpu_cdna2::v172,0,opr_size);
+case 429 : return makeRegisterExpression(amdgpu_cdna2::v173,0,opr_size);
+case 430 : return makeRegisterExpression(amdgpu_cdna2::v174,0,opr_size);
+case 431 : return makeRegisterExpression(amdgpu_cdna2::v175,0,opr_size);
+case 432 : return makeRegisterExpression(amdgpu_cdna2::v176,0,opr_size);
+case 433 : return makeRegisterExpression(amdgpu_cdna2::v177,0,opr_size);
+case 434 : return makeRegisterExpression(amdgpu_cdna2::v178,0,opr_size);
+case 435 : return makeRegisterExpression(amdgpu_cdna2::v179,0,opr_size);
+case 436 : return makeRegisterExpression(amdgpu_cdna2::v180,0,opr_size);
+case 437 : return makeRegisterExpression(amdgpu_cdna2::v181,0,opr_size);
+case 438 : return makeRegisterExpression(amdgpu_cdna2::v182,0,opr_size);
+case 439 : return makeRegisterExpression(amdgpu_cdna2::v183,0,opr_size);
+case 440 : return makeRegisterExpression(amdgpu_cdna2::v184,0,opr_size);
+case 441 : return makeRegisterExpression(amdgpu_cdna2::v185,0,opr_size);
+case 442 : return makeRegisterExpression(amdgpu_cdna2::v186,0,opr_size);
+case 443 : return makeRegisterExpression(amdgpu_cdna2::v187,0,opr_size);
+case 444 : return makeRegisterExpression(amdgpu_cdna2::v188,0,opr_size);
+case 445 : return makeRegisterExpression(amdgpu_cdna2::v189,0,opr_size);
+case 446 : return makeRegisterExpression(amdgpu_cdna2::v190,0,opr_size);
+case 447 : return makeRegisterExpression(amdgpu_cdna2::v191,0,opr_size);
+case 448 : return makeRegisterExpression(amdgpu_cdna2::v192,0,opr_size);
+case 449 : return makeRegisterExpression(amdgpu_cdna2::v193,0,opr_size);
+case 450 : return makeRegisterExpression(amdgpu_cdna2::v194,0,opr_size);
+case 451 : return makeRegisterExpression(amdgpu_cdna2::v195,0,opr_size);
+case 452 : return makeRegisterExpression(amdgpu_cdna2::v196,0,opr_size);
+case 453 : return makeRegisterExpression(amdgpu_cdna2::v197,0,opr_size);
+case 454 : return makeRegisterExpression(amdgpu_cdna2::v198,0,opr_size);
+case 455 : return makeRegisterExpression(amdgpu_cdna2::v199,0,opr_size);
+case 456 : return makeRegisterExpression(amdgpu_cdna2::v200,0,opr_size);
+case 457 : return makeRegisterExpression(amdgpu_cdna2::v201,0,opr_size);
+case 458 : return makeRegisterExpression(amdgpu_cdna2::v202,0,opr_size);
+case 459 : return makeRegisterExpression(amdgpu_cdna2::v203,0,opr_size);
+case 460 : return makeRegisterExpression(amdgpu_cdna2::v204,0,opr_size);
+case 461 : return makeRegisterExpression(amdgpu_cdna2::v205,0,opr_size);
+case 462 : return makeRegisterExpression(amdgpu_cdna2::v206,0,opr_size);
+case 463 : return makeRegisterExpression(amdgpu_cdna2::v207,0,opr_size);
+case 464 : return makeRegisterExpression(amdgpu_cdna2::v208,0,opr_size);
+case 465 : return makeRegisterExpression(amdgpu_cdna2::v209,0,opr_size);
+case 466 : return makeRegisterExpression(amdgpu_cdna2::v210,0,opr_size);
+case 467 : return makeRegisterExpression(amdgpu_cdna2::v211,0,opr_size);
+case 468 : return makeRegisterExpression(amdgpu_cdna2::v212,0,opr_size);
+case 469 : return makeRegisterExpression(amdgpu_cdna2::v213,0,opr_size);
+case 470 : return makeRegisterExpression(amdgpu_cdna2::v214,0,opr_size);
+case 471 : return makeRegisterExpression(amdgpu_cdna2::v215,0,opr_size);
+case 472 : return makeRegisterExpression(amdgpu_cdna2::v216,0,opr_size);
+case 473 : return makeRegisterExpression(amdgpu_cdna2::v217,0,opr_size);
+case 474 : return makeRegisterExpression(amdgpu_cdna2::v218,0,opr_size);
+case 475 : return makeRegisterExpression(amdgpu_cdna2::v219,0,opr_size);
+case 476 : return makeRegisterExpression(amdgpu_cdna2::v220,0,opr_size);
+case 477 : return makeRegisterExpression(amdgpu_cdna2::v221,0,opr_size);
+case 478 : return makeRegisterExpression(amdgpu_cdna2::v222,0,opr_size);
+case 479 : return makeRegisterExpression(amdgpu_cdna2::v223,0,opr_size);
+case 480 : return makeRegisterExpression(amdgpu_cdna2::v224,0,opr_size);
+case 481 : return makeRegisterExpression(amdgpu_cdna2::v225,0,opr_size);
+case 482 : return makeRegisterExpression(amdgpu_cdna2::v226,0,opr_size);
+case 483 : return makeRegisterExpression(amdgpu_cdna2::v227,0,opr_size);
+case 484 : return makeRegisterExpression(amdgpu_cdna2::v228,0,opr_size);
+case 485 : return makeRegisterExpression(amdgpu_cdna2::v229,0,opr_size);
+case 486 : return makeRegisterExpression(amdgpu_cdna2::v230,0,opr_size);
+case 487 : return makeRegisterExpression(amdgpu_cdna2::v231,0,opr_size);
+case 488 : return makeRegisterExpression(amdgpu_cdna2::v232,0,opr_size);
+case 489 : return makeRegisterExpression(amdgpu_cdna2::v233,0,opr_size);
+case 490 : return makeRegisterExpression(amdgpu_cdna2::v234,0,opr_size);
+case 491 : return makeRegisterExpression(amdgpu_cdna2::v235,0,opr_size);
+case 492 : return makeRegisterExpression(amdgpu_cdna2::v236,0,opr_size);
+case 493 : return makeRegisterExpression(amdgpu_cdna2::v237,0,opr_size);
+case 494 : return makeRegisterExpression(amdgpu_cdna2::v238,0,opr_size);
+case 495 : return makeRegisterExpression(amdgpu_cdna2::v239,0,opr_size);
+case 496 : return makeRegisterExpression(amdgpu_cdna2::v240,0,opr_size);
+case 497 : return makeRegisterExpression(amdgpu_cdna2::v241,0,opr_size);
+case 498 : return makeRegisterExpression(amdgpu_cdna2::v242,0,opr_size);
+case 499 : return makeRegisterExpression(amdgpu_cdna2::v243,0,opr_size);
+case 500 : return makeRegisterExpression(amdgpu_cdna2::v244,0,opr_size);
+case 501 : return makeRegisterExpression(amdgpu_cdna2::v245,0,opr_size);
+case 502 : return makeRegisterExpression(amdgpu_cdna2::v246,0,opr_size);
+case 503 : return makeRegisterExpression(amdgpu_cdna2::v247,0,opr_size);
+case 504 : return makeRegisterExpression(amdgpu_cdna2::v248,0,opr_size);
+case 505 : return makeRegisterExpression(amdgpu_cdna2::v249,0,opr_size);
+case 506 : return makeRegisterExpression(amdgpu_cdna2::v250,0,opr_size);
+case 507 : return makeRegisterExpression(amdgpu_cdna2::v251,0,opr_size);
+case 508 : return makeRegisterExpression(amdgpu_cdna2::v252,0,opr_size);
+case 509 : return makeRegisterExpression(amdgpu_cdna2::v253,0,opr_size);
+case 510 : return makeRegisterExpression(amdgpu_cdna2::v254,0,opr_size);
+case 511 : return makeRegisterExpression(amdgpu_cdna2::v255,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}
+Expression::Ptr InstructionDecoder_amdgpu_cdna2::decodeOPR_XNACK_MASK_LOHI(uint64_t input,uint32_t opr_size ){
+switch(input){
+case 104 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_lo,0,opr_size);
+case 105 : return makeRegisterExpression(amdgpu_cdna2::xnack_mask_hi,0,opr_size);
+default: return makeRegisterExpression(amdgpu_cdna2::invalid);
+}
+}

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU/cdna2/decodeOperands.h Added

@@ -0,0 +1,41 @@
+Expression::Ptr decodeOPR_ACCVGPR(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_ATTR(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_FLAT_SCRATCH(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_FLAT_SCRATCH_LOHI(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_PARAM(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_PC(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SDST(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SDST_EXEC(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SDST_M0(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SGPR(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SMEM_OFFSET(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SRC(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SRC_ACCVGPR(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SRC_NOLDS(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SRC_NOLIT(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SRC_SIMPLE(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SRC_VGPR(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SRC_VGPR_OR_ACCVGPR(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SREG(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SREG_NOVCC(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SSRC(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SSRC_0_63_INLINES(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SSRC_INLINES(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SSRC_LANESEL(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SSRC_NOLIT(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SSRC_SPECIAL_APERTURE(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SSRC_SPECIAL_EXECZ(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SSRC_SPECIAL_LIT(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SSRC_SPECIAL_NOLIT(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SSRC_SPECIAL_POPS_EXITING_WAVE_ID(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SSRC_SPECIAL_SCC(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_SSRC_SPECIAL_VCCZ(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_TGT(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_TRAP(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_VCC(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_VCC_LOHI(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_VGPR(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_VGPR_OR_ACCVGPR(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_VGPR_OR_LDS(uint64_t input ,uint32_t opr_size );
+Expression::Ptr decodeOPR_XNACK_MASK_LOHI(uint64_t input ,uint32_t opr_size );

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU/cdna2/finalizeOperands.C Added

@@ -0,0 +1,9860 @@
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_DSOperands(){
+layout_ENC_DS & layout = insn_layout.ENC_DS;
+switch(layout.OP){
+case 0:// DS_ADD_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 1:// DS_SUB_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 2:// DS_RSUB_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 3:// DS_INC_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 4:// DS_DEC_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 5:// DS_MIN_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 6:// DS_MAX_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 7:// DS_MIN_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 8:// DS_MAX_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 9:// DS_AND_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 10:// DS_OR_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 11:// DS_XOR_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 12:// DS_MSKOR_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1,32),true,false);
+break;
+case 13:// DS_WRITE_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 14:// DS_WRITE2_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1,32),true,false);
+break;
+case 15:// DS_WRITE2ST64_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1,32),true,false);
+break;
+case 16:// DS_CMPST_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1,32),true,false);
+break;
+case 17:// DS_CMPST_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1,32),true,false);
+break;
+case 18:// DS_MIN_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 19:// DS_MAX_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 20:// DS_NOP
+break;
+case 21:// DS_ADD_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 29:// DS_WRITE_ADDTID_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 30:// DS_WRITE_B8
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 31:// DS_WRITE_B16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 32:// DS_ADD_RTN_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 33:// DS_SUB_RTN_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 34:// DS_RSUB_RTN_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 35:// DS_INC_RTN_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 36:// DS_DEC_RTN_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 37:// DS_MIN_RTN_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 38:// DS_MAX_RTN_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 39:// DS_MIN_RTN_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 40:// DS_MAX_RTN_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 41:// DS_AND_RTN_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 42:// DS_OR_RTN_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 43:// DS_XOR_RTN_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 44:// DS_MSKOR_RTN_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1,32),true,false);
+break;
+case 45:// DS_WRXCHG_RTN_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 46:// DS_WRXCHG2_RTN_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1,32),true,false);
+break;
+case 47:// DS_WRXCHG2ST64_RTN_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1,32),true,false);
+break;
+case 48:// DS_CMPST_RTN_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1,32),true,false);
+break;
+case 49:// DS_CMPST_RTN_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1,32),true,false);
+break;
+case 50:// DS_MIN_RTN_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 51:// DS_MAX_RTN_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 52:// DS_WRAP_RTN_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1,32),true,false);
+break;
+case 53:// DS_ADD_RTN_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 54:// DS_READ_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 55:// DS_READ2_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 56:// DS_READ2ST64_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 57:// DS_READ_I8
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 58:// DS_READ_U8
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 59:// DS_READ_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 60:// DS_READ_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 61:// DS_SWIZZLE_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 62:// DS_PERMUTE_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 63:// DS_BPERMUTE_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 64:// DS_ADD_U64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 65:// DS_SUB_U64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 66:// DS_RSUB_U64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 67:// DS_INC_U64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 68:// DS_DEC_U64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 69:// DS_MIN_I64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 70:// DS_MAX_I64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 71:// DS_MIN_U64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 72:// DS_MAX_U64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 73:// DS_AND_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 74:// DS_OR_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 75:// DS_XOR_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 76:// DS_MSKOR_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+1,32),true,false);
+break;
+case 77:// DS_WRITE_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 78:// DS_WRITE2_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+1,32),true,false);
+break;
+case 79:// DS_WRITE2ST64_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+1,32),true,false);
+break;
+case 80:// DS_CMPST_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+1,32),true,false);
+break;
+case 81:// DS_CMPST_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+1,32),true,false);
+break;
+case 82:// DS_MIN_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 83:// DS_MAX_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 84:// DS_WRITE_B8_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 85:// DS_WRITE_B16_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+break;
+case 86:// DS_READ_U8_D16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 87:// DS_READ_U8_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 88:// DS_READ_I8_D16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 89:// DS_READ_I8_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 90:// DS_READ_U16_D16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 91:// DS_READ_U16_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 92:// DS_ADD_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 96:// DS_ADD_RTN_U64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 97:// DS_SUB_RTN_U64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 98:// DS_RSUB_RTN_U64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 99:// DS_INC_RTN_U64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 100:// DS_DEC_RTN_U64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 101:// DS_MIN_RTN_I64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 102:// DS_MAX_RTN_I64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 103:// DS_MIN_RTN_U64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 104:// DS_MAX_RTN_U64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 105:// DS_AND_RTN_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 106:// DS_OR_RTN_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 107:// DS_XOR_RTN_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 108:// DS_MSKOR_RTN_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+1,32),true,false);
+break;
+case 109:// DS_WRXCHG_RTN_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 110:// DS_WRXCHG2_RTN_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+1,32),true,false);
+break;
+case 111:// DS_WRXCHG2ST64_RTN_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+1,32),true,false);
+break;
+case 112:// DS_CMPST_RTN_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+1,32),true,false);
+break;
+case 113:// DS_CMPST_RTN_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA1+1,32),true,false);
+break;
+case 114:// DS_MIN_RTN_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 115:// DS_MAX_RTN_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 118:// DS_READ_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 119:// DS_READ2_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 120:// DS_READ2ST64_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 124:// DS_ADD_RTN_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 126:// DS_CONDXCHG32_RTN_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+break;
+case 152:// DS_GWS_SEMA_RELEASE_ALL
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 153:// DS_GWS_INIT
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 154:// DS_GWS_SEMA_V
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 155:// DS_GWS_SEMA_BR
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 156:// DS_GWS_SEMA_P
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 157:// DS_GWS_BARRIER
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 182:// DS_READ_ADDTID_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 189:// DS_CONSUME
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 190:// DS_APPEND
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 222:// DS_WRITE_B96
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+2,32),true,false);
+break;
+case 223:// DS_WRITE_B128
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA0+3,32),true,false);
+break;
+case 254:// DS_READ_B96
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+case 255:// DS_READ_B128
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_FLATOperands(){
+layout_ENC_FLAT & layout = insn_layout.ENC_FLAT;
+switch(layout.OP){
+case 16:// FLAT_LOAD_UBYTE
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 17:// FLAT_LOAD_SBYTE
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 18:// FLAT_LOAD_USHORT
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 19:// FLAT_LOAD_SSHORT
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 20:// FLAT_LOAD_DWORD
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 21:// FLAT_LOAD_DWORDX2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 22:// FLAT_LOAD_DWORDX3
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 23:// FLAT_LOAD_DWORDX4
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 24:// FLAT_STORE_BYTE
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 25:// FLAT_STORE_BYTE_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 26:// FLAT_STORE_SHORT
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 27:// FLAT_STORE_SHORT_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 28:// FLAT_STORE_DWORD
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 29:// FLAT_STORE_DWORDX2
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 30:// FLAT_STORE_DWORDX3
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 31:// FLAT_STORE_DWORDX4
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 32:// FLAT_LOAD_UBYTE_D16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 33:// FLAT_LOAD_UBYTE_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 34:// FLAT_LOAD_SBYTE_D16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 35:// FLAT_LOAD_SBYTE_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 36:// FLAT_LOAD_SHORT_D16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 37:// FLAT_LOAD_SHORT_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 64:// FLAT_ATOMIC_SWAP
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 65:// FLAT_ATOMIC_CMPSWAP
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 66:// FLAT_ATOMIC_ADD
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 67:// FLAT_ATOMIC_SUB
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 68:// FLAT_ATOMIC_SMIN
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 69:// FLAT_ATOMIC_UMIN
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 70:// FLAT_ATOMIC_SMAX
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 71:// FLAT_ATOMIC_UMAX
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 72:// FLAT_ATOMIC_AND
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 73:// FLAT_ATOMIC_OR
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 74:// FLAT_ATOMIC_XOR
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 75:// FLAT_ATOMIC_INC
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 76:// FLAT_ATOMIC_DEC
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 79:// FLAT_ATOMIC_ADD_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 80:// FLAT_ATOMIC_MIN_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 81:// FLAT_ATOMIC_MAX_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 96:// FLAT_ATOMIC_SWAP_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 97:// FLAT_ATOMIC_CMPSWAP_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 98:// FLAT_ATOMIC_ADD_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 99:// FLAT_ATOMIC_SUB_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 100:// FLAT_ATOMIC_SMIN_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 101:// FLAT_ATOMIC_UMIN_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 102:// FLAT_ATOMIC_SMAX_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 103:// FLAT_ATOMIC_UMAX_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 104:// FLAT_ATOMIC_AND_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 105:// FLAT_ATOMIC_OR_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 106:// FLAT_ATOMIC_XOR_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 107:// FLAT_ATOMIC_INC_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 108:// FLAT_ATOMIC_DEC_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_FLAT_GLBLOperands(){
+layout_ENC_FLAT_GLBL & layout = insn_layout.ENC_FLAT_GLBL;
+switch(layout.OP){
+case 16:// GLOBAL_LOAD_UBYTE
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 17:// GLOBAL_LOAD_SBYTE
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 18:// GLOBAL_LOAD_USHORT
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 19:// GLOBAL_LOAD_SSHORT
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 20:// GLOBAL_LOAD_DWORD
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 21:// GLOBAL_LOAD_DWORDX2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 22:// GLOBAL_LOAD_DWORDX3
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 23:// GLOBAL_LOAD_DWORDX4
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 24:// GLOBAL_STORE_BYTE
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 25:// GLOBAL_STORE_BYTE_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 26:// GLOBAL_STORE_SHORT
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 27:// GLOBAL_STORE_SHORT_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 28:// GLOBAL_STORE_DWORD
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 29:// GLOBAL_STORE_DWORDX2
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 30:// GLOBAL_STORE_DWORDX3
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 31:// GLOBAL_STORE_DWORDX4
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 32:// GLOBAL_LOAD_UBYTE_D16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 33:// GLOBAL_LOAD_UBYTE_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 34:// GLOBAL_LOAD_SBYTE_D16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 35:// GLOBAL_LOAD_SBYTE_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 36:// GLOBAL_LOAD_SHORT_D16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 37:// GLOBAL_LOAD_SHORT_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 64:// GLOBAL_ATOMIC_SWAP
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 65:// GLOBAL_ATOMIC_CMPSWAP
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 66:// GLOBAL_ATOMIC_ADD
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 67:// GLOBAL_ATOMIC_SUB
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 68:// GLOBAL_ATOMIC_SMIN
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 69:// GLOBAL_ATOMIC_UMIN
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 70:// GLOBAL_ATOMIC_SMAX
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 71:// GLOBAL_ATOMIC_UMAX
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 72:// GLOBAL_ATOMIC_AND
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 73:// GLOBAL_ATOMIC_OR
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 74:// GLOBAL_ATOMIC_XOR
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 75:// GLOBAL_ATOMIC_INC
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 76:// GLOBAL_ATOMIC_DEC
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 77:// GLOBAL_ATOMIC_ADD_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 78:// GLOBAL_ATOMIC_PK_ADD_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 79:// GLOBAL_ATOMIC_ADD_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 80:// GLOBAL_ATOMIC_MIN_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 81:// GLOBAL_ATOMIC_MAX_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 96:// GLOBAL_ATOMIC_SWAP_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 97:// GLOBAL_ATOMIC_CMPSWAP_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 98:// GLOBAL_ATOMIC_ADD_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 99:// GLOBAL_ATOMIC_SUB_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 100:// GLOBAL_ATOMIC_SMIN_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 101:// GLOBAL_ATOMIC_UMIN_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 102:// GLOBAL_ATOMIC_SMAX_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 103:// GLOBAL_ATOMIC_UMAX_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 104:// GLOBAL_ATOMIC_AND_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 105:// GLOBAL_ATOMIC_OR_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 106:// GLOBAL_ATOMIC_XOR_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 107:// GLOBAL_ATOMIC_INC_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 108:// GLOBAL_ATOMIC_DEC_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_FLAT_SCRATCHOperands(){
+layout_ENC_FLAT_SCRATCH & layout = insn_layout.ENC_FLAT_SCRATCH;
+switch(layout.OP){
+case 16:// SCRATCH_LOAD_UBYTE
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 17:// SCRATCH_LOAD_SBYTE
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 18:// SCRATCH_LOAD_USHORT
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 19:// SCRATCH_LOAD_SSHORT
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 20:// SCRATCH_LOAD_DWORD
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 21:// SCRATCH_LOAD_DWORDX2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 22:// SCRATCH_LOAD_DWORDX3
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 23:// SCRATCH_LOAD_DWORDX4
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 24:// SCRATCH_STORE_BYTE
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 25:// SCRATCH_STORE_BYTE_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 26:// SCRATCH_STORE_SHORT
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 27:// SCRATCH_STORE_SHORT_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 28:// SCRATCH_STORE_DWORD
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 29:// SCRATCH_STORE_DWORDX2
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 30:// SCRATCH_STORE_DWORDX3
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 31:// SCRATCH_STORE_DWORDX4
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.DATA+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 32:// SCRATCH_LOAD_UBYTE_D16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 33:// SCRATCH_LOAD_UBYTE_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 34:// SCRATCH_LOAD_SBYTE_D16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 35:// SCRATCH_LOAD_SBYTE_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 36:// SCRATCH_LOAD_SHORT_D16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 37:// SCRATCH_LOAD_SHORT_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.ADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_FLAT_SCRATCH(0,64),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_MIMGOperands(){
+layout_ENC_MIMG & layout = insn_layout.ENC_MIMG;
+switch(layout.OP){
+case 0:// IMAGE_LOAD
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 1:// IMAGE_LOAD_MIP
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 2:// IMAGE_LOAD_PCK
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 3:// IMAGE_LOAD_PCK_SGN
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 4:// IMAGE_LOAD_MIP_PCK
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 5:// IMAGE_LOAD_MIP_PCK_SGN
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 8:// IMAGE_STORE
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 9:// IMAGE_STORE_MIP
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 10:// IMAGE_STORE_PCK
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 11:// IMAGE_STORE_MIP_PCK
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 14:// IMAGE_GET_RESINFO
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 16:// IMAGE_ATOMIC_SWAP
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 17:// IMAGE_ATOMIC_CMPSWAP
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 18:// IMAGE_ATOMIC_ADD
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 19:// IMAGE_ATOMIC_SUB
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 20:// IMAGE_ATOMIC_SMIN
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 21:// IMAGE_ATOMIC_UMIN
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 22:// IMAGE_ATOMIC_SMAX
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 23:// IMAGE_ATOMIC_UMAX
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 24:// IMAGE_ATOMIC_AND
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 25:// IMAGE_ATOMIC_OR
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 26:// IMAGE_ATOMIC_XOR
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 27:// IMAGE_ATOMIC_INC
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 28:// IMAGE_ATOMIC_DEC
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+break;
+case 32:// IMAGE_SAMPLE
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+4,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+5,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+6,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+7,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SSAMP+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SSAMP+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SSAMP+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SSAMP+3,32),true,false);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_MTBUFOperands(){
+layout_ENC_MTBUF & layout = insn_layout.ENC_MTBUF;
+switch(layout.OP){
+case 0:// TBUFFER_LOAD_FORMAT_X
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 1:// TBUFFER_LOAD_FORMAT_XY
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 2:// TBUFFER_LOAD_FORMAT_XYZ
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 3:// TBUFFER_LOAD_FORMAT_XYZW
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 4:// TBUFFER_STORE_FORMAT_X
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 5:// TBUFFER_STORE_FORMAT_XY
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 6:// TBUFFER_STORE_FORMAT_XYZ
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 7:// TBUFFER_STORE_FORMAT_XYZW
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 8:// TBUFFER_LOAD_FORMAT_D16_X
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 9:// TBUFFER_LOAD_FORMAT_D16_XY
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 10:// TBUFFER_LOAD_FORMAT_D16_XYZ
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 11:// TBUFFER_LOAD_FORMAT_D16_XYZW
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 12:// TBUFFER_STORE_FORMAT_D16_X
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 13:// TBUFFER_STORE_FORMAT_D16_XY
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 14:// TBUFFER_STORE_FORMAT_D16_XYZ
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 15:// TBUFFER_STORE_FORMAT_D16_XYZW
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_MUBUFOperands(){
+layout_ENC_MUBUF & layout = insn_layout.ENC_MUBUF;
+switch(layout.OP){
+case 0:// BUFFER_LOAD_FORMAT_X
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 1:// BUFFER_LOAD_FORMAT_XY
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 2:// BUFFER_LOAD_FORMAT_XYZ
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 3:// BUFFER_LOAD_FORMAT_XYZW
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 4:// BUFFER_STORE_FORMAT_X
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 5:// BUFFER_STORE_FORMAT_XY
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 6:// BUFFER_STORE_FORMAT_XYZ
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 7:// BUFFER_STORE_FORMAT_XYZW
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 8:// BUFFER_LOAD_FORMAT_D16_X
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 9:// BUFFER_LOAD_FORMAT_D16_XY
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 10:// BUFFER_LOAD_FORMAT_D16_XYZ
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 11:// BUFFER_LOAD_FORMAT_D16_XYZW
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 12:// BUFFER_STORE_FORMAT_D16_X
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 13:// BUFFER_STORE_FORMAT_D16_XY
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 14:// BUFFER_STORE_FORMAT_D16_XYZ
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 15:// BUFFER_STORE_FORMAT_D16_XYZW
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 16:// BUFFER_LOAD_UBYTE
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 17:// BUFFER_LOAD_SBYTE
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 18:// BUFFER_LOAD_USHORT
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 19:// BUFFER_LOAD_SSHORT
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 20:// BUFFER_LOAD_DWORD
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 21:// BUFFER_LOAD_DWORDX2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 22:// BUFFER_LOAD_DWORDX3
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 23:// BUFFER_LOAD_DWORDX4
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 24:// BUFFER_STORE_BYTE
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 25:// BUFFER_STORE_BYTE_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 26:// BUFFER_STORE_SHORT
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 27:// BUFFER_STORE_SHORT_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 28:// BUFFER_STORE_DWORD
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 29:// BUFFER_STORE_DWORDX2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 30:// BUFFER_STORE_DWORDX3
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 31:// BUFFER_STORE_DWORDX4
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 32:// BUFFER_LOAD_UBYTE_D16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 33:// BUFFER_LOAD_UBYTE_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 34:// BUFFER_LOAD_SBYTE_D16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 35:// BUFFER_LOAD_SBYTE_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 36:// BUFFER_LOAD_SHORT_D16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 37:// BUFFER_LOAD_SHORT_D16_HI
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 38:// BUFFER_LOAD_FORMAT_D16_HI_X
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 39:// BUFFER_STORE_FORMAT_D16_HI_X
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 40:// BUFFER_WBL2
+break;
+case 41:// BUFFER_INVL2
+break;
+case 61:// BUFFER_STORE_LDS_DWORD
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 62:// BUFFER_WBINVL1
+break;
+case 63:// BUFFER_WBINVL1_VOL
+break;
+case 64:// BUFFER_ATOMIC_SWAP
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 65:// BUFFER_ATOMIC_CMPSWAP
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 66:// BUFFER_ATOMIC_ADD
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 67:// BUFFER_ATOMIC_SUB
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 68:// BUFFER_ATOMIC_SMIN
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 69:// BUFFER_ATOMIC_UMIN
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 70:// BUFFER_ATOMIC_SMAX
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 71:// BUFFER_ATOMIC_UMAX
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 72:// BUFFER_ATOMIC_AND
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 73:// BUFFER_ATOMIC_OR
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 74:// BUFFER_ATOMIC_XOR
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 75:// BUFFER_ATOMIC_INC
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 76:// BUFFER_ATOMIC_DEC
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 77:// BUFFER_ATOMIC_ADD_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 78:// BUFFER_ATOMIC_PK_ADD_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 79:// BUFFER_ATOMIC_ADD_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 80:// BUFFER_ATOMIC_MIN_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 81:// BUFFER_ATOMIC_MAX_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 96:// BUFFER_ATOMIC_SWAP_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 97:// BUFFER_ATOMIC_CMPSWAP_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+2,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+3,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 98:// BUFFER_ATOMIC_ADD_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 99:// BUFFER_ATOMIC_SUB_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 100:// BUFFER_ATOMIC_SMIN_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 101:// BUFFER_ATOMIC_UMIN_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 102:// BUFFER_ATOMIC_SMAX_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 103:// BUFFER_ATOMIC_UMAX_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 104:// BUFFER_ATOMIC_AND_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 105:// BUFFER_ATOMIC_OR_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 106:// BUFFER_ATOMIC_XOR_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 107:// BUFFER_ATOMIC_INC_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+case 108:// BUFFER_ATOMIC_DEC_X2
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VADDR+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRSRC+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SOFFSET,32),true,false);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_SMEMOperands(){
+layout_ENC_SMEM & layout = insn_layout.ENC_SMEM;
+switch(layout.OP){
+case 0:// S_LOAD_DWORD
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 1:// S_LOAD_DWORDX2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 2:// S_LOAD_DWORDX4
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 3:// S_LOAD_DWORDX8
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+4,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+5,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+6,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+7,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 4:// S_LOAD_DWORDX16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+4,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+5,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+6,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+7,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+8,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+9,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+10,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+11,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+12,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+13,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+14,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+15,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 5:// S_SCRATCH_LOAD_DWORD
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 6:// S_SCRATCH_LOAD_DWORDX2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 7:// S_SCRATCH_LOAD_DWORDX4
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 8:// S_BUFFER_LOAD_DWORD
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 9:// S_BUFFER_LOAD_DWORDX2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 10:// S_BUFFER_LOAD_DWORDX4
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 11:// S_BUFFER_LOAD_DWORDX8
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+4,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+5,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+6,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+7,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 12:// S_BUFFER_LOAD_DWORDX16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+4,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+5,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+6,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+7,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+8,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+9,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+10,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+11,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+12,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+13,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+14,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+15,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 16:// S_STORE_DWORD
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 17:// S_STORE_DWORDX2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 18:// S_STORE_DWORDX4
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 21:// S_SCRATCH_STORE_DWORD
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 22:// S_SCRATCH_STORE_DWORDX2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 23:// S_SCRATCH_STORE_DWORDX4
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 24:// S_BUFFER_STORE_DWORD
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 25:// S_BUFFER_STORE_DWORDX2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 26:// S_BUFFER_STORE_DWORDX4
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 32:// S_DCACHE_INV
+break;
+case 33:// S_DCACHE_WB
+break;
+case 34:// S_DCACHE_INV_VOL
+break;
+case 35:// S_DCACHE_WB_VOL
+break;
+case 36:// S_MEMTIME
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),false,true);
+break;
+case 37:// S_MEMREALTIME
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),false,true);
+break;
+case 38:// S_ATC_PROBE
+insn_in_progress->appendOperand(decodeOPR_SIMM8(layout.SDATA),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 39:// S_ATC_PROBE_BUFFER
+insn_in_progress->appendOperand(decodeOPR_SIMM8(layout.SDATA),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 40:// S_DCACHE_DISCARD
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 41:// S_DCACHE_DISCARD_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 64:// S_BUFFER_ATOMIC_SWAP
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 65:// S_BUFFER_ATOMIC_CMPSWAP
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 66:// S_BUFFER_ATOMIC_ADD
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 67:// S_BUFFER_ATOMIC_SUB
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 68:// S_BUFFER_ATOMIC_SMIN
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 69:// S_BUFFER_ATOMIC_UMIN
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 70:// S_BUFFER_ATOMIC_SMAX
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 71:// S_BUFFER_ATOMIC_UMAX
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 72:// S_BUFFER_ATOMIC_AND
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 73:// S_BUFFER_ATOMIC_OR
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 74:// S_BUFFER_ATOMIC_XOR
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 75:// S_BUFFER_ATOMIC_INC
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 76:// S_BUFFER_ATOMIC_DEC
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 96:// S_BUFFER_ATOMIC_SWAP_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 97:// S_BUFFER_ATOMIC_CMPSWAP_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+2,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+3,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 98:// S_BUFFER_ATOMIC_ADD_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 99:// S_BUFFER_ATOMIC_SUB_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 100:// S_BUFFER_ATOMIC_SMIN_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 101:// S_BUFFER_ATOMIC_UMIN_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 102:// S_BUFFER_ATOMIC_SMAX_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 103:// S_BUFFER_ATOMIC_UMAX_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 104:// S_BUFFER_ATOMIC_AND_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 105:// S_BUFFER_ATOMIC_OR_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 106:// S_BUFFER_ATOMIC_XOR_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 107:// S_BUFFER_ATOMIC_INC_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 108:// S_BUFFER_ATOMIC_DEC_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+3,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 128:// S_ATOMIC_SWAP
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 129:// S_ATOMIC_CMPSWAP
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 130:// S_ATOMIC_ADD
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 131:// S_ATOMIC_SUB
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 132:// S_ATOMIC_SMIN
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 133:// S_ATOMIC_UMIN
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 134:// S_ATOMIC_SMAX
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 135:// S_ATOMIC_UMAX
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 136:// S_ATOMIC_AND
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 137:// S_ATOMIC_OR
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 138:// S_ATOMIC_XOR
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 139:// S_ATOMIC_INC
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 140:// S_ATOMIC_DEC
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 160:// S_ATOMIC_SWAP_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 161:// S_ATOMIC_CMPSWAP_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+2,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+3,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 162:// S_ATOMIC_ADD_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 163:// S_ATOMIC_SUB_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 164:// S_ATOMIC_SMIN_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 165:// S_ATOMIC_UMIN_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 166:// S_ATOMIC_SMAX_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 167:// S_ATOMIC_UMAX_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 168:// S_ATOMIC_AND_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 169:// S_ATOMIC_OR_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 170:// S_ATOMIC_XOR_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 171:// S_ATOMIC_INC_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+case 172:// S_ATOMIC_DEC_X2
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDATA+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SBASE+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SMEM_OFFSET(layout.SOFFSET,32),true,false);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_SOP1Operands(){
+layout_ENC_SOP1 & layout = insn_layout.ENC_SOP1;
+switch(layout.OP){
+case 0:// S_MOV_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+break;
+case 1:// S_MOV_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+break;
+case 2:// S_CMOV_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),true,false);
+break;
+case 3:// S_CMOV_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),true,false);
+break;
+case 4:// S_NOT_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 5:// S_NOT_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 6:// S_WQM_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 7:// S_WQM_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 8:// S_BREV_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+break;
+case 9:// S_BREV_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+break;
+case 10:// S_BCNT0_I32_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 11:// S_BCNT0_I32_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 12:// S_BCNT1_I32_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 13:// S_BCNT1_I32_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 14:// S_FF0_I32_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+break;
+case 15:// S_FF0_I32_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+break;
+case 16:// S_FF1_I32_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+break;
+case 17:// S_FF1_I32_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+break;
+case 18:// S_FLBIT_I32_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+break;
+case 19:// S_FLBIT_I32_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+break;
+case 20:// S_FLBIT_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+break;
+case 21:// S_FLBIT_I32_I64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+break;
+case 22:// S_SEXT_I32_I8
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,16),true,false);
+break;
+case 23:// S_SEXT_I32_I16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,16),true,false);
+break;
+case 24:// S_BITSET0_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+break;
+case 25:// S_BITSET0_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+break;
+case 26:// S_BITSET1_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+break;
+case 27:// S_BITSET1_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+break;
+case 28:// S_GETPC_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_PC(0,64),true,false);
+break;
+case 29:// S_SETPC_B64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_PC(0,64),false,true);
+break;
+case 30:// S_SWAPPC_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_PC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_PC(0,64),true,false);
+break;
+case 31:// S_RFE_B64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_PC(0,64),false,true);
+break;
+case 32:// S_AND_SAVEEXEC_B64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),true,false);
+break;
+case 33:// S_OR_SAVEEXEC_B64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),true,false);
+break;
+case 34:// S_XOR_SAVEEXEC_B64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),true,false);
+break;
+case 35:// S_ANDN2_SAVEEXEC_B64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),true,false);
+break;
+case 36:// S_ORN2_SAVEEXEC_B64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),true,false);
+break;
+case 37:// S_NAND_SAVEEXEC_B64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),true,false);
+break;
+case 38:// S_NOR_SAVEEXEC_B64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),true,false);
+break;
+case 39:// S_XNOR_SAVEEXEC_B64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),true,false);
+break;
+case 40:// S_QUADMASK_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 41:// S_QUADMASK_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 42:// S_MOVRELS_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 43:// S_MOVRELS_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 44:// S_MOVRELD_B32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 45:// S_MOVRELD_B64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 46:// S_CBRANCH_JOIN
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_PC(0,64),false,true);
+break;
+case 48:// S_ABS_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 50:// S_SET_GPR_IDX_IDX
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 51:// S_ANDN1_SAVEEXEC_B64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),true,false);
+break;
+case 52:// S_ORN1_SAVEEXEC_B64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),true,false);
+break;
+case 53:// S_ANDN1_WREXEC_B64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),true,false);
+break;
+case 54:// S_ANDN2_WREXEC_B64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),true,false);
+break;
+case 55:// S_BITREPLICATE_B64_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_SOP2Operands(){
+layout_ENC_SOP2 & layout = insn_layout.ENC_SOP2;
+switch(layout.OP){
+case 0:// S_ADD_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 1:// S_SUB_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 2:// S_ADD_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 3:// S_SUB_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 4:// S_ADDC_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),true,false);
+break;
+case 5:// S_SUBB_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),true,false);
+break;
+case 6:// S_MIN_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 7:// S_MIN_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 8:// S_MAX_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 9:// S_MAX_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 10:// S_CSELECT_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),true,false);
+break;
+case 11:// S_CSELECT_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),true,false);
+break;
+case 12:// S_AND_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 13:// S_AND_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 14:// S_OR_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 15:// S_OR_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 16:// S_XOR_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 17:// S_XOR_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 18:// S_ANDN2_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 19:// S_ANDN2_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 20:// S_ORN2_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 21:// S_ORN2_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 22:// S_NAND_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 23:// S_NAND_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 24:// S_NOR_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 25:// S_NOR_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 26:// S_XNOR_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 27:// S_XNOR_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 28:// S_LSHL_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 29:// S_LSHL_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 30:// S_LSHR_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 31:// S_LSHR_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 32:// S_ASHR_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 33:// S_ASHR_I64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 34:// S_BFM_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+break;
+case 35:// S_BFM_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+break;
+case 36:// S_MUL_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+break;
+case 37:// S_BFE_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 38:// S_BFE_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 39:// S_BFE_U64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 40:// S_BFE_I64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 41:// S_CBRANCH_G_FORK
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_PC(0,64),false,true);
+break;
+case 42:// S_ABSDIFF_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 43:// S_RFE_RESTORE_B64
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_PC(0,64),false,true);
+break;
+case 44:// S_MUL_HI_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+break;
+case 45:// S_MUL_HI_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+break;
+case 46:// S_LSHL1_ADD_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 47:// S_LSHL2_ADD_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 48:// S_LSHL3_ADD_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 49:// S_LSHL4_ADD_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 50:// S_PACK_LL_B32_B16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,16),true,false);
+break;
+case 51:// S_PACK_LH_B32_B16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+break;
+case 52:// S_PACK_HH_B32_B16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_SOPCOperands(){
+layout_ENC_SOPC & layout = insn_layout.ENC_SOPC;
+switch(layout.OP){
+case 0:// S_CMP_EQ_I32
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 1:// S_CMP_LG_I32
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 2:// S_CMP_GT_I32
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 3:// S_CMP_GE_I32
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 4:// S_CMP_LT_I32
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 5:// S_CMP_LE_I32
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 6:// S_CMP_EQ_U32
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 7:// S_CMP_LG_U32
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 8:// S_CMP_GT_U32
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 9:// S_CMP_GE_U32
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 10:// S_CMP_LT_U32
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 11:// S_CMP_LE_U32
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 12:// S_BITCMP0_B32
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 13:// S_BITCMP1_B32
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 14:// S_BITCMP0_B64
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 15:// S_BITCMP1_B64
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 16:// S_SETVSKIP
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1,32),true,false);
+break;
+case 17:// S_SET_GPR_IDX_ON
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SIMM4(layout.SSRC1),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 18:// S_CMP_EQ_U64
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 19:// S_CMP_LG_U64
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC(layout.SSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_SOPKOperands(){
+layout_ENC_SOPK & layout = insn_layout.ENC_SOPK;
+switch(layout.OP){
+case 0:// S_MOVK_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+break;
+case 1:// S_CMOVK_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),true,false);
+break;
+case 2:// S_CMPK_EQ_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 3:// S_CMPK_LG_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 4:// S_CMPK_GT_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 5:// S_CMPK_GE_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 6:// S_CMPK_LT_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 7:// S_CMPK_LE_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 8:// S_CMPK_EQ_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 9:// S_CMPK_LG_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 10:// S_CMPK_GT_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 11:// S_CMPK_GE_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 12:// S_CMPK_LT_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 13:// S_CMPK_LE_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 14:// S_ADDK_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),false,true);
+break;
+case 15:// S_MULK_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+break;
+case 16:// S_CBRANCH_I_FORK
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_LABEL(layout.SIMM16),true,false);
+break;
+case 17:// S_GETREG_B32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+break;
+case 18:// S_SETREG_B32
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST,32),true,false);
+break;
+case 20:// S_SETREG_IMM32_B32
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SIMM32(decodeOPR_LITERAL()),true,false);
+break;
+case 21:// S_CALL_B64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_LABEL(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_PC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_PC(0,64),true,false);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_SOPPOperands(){
+layout_ENC_SOPP & layout = insn_layout.ENC_SOPP;
+switch(layout.OP){
+case 0:// S_NOP
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+break;
+case 1:// S_ENDPGM
+break;
+case 2:// S_BRANCH
+insn_in_progress->appendOperand(decodeOPR_LABEL(layout.SIMM16),true,false);
+break;
+case 3:// S_WAKEUP
+break;
+case 4:// S_CBRANCH_SCC0
+insn_in_progress->appendOperand(decodeOPR_LABEL(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),true,false);
+break;
+case 5:// S_CBRANCH_SCC1
+insn_in_progress->appendOperand(decodeOPR_LABEL(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_SPECIAL_SCC(253,1),true,false);
+break;
+case 6:// S_CBRANCH_VCCZ
+insn_in_progress->appendOperand(decodeOPR_LABEL(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),true,false);
+break;
+case 7:// S_CBRANCH_VCCNZ
+insn_in_progress->appendOperand(decodeOPR_LABEL(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),true,false);
+break;
+case 8:// S_CBRANCH_EXECZ
+insn_in_progress->appendOperand(decodeOPR_LABEL(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),true,false);
+break;
+case 9:// S_CBRANCH_EXECNZ
+insn_in_progress->appendOperand(decodeOPR_LABEL(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),true,false);
+break;
+case 10:// S_BARRIER
+break;
+case 11:// S_SETKILL
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+break;
+case 12:// S_WAITCNT
+insn_in_progress->appendOperand(decodeOPR_WAITCNT(layout.SIMM16),true,false);
+break;
+case 13:// S_SETHALT
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+break;
+case 14:// S_SLEEP
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+break;
+case 15:// S_SETPRIO
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+break;
+case 16:// S_SENDMSG
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 17:// S_SENDMSGHALT
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 18:// S_TRAP
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+break;
+case 19:// S_ICACHE_INV
+break;
+case 20:// S_INCPERFLEVEL
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+break;
+case 21:// S_DECPERFLEVEL
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+break;
+case 22:// S_TTRACEDATA
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 23:// S_CBRANCH_CDBGSYS
+insn_in_progress->appendOperand(decodeOPR_LABEL(layout.SIMM16),true,false);
+break;
+case 24:// S_CBRANCH_CDBGUSER
+insn_in_progress->appendOperand(decodeOPR_LABEL(layout.SIMM16),true,false);
+break;
+case 25:// S_CBRANCH_CDBGSYS_OR_USER
+insn_in_progress->appendOperand(decodeOPR_LABEL(layout.SIMM16),true,false);
+break;
+case 26:// S_CBRANCH_CDBGSYS_AND_USER
+insn_in_progress->appendOperand(decodeOPR_LABEL(layout.SIMM16),true,false);
+break;
+case 27:// S_ENDPGM_SAVED
+break;
+case 28:// S_SET_GPR_IDX_OFF
+break;
+case 29:// S_SET_GPR_IDX_MODE
+insn_in_progress->appendOperand(decodeOPR_SIMM16(layout.SIMM16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST_M0(124,32),true,false);
+break;
+case 30:// S_ENDPGM_ORDERED_PS_DONE
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_VOP1Operands(){
+layout_ENC_VOP1 & layout = insn_layout.ENC_VOP1;
+switch(layout.OP){
+case 0:// V_NOP
+break;
+case 1:// V_MOV_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 2:// V_READFIRSTLANE_B32
+insn_in_progress->appendOperand(decodeOPR_SREG_NOVCC(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_LDS(layout.SRC0,32),true,false);
+break;
+case 3:// V_CVT_I32_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+break;
+case 4:// V_CVT_F64_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 5:// V_CVT_F32_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 6:// V_CVT_F32_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 7:// V_CVT_U32_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 8:// V_CVT_I32_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 10:// V_CVT_F16_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 11:// V_CVT_F32_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 12:// V_CVT_RPI_I32_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 13:// V_CVT_FLR_I32_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 14:// V_CVT_OFF_F32_I4
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 15:// V_CVT_F32_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+break;
+case 16:// V_CVT_F64_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 17:// V_CVT_F32_UBYTE0
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 18:// V_CVT_F32_UBYTE1
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 19:// V_CVT_F32_UBYTE2
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 20:// V_CVT_F32_UBYTE3
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 21:// V_CVT_U32_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+break;
+case 22:// V_CVT_F64_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 23:// V_TRUNC_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+break;
+case 24:// V_CEIL_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+break;
+case 25:// V_RNDNE_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+break;
+case 26:// V_FLOOR_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+break;
+case 27:// V_FRACT_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 28:// V_TRUNC_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 29:// V_CEIL_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 30:// V_RNDNE_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 31:// V_FLOOR_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 32:// V_EXP_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 33:// V_LOG_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 34:// V_RCP_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 35:// V_RCP_IFLAG_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 36:// V_RSQ_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 37:// V_RCP_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+break;
+case 38:// V_RSQ_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+break;
+case 39:// V_SQRT_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 40:// V_SQRT_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+break;
+case 41:// V_SIN_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 42:// V_COS_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 43:// V_NOT_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 44:// V_BFREV_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 45:// V_FFBH_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 46:// V_FFBL_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 47:// V_FFBH_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 48:// V_FREXP_EXP_I32_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+break;
+case 49:// V_FREXP_MANT_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+break;
+case 50:// V_FRACT_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+break;
+case 51:// V_FREXP_EXP_I32_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 52:// V_FREXP_MANT_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 53:// V_CLREXCP
+break;
+case 55:// V_SCREEN_PARTITION_4SE_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 57:// V_CVT_F16_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 58:// V_CVT_F16_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 59:// V_CVT_U16_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 60:// V_CVT_I16_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 61:// V_RCP_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 62:// V_SQRT_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 63:// V_RSQ_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 64:// V_LOG_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 65:// V_EXP_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 66:// V_FREXP_MANT_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 67:// V_FREXP_EXP_I16_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 68:// V_FLOOR_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 69:// V_CEIL_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 70:// V_TRUNC_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 71:// V_RNDNE_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 72:// V_FRACT_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 73:// V_SIN_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 74:// V_COS_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 75:// V_EXP_LEGACY_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 76:// V_LOG_LEGACY_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 77:// V_CVT_NORM_I16_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 78:// V_CVT_NORM_U16_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+break;
+case 79:// V_SAT_PK_U8_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+break;
+case 81:// V_SWAP_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR(layout.SRC0,32),true,true);
+break;
+case 82:// V_ACCVGPR_MOV_B32
+insn_in_progress->appendOperand(decodeOPR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_ACCVGPR(layout.SRC0,32),true,false);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_VOP3Operands(){
+layout_ENC_VOP3 & layout = insn_layout.ENC_VOP3;
+switch(layout.OP){
+case 320:// V_NOP
+break;
+case 321:// V_MOV_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 322:// V_READFIRSTLANE_B32
+insn_in_progress->appendOperand(decodeOPR_SREG_NOVCC(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_LDS(layout.SRC0,32),true,false);
+break;
+case 323:// V_CVT_I32_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+break;
+case 324:// V_CVT_F64_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 325:// V_CVT_F32_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 326:// V_CVT_F32_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 327:// V_CVT_U32_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 328:// V_CVT_I32_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 330:// V_CVT_F16_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 331:// V_CVT_F32_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 332:// V_CVT_RPI_I32_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 333:// V_CVT_FLR_I32_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 334:// V_CVT_OFF_F32_I4
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 335:// V_CVT_F32_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+break;
+case 336:// V_CVT_F64_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 337:// V_CVT_F32_UBYTE0
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 338:// V_CVT_F32_UBYTE1
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 339:// V_CVT_F32_UBYTE2
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 340:// V_CVT_F32_UBYTE3
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 341:// V_CVT_U32_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+break;
+case 342:// V_CVT_F64_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 343:// V_TRUNC_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+break;
+case 344:// V_CEIL_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+break;
+case 345:// V_RNDNE_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+break;
+case 346:// V_FLOOR_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+break;
+case 347:// V_FRACT_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 348:// V_TRUNC_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 349:// V_CEIL_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 350:// V_RNDNE_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 351:// V_FLOOR_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 352:// V_EXP_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 353:// V_LOG_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 354:// V_RCP_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 355:// V_RCP_IFLAG_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 356:// V_RSQ_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 357:// V_RCP_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+break;
+case 358:// V_RSQ_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+break;
+case 359:// V_SQRT_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 360:// V_SQRT_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+break;
+case 361:// V_SIN_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 362:// V_COS_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 363:// V_NOT_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 364:// V_BFREV_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 365:// V_FFBH_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 366:// V_FFBL_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 367:// V_FFBH_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 368:// V_FREXP_EXP_I32_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+break;
+case 369:// V_FREXP_MANT_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+break;
+case 370:// V_FRACT_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+break;
+case 371:// V_FREXP_EXP_I32_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 372:// V_FREXP_MANT_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 373:// V_CLREXCP
+break;
+case 375:// V_SCREEN_PARTITION_4SE_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 377:// V_CVT_F16_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 378:// V_CVT_F16_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 379:// V_CVT_U16_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 380:// V_CVT_I16_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 381:// V_RCP_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 382:// V_SQRT_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 383:// V_RSQ_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 384:// V_LOG_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 385:// V_EXP_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 386:// V_FREXP_MANT_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 387:// V_FREXP_EXP_I16_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 388:// V_FLOOR_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 389:// V_CEIL_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 390:// V_TRUNC_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 391:// V_RNDNE_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 392:// V_FRACT_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 393:// V_SIN_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 394:// V_COS_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 395:// V_EXP_LEGACY_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 396:// V_LOG_LEGACY_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 397:// V_CVT_NORM_I16_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 398:// V_CVT_NORM_U16_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+break;
+case 399:// V_SAT_PK_U8_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+case 401:// V_SWAP_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR(layout.SRC0,32),true,true);
+break;
+case 402:// V_ACCVGPR_MOV_B32
+insn_in_progress->appendOperand(decodeOPR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_ACCVGPR(layout.SRC0,32),true,false);
+break;
+case 256:// V_CNDMASK_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRC2+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRC2+1,32),true,false);
+break;
+case 257:// V_ADD_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 258:// V_SUB_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 259:// V_SUBREV_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 260:// V_FMAC_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 261:// V_MUL_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 262:// V_MUL_I32_I24
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 263:// V_MUL_HI_I32_I24
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 264:// V_MUL_U32_U24
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 265:// V_MUL_HI_U32_U24
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 266:// V_MIN_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 267:// V_MAX_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 268:// V_MIN_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 269:// V_MAX_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 270:// V_MIN_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 271:// V_MAX_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 272:// V_LSHRREV_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 273:// V_ASHRREV_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 274:// V_LSHLREV_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 275:// V_AND_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 276:// V_OR_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 277:// V_XOR_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 278:// V_MAC_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 287:// V_ADD_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 288:// V_SUB_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 289:// V_SUBREV_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 290:// V_MUL_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 291:// V_MAC_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 294:// V_ADD_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 295:// V_SUB_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 296:// V_SUBREV_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 297:// V_MUL_LO_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 298:// V_LSHLREV_B16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 299:// V_LSHRREV_B16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 300:// V_ASHRREV_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 301:// V_MAX_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 302:// V_MIN_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 303:// V_MAX_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 304:// V_MAX_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 305:// V_MIN_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 306:// V_MIN_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 307:// V_LDEXP_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 308:// V_ADD_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 309:// V_SUB_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 310:// V_SUBREV_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 311:// V_DOT2C_F32_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 312:// V_DOT2C_I32_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 313:// V_DOT4C_I32_I8
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 314:// V_DOT8C_I32_I4
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 315:// V_FMAC_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 316:// V_PK_FMAC_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 317:// V_XNOR_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 448:// V_MAD_LEGACY_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 449:// V_MAD_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 450:// V_MAD_I32_I24
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 451:// V_MAD_U32_U24
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 452:// V_CUBEID_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 453:// V_CUBESC_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 454:// V_CUBETC_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 455:// V_CUBEMA_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 456:// V_BFE_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 457:// V_BFE_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 458:// V_BFI_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 459:// V_FMA_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 460:// V_FMA_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2+1,32),true,false);
+break;
+case 461:// V_LERP_U8
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 462:// V_ALIGNBIT_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 463:// V_ALIGNBYTE_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 464:// V_MIN3_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 465:// V_MIN3_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 466:// V_MIN3_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 467:// V_MAX3_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 468:// V_MAX3_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 469:// V_MAX3_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 470:// V_MED3_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 471:// V_MED3_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 472:// V_MED3_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 473:// V_SAD_U8
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 474:// V_SAD_HI_U8
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 475:// V_SAD_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 476:// V_SAD_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 477:// V_CVT_PK_U8_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 478:// V_DIV_FIXUP_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 479:// V_DIV_FIXUP_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2+1,32),true,false);
+break;
+case 482:// V_DIV_FMAS_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),true,false);
+break;
+case 483:// V_DIV_FMAS_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),true,false);
+break;
+case 484:// V_MSAD_U8
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 485:// V_QSAD_PK_U16_U8
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2+1,32),true,false);
+break;
+case 486:// V_MQSAD_PK_U16_U8
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2+1,32),true,false);
+break;
+case 487:// V_MQSAD_U32_U8
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+2,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+3,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR(layout.SRC2+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR(layout.SRC2+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR(layout.SRC2+2,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR(layout.SRC2+3,32),true,false);
+break;
+case 490:// V_MAD_LEGACY_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 491:// V_MAD_LEGACY_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 492:// V_MAD_LEGACY_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 493:// V_PERM_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 494:// V_FMA_LEGACY_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 495:// V_DIV_FIXUP_LEGACY_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 496:// V_CVT_PKACCUM_U8_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 497:// V_MAD_U32_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 498:// V_MAD_I32_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 499:// V_XAD_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 500:// V_MIN3_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 501:// V_MIN3_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 502:// V_MIN3_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 503:// V_MAX3_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 504:// V_MAX3_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 505:// V_MAX3_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 506:// V_MED3_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 507:// V_MED3_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 508:// V_MED3_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 509:// V_LSHL_ADD_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 510:// V_ADD_LSHL_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 511:// V_ADD3_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 512:// V_LSHL_OR_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 513:// V_AND_OR_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 514:// V_OR3_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 515:// V_MAD_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 516:// V_MAD_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 517:// V_MAD_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 518:// V_FMA_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 519:// V_DIV_FIXUP_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 640:// V_ADD_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 641:// V_MUL_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 642:// V_MIN_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 643:// V_MAX_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 644:// V_LDEXP_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 645:// V_MUL_LO_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 646:// V_MUL_HI_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 647:// V_MUL_HI_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 648:// V_LDEXP_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 649:// V_READLANE_B32
+insn_in_progress->appendOperand(decodeOPR_SREG_NOVCC(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_LDS(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_LANESEL(layout.SRC1,32),true,false);
+break;
+case 650:// V_WRITELANE_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SSRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SSRC_LANESEL(layout.SRC1,32),true,false);
+break;
+case 651:// V_BCNT_U32_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 652:// V_MBCNT_LO_U32_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 653:// V_MBCNT_HI_U32_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 655:// V_LSHLREV_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 656:// V_LSHRREV_B64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 657:// V_ASHRREV_I64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 658:// V_TRIG_PREOP_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 659:// V_BFM_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 660:// V_CVT_PKNORM_I16_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 661:// V_CVT_PKNORM_U16_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 662:// V_CVT_PKRTZ_F16_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 663:// V_CVT_PK_U16_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 664:// V_CVT_PK_I16_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 665:// V_CVT_PKNORM_I16_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 666:// V_CVT_PKNORM_U16_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 668:// V_ADD_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 669:// V_SUB_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 670:// V_ADD_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 671:// V_SUB_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 672:// V_PACK_B32_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 673:// V_MUL_LEGACY_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 16:// V_CMP_CLASS_F32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 17:// V_CMPX_CLASS_F32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 18:// V_CMP_CLASS_F64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 19:// V_CMPX_CLASS_F64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 20:// V_CMP_CLASS_F16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 21:// V_CMPX_CLASS_F16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 32:// V_CMP_F_F16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 33:// V_CMP_LT_F16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 34:// V_CMP_EQ_F16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 35:// V_CMP_LE_F16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 36:// V_CMP_GT_F16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 37:// V_CMP_LG_F16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 38:// V_CMP_GE_F16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 39:// V_CMP_O_F16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 40:// V_CMP_U_F16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 41:// V_CMP_NGE_F16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 42:// V_CMP_NLG_F16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 43:// V_CMP_NGT_F16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 44:// V_CMP_NLE_F16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 45:// V_CMP_NEQ_F16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 46:// V_CMP_NLT_F16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 47:// V_CMP_TRU_F16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 48:// V_CMPX_F_F16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 49:// V_CMPX_LT_F16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 50:// V_CMPX_EQ_F16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 51:// V_CMPX_LE_F16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 52:// V_CMPX_GT_F16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 53:// V_CMPX_LG_F16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 54:// V_CMPX_GE_F16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 55:// V_CMPX_O_F16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 56:// V_CMPX_U_F16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 57:// V_CMPX_NGE_F16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 58:// V_CMPX_NLG_F16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 59:// V_CMPX_NGT_F16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 60:// V_CMPX_NLE_F16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 61:// V_CMPX_NEQ_F16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 62:// V_CMPX_NLT_F16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 63:// V_CMPX_TRU_F16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 64:// V_CMP_F_F32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 65:// V_CMP_LT_F32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 66:// V_CMP_EQ_F32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 67:// V_CMP_LE_F32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 68:// V_CMP_GT_F32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 69:// V_CMP_LG_F32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 70:// V_CMP_GE_F32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 71:// V_CMP_O_F32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 72:// V_CMP_U_F32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 73:// V_CMP_NGE_F32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 74:// V_CMP_NLG_F32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 75:// V_CMP_NGT_F32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 76:// V_CMP_NLE_F32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 77:// V_CMP_NEQ_F32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 78:// V_CMP_NLT_F32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 79:// V_CMP_TRU_F32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 80:// V_CMPX_F_F32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 81:// V_CMPX_LT_F32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 82:// V_CMPX_EQ_F32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 83:// V_CMPX_LE_F32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 84:// V_CMPX_GT_F32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 85:// V_CMPX_LG_F32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 86:// V_CMPX_GE_F32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 87:// V_CMPX_O_F32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 88:// V_CMPX_U_F32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 89:// V_CMPX_NGE_F32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 90:// V_CMPX_NLG_F32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 91:// V_CMPX_NGT_F32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 92:// V_CMPX_NLE_F32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 93:// V_CMPX_NEQ_F32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 94:// V_CMPX_NLT_F32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 95:// V_CMPX_TRU_F32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 96:// V_CMP_F_F64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 97:// V_CMP_LT_F64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 98:// V_CMP_EQ_F64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 99:// V_CMP_LE_F64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 100:// V_CMP_GT_F64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 101:// V_CMP_LG_F64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 102:// V_CMP_GE_F64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 103:// V_CMP_O_F64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 104:// V_CMP_U_F64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 105:// V_CMP_NGE_F64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 106:// V_CMP_NLG_F64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 107:// V_CMP_NGT_F64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 108:// V_CMP_NLE_F64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 109:// V_CMP_NEQ_F64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 110:// V_CMP_NLT_F64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 111:// V_CMP_TRU_F64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 112:// V_CMPX_F_F64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 113:// V_CMPX_LT_F64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 114:// V_CMPX_EQ_F64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 115:// V_CMPX_LE_F64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 116:// V_CMPX_GT_F64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 117:// V_CMPX_LG_F64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 118:// V_CMPX_GE_F64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 119:// V_CMPX_O_F64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 120:// V_CMPX_U_F64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 121:// V_CMPX_NGE_F64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 122:// V_CMPX_NLG_F64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 123:// V_CMPX_NGT_F64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 124:// V_CMPX_NLE_F64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 125:// V_CMPX_NEQ_F64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 126:// V_CMPX_NLT_F64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 127:// V_CMPX_TRU_F64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 160:// V_CMP_F_I16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 161:// V_CMP_LT_I16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 162:// V_CMP_EQ_I16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 163:// V_CMP_LE_I16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 164:// V_CMP_GT_I16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 165:// V_CMP_NE_I16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 166:// V_CMP_GE_I16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 167:// V_CMP_T_I16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 168:// V_CMP_F_U16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 169:// V_CMP_LT_U16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 170:// V_CMP_EQ_U16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 171:// V_CMP_LE_U16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 172:// V_CMP_GT_U16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 173:// V_CMP_NE_U16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 174:// V_CMP_GE_U16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 175:// V_CMP_T_U16
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 176:// V_CMPX_F_I16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 177:// V_CMPX_LT_I16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 178:// V_CMPX_EQ_I16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 179:// V_CMPX_LE_I16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 180:// V_CMPX_GT_I16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 181:// V_CMPX_NE_I16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 182:// V_CMPX_GE_I16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 183:// V_CMPX_T_I16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 184:// V_CMPX_F_U16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 185:// V_CMPX_LT_U16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 186:// V_CMPX_EQ_U16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 187:// V_CMPX_LE_U16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 188:// V_CMPX_GT_U16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 189:// V_CMPX_NE_U16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 190:// V_CMPX_GE_U16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 191:// V_CMPX_T_U16
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 192:// V_CMP_F_I32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 193:// V_CMP_LT_I32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 194:// V_CMP_EQ_I32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 195:// V_CMP_LE_I32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 196:// V_CMP_GT_I32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 197:// V_CMP_NE_I32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 198:// V_CMP_GE_I32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 199:// V_CMP_T_I32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 200:// V_CMP_F_U32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 201:// V_CMP_LT_U32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 202:// V_CMP_EQ_U32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 203:// V_CMP_LE_U32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 204:// V_CMP_GT_U32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 205:// V_CMP_NE_U32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 206:// V_CMP_GE_U32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 207:// V_CMP_T_U32
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 208:// V_CMPX_F_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 209:// V_CMPX_LT_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 210:// V_CMPX_EQ_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 211:// V_CMPX_LE_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 212:// V_CMPX_GT_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 213:// V_CMPX_NE_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 214:// V_CMPX_GE_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 215:// V_CMPX_T_I32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 216:// V_CMPX_F_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 217:// V_CMPX_LT_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 218:// V_CMPX_EQ_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 219:// V_CMPX_LE_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 220:// V_CMPX_GT_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 221:// V_CMPX_NE_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 222:// V_CMPX_GE_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 223:// V_CMPX_T_U32
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 224:// V_CMP_F_I64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 225:// V_CMP_LT_I64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 226:// V_CMP_EQ_I64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 227:// V_CMP_LE_I64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 228:// V_CMP_GT_I64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 229:// V_CMP_NE_I64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 230:// V_CMP_GE_I64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 231:// V_CMP_T_I64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 232:// V_CMP_F_U64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 233:// V_CMP_LT_U64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 234:// V_CMP_EQ_U64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 235:// V_CMP_LE_U64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 236:// V_CMP_GT_U64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 237:// V_CMP_NE_U64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 238:// V_CMP_GE_U64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 239:// V_CMP_T_U64
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 240:// V_CMPX_F_I64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 241:// V_CMPX_LT_I64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 242:// V_CMPX_EQ_I64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 243:// V_CMPX_LE_I64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 244:// V_CMPX_GT_I64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 245:// V_CMPX_NE_I64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 246:// V_CMPX_GE_I64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 247:// V_CMPX_T_I64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 248:// V_CMPX_F_U64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 249:// V_CMPX_LT_U64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 250:// V_CMPX_EQ_U64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 251:// V_CMPX_LE_U64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 252:// V_CMPX_GT_U64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 253:// V_CMPX_NE_U64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 254:// V_CMPX_GE_U64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 255:// V_CMPX_T_U64
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SDST(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_VOP2Operands(){
+layout_ENC_VOP2 & layout = insn_layout.ENC_VOP2;
+switch(layout.OP){
+case 0:// V_CNDMASK_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),true,false);
+break;
+case 1:// V_ADD_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 2:// V_SUB_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 3:// V_SUBREV_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 4:// V_FMAC_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 5:// V_MUL_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 6:// V_MUL_I32_I24
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 7:// V_MUL_HI_I32_I24
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 8:// V_MUL_U32_U24
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 9:// V_MUL_HI_U32_U24
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 10:// V_MIN_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 11:// V_MAX_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 12:// V_MIN_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 13:// V_MAX_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 14:// V_MIN_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 15:// V_MAX_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 16:// V_LSHRREV_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLDS(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 17:// V_ASHRREV_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLDS(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 18:// V_LSHLREV_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLDS(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 19:// V_AND_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 20:// V_OR_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 21:// V_XOR_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 22:// V_MAC_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 25:// V_ADD_CO_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 26:// V_SUB_CO_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 27:// V_SUBREV_CO_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLDS(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 28:// V_ADDC_CO_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),true,false);
+break;
+case 29:// V_SUBB_CO_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),true,false);
+break;
+case 30:// V_SUBBREV_CO_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLDS(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),true,false);
+break;
+case 31:// V_ADD_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 32:// V_SUB_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 33:// V_SUBREV_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLDS(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 34:// V_MUL_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 35:// V_MAC_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 38:// V_ADD_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 39:// V_SUB_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 40:// V_SUBREV_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLDS(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 41:// V_MUL_LO_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 42:// V_LSHLREV_B16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLDS(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 43:// V_LSHRREV_B16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLDS(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 44:// V_ASHRREV_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLDS(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 45:// V_MAX_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 46:// V_MIN_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 47:// V_MAX_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 48:// V_MAX_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 49:// V_MIN_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 50:// V_MIN_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 51:// V_LDEXP_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 52:// V_ADD_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 53:// V_SUB_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 54:// V_SUBREV_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLDS(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 55:// V_DOT2C_F32_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 56:// V_DOT2C_I32_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 57:// V_DOT4C_I32_I8
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 58:// V_DOT8C_I32_I4
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 59:// V_FMAC_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 60:// V_PK_FMAC_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),true,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 61:// V_XNOR_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_VOP2_LITERALOperands(){
+layout_ENC_VOP2_LITERAL & layout = insn_layout.ENC_VOP2_LITERAL;
+switch(layout.OP){
+case 23:// V_MADMK_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SIMM32(layout.SIMM32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 24:// V_MADAK_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SIMM32(layout.SIMM32),true,false);
+break;
+case 36:// V_MADMK_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SIMM32(layout.SIMM32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 37:// V_MADAK_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SIMM32(layout.SIMM32),true,false);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_VOP3BOperands(){
+layout_ENC_VOP3B & layout = insn_layout.ENC_VOP3B;
+switch(layout.OP){
+case 281:// V_ADD_CO_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 282:// V_SUB_CO_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 283:// V_SUBREV_CO_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 284:// V_ADDC_CO_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRC2+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRC2+1,32),true,false);
+break;
+case 285:// V_SUBB_CO_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRC2+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRC2+1,32),true,false);
+break;
+case 286:// V_SUBBREV_CO_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRC2+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SRC2+1,32),true,false);
+break;
+case 480:// V_DIV_SCALE_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VCC(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VCC(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 481:// V_DIV_SCALE_F64
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VCC(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VCC(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2+1,32),true,false);
+break;
+case 488:// V_MAD_U64_U32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2+1,32),true,false);
+break;
+case 489:// V_MAD_I64_I32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SREG(layout.SDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2+1,32),true,false);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_VOP3POperands(){
+layout_ENC_VOP3P & layout = insn_layout.ENC_VOP3P;
+switch(layout.OP){
+case 0:// V_PK_MAD_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 1:// V_PK_MUL_LO_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 2:// V_PK_ADD_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 3:// V_PK_SUB_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 4:// V_PK_LSHLREV_B16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 5:// V_PK_LSHRREV_B16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 6:// V_PK_ASHRREV_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 7:// V_PK_MAX_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 8:// V_PK_MIN_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 9:// V_PK_MAD_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 10:// V_PK_ADD_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 11:// V_PK_SUB_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 12:// V_PK_MAX_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 13:// V_PK_MIN_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 14:// V_PK_FMA_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,16),true,false);
+break;
+case 15:// V_PK_ADD_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 16:// V_PK_MUL_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 17:// V_PK_MIN_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 18:// V_PK_MAX_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+break;
+case 32:// V_MAD_MIX_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 33:// V_MAD_MIXLO_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 34:// V_MAD_MIXHI_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,16),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 35:// V_DOT2_F32_F16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 38:// V_DOT2_I32_I16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 39:// V_DOT2_U32_U16
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 40:// V_DOT4_I32_I8
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 41:// V_DOT4_U32_U8
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 42:// V_DOT8_I32_I4
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 43:// V_DOT8_U32_U4
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 48:// V_PK_FMA_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC2,32),true,false);
+break;
+case 49:// V_PK_MUL_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 50:// V_PK_ADD_F32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1,32),true,false);
+break;
+case 51:// V_PK_MOV_B32
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+0,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST+1,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_SIMPLE(layout.SRC1+1,32),true,false);
+break;
+case 88:// V_ACCVGPR_READ
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_ACCVGPR(layout.SRC0,32),true,false);
+break;
+case 89:// V_ACCVGPR_WRITE
+insn_in_progress->appendOperand(decodeOPR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_NOLIT(layout.SRC0,32),true,false);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_VOP3P_MFMAOperands(){
+layout_ENC_VOP3P_MFMA & layout = insn_layout.ENC_VOP3P_MFMA;
+switch(layout.OP){
+case 64:// V_MFMA_F32_32X32X1F32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 65:// V_MFMA_F32_16X16X1F32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 66:// V_MFMA_F32_4X4X1F32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 68:// V_MFMA_F32_32X32X2F32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 69:// V_MFMA_F32_16X16X4F32
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 72:// V_MFMA_F32_32X32X4F16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 73:// V_MFMA_F32_16X16X4F16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 74:// V_MFMA_F32_4X4X4F16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 76:// V_MFMA_F32_32X32X8F16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 77:// V_MFMA_F32_16X16X16F16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 80:// V_MFMA_I32_32X32X4I8
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 81:// V_MFMA_I32_16X16X4I8
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 82:// V_MFMA_I32_4X4X4I8
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 84:// V_MFMA_I32_32X32X8I8
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 85:// V_MFMA_I32_16X16X16I8
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 99:// V_MFMA_F32_32X32X4BF16_1K
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 100:// V_MFMA_F32_16X16X4BF16_1K
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 101:// V_MFMA_F32_4X4X4BF16_1K
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 102:// V_MFMA_F32_32X32X8BF16_1K
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 103:// V_MFMA_F32_16X16X16BF16_1K
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 104:// V_MFMA_F32_32X32X2BF16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 105:// V_MFMA_F32_16X16X2BF16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 107:// V_MFMA_F32_4X4X2BF16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 108:// V_MFMA_F32_32X32X4BF16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 109:// V_MFMA_F32_16X16X8BF16
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 110:// V_MFMA_F64_16X16X4F64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+case 111:// V_MFMA_F64_4X4X4F64
+insn_in_progress->appendOperand(decodeOPR_VGPR_OR_ACCVGPR(layout.VDST,32),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR(layout.SRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC_VGPR_OR_ACCVGPR_OR_CONST(layout.SRC2,32),true,false);
+break;
+}
+}
+void InstructionDecoder_amdgpu_cdna2::finalizeENC_VOPCOperands(){
+layout_ENC_VOPC & layout = insn_layout.ENC_VOPC;
+switch(layout.OP){
+case 16:// V_CMP_CLASS_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 17:// V_CMPX_CLASS_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 18:// V_CMP_CLASS_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 19:// V_CMPX_CLASS_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 20:// V_CMP_CLASS_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 21:// V_CMPX_CLASS_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 32:// V_CMP_F_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 33:// V_CMP_LT_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 34:// V_CMP_EQ_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 35:// V_CMP_LE_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 36:// V_CMP_GT_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 37:// V_CMP_LG_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 38:// V_CMP_GE_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 39:// V_CMP_O_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 40:// V_CMP_U_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 41:// V_CMP_NGE_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 42:// V_CMP_NLG_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 43:// V_CMP_NGT_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 44:// V_CMP_NLE_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 45:// V_CMP_NEQ_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 46:// V_CMP_NLT_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 47:// V_CMP_TRU_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 48:// V_CMPX_F_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 49:// V_CMPX_LT_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 50:// V_CMPX_EQ_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 51:// V_CMPX_LE_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 52:// V_CMPX_GT_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 53:// V_CMPX_LG_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 54:// V_CMPX_GE_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 55:// V_CMPX_O_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 56:// V_CMPX_U_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 57:// V_CMPX_NGE_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 58:// V_CMPX_NLG_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 59:// V_CMPX_NGT_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 60:// V_CMPX_NLE_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 61:// V_CMPX_NEQ_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 62:// V_CMPX_NLT_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 63:// V_CMPX_TRU_F16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 64:// V_CMP_F_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 65:// V_CMP_LT_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 66:// V_CMP_EQ_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 67:// V_CMP_LE_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 68:// V_CMP_GT_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 69:// V_CMP_LG_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 70:// V_CMP_GE_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 71:// V_CMP_O_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 72:// V_CMP_U_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 73:// V_CMP_NGE_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 74:// V_CMP_NLG_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 75:// V_CMP_NGT_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 76:// V_CMP_NLE_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 77:// V_CMP_NEQ_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 78:// V_CMP_NLT_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 79:// V_CMP_TRU_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 80:// V_CMPX_F_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 81:// V_CMPX_LT_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 82:// V_CMPX_EQ_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 83:// V_CMPX_LE_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 84:// V_CMPX_GT_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 85:// V_CMPX_LG_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 86:// V_CMPX_GE_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 87:// V_CMPX_O_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 88:// V_CMPX_U_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 89:// V_CMPX_NGE_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 90:// V_CMPX_NLG_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 91:// V_CMPX_NGT_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 92:// V_CMPX_NLE_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 93:// V_CMPX_NEQ_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 94:// V_CMPX_NLT_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 95:// V_CMPX_TRU_F32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 96:// V_CMP_F_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 97:// V_CMP_LT_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 98:// V_CMP_EQ_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 99:// V_CMP_LE_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 100:// V_CMP_GT_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 101:// V_CMP_LG_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 102:// V_CMP_GE_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 103:// V_CMP_O_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 104:// V_CMP_U_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 105:// V_CMP_NGE_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 106:// V_CMP_NLG_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 107:// V_CMP_NGT_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 108:// V_CMP_NLE_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 109:// V_CMP_NEQ_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 110:// V_CMP_NLT_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 111:// V_CMP_TRU_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 112:// V_CMPX_F_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 113:// V_CMPX_LT_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 114:// V_CMPX_EQ_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 115:// V_CMPX_LE_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 116:// V_CMPX_GT_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 117:// V_CMPX_LG_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 118:// V_CMPX_GE_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 119:// V_CMPX_O_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 120:// V_CMPX_U_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 121:// V_CMPX_NGE_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 122:// V_CMPX_NLG_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 123:// V_CMPX_NGT_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 124:// V_CMPX_NLE_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 125:// V_CMPX_NEQ_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 126:// V_CMPX_NLT_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 127:// V_CMPX_TRU_F64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 160:// V_CMP_F_I16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 161:// V_CMP_LT_I16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 162:// V_CMP_EQ_I16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 163:// V_CMP_LE_I16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 164:// V_CMP_GT_I16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 165:// V_CMP_NE_I16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 166:// V_CMP_GE_I16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 167:// V_CMP_T_I16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 168:// V_CMP_F_U16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 169:// V_CMP_LT_U16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 170:// V_CMP_EQ_U16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 171:// V_CMP_LE_U16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 172:// V_CMP_GT_U16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 173:// V_CMP_NE_U16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 174:// V_CMP_GE_U16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 175:// V_CMP_T_U16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+break;
+case 176:// V_CMPX_F_I16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 177:// V_CMPX_LT_I16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 178:// V_CMPX_EQ_I16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 179:// V_CMPX_LE_I16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 180:// V_CMPX_GT_I16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 181:// V_CMPX_NE_I16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 182:// V_CMPX_GE_I16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 183:// V_CMPX_T_I16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 184:// V_CMPX_F_U16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 185:// V_CMPX_LT_U16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 186:// V_CMPX_EQ_U16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 187:// V_CMPX_LE_U16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 188:// V_CMPX_GT_U16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 189:// V_CMPX_NE_U16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 190:// V_CMPX_GE_U16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 191:// V_CMPX_T_U16
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,16),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 192:// V_CMP_F_I32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 193:// V_CMP_LT_I32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 194:// V_CMP_EQ_I32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 195:// V_CMP_LE_I32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 196:// V_CMP_GT_I32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 197:// V_CMP_NE_I32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 198:// V_CMP_GE_I32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 199:// V_CMP_T_I32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 200:// V_CMP_F_U32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 201:// V_CMP_LT_U32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 202:// V_CMP_EQ_U32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 203:// V_CMP_LE_U32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 204:// V_CMP_GT_U32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 205:// V_CMP_NE_U32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 206:// V_CMP_GE_U32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 207:// V_CMP_T_U32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+break;
+case 208:// V_CMPX_F_I32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 209:// V_CMPX_LT_I32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 210:// V_CMPX_EQ_I32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 211:// V_CMPX_LE_I32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 212:// V_CMPX_GT_I32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 213:// V_CMPX_NE_I32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 214:// V_CMPX_GE_I32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 215:// V_CMPX_T_I32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 216:// V_CMPX_F_U32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 217:// V_CMPX_LT_U32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 218:// V_CMPX_EQ_U32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 219:// V_CMPX_LE_U32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 220:// V_CMPX_GT_U32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 221:// V_CMPX_NE_U32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 222:// V_CMPX_GE_U32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 223:// V_CMPX_T_U32
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 224:// V_CMP_F_I64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 225:// V_CMP_LT_I64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 226:// V_CMP_EQ_I64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 227:// V_CMP_LE_I64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 228:// V_CMP_GT_I64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 229:// V_CMP_NE_I64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 230:// V_CMP_GE_I64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 231:// V_CMP_T_I64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 232:// V_CMP_F_U64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 233:// V_CMP_LT_U64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 234:// V_CMP_EQ_U64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 235:// V_CMP_LE_U64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 236:// V_CMP_GT_U64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 237:// V_CMP_NE_U64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 238:// V_CMP_GE_U64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 239:// V_CMP_T_U64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+break;
+case 240:// V_CMPX_F_I64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 241:// V_CMPX_LT_I64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 242:// V_CMPX_EQ_I64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 243:// V_CMPX_LE_I64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 244:// V_CMPX_GT_I64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 245:// V_CMPX_NE_I64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 246:// V_CMPX_GE_I64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 247:// V_CMPX_T_I64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 248:// V_CMPX_F_U64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 249:// V_CMPX_LT_U64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 250:// V_CMPX_EQ_U64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 251:// V_CMPX_LE_U64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 252:// V_CMPX_GT_U64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 253:// V_CMPX_NE_U64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 254:// V_CMPX_GE_U64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+case 255:// V_CMPX_T_U64
+insn_in_progress->appendOperand(decodeOPR_VCC(0,64),false,true);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SRC(layout.SRC0+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+0,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_VGPR(layout.VSRC1+1,32),true,false);
+insn_in_progress->appendOperand(decodeOPR_SDST_EXEC(126,64),false,true);
+break;
+}
+}

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU/vega Added

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU/vega/InstructionDecoder-amdgpu-vega.C Added

@@ -0,0 +1,756 @@
+/*
+ * See the dyninst/COPYRIGHT file for copyright information.
+ *
+ * We provide the Paradyn Tools (below described as "Paradyn")
+ * on an AS IS basis, and do not warrant its validity or performance.
+ * We reserve the right to update, modify, or discontinue this
+ * software at any time.  We shall have no obligation to supply such
+ * updates or modifications or any other form of support to you.
+ *
+ * By your use of Paradyn, you understand and agree that we (or any
+ * other person or entity with proprietary rights in Paradyn) are
+ * under no obligation to provide either maintenance services,
+ * update services, notices of latent defects, or correction of
+ * defects for Paradyn.
+ *
+ * This library is free software; you can redistribute it and/or
+ * modify it under the terms of the GNU Lesser General Public
+ * License as published by the Free Software Foundation; either
+ * version 2.1 of the License, or (at your option) any later version.
+ *
+ * This library is distributed in the hope that it will be useful,
+ * but WITHOUT ANY WARRANTY; without even the implied warranty of
+ * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
+ * Lesser General Public License for more details.
+ *
+ * You should have received a copy of the GNU Lesser General Public
+ * License along with this library; if not, write to the Free Software
+ * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
+ */
+
+#include "Ternary.h"
+#include "InstructionDecoder-amdgpu-vega.h"
+
+namespace Dyninst {
+	namespace InstructionAPI {
+		typedef void (InstructionDecoder_amdgpu_vega::*operandFactory)();
+
+		typedef amdgpu_vega_insn_entry amdgpu_vega_insn_table;
+    
+		typedef amdgpu_mask_entry amdgpu_decoder_table;
+
+		const std::array<std::string, 16> InstructionDecoder_amdgpu_vega::condNames = { {
+			"eq", "ne", "cs", "cc", "mi", "pl", "vs", "vc", "hi", "ls", "ge",
+			"lt", "gt", "le", "al", "nv",
+		} };
+
+		const char* InstructionDecoder_amdgpu_vega::bitfieldInsnAliasMap(entryID e) {
+			switch(e) {
+				default: assert(!"no alias for entryID");
+			};
+		}
+		const char* InstructionDecoder_amdgpu_vega::condInsnAliasMap(entryID e) {
+			switch(e) {
+				default: assert(!"no alias for entryID");
+			};
+		}
+
+#include "amdgpu_vega_insn_entry.h"
+		struct amdgpu_mask_entry {
+			unsigned int mask;
+			std::size_t branchCnt;
+			const std::pair<unsigned int,unsigned int>* nodeBranches;
+			int insnTableIndex;
+
+			static const amdgpu_decoder_table main_decoder_table;
+			static const std::pair<unsigned int,unsigned int> branchTable;
+		};
+
+#include "amdgpu_vega_opcode_tables.C"
+
+		InstructionDecoder_amdgpu_vega::InstructionDecoder_amdgpu_vega(Architecture a)
+			: InstructionDecoderImpl(a), 
+            insn_size(0), immLen(0) , num_elements(1) , isSMEM(false), isLoad(false), isStore(false),isBuffer(false),
+            isScratch(false) , isBranch(false), isConditional(false) ,isCall(false), isModifyPC(false)
+		{
+		}
+
+		InstructionDecoder_amdgpu_vega::~InstructionDecoder_amdgpu_vega() {
+		}
+
+
+		using namespace std;
+		void InstructionDecoder_amdgpu_vega::NOTHING() {
+		}
+
+		Result_Type InstructionDecoder_amdgpu_vega::makeSizeType(unsigned int) {
+			assert(0); //not implemented
+			return u32;
+		}
+
+		// ****************
+		// decoding opcodes
+		// ****************
+
+		MachRegister InstructionDecoder_amdgpu_vega::makeAmdgpuRegID(MachRegister base, unsigned int encoding , unsigned int len) {
+			MachRegister realBase = base;
+			if (base == amdgpu_vega::sgpr0){
+				switch(len){
+					case 2:
+						realBase = amdgpu_vega::sgpr_vec2_0;
+						break;
+					case 4:
+						realBase = amdgpu_vega::sgpr_vec4_0;
+						break;
+					case 8:
+						realBase = amdgpu_vega::sgpr_vec8_0;
+						break;
+					case 16:
+						realBase = amdgpu_vega::sgpr_vec16_0;
+						break;
+				}
+			}else if (base == amdgpu_vega::vgpr0){
+				switch(len){
+					case 2:
+						realBase = amdgpu_vega::vgpr_vec2_0;
+						break;
+					case 4:
+						realBase = amdgpu_vega::vgpr_vec4_0;
+						break;
+					case 8:
+						realBase = amdgpu_vega::vgpr_vec8_0;
+						break;
+					case 16:
+						realBase = amdgpu_vega::vgpr_vec16_0;
+						break;
+				}
+
+			}
+			return MachRegister(realBase.val() + encoding);
+
+		}
+
+		Expression::Ptr InstructionDecoder_amdgpu_vega::makePCExpr() {
+			MachRegister baseReg = amdgpu_vega::pc;
+
+			return makeRegisterExpression(baseReg);
+		}
+
+		void InstructionDecoder_amdgpu_vega::makeBranchTarget(bool branchIsCall, bool bIsConditional, int immVal,
+				int immLen_ = 16) {
+			Expression::Ptr lhs = makeAddExpression(makePCExpr(),Immediate::makeImmediate(Result(s48,4)),s48);
+			int64_t offset = sign_extend64(immLen_, immVal * 4);
+
+			Expression::Ptr rhs = Immediate::makeImmediate(Result(s64, offset));
+
+			insn_in_progress->addSuccessor(makeAddExpression(lhs, rhs, s64), branchIsCall, false, bIsConditional,
+					false);
+			if (bIsConditional || branchIsCall) {
+				insn_in_progress->addSuccessor(makeFallThroughExpr(), false, false, false, true);
+			}
+
+		}
+
+		Expression::Ptr InstructionDecoder_amdgpu_vega::makeFallThroughExpr() {
+			// TODO: while s_call_B64 is always 4 bytes, it is not clear whether all instructions that has a fall through branch are 4 bytes long
+			return makeAddExpression(makePCExpr(), Immediate::makeImmediate(Result(u64, unsign_extend64(3, 4))), u64);
+		}
+
+
+		bool InstructionDecoder_amdgpu_vega::decodeOperands(const Instruction *) {
+			assert(0 && "decodeOperands deprecated for amdgpu");
+			return true;
+		}
+
+		Expression::Ptr InstructionDecoder_amdgpu_vega::decodeSGPRorM0(unsigned int offset){
+			if( offset <= 104)
+				return makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::sgpr0,offset));
+			if (offset == 124)
+				return makeRegisterExpression(amdgpu_vega::m0);
+            cerr << " unknown offset in sgpr or m0 " << offset << endl; 
+			assert(0 && "shouldn't reach here");
+		}
+
+
+		void InstructionDecoder_amdgpu_vega::finalizeFLATOperands(){
+			layout_flat & layout = insn_layout.flat;
+
+			Expression::Ptr addr_ast = 
+				makeTernaryExpression(
+						makeRegisterExpression(amdgpu_vega::address_mode_32), // TODO: type needs to be fixed
+						makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.addr)),
+						makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.addr,2)),
+						u64
+						);
+			switch(layout.seg){
+				case 1:
+					insn_in_progress->getOperation().mnemonic += "_scratch";
+					break;
+				case 2:
+					insn_in_progress->getOperation().mnemonic += "_global";
+					break;
+				default:
+					break;
+			}
+
+			insn_in_progress->appendOperand(addr_ast,false,true);
+
+		}
+		void InstructionDecoder_amdgpu_vega::finalizeMUBUFOperands(){
+			layout_mubuf & layout = insn_layout.mubuf;
+			MachRegister vsharp = makeAmdgpuRegID(amdgpu_vega::sgpr0,layout.srsrc<<2,4);
+			Expression::Ptr const_base_ast   = makeRegisterExpression(vsharp,0,47); 
+			Expression::Ptr const_stride_ast = makeRegisterExpression(vsharp,48,65); 
+			Expression::Ptr num_records = makeRegisterExpression(vsharp,66,97); 
+			Expression::Ptr add_tid_enable = makeRegisterExpression(vsharp,98,98); 
+			Expression::Ptr swizzle_enable = makeRegisterExpression(vsharp,99,99); 
+			Expression::Ptr element_size = makeRegisterExpression(vsharp,100,101); 
+			Expression::Ptr index_stride = makeRegisterExpression(vsharp,102,103); 
+
+			Expression::Ptr offset_expr = Immediate::makeImmediate(Result(u32,0)) ;
+			Expression::Ptr index_expr = Immediate::makeImmediate(Result(u32,0)) ;
+
+			if(layout.idxen){
+				if(layout.offen){
+					index_expr =  makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vaddr));
+					offset_expr =  makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vaddr+1));
+				}else{
+					index_expr =  makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vaddr));
+				}
+
+			}else{
+				if(layout.offen){
+					offset_expr =  makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vaddr));
+				}else{
+					// do nothing
+				}
+			}
+
+
+			Expression::Ptr index_ast = 
+				makeAddExpression(
+						index_expr
+						,
+						makeTernaryExpression(
+							add_tid_enable,
+							makeRegisterExpression(amdgpu_vega::tid),
+							Immediate::makeImmediate(Result(u32,0)),
+							u32
+							),
+						u32
+						);
+
+			Expression::Ptr offset_ast = 
+				makeAddExpression(
+						offset_expr,
+						Immediate::makeImmediate(Result(u32,layout.offset)),
+						u32
+						);
+
+			Expression::Ptr buffer_offset = makeAddExpression(
+					offset_ast,
+					makeMultiplyExpression(
+						const_stride_ast,
+						index_ast,
+						u64
+						),
+					u64         
+					);
+
+			Expression::Ptr sgpr_offset_ast = decodeSSRC(layout.soffset);
+			Expression::Ptr addr_ast = makeAddExpression(
+					makeAddExpression(
+						const_base_ast,
+						sgpr_offset_ast,
+						u64),
+					buffer_offset,
+					u64
+					);
+
+			Expression::Ptr vdata_ast = makeRegisterExpression(
+					makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vdata,
+						num_elements// TODO: This depends on number of elements, which is available from opcode
+						));
+
+			insn_in_progress->appendOperand(addr_ast,true,true);
+			insn_in_progress->appendOperand(vdata_ast,true,true);
+
+			if(layout.lds){
+				Expression::Ptr lds_offset_ast = makeRegisterExpression(amdgpu_vega::m0,0,15);
+				Expression::Ptr mem_offset_ast = makeRegisterExpression(
+						makeAmdgpuRegID(amdgpu_vega::sgpr0,layout.soffset));
+				Expression::Ptr inst_offset_ast = Immediate::makeImmediate(Result(u32,layout.offset));
+				Expression::Ptr lds_addr_ast =
+					makeAddExpression(
+							makeAddExpression(
+								makeAddExpression(
+									makeRegisterExpression(amdgpu_vega::lds_base),
+									lds_offset_ast,
+									u32
+									),
+								inst_offset_ast,
+								u32
+								),
+							makeMultiplyExpression(
+								makeRegisterExpression(amdgpu_vega::tid),
+								Immediate::makeImmediate(Result(u16,4)),
+								u32
+								),
+							u32
+							);
+				insn_in_progress->getOperation().mnemonic+="_lds";
+				insn_in_progress->appendOperand(lds_addr_ast,false,true);
+
+			}
+		}
+
+
+		void InstructionDecoder_amdgpu_vega::finalizeMTBUFOperands(){
+			layout_mtbuf & layout = insn_layout.mtbuf;
+			MachRegister vsharp = makeAmdgpuRegID(amdgpu_vega::sgpr0,layout.srsrc<<2,4);
+			Expression::Ptr const_base_ast   = makeRegisterExpression(vsharp,0,47); 
+			Expression::Ptr const_stride_ast = makeRegisterExpression(vsharp,48,65); 
+			Expression::Ptr num_records = makeRegisterExpression(vsharp,66,97); 
+			Expression::Ptr add_tid_enable = makeRegisterExpression(vsharp,98,98); 
+			Expression::Ptr swizzle_enable = makeRegisterExpression(vsharp,99,99); 
+			Expression::Ptr element_size = makeRegisterExpression(vsharp,100,101); 
+			Expression::Ptr index_stride = makeRegisterExpression(vsharp,102,103); 
+
+			Expression::Ptr offset_expr = Immediate::makeImmediate(Result(u32,0)) ;
+			Expression::Ptr index_expr = Immediate::makeImmediate(Result(u32,0)) ;
+
+			if(layout.idxen){
+				if(layout.offen){
+					index_expr =  makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vaddr));
+					offset_expr =  makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vaddr+1));
+				}else{
+					index_expr =  makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vaddr));
+				}
+
+			}else{
+				if(layout.offen){
+					offset_expr =  makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vaddr));
+				}else{
+					// do nothing
+				}
+			}
+
+
+			Expression::Ptr index_ast = 
+				makeAddExpression(
+						index_expr
+						,
+						makeTernaryExpression(
+							add_tid_enable,
+							makeRegisterExpression(amdgpu_vega::tid),
+							Immediate::makeImmediate(Result(u32,0)),
+							u32
+							),
+						u32
+						);
+
+			Expression::Ptr offset_ast = 
+				makeAddExpression(
+						offset_expr,
+						Immediate::makeImmediate(Result(u32,layout.offset)),
+						u32
+						);
+
+			Expression::Ptr buffer_offset = makeAddExpression(
+					offset_ast,
+					makeMultiplyExpression(
+						const_stride_ast,
+						index_ast,
+						u64
+						),
+					u64         
+					);
+
+			Expression::Ptr sgpr_offset_ast = decodeSGPRorM0(layout.soffset);
+			Expression::Ptr addr_ast = makeAddExpression(
+					makeAddExpression(
+						const_base_ast,
+						sgpr_offset_ast,
+						u64),
+					buffer_offset,
+					u64
+					);
+
+			Expression::Ptr vdata_ast = makeRegisterExpression(
+					makeAmdgpuRegID(amdgpu_vega::vgpr0,layout.vdata,
+						num_elements// TODO: This depends on number of elements, which is available from opcode
+						));
+
+			insn_in_progress->appendOperand(addr_ast,true,true);
+			insn_in_progress->appendOperand(vdata_ast,true,true);
+
+
+		}
+		void InstructionDecoder_amdgpu_vega::finalizeVOP1Operands(){
+
+			layout_vop1 & layout = insn_layout.vop1;
+			//cout << " finalizing vop1 operands , vdst = " << std::dec << layout.vdst << " src0 = " << layout.src0 <<endl;
+
+			insn_in_progress->appendOperand(decodeVDST(layout.vdst),false,true);
+			insn_in_progress->appendOperand(decodeSSRC(layout.src0),true,false);
+
+		}
+
+
+		void InstructionDecoder_amdgpu_vega::finalizeSOP1Operands(){
+
+			layout_sop1 & layout = insn_layout.sop1;
+
+			if(isBranch){
+				if(isModifyPC){
+					Expression::Ptr new_pc_ast;
+					new_pc_ast = makeRegisterExpression(
+							makeAmdgpuRegID(amdgpu_vega::sgpr0,layout.ssrc0,2)
+							);
+
+					// TODO : addSuccessors commented out to avoid jump table analysis aborts
+					if(insn_in_progress->getOperation().operationID == amdgpu_op_s_setpc_b64){
+                        
+                        //RegisterAST::Ptr tmpqq = boost::dynamic_pointer_cast<RegisterAST>(new_pc_ast);
+                        //std::cout << "setting pc to offset " << std::hex <<tmpqq->getID()<< std::endl; 
+                        // non fall through branches are added as Successor
+						//insn_in_progress->appendOperand(new_pc_ast,true,false);
+					    insn_in_progress->addSuccessor(new_pc_ast, false, false, false, false);
+					}else if(insn_in_progress->getOperation().operationID == amdgpu_op_s_swappc_b64){
+						Expression::Ptr store_pc_ast;
+    					store_pc_ast = makeRegisterExpression(
+							makeAmdgpuRegID(amdgpu_vega::sgpr0,layout.sdst,2)
+							);
+
+                    
+					    // for swap pc we assume it is a call, so we add the fall through expr	
+                        // iscall , is indirect, isconditional , isfall through
+                        insn_in_progress->addSuccessor(new_pc_ast, false, true, false, false);
+                        insn_in_progress->addSuccessor(makeFallThroughExpr(), false, false, false, true);
+						insn_in_progress->appendOperand(store_pc_ast,false,true);
+					}
+				}
+			}else{
+                if(insn_in_progress->getOperation().operationID == amdgpu_op_s_getpc_b64){
+
+					Expression::Ptr dst_sgpr_pair_ast;
+                    dst_sgpr_pair_ast  = makeRegisterExpression(
+							makeAmdgpuRegID(amdgpu_vega::sgpr0,layout.sdst,2)
+							);
+				    insn_in_progress->appendOperand(dst_sgpr_pair_ast,false,true);
+                }else{
+				    insn_in_progress->appendOperand(decodeSSRC(layout.sdst),false,true);
+				    insn_in_progress->appendOperand(decodeSSRC(layout.ssrc0),true,false);
+                }
+			}
+
+		}
+
+		void InstructionDecoder_amdgpu_vega::finalizeSOPPOperands(){
+
+			layout_sopp & layout = insn_layout.sopp;
+
+			if(isBranch){
+				if(!isModifyPC){	
+					//cout << "calling make branch target "<< endl;
+					makeBranchTarget(isCall,isConditional,layout.simm16);
+				}	
+
+			}
+
+		}
+
+		void InstructionDecoder_amdgpu_vega::finalizeSOPKOperands(){
+
+			layout_sopp & layout = insn_layout.sopp;
+
+			if(isBranch){
+				if(!isModifyPC){	
+					//cout << "calling make branch target "<< endl;
+
+					makeBranchTarget(isCall,isConditional,layout.simm16);
+				}	
+
+			}
+
+		}
+
+
+
+
+		void InstructionDecoder_amdgpu_vega::finalizeSOP2Operands(){
+
+			layout_sop2 & layout = insn_layout.sop2;
+		    auto opID = insn_in_progress->getOperation().operationID ;	
+
+            switch(opID){
+                case amdgpu_op_s_add_u32:
+                case amdgpu_op_s_addc_u32:
+			        /*Expression::Ptr src0_expr = decodeSSRC(layout.ssrc0);
+			        Expression::Ptr src1_expr = decodeSSRC(layout.ssrc1);
+			        Expression::Ptr dst_expr = decodeSSRC(layout.sdst);
+                
+			        Expression::Ptr sum_expr = makeAddExpression(src0_expr,src1_expr,u32);
+
+                    break;*/
+                default:
+                    insn_in_progress->appendOperand(decodeSSRC(layout.sdst),false,true);
+                    insn_in_progress->appendOperand(decodeSSRC(layout.ssrc1),true,false);
+                    insn_in_progress->appendOperand(decodeSSRC(layout.ssrc0),true,false);
+                    break;
+            }
+
+		}
+		void InstructionDecoder_amdgpu_vega::finalizeSMEMOperands(){
+			layout_smem & layout = insn_layout.smem;
+
+			if(IS_LD_ST()){
+				Expression::Ptr offset_expr ;
+				Expression::Ptr inst_offset_expr ;
+				if(layout.imm==0){
+					unsigned int indexing_offset = layout.soe ? layout.soffset : layout.offset;
+					offset_expr = decodeSGPRorM0(indexing_offset);
+					inst_offset_expr = Immediate::makeImmediate(Result(u64,0));
+				}else{
+					inst_offset_expr = Immediate::makeImmediate(Result(u32,layout.offset));
+					offset_expr = layout.soe ? 
+						decodeSGPRorM0(layout.soffset) : Immediate::makeImmediate(Result(u64,0));
+				}
+				//                cout << "layout.sbase = " << std::hex << layout.sbase << endl;
+				//MachRegister mr = makeAmdgpuRegID(amdgpu_vega::sgpr0,4,2);
+				//                cout << " shouldn't it be " << amdgpu_vega::sgpr_vec2_0 << " " << mr << endl; 
+				Expression::Ptr sbase_expr = makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::sgpr0,layout.sbase << 1,2));
+				if(isScratch)
+					offset_expr = makeMultiplyExpression(offset_expr,
+							Immediate::makeImmediate(Result(u64,64)),u64);
+
+				Expression::Ptr remain_expr = makeAddExpression(inst_offset_expr,offset_expr,u64);
+				Expression::Ptr addr_expr = makeDereferenceExpression(makeAddExpression(sbase_expr,remain_expr,u64),u64);
+
+
+
+				Expression::Ptr sdata_expr = makeRegisterExpression(makeAmdgpuRegID(amdgpu_vega::sgpr0,layout.sdata,num_elements));
+
+
+				insn_in_progress->appendOperand(sdata_expr,true,false);
+
+				insn_in_progress->appendOperand(addr_expr,false,true);
+
+			}
+
+		}
+
+		void InstructionDecoder_amdgpu_vega::finalizeSOPCOperands() {
+		}
+		void InstructionDecoder_amdgpu_vega::finalizeVOPCOperands() {
+		}
+		void InstructionDecoder_amdgpu_vega::finalizeVOP2Operands() {
+		}
+		void InstructionDecoder_amdgpu_vega::finalizeVINTRPOperands() {
+		}
+		void InstructionDecoder_amdgpu_vega::finalizeDSOperands() {
+		}
+		void InstructionDecoder_amdgpu_vega::finalizeVOP3ABOperands() {
+		}
+		void InstructionDecoder_amdgpu_vega::finalizeVOP3POperands() {
+		}
+
+		bool InstructionDecoder_amdgpu_vega::decodeOperands(const amdgpu_vega_insn_entry & insn_entry) {
+			if(insn_entry.operandCnt!=0){
+				for (std::size_t i =0 ; i < insn_entry.operandCnt; i++){
+					std::mem_fun(insn_entry.operandsi)(this);
+				}
+			}
+			return true;
+		}
+
+
+		inline unsigned int get32bit(InstructionDecoder::buffer &b,unsigned int offset ){
+			assert(offset %4 ==0 );
+			return b.startoffset+3 << 24 | b.startoffset + 2 << 16 | b.startoffset +1  << 8 | b.start offset;
+		}
+
+		void InstructionDecoder_amdgpu_vega::insnSize(unsigned int insn_size_) {
+			this->insn_size = insn_size_;
+		}
+
+
+		Expression::Ptr InstructionDecoder_amdgpu_vega::decodeVDST(unsigned int index){
+			index += 256;
+            return decodeSSRC(index);
+		} 
+
+
+		Expression::Ptr InstructionDecoder_amdgpu_vega::decodeVSRC(unsigned int index){
+			if (index > 255)
+				index = 0;
+			MachRegister mr = makeAmdgpuRegID(amdgpu_vega::vgpr0,index & 0xff);
+			return makeRegisterExpression(mr);
+		} 
+
+		Expression::Ptr InstructionDecoder_amdgpu_vega::decodeSSRC(unsigned int index){
+			if (index < 102){
+				MachRegister mr = makeAmdgpuRegID(amdgpu_vega::sgpr0,index);
+				return makeRegisterExpression(mr);
+			}else if(index ==102){
+				return makeRegisterExpression(amdgpu_vega::flat_scratch_lo);
+			}else if(index ==103){
+				return makeRegisterExpression(amdgpu_vega::flat_scratch_hi);
+			}else if(index ==104){
+				return makeRegisterExpression(amdgpu_vega::xnack_mask_lo);
+			}else if(index ==105){
+				return makeRegisterExpression(amdgpu_vega::xnack_mask_hi);
+			}else if ( 106 == index ){
+				return makeRegisterExpression(amdgpu_vega::vcc_lo);
+			}else if ( 107 == index ){
+				return makeRegisterExpression(amdgpu_vega::vcc_hi);
+			}else if (107 < index && index < 124){
+				MachRegister mr = makeAmdgpuRegID(amdgpu_vega::ttmp0,index-108);
+				return makeRegisterExpression(mr);
+			}else if (124 == index ){
+				return makeRegisterExpression(amdgpu_vega::m0);
+			}else if ( 126 == index ){
+				return makeRegisterExpression(amdgpu_vega::exec_lo);
+			}else if ( 127 == index ){
+				return makeRegisterExpression(amdgpu_vega::exec_hi);
+			}else if( 128 <= index && index <= 192){
+				return Immediate::makeImmediate(Result(u32, unsign_extend32(32,index - 128 )));
+			}else if( 193 <= index && index <= 208 ){
+				return Immediate::makeImmediate(Result(s32, sign_extend32(32,-(index - 192) )));
+			}else if( 209 <= index && index <= 234){
+				assert ( 0 && "reserved index " ) ;
+			}else if( 235 == index){
+				return makeRegisterExpression(amdgpu_vega::shared_base);
+			}else if( 236 == index){
+				return makeRegisterExpression(amdgpu_vega::shared_limit);
+			}else if( 237 == index){
+				return makeRegisterExpression(amdgpu_vega::private_base);
+			}else if( 238 == index){
+				return makeRegisterExpression(amdgpu_vega::private_limit);
+			}else if( 239 == index){
+				return makeRegisterExpression(amdgpu_vega::pops_exiting_wave_id);
+			}else if (240 == index){
+				return Immediate::makeImmediate(Result(sp_float, 0.5) );
+			}else if (241 == index){
+				return Immediate::makeImmediate(Result(sp_float, -0.5) );
+			}else if (242 == index){
+				return Immediate::makeImmediate(Result(sp_float, 1.0) );
+			}else if (243 == index){
+				return Immediate::makeImmediate(Result(sp_float, -1.0) );
+			}else if (244 == index){
+				return Immediate::makeImmediate(Result(sp_float, 2.0) );
+			}else if (245 == index){
+				return Immediate::makeImmediate(Result(sp_float, -2.0) );
+			}else if (246 == index){
+				return Immediate::makeImmediate(Result(sp_float, 4.0) );
+			}else if (247 == index){
+				return Immediate::makeImmediate(Result(sp_float, -4.0) );
+			}else if (248 == index){
+				/*
+				 * TODO: 1/(2PI) = 0.15915494
+				 * The exact value used is 
+				 * half:
+				 *      0x3118
+				 * single:
+				 *      0x3e22f983
+				 * double:
+				 *      0x3fc45f306dc9c882
+				 */
+				return Immediate::makeImmediate(Result(dp_float, (1.0 / (3.1415926535*2)) ) );
+			}else if (249 == index  || 250 == index){
+				assert ( 0 && "reserved index " ) ;
+			}else if ( 251 == index ){
+				return makeRegisterExpression(amdgpu_vega::vccz);
+			}else if ( 252 == index ){
+				return makeRegisterExpression(amdgpu_vega::execz);
+			}else if ( 253 == index ){
+				return makeRegisterExpression(amdgpu_vega::scc);
+			}else if ( 254 == index ){
+				assert ( 0 && "reserved index " ) ;
+			}
+			else if(index == 0xff){
+				//std::cerr << "\nusing imm " << imm << std::endl;
+				return Immediate::makeImmediate(Result(u32, unsign_extend32(32,immLiteral )));
+			}else if( 256 <= index  && index <= 511){
+				MachRegister mr = makeAmdgpuRegID(amdgpu_vega::vgpr0,index &0xff);
+				return makeRegisterExpression(mr);
+			} 
+
+			cerr << "WARNING UNKNOWN REGISTER : "  << std::dec << index << " " <<(108 <= index && index <= 123 )<<endl;
+			//return makeRegisterExpression(amdgpu_vega::sgpr0);
+
+			assert(0 && "unknown register value ");
+		}
+#include "amdgpu_vega_decoder_impl.C"
+
+		void InstructionDecoder_amdgpu_vega::reset(){
+			immLen = 0;
+			insn_size = 0;
+			num_elements =1;
+			isBranch = false;
+			isConditional = false;
+			isModifyPC =false;
+			isSMEM = false;
+			isLoad = false ;
+			isStore =false;
+			isBuffer =false ;
+			isScratch = false;
+			insn = insn_high = insn_long = 0;
+			useImm = false;
+			isCall = false;
+			if (!getenv("DEBUG_DECODE"))
+				cout.setstate(ios_base::badbit);
+		}
+		// here we assemble the first 64 bit (if available) as an instruction
+
+		void InstructionDecoder_amdgpu_vega::setupInsnWord(InstructionDecoder::buffer &b) {
+			reset();
+			if (b.start > b.end)
+				return;
+			insn = get32bit(b,0);
+			if(b.start + 4 <= b.end)
+				insn_long = get32bit(b,4);
+			insn_high = insn_long;
+			insn_long = (insn_long << 32) | insn;
+
+		}
+		void InstructionDecoder_amdgpu_vega::decodeOpcode(InstructionDecoder::buffer &b) {
+			setupInsnWord(b);
+			mainDecodeOpcode(b);
+			b.start += insn_in_progress->size();
+		}
+		
+		void InstructionDecoder_amdgpu_vega::debug_instr(){
+			cout << "\ndecoded instruction " <<  insn_in_progress->getOperation().mnemonic 
+				<< "  length = " <<  insn_in_progress->size()<< endl;
+
+		}
+
+
+		Instruction InstructionDecoder_amdgpu_vega::decode(InstructionDecoder::buffer &b) {
+			setupInsnWord(b);
+			mainDecodeOpcode(b);
+			if(entryToCategory(insn_in_progress->getOperation().getID())==c_BranchInsn){
+				std::mem_fun(decode_lookup_tableinstr_family)(this);
+			}
+			debug_instr();
+			cout.clear();
+			b.start += insn_in_progress->size();
+			return *insn_in_progress;
+		}
+
+		void InstructionDecoder_amdgpu_vega::doDelayedDecode(const Instruction *insn_to_complete) {
+			InstructionDecoder::buffer b(insn_to_complete->ptr(), insn_to_complete->size());
+			setupInsnWord(b);
+			mainDecode(b);
+			//debug_instr();
+			cout.clear();
+			Instruction* iptr = const_cast<Instruction*>(insn_to_complete);
+            *iptr = *(insn_in_progress.get());
+			b.start += insn_in_progress->size();
+		}
+	}
+}
+
+
+

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU/vega/InstructionDecoder-amdgpu-vega.h Added

@@ -0,0 +1,341 @@
+/*
+ * See the dyninst/COPYRIGHT file for copyright information.
+ *
+ * We provide the Paradyn Tools (below described as "Paradyn")
+ * on an AS IS basis, and do not warrant its validity or performance.
+ * We reserve the right to update, modify, or discontinue this
+ * software at any time.  We shall have no obligation to supply such
+ * updates or modifications or any other form of support to you.
+ *
+ * By your use of Paradyn, you understand and agree that we (or any
+ * other person or entity with proprietary rights in Paradyn) are
+ * under no obligation to provide either maintenance services,
+ * update services, notices of latent defects, or correction of
+ * defects for Paradyn.
+ *
+ * This library is free software; you can redistribute it and/or
+ * modify it under the terms of the GNU Lesser General Public
+ * License as published by the Free Software Foundation; either
+ * version 2.1 of the License, or (at your option) any later version.
+ *
+ * This library is distributed in the hope that it will be useful,
+ * but WITHOUT ANY WARRANTY; without even the implied warranty of
+ * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
+ * Lesser General Public License for more details.
+ *
+ * You should have received a copy of the GNU Lesser General Public
+ * License along with this library; if not, write to the Free Software
+ * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
+ */
+
+#include "InstructionDecoderImpl.h"
+#include <iostream>
+#include "Immediate.h"
+#include "dyn_regs.h"
+
+namespace Dyninst {
+    namespace InstructionAPI {
+
+#if defined(__GNUC__)
+#define insn_printf(format, ...) \
+        do{ \
+            printf("%s:%uinsn_debug " format, FILE__, __LINE__, ## __VA_ARGS__); \
+        }while(0)
+#endif
+
+        struct amdgpu_vega_insn_entry;
+        struct amdgpu_mask_entry;
+
+        class InstructionDecoder_amdgpu_vega : public InstructionDecoderImpl {
+            friend struct amdgpu_vega_insn_entry;
+            friend struct amdgpu_mask_entry;
+            enum DecodeFamily {sopp};
+
+        public:
+            InstructionDecoder_amdgpu_vega(Architecture a);
+
+            virtual ~InstructionDecoder_amdgpu_vega();
+
+            virtual void decodeOpcode(InstructionDecoder::buffer &b);
+            
+            // decode one instruction starting from b.start
+            // will advance b.start whenver a instruction is successfully decoded
+            virtual Instruction decode(InstructionDecoder::buffer &b);
+
+            virtual void setMode(bool) { }
+
+            virtual bool decodeOperands(const Instruction *insn_to_complete);
+            
+            bool decodeOperands(const amdgpu_vega_insn_entry & insn_entry);
+
+            virtual void doDelayedDecode(const Instruction *insn_to_complete);
+
+            static const std::array<std::string, 16> condNames;
+            static MachRegister sysRegMap(unsigned int);
+            static const char* bitfieldInsnAliasMap(entryID);
+            static const char* condInsnAliasMap(entryID);
+
+     
+
+        private:
+            virtual Result_Type makeSizeType(unsigned int opType);
+
+            bool is64Bit;
+
+            unsigned int insn_size; // size of the instruction that we are currently working on
+            unsigned int insn; // the first 32 bit 
+            unsigned int insn_high; // the second 32 bit 
+            unsigned long long int insn_long; // the combined 64 bit: insn_high << 32 | insn
+ 
+            // the main process of decoding an instruciton, won't advance buffer
+            void mainDecode(InstructionDecoder::buffer &b); 
+
+            void mainDecodeOpcode(InstructionDecoder::buffer &b); 
+
+
+            void setupInsnWord(InstructionDecoder::buffer &b); 
+            // pointer to the instruction that we are currently working on
+            boost::shared_ptr<Instruction> insn_in_progress;
+
+            template<int start, int end>
+            int field(unsigned int raw) {
+#if defined DEBUG_FIELD
+                std::cerr << start << "-" << end << ":" << std::dec << (raw >> (start) &
+                        (0xFFFFFFFF >> (31 - (end - start)))) << " ";
+#endif
+                return (raw >> (start) & (0xFFFFFFFF >> (31 - (end - start))));
+            }
+            
+            template<int start, int end>
+            int longfield(unsigned long long int raw) {
+#if defined DEBUG_FIELD
+                std::cerr << start << "-" << end << ":" << std::dec << (raw >> (start) &
+                        (0xFFFFFFFFFFFFFFFF >> (63 - (end - start)))) << " ";
+#endif
+                return ( (raw >> (start)) & (0xFFFFFFFFFFFFFFFF >> (63 - (end - start))));
+            }
+ 
+            template<int start, int end>
+            int rev_field(unsigned int raw) {
+#if defined DEBUG_FIELD
+                std::cerr << start << "-" << end << ":" << std::dec << (raw >> (start) &
+                        (0xFFFFFFFF >> (31 - (end - start)))) << " ";
+#endif
+                unsigned int le = (raw >> (start) & (0xFFFFFFFF >> (31 - (end - start))));
+
+                std::cerr << "operating on le " << std::hex << le << std::endl;
+                unsigned int be = __builtin_bswap32(le);
+
+                std::cerr << "operating on be " << std::hex << be << std::endl;
+                return be >> (31 - (end-start));
+            }
+
+
+            int32_t sign_extend32(int size_, int in) {
+                int32_t val = 0 | in;
+
+                return (val << (32 - size_)) >> (32 - size_);
+            }
+
+            int64_t sign_extend64(int size_, int in) {
+                int64_t val = 0 | in;
+
+                return (val << (64 - size_)) >> (64 - size_);
+            }
+
+            uint32_t unsign_extend32(int size_, int in) {
+                uint32_t mask = ~0;
+
+                return (mask >> (32 - size_)) & in;
+            }
+
+            uint64_t unsign_extend64(int size_, int in) {
+                uint64_t mask = ~0;
+
+                return (mask >> (64 - size_)) & in;
+            }
+
+            int highest_set_bit(int32_t val) {
+                for (int bit_index = 31; bit_index >= 0; bit_index--)
+                    if (((static_cast<uint32_t>(val) >> bit_index) & 0x1) == 0x1)
+                        return bit_index + 1;
+
+                return -1;
+            }
+
+            int lowest_set_bit(int32_t val) {
+                for (int bit_index = 0; bit_index <= 31; bit_index++)
+                    if (((static_cast<uint32_t>(val) >> bit_index) & 0x1) == 0x1)
+                        return bit_index + 1;
+
+                return -1;
+            }
+
+
+            bool hasHw;
+            int hwField;
+
+            void processHwFieldInsn(int, int);
+
+            bool hasShift;
+            int shiftField;
+
+            void makeBranchTarget(bool, bool, int, int);
+
+            Expression::Ptr makeFallThroughExpr();
+
+            int _szField, size;
+            int _typeField;
+            int cmode;
+            int op;
+            int simdAlphabetImm;
+
+            void processAlphabetImm();
+
+            void NOTHING();
+            bool fix_bitfieldinsn_alias(int, int);
+	        void fix_condinsn_alias_and_cond(int &);
+	        void modify_mnemonic_simd_upperhalf_insns();
+
+            MachRegister makeAmdgpuRegID(MachRegister, unsigned int, unsigned int len = 1);
+
+            MachRegister getLoadStoreSimdRegister(int encoding);
+
+            Expression::Ptr makePCExpr();
+
+
+            template<typename T>
+            Expression::Ptr makeLogicalImm(int immr, int imms, int immsLen, Result_Type rT);
+
+
+            //for load store
+            void insnSize(unsigned int insn_size );
+            
+            Expression::Ptr decodeSSRC(unsigned int index);
+            Expression::Ptr decodeVSRC(unsigned int index);
+            Expression::Ptr decodeVDST(unsigned int index);
+            
+            Expression::Ptr decodeSGPRorM0(unsigned int offset);
+
+           
+            void finalizeFLATOperands();
+            void finalizeSMEMOperands();
+
+            void finalizeSOPKOperands();
+            void finalizeSOPPOperands();
+            void finalizeSOP2Operands();
+            void finalizeSOP1Operands();
+            void finalizeSOPCOperands();
+
+            void finalizeVOP1Operands();
+            void finalizeVOP2Operands();
+            void finalizeVOPCOperands();
+            void finalizeVINTRPOperands();
+            void finalizeDSOperands();
+            void finalizeMTBUFOperands();
+            void finalizeMUBUFOperands();
+            void finalizeVOP3ABOperands();
+            void finalizeVOP3POperands();
+ 
+            bool useImm;
+            unsigned int immLen;
+            unsigned int immLiteral;
+            bool setSCC;
+
+#define IS_LD_ST() (isLoad || isStore )
+
+            unsigned int num_elements ;  // the number of elements that will be load or store by each instruction
+            bool isSMEM; // this is set when using smem instruction
+            bool isLoad; // this is set when a smem instruction is load, will set number of elements that are loaded at the same time
+            bool isStore; // similar to isLoad, but for store instructions
+            bool isBuffer; // 
+            bool isScratch;
+
+            bool isBranch; // this is set for all branch instructions,
+            bool isConditional; // this is set for all conditional branch instruction, will set branchCond
+            bool isCall; // this is a call function
+            
+
+
+            // this is set for instructions that directly modify pc
+            // namely s_setpc and s_swappc
+            bool isModifyPC;
+
+            // reset the decoder internal state for decoding the next instruction
+            void reset();
+
+            Expression::Ptr branchCond;
+            Expression::Ptr branchTarget;
+            
+            void setBranch(){
+                isBranch = true;
+            }
+            
+            void setConditionalBranch(){
+                isConditional = true;
+                // TODO : set conditional branch
+            }
+            void setModifyPC(){
+                isModifyPC = true;
+            }
+            
+            void setCall(){
+                isCall =  true;
+            }
+
+            inline unsigned int get32bit(InstructionDecoder::buffer &b,unsigned int offset ){
+                assert(offset %4 ==0 );
+                return b.startoffset+3 << 24 | b.startoffset + 2 << 16 | b.startoffset +1  << 8 | b.start offset;
+            }
+
+            template<unsigned int start,unsigned int end, unsigned int candidate>
+            void setUseImm(InstructionDecoder::buffer & b, unsigned int offset){
+                if ( longfield<start,end>(insn_long) == candidate ){
+                    useImm = true;
+                    immLen = 4;
+                    immLiteral = get32bit(b,offset);
+                }
+                
+            }
+
+            void setSMEM() {isSMEM = true;}
+            
+           
+            
+            template<unsigned int num_elements>
+            void setLoad(){isLoad = true; this->num_elements = num_elements; }
+            
+            template<unsigned int num_elements>
+            void setStore() {isStore = true;this->num_elements = num_elements;}
+
+            void setScratch() {isScratch = true;}
+
+            void setBuffer() {isBuffer = true;}
+            
+            typedef struct buffer_resource_desc{
+                unsigned long long base_address;
+                unsigned stride;
+                unsigned cache_swizzle;
+                unsigned swizzle_enable;
+                unsigned num_records;
+                unsigned dst_sel_x;
+                unsigned dst_sel_y;
+                unsigned dst_sel_z;
+                unsigned dst_sel_w;
+                unsigned num_format;
+                unsigned data_format;
+                unsigned user_vm_enable;
+                unsigned user_vm_mode;
+                unsigned index_stride;
+                unsigned add_tid_enable;
+                unsigned non_volatile;
+                unsigned type;
+            }buffer_resource_desc;
+            
+            void debug_instr();
+            
+#include "amdgpu_vega_decoder_impl.h"
+        };
+    }
+}
+

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU/vega/amdgpu_vega_decoder_impl.C Added

@@ -0,0 +1,513 @@
+#define CHECK(t) assert(layout.op >= 0 && layout.op < LEN(ARR(t)) && "layout.op overflow or underflow ")
+
+#define DECODE_AND_CHECK(t,l,h) \
+    uint32_t op_value = longfield<l,h>(insn_long); \
+    CHECK2(t); \
+    const amdgpu_vega_insn_entry & insn_entry = ARR(t) op_value;
+
+#define CHECK2(t) assert( op_value < LEN(ARR(t)) && "layout.op overflow or underflow ")
+#define ARR(t) amdgpu_vega_insn_entry::TABLE(t)
+#define TABLE(t) t##_insn_table
+#define LEN(A) sizeof(A)/sizeof(A0)
+
+void InstructionDecoder_amdgpu_vega::decodeSOP2(){
+    unsigned insn_size_ = 4;
+    layout_sop2 & layout = insn_layout.sop2;
+    layout.ssrc0     = longfield<0,7>(insn_long);
+    layout.ssrc1     = longfield<8,15>(insn_long);
+    layout.sdst      = longfield<16,22>(insn_long);
+    layout.op        = longfield<23,29>(insn_long);
+    CHECK(sop2);
+    const amdgpu_vega_insn_entry &insn_entry = amdgpu_vega_insn_entry::sop2_insn_tablelayout.op;
+    decodeOperands(insn_entry);
+
+    this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+    finalizeSOP2Operands();
+}
+void InstructionDecoder_amdgpu_vega::decodeSOP1(){
+    unsigned insn_size_ = 4;
+    layout_sop1 & layout = insn_layout.sop1;
+    layout.ssrc0     = longfield<0,7>(insn_long);
+    layout.op        = longfield<8,15>(insn_long);
+    layout.sdst      = longfield<16,22>(insn_long);
+    CHECK(sop1);
+    const amdgpu_vega_insn_entry &insn_entry = amdgpu_vega_insn_entry::sop1_insn_tablelayout.op;
+    decodeOperands(insn_entry);
+    this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+    finalizeSOP1Operands();
+}
+void InstructionDecoder_amdgpu_vega::decodeSOPK(){
+    unsigned insn_size_ = 4;
+    layout_sopk & layout = insn_layout.sopk;
+    layout.simm16    = longfield<0,15>(insn_long);
+    layout.sdst      = longfield<16,22>(insn_long);
+    layout.op        = longfield<23,27>(insn_long);
+    CHECK(sopk);
+    const amdgpu_vega_insn_entry &insn_entry = amdgpu_vega_insn_entry::sopk_insn_tablelayout.op;
+    decodeOperands(insn_entry);
+    this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+    finalizeSOPKOperands();
+}
+void InstructionDecoder_amdgpu_vega::decodeSOPC(){
+    unsigned insn_size_ = 4;
+    layout_sopc & layout = insn_layout.sopc;
+    layout.ssrc0     = longfield<0,7>(insn_long);
+    layout.ssrc1     = longfield<8,15>(insn_long);
+    layout.op        = longfield<16,22>(insn_long);
+    CHECK(sopc);
+    const amdgpu_vega_insn_entry &insn_entry = amdgpu_vega_insn_entry::sopc_insn_tablelayout.op;
+    decodeOperands(insn_entry);
+    this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+    finalizeSOPCOperands();
+}
+void InstructionDecoder_amdgpu_vega::decodeSOPP(){
+    unsigned insn_size_ = 4;
+    layout_sopp & layout = insn_layout.sopp;
+    layout.simm16    = longfield<0,15>(insn_long);
+    layout.op        = longfield<16,22>(insn_long);
+    CHECK(sopp);
+    const amdgpu_vega_insn_entry &insn_entry = amdgpu_vega_insn_entry::sopp_insn_tablelayout.op;
+    decodeOperands(insn_entry);
+    this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+    finalizeSOPPOperands();
+}
+void InstructionDecoder_amdgpu_vega::decodeSMEM(){
+    unsigned insn_size_ = 8;
+    layout_smem & layout = insn_layout.smem;
+    layout.sbase     = longfield<0,5>(insn_long);
+    layout.sdata     = longfield<6,12>(insn_long);
+    layout.soe       = longfield<14,14>(insn_long);
+    layout.nv        = longfield<15,15>(insn_long);
+    layout.glc       = longfield<16,16>(insn_long);
+    layout.imm       = longfield<17,17>(insn_long);
+    layout.op        = longfield<18,25>(insn_long);
+    layout.offset    = longfield<32,52>(insn_long);
+    layout.soffset   = longfield<57,63>(insn_long);
+    CHECK(smem);
+    const amdgpu_vega_insn_entry &insn_entry = amdgpu_vega_insn_entry::smem_insn_tablelayout.op;
+    decodeOperands(insn_entry);
+    this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+    finalizeSMEMOperands();
+}
+void InstructionDecoder_amdgpu_vega::decodeVOP2(){
+    unsigned insn_size_ = 4;
+    layout_vop2 & layout = insn_layout.vop2;
+    layout.src0      = longfield<0,8>(insn_long);
+    layout.vsrc1     = longfield<9,16>(insn_long);
+    layout.vdst      = longfield<17,24>(insn_long);
+    layout.op        = longfield<25,30>(insn_long);
+    if (layout.src0 == 249){
+        vop_literal_layout_sdwa &vop_literal = layout.literal.sdwa;
+        vop_literal.src0      = longfield<32,39>(insn_long);
+        vop_literal.dst_sel   = longfield<40,42>(insn_long);
+        vop_literal.dst_u     = longfield<43,44>(insn_long);
+        vop_literal.clmp      = longfield<45,45>(insn_long);
+        vop_literal.omod      = longfield<46,47>(insn_long);
+        vop_literal.src0_sel  = longfield<48,50>(insn_long);
+        vop_literal.src0_next = longfield<51,51>(insn_long);
+        vop_literal.src0_neg  = longfield<52,52>(insn_long);
+        vop_literal.src0_abs  = longfield<53,53>(insn_long);
+        vop_literal.s0        = longfield<55,55>(insn_long);
+        vop_literal.src1_sel  = longfield<56,58>(insn_long);
+        vop_literal.src_sext  = longfield<59,59>(insn_long);
+        vop_literal.src1_neg  = longfield<60,60>(insn_long);
+        vop_literal.s1        = longfield<63,63>(insn_long);
+    }
+    if (layout.src0 == 250){
+        vop_literal_layout_dpp &vop_literal = layout.literal.dpp;
+        vop_literal.src0      = longfield<32,39>(insn_long);
+        vop_literal.dpp_ctrl  = longfield<40,48>(insn_long);
+        vop_literal.bc        = longfield<51,51>(insn_long);
+        vop_literal.src0_neg  = longfield<52,52>(insn_long);
+        vop_literal.src0_abs  = longfield<53,53>(insn_long);
+        vop_literal.src1_neg  = longfield<54,54>(insn_long);
+        vop_literal.src1_abs  = longfield<55,55>(insn_long);
+        vop_literal.bank_mask = longfield<56,59>(insn_long);
+        vop_literal.row_mask  = longfield<60,63>(insn_long);
+    }
+    CHECK(vop2);
+    const amdgpu_vega_insn_entry &insn_entry = amdgpu_vega_insn_entry::vop2_insn_tablelayout.op;
+    decodeOperands(insn_entry);
+    this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+    finalizeVOP2Operands();
+}
+void InstructionDecoder_amdgpu_vega::decodeVOP1(){
+    unsigned insn_size_ = 4;
+    layout_vop1 & layout = insn_layout.vop1;
+    layout.src0      = longfield<0,8>(insn_long);
+    layout.op        = longfield<9,16>(insn_long);
+    layout.vdst      = longfield<17,24>(insn_long);
+    if (layout.src0 == 249){
+        vop_literal_layout_sdwa &vop_literal = layout.literal.sdwa;
+        vop_literal.src0      = longfield<32,39>(insn_long);
+        vop_literal.dst_sel   = longfield<40,42>(insn_long);
+        vop_literal.dst_u     = longfield<43,44>(insn_long);
+        vop_literal.clmp      = longfield<45,45>(insn_long);
+        vop_literal.omod      = longfield<46,47>(insn_long);
+        vop_literal.src0_sel  = longfield<48,50>(insn_long);
+        vop_literal.src0_next = longfield<51,51>(insn_long);
+        vop_literal.src0_neg  = longfield<52,52>(insn_long);
+        vop_literal.src0_abs  = longfield<53,53>(insn_long);
+        vop_literal.s0        = longfield<55,55>(insn_long);
+        vop_literal.src1_sel  = longfield<56,58>(insn_long);
+        vop_literal.src_sext  = longfield<59,59>(insn_long);
+        vop_literal.src1_neg  = longfield<60,60>(insn_long);
+        vop_literal.s1        = longfield<63,63>(insn_long);
+    }
+    if (layout.src0 == 250){
+        vop_literal_layout_dpp &vop_literal = layout.literal.dpp;
+        vop_literal.src0      = longfield<32,39>(insn_long);
+        vop_literal.dpp_ctrl  = longfield<40,48>(insn_long);
+        vop_literal.bc        = longfield<51,51>(insn_long);
+        vop_literal.src0_neg  = longfield<52,52>(insn_long);
+        vop_literal.src0_abs  = longfield<53,53>(insn_long);
+        vop_literal.src1_neg  = longfield<54,54>(insn_long);
+        vop_literal.src1_abs  = longfield<55,55>(insn_long);
+        vop_literal.bank_mask = longfield<56,59>(insn_long);
+        vop_literal.row_mask  = longfield<60,63>(insn_long);
+    }
+    CHECK(vop1);
+    const amdgpu_vega_insn_entry &insn_entry = amdgpu_vega_insn_entry::vop1_insn_tablelayout.op;
+    decodeOperands(insn_entry);
+    this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+    finalizeVOP1Operands();
+}
+void InstructionDecoder_amdgpu_vega::decodeVOPC(){
+    unsigned insn_size_ = 4;
+    layout_vopc & layout = insn_layout.vopc;
+    layout.src0      = longfield<0,8>(insn_long);
+    layout.vsrc1     = longfield<9,16>(insn_long);
+    layout.op        = longfield<17,24>(insn_long);
+    if (layout.src0 == 249){
+        vop_literal_layout_sdwab &vop_literal = layout.literal.sdwab;
+        vop_literal.src0      = longfield<32,39>(insn_long);
+        vop_literal.sdst      = longfield<40,46>(insn_long);
+        vop_literal.sd        = longfield<47,47>(insn_long);
+        vop_literal.src0_sel  = longfield<48,50>(insn_long);
+        vop_literal.src0_next = longfield<51,51>(insn_long);
+        vop_literal.src0_neg  = longfield<52,52>(insn_long);
+        vop_literal.src0_abs  = longfield<53,53>(insn_long);
+        vop_literal.s0        = longfield<55,55>(insn_long);
+        vop_literal.src1_sel  = longfield<56,58>(insn_long);
+        vop_literal.src_sext  = longfield<59,59>(insn_long);
+        vop_literal.src1_neg  = longfield<60,60>(insn_long);
+        vop_literal.s1        = longfield<63,63>(insn_long);
+    }
+    if (layout.src0 == 250){
+        vop_literal_layout_dpp &vop_literal = layout.literal.dpp;
+        vop_literal.src0      = longfield<32,39>(insn_long);
+        vop_literal.dpp_ctrl  = longfield<40,48>(insn_long);
+        vop_literal.bc        = longfield<51,51>(insn_long);
+        vop_literal.src0_neg  = longfield<52,52>(insn_long);
+        vop_literal.src0_abs  = longfield<53,53>(insn_long);
+        vop_literal.src1_neg  = longfield<54,54>(insn_long);
+        vop_literal.src1_abs  = longfield<55,55>(insn_long);
+        vop_literal.bank_mask = longfield<56,59>(insn_long);
+        vop_literal.row_mask  = longfield<60,63>(insn_long);
+    }
+    CHECK(vopc);
+    const amdgpu_vega_insn_entry &insn_entry = amdgpu_vega_insn_entry::vopc_insn_tablelayout.op;
+    decodeOperands(insn_entry);
+    this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+    finalizeVOPCOperands();
+}
+void InstructionDecoder_amdgpu_vega::decodeVINTRP(){
+    unsigned insn_size_ = 4;
+    layout_vintrp & layout = insn_layout.vintrp;
+    layout.vsrc      = longfield<0,7>(insn_long);
+    layout.attr_chan = longfield<8,9>(insn_long);
+    layout.attr      = longfield<10,15>(insn_long);
+    layout.op        = longfield<16,17>(insn_long);
+    layout.vdst      = longfield<18,25>(insn_long);
+    CHECK(vintrp);
+    const amdgpu_vega_insn_entry &insn_entry = amdgpu_vega_insn_entry::vintrp_insn_tablelayout.op;
+    decodeOperands(insn_entry);
+    this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+    finalizeVINTRPOperands();
+}
+void InstructionDecoder_amdgpu_vega::decodeDS(){
+    unsigned insn_size_ = 8;
+    layout_ds & layout = insn_layout.ds;
+    layout.offset0   = longfield<0,7>(insn_long);
+    layout.offset1   = longfield<8,15>(insn_long);
+    layout.gds       = longfield<16,16>(insn_long);
+    layout.op        = longfield<17,24>(insn_long);
+    layout.addr      = longfield<32,39>(insn_long);
+    layout.data0     = longfield<40,47>(insn_long);
+    layout.data1     = longfield<48,55>(insn_long);
+    layout.vdst      = longfield<56,63>(insn_long);
+    CHECK(ds);
+    const amdgpu_vega_insn_entry &insn_entry = amdgpu_vega_insn_entry::ds_insn_tablelayout.op;
+    decodeOperands(insn_entry);
+    this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+    finalizeDSOperands();
+}
+void InstructionDecoder_amdgpu_vega::decodeMTBUF(){
+    unsigned insn_size_ = 8;
+    layout_mtbuf & layout = insn_layout.mtbuf;
+    layout.offset    = longfield<0,11>(insn_long);
+    layout.offen     = longfield<12,12>(insn_long);
+    layout.idxen     = longfield<13,13>(insn_long);
+    layout.glc       = longfield<14,14>(insn_long);
+    layout.op        = longfield<15,18>(insn_long);
+    layout.dfmt      = longfield<19,22>(insn_long);
+    layout.nfmt      = longfield<23,25>(insn_long);
+    layout.vaddr     = longfield<32,39>(insn_long);
+    layout.vdata     = longfield<40,47>(insn_long);
+    layout.srsrc     = longfield<48,52>(insn_long);
+    layout.slc       = longfield<54,54>(insn_long);
+    layout.tfe       = longfield<55,55>(insn_long);
+    layout.soffset   = longfield<56,63>(insn_long);
+    CHECK(mtbuf);
+    const amdgpu_vega_insn_entry &insn_entry = amdgpu_vega_insn_entry::mtbuf_insn_tablelayout.op;
+    decodeOperands(insn_entry);
+    this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+    finalizeMTBUFOperands();
+}
+void InstructionDecoder_amdgpu_vega::decodeMUBUF(){
+    unsigned insn_size_ = 8;
+    layout_mubuf & layout = insn_layout.mubuf;
+    layout.offset    = longfield<0,11>(insn_long);
+    layout.offen     = longfield<12,12>(insn_long);
+    layout.idxen     = longfield<13,13>(insn_long);
+    layout.glc       = longfield<14,14>(insn_long);
+    layout.lds       = longfield<16,16>(insn_long);
+    layout.slc       = longfield<17,17>(insn_long);
+    layout.op        = longfield<18,24>(insn_long);
+    layout.vaddr     = longfield<32,39>(insn_long);
+    layout.vdata     = longfield<40,47>(insn_long);
+    layout.srsrc     = longfield<48,52>(insn_long);
+    layout.tfe       = longfield<55,55>(insn_long);
+    layout.soffset   = longfield<56,63>(insn_long);
+    CHECK(mubuf);
+    const amdgpu_vega_insn_entry &insn_entry = amdgpu_vega_insn_entry::mubuf_insn_tablelayout.op;
+    decodeOperands(insn_entry);
+    this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+    finalizeMUBUFOperands();
+}
+void InstructionDecoder_amdgpu_vega::decodeVOP3AB(){
+    unsigned insn_size_ = 8;
+    layout_vop3ab & layout = insn_layout.vop3ab;
+    layout.op        = longfield<16,25>(insn_long);
+    CHECK(vop3ab);
+    const amdgpu_vega_insn_entry &insn_entry = amdgpu_vega_insn_entry::vop3ab_insn_tablelayout.op;
+    decodeOperands(insn_entry);
+    this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+    finalizeVOP3ABOperands();
+}
+void InstructionDecoder_amdgpu_vega::decodeVOP3P(){
+    unsigned insn_size_ = 8;
+    layout_vop3p & layout = insn_layout.vop3p;
+    layout.vdst      = longfield<0,7>(insn_long);
+    layout.neg_hi    = longfield<8,10>(insn_long);
+    layout.opsel     = longfield<11,13>(insn_long);
+    layout.opsel_hi2 = longfield<14,14>(insn_long);
+    layout.clmp      = longfield<15,15>(insn_long);
+    layout.op        = longfield<16,22>(insn_long);
+    layout.src0      = longfield<32,40>(insn_long);
+    layout.src1      = longfield<41,49>(insn_long);
+    layout.src2      = longfield<50,58>(insn_long);
+    layout.opsel_hi  = longfield<59,60>(insn_long);
+    layout.neg       = longfield<61,63>(insn_long);
+    CHECK(vop3p);
+    const amdgpu_vega_insn_entry &insn_entry = amdgpu_vega_insn_entry::vop3p_insn_tablelayout.op;
+    decodeOperands(insn_entry);
+    this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+    finalizeVOP3POperands();
+}
+void InstructionDecoder_amdgpu_vega::decodeFLAT(){
+    unsigned insn_size_ = 8;
+    layout_flat & layout = insn_layout.flat;
+    layout.offset    = longfield<0,12>(insn_long);
+    layout.lds       = longfield<13,13>(insn_long);
+    layout.seg       = longfield<14,15>(insn_long);
+    layout.glc       = longfield<16,16>(insn_long);
+    layout.slc       = longfield<17,17>(insn_long);
+    layout.op        = longfield<18,24>(insn_long);
+    layout.addr      = longfield<32,39>(insn_long);
+    layout.data      = longfield<40,47>(insn_long);
+    layout.saddr     = longfield<48,54>(insn_long);
+    layout.nv        = longfield<55,55>(insn_long);
+    layout.vdst      = longfield<56,63>(insn_long);
+    CHECK(flat);
+    const amdgpu_vega_insn_entry &insn_entry = amdgpu_vega_insn_entry::flat_insn_tablelayout.op;
+    decodeOperands(insn_entry);
+    this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+    finalizeFLATOperands();
+}
+void InstructionDecoder_amdgpu_vega::mainDecode(InstructionDecoder::buffer &b){
+    if(IS_SOP2(insn_long)){
+        setUseImm<0,7,255>(b,4);
+        setUseImm<8,15,255>(b,4);
+        decodeSOP2();
+    }
+    else if(IS_SOP1(insn_long)){
+        setUseImm<0,7,255>(b,4);
+        decodeSOP1();
+    }
+    else if(IS_SOPK(insn_long)){
+        decodeSOPK();
+    }
+    else if(IS_SOPC(insn_long)){
+        decodeSOPC();
+    }
+    else if(IS_SOPP(insn_long)){
+        decodeSOPP();
+    }
+    else if(IS_SMEM(insn_long)){
+        decodeSMEM();
+    }
+    else if(IS_VOP2(insn_long)){
+        setUseImm<0,8,249>(b,4);
+        setUseImm<0,8,250>(b,4);
+        setUseImm<0,8,255>(b,4);
+        decodeVOP2();
+    }
+    else if(IS_VOP1(insn_long)){
+        setUseImm<0,8,249>(b,4);
+        setUseImm<0,8,250>(b,4);
+        setUseImm<0,8,255>(b,4);
+        decodeVOP1();
+    }
+    else if(IS_VOPC(insn_long)){
+        setUseImm<0,8,255>(b,4);
+        decodeVOPC();
+    }
+    else if(IS_VINTRP(insn_long)){
+        decodeVINTRP();
+    }
+    else if(IS_DS(insn_long)){
+        decodeDS();
+    }
+    else if(IS_MTBUF(insn_long)){
+        decodeMTBUF();
+    }
+    else if(IS_MUBUF(insn_long)){
+        decodeMUBUF();
+    }
+    else if(IS_VOP3AB(insn_long)){
+        decodeVOP3AB();
+    }
+    else if(IS_VOP3P(insn_long)){
+        decodeVOP3P();
+    }
+    else if(IS_FLAT(insn_long)){
+        decodeFLAT();
+    }
+    else{
+        assert(0);
+    }
+
+}
+void InstructionDecoder_amdgpu_vega::mainDecodeOpcode(InstructionDecoder::buffer &b){
+    if(IS_SOP2(insn_long)){
+        unsigned insn_size_ = 4;
+        DECODE_AND_CHECK(sop2,23,29);
+        setUseImm<0,7,255>(b,4);
+        setUseImm<8,15,255>(b,4);
+        this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+        instr_family = SOP2;
+    }
+    else if(IS_SOP1(insn_long)){
+        unsigned insn_size_ = 4;
+        DECODE_AND_CHECK(sop1,8,15);
+        setUseImm<0,7,255>(b,4);
+        this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+        instr_family = SOP1;
+    }
+    else if(IS_SOPK(insn_long)){
+        unsigned insn_size_ = 4;
+        DECODE_AND_CHECK(sopk,23,27);
+        this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+        instr_family = SOPK;
+    }
+    else if(IS_SOPC(insn_long)){
+        unsigned insn_size_ = 4;
+        DECODE_AND_CHECK(sopc,16,22);
+        this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+        instr_family = SOPC;
+    }
+    else if(IS_SOPP(insn_long)){
+        unsigned insn_size_ = 4;
+        DECODE_AND_CHECK(sopp,16,22);
+        this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+        instr_family = SOPP;
+    }
+    else if(IS_SMEM(insn_long)){
+        unsigned insn_size_ = 8;
+        DECODE_AND_CHECK(smem,18,25);
+        this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+        instr_family = SMEM;
+    }
+    else if(IS_VOP2(insn_long)){
+        unsigned insn_size_ = 4;
+        DECODE_AND_CHECK(vop2,25,30);
+        setUseImm<0,8,249>(b,4);
+        setUseImm<0,8,250>(b,4);
+        setUseImm<0,8,255>(b,4);
+        this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+        instr_family = VOP2;
+    }
+    else if(IS_VOP1(insn_long)){
+        unsigned insn_size_ = 4;
+        DECODE_AND_CHECK(vop1,9,16);
+        setUseImm<0,8,249>(b,4);
+        setUseImm<0,8,250>(b,4);
+        setUseImm<0,8,255>(b,4);
+        this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+        instr_family = VOP1;
+    }
+    else if(IS_VOPC(insn_long)){
+        unsigned insn_size_ = 4;
+        DECODE_AND_CHECK(vopc,17,24);
+        setUseImm<0,8,255>(b,4);
+        this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+        instr_family = VOPC;
+    }
+    else if(IS_VINTRP(insn_long)){
+        unsigned insn_size_ = 4;
+        DECODE_AND_CHECK(vintrp,16,17);
+        this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+        instr_family = VINTRP;
+    }
+    else if(IS_DS(insn_long)){
+        unsigned insn_size_ = 8;
+        DECODE_AND_CHECK(ds,17,24);
+        this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+        instr_family = DS;
+    }
+    else if(IS_MTBUF(insn_long)){
+        unsigned insn_size_ = 8;
+        DECODE_AND_CHECK(mtbuf,15,18);
+        this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+        instr_family = MTBUF;
+    }
+    else if(IS_MUBUF(insn_long)){
+        unsigned insn_size_ = 8;
+        DECODE_AND_CHECK(mubuf,18,24);
+        this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+        instr_family = MUBUF;
+    }
+    else if(IS_VOP3AB(insn_long)){
+        unsigned insn_size_ = 8;
+        DECODE_AND_CHECK(vop3ab,16,25);
+        this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+        instr_family = VOP3AB;
+    }
+    else if(IS_VOP3P(insn_long)){
+        unsigned insn_size_ = 8;
+        DECODE_AND_CHECK(vop3p,11,13);
+        this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+        instr_family = VOP3P;
+    }
+    else if(IS_FLAT(insn_long)){
+        unsigned insn_size_ = 8;
+        DECODE_AND_CHECK(flat,18,24);
+        this->insn_in_progress = makeInstruction(insn_entry.op,insn_entry.mnemonic,insn_size_+immLen,reinterpret_cast<unsigned char *>(&insn));
+        instr_family = FLAT;
+    }
+    else{
+        assert(0);
+    }
+
+}

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU/vega/amdgpu_vega_decoder_impl.h Changed

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU/vega/amdgpu_vega_insn_entry.h Added

@@ -0,0 +1,24 @@
+struct amdgpu_vega_insn_entry {
+	entryID op;
+	const char *mnemonic;
+	std::size_t operandCnt;
+	const operandFactory *operands;
+	static const amdgpu_vega_insn_table main_insn_table;
+	static const operandFactory operandTable;
+	static const amdgpu_vega_insn_table sop2_insn_table;
+	static const amdgpu_vega_insn_table sop1_insn_table;
+	static const amdgpu_vega_insn_table sopk_insn_table;
+	static const amdgpu_vega_insn_table sopc_insn_table;
+	static const amdgpu_vega_insn_table sopp_insn_table;
+	static const amdgpu_vega_insn_table smem_insn_table;
+	static const amdgpu_vega_insn_table vop2_insn_table;
+	static const amdgpu_vega_insn_table vop1_insn_table;
+	static const amdgpu_vega_insn_table vopc_insn_table;
+	static const amdgpu_vega_insn_table vintrp_insn_table;
+	static const amdgpu_vega_insn_table ds_insn_table;
+	static const amdgpu_vega_insn_table mtbuf_insn_table;
+	static const amdgpu_vega_insn_table mubuf_insn_table;
+	static const amdgpu_vega_insn_table vop3ab_insn_table;
+	static const amdgpu_vega_insn_table vop3p_insn_table;
+	static const amdgpu_vega_insn_table flat_insn_table;
+};

_service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/AMDGPU/vega/amdgpu_vega_opcode_tables.C Added

@@ -0,0 +1,2056 @@
+#define fn(...) (&InstructionDecoder_amdgpu_vega::__VA_ARGS__)
+const operandFactory amdgpu_vega_insn_entry::operandTable = {
+	fn(NOTHING),
+	fn(setSMEM),fn(setLoad<1>),//s_load_dword
+	fn(setSMEM),fn(setLoad<2>),//s_load_dwordx2
+	fn(setSMEM),fn(setLoad<4>),//s_load_dwordx4
+	fn(setSMEM),fn(setLoad<8>),//s_load_dwordx8
+	fn(setSMEM),fn(setLoad<16>),//s_load_dwordx16
+	fn(setSMEM),fn(setLoad<1>),//s_buffer_load_dword
+	fn(setSMEM),fn(setLoad<2>),//s_buffer_load_dwordx2
+	fn(setSMEM),fn(setLoad<4>),//s_buffer_load_dwordx4
+	fn(setSMEM),fn(setLoad<8>),//s_buffer_load_dwordx8
+	fn(setSMEM),fn(setLoad<16>),//s_buffer_load_dwordx16
+	fn(setSMEM),fn(setLoad<1>),//buffer_load_format_x
+	fn(setSMEM),fn(setLoad<2>),//buffer_load_format_xy
+	fn(setSMEM),fn(setLoad<3>),//buffer_load_format_xyz
+	fn(setSMEM),fn(setLoad<4>),//buffer_load_format_xyzw
+	fn(setSMEM),fn(setStore<1>),//buffer_store_format_x
+	fn(setSMEM),fn(setStore<2>),//buffer_store_format_xy
+	fn(setSMEM),fn(setStore<3>),//buffer_store_format_xyz
+	fn(setSMEM),fn(setStore<4>),//buffer_store_format_xyzw
+	fn(setSMEM),fn(setLoad<1>),//tbuffer_load_format_x
+	fn(setSMEM),fn(setLoad<2>),//tbuffer_load_format_xy
+	fn(setSMEM),fn(setLoad<3>),//tbuffer_load_format_xyz
+	fn(setSMEM),fn(setLoad<4>),//tbuffer_load_format_xyzw
+	fn(setSMEM),fn(setStore<1>),//tbuffer_store_format_x
+	fn(setSMEM),fn(setStore<2>),//tbuffer_store_format_xy
+	fn(setSMEM),fn(setStore<3>),//tbuffer_store_format_xyz
+	fn(setSMEM),fn(setStore<4>),//tbuffer_store_format_xyzw
+	fn(setBranch),//s_branch
+	fn(setBranch),fn(setConditionalBranch),//s_cbranch_scc0
+	fn(setBranch),fn(setConditionalBranch),//s_cbranch_scc1
+	fn(setBranch),fn(setConditionalBranch),//s_cbranch_vccz
+	fn(setBranch),fn(setConditionalBranch),//s_cbranch_vccnz
+	fn(setBranch),fn(setConditionalBranch),//s_cbranch_execz
+	fn(setBranch),fn(setConditionalBranch),//s_cbranch_execnz
+	fn(setBranch),fn(setConditionalBranch),//s_cbranch_cdbgsys
+	fn(setBranch),fn(setConditionalBranch),//s_cbranch_cdbguser
+	fn(setBranch),fn(setConditionalBranch),//s_cbranch_cdbgsys_and_user
+	fn(setBranch),fn(setCall),//s_call_b64
+	fn(setBranch),fn(setModifyPC),//s_setpc_b64
+	fn(setBranch),fn(setModifyPC),//s_swappc_b64
+};
+const amdgpu_vega_insn_table amdgpu_vega_insn_entry::sop2_insn_table = {
+	{amdgpu_op_s_add_u32,"s_add_u32",0,&operandTable0} ,//0
+	{amdgpu_op_s_sub_u32,"s_sub_u32",0,&operandTable0} ,//1
+	{amdgpu_op_s_add_i32,"s_add_i32",0,&operandTable0} ,//2
+	{amdgpu_op_s_sub_i32,"s_sub_i32",0,&operandTable0} ,//3
+	{amdgpu_op_s_addc_u32,"s_addc_u32",0,&operandTable0} ,//4
+	{amdgpu_op_s_subb_u32,"s_subb_u32",0,&operandTable0} ,//5
+	{amdgpu_op_s_min_i32,"s_min_i32",0,&operandTable0} ,//6
+	{amdgpu_op_s_min_u32,"s_min_u32",0,&operandTable0} ,//7
+	{amdgpu_op_s_max_i32,"s_max_i32",0,&operandTable0} ,//8
+	{amdgpu_op_s_max_u32,"s_max_u32",0,&operandTable0} ,//9
+	{amdgpu_op_s_cslect_b32,"s_cslect_b32",0,&operandTable0} ,//10
+	{amdgpu_op_s_cslect_b64,"s_cslect_b64",0,&operandTable0} ,//11
+	{amdgpu_op_s_and_b32,"s_and_b32",0,&operandTable0} ,//12
+	{amdgpu_op_s_and_b64,"s_and_b64",0,&operandTable0} ,//13
+	{amdgpu_op_s_or_b32,"s_or_b32",0,&operandTable0} ,//14
+	{amdgpu_op_s_or_b64,"s_or_b64",0,&operandTable0} ,//15
+	{amdgpu_op_s_xor_b32,"s_xor_b32",0,&operandTable0} ,//16
+	{amdgpu_op_s_xor_b64,"s_xor_b64",0,&operandTable0} ,//17
+	{amdgpu_op_s_andn2_b32,"s_andn2_b32",0,&operandTable0} ,//18
+	{amdgpu_op_s_andn2_b64,"s_andn2_b64",0,&operandTable0} ,//19
+	{amdgpu_op_s_orn2_b32,"s_orn2_b32",0,&operandTable0} ,//20
+	{amdgpu_op_s_orn2_b64,"s_orn2_b64",0,&operandTable0} ,//21
+	{amdgpu_op_s_nand_b32,"s_nand_b32",0,&operandTable0} ,//22
+	{amdgpu_op_s_nand_b64,"s_nand_b64",0,&operandTable0} ,//23
+	{amdgpu_op_s_nor_b32,"s_nor_b32",0,&operandTable0} ,//24
+	{amdgpu_op_s_nor_b64,"s_nor_b64",0,&operandTable0} ,//25
+	{amdgpu_op_s_xnor_b32,"s_xnor_b32",0,&operandTable0} ,//26
+	{amdgpu_op_s_xnor_b64,"s_xnor_b64",0,&operandTable0} ,//27
+	{amdgpu_op_s_lshl_b32,"s_lshl_b32",0,&operandTable0} ,//28
+	{amdgpu_op_s_lshl_b64,"s_lshl_b64",0,&operandTable0} ,//29
+	{amdgpu_op_s_lshr_b32,"s_lshr_b32",0,&operandTable0} ,//30
+	{amdgpu_op_s_lshr_b64,"s_lshr_b64",0,&operandTable0} ,//31
+	{amdgpu_op_s_ashr_i32,"s_ashr_i32",0,&operandTable0} ,//32
+	{amdgpu_op_s_ashr_i64,"s_ashr_i64",0,&operandTable0} ,//33
+	{amdgpu_op_s_bfm_b32,"s_bfm_b32",0,&operandTable0} ,//34
+	{amdgpu_op_s_bfm_b64,"s_bfm_b64",0,&operandTable0} ,//35
+	{amdgpu_op_s_mul_i32,"s_mul_i32",0,&operandTable0} ,//36
+	{amdgpu_op_s_bfe_u32,"s_bfe_u32",0,&operandTable0} ,//37
+	{amdgpu_op_s_bfe_i32,"s_bfe_i32",0,&operandTable0} ,//38
+	{amdgpu_op_s_bfe_u64,"s_bfe_u64",0,&operandTable0} ,//39
+	{amdgpu_op_s_bfe_i64,"s_bfe_i64",0,&operandTable0} ,//40
+	{amdgpu_op_s_cbranch_g_fork,"s_cbranch_g_fork",0,&operandTable0} ,//41
+	{amdgpu_op_s_absdiff_i32,"s_absdiff_i32",0,&operandTable0} ,//42
+	{amdgpu_op_s_rfe_restore_b64,"s_rfe_restore_b64",0,&operandTable0} ,//43
+	{amdgpu_op_s_mul_hi_u32,"s_mul_hi_u32",0,&operandTable0} ,//44
+	{amdgpu_op_s_mul_hi_i32,"s_mul_hi_i32",0,&operandTable0} ,//45
+	{amdgpu_op_s_lshl1_add_u32,"s_lshl1_add_u32",0,&operandTable0} ,//46
+	{amdgpu_op_s_lshsl2_add_u32,"s_lshsl2_add_u32",0,&operandTable0} ,//47
+	{amdgpu_op_s_lshl3_add_u32,"s_lshl3_add_u32",0,&operandTable0} ,//48
+	{amdgpu_op_s_lshl4_add_u32,"s_lshl4_add_u32",0,&operandTable0} ,//49
+	{amdgpu_op_s_pack_ll_b32_b16,"s_pack_ll_b32_b16",0,&operandTable0} ,//50
+	{amdgpu_op_s_pack_lh_b32_b16,"s_pack_lh_b32_b16",0,&operandTable0} ,//51
+	{amdgpu_op_s_pack_hh_b32_B16,"s_pack_hh_b32_B16",0,&operandTable0} ,//52
+}; // end sop2_insn_table
+
+const amdgpu_vega_insn_table amdgpu_vega_insn_entry::sop1_insn_table = {
+	{amdgpu_op_s_mov_b32,"s_mov_b32",0,&operandTable0} ,//0
+	{amdgpu_op_s_mov_b64,"s_mov_b64",0,&operandTable0} ,//1
+	{amdgpu_op_s_cmov_b32,"s_cmov_b32",0,&operandTable0} ,//2
+	{amdgpu_op_s_cmov_b64,"s_cmov_b64",0,&operandTable0} ,//3
+	{amdgpu_op_s_not_b32,"s_not_b32",0,&operandTable0} ,//4
+	{amdgpu_op_s_not_b64,"s_not_b64",0,&operandTable0} ,//5
+	{amdgpu_op_s_wqm_b32,"s_wqm_b32",0,&operandTable0} ,//6
+	{amdgpu_op_s_wqm_b64,"s_wqm_b64",0,&operandTable0} ,//7
+	{amdgpu_op_s_brev_b32,"s_brev_b32",0,&operandTable0} ,//8
+	{amdgpu_op_s_brev_b64,"s_brev_b64",0,&operandTable0} ,//9
+	{amdgpu_op_s_bcnt0_i32_b32,"s_bcnt0_i32_b32",0,&operandTable0} ,//10
+	{amdgpu_op_s_bcnt0_i32_b64,"s_bcnt0_i32_b64",0,&operandTable0} ,//11
+	{amdgpu_op_s_bcnt1_i32_b32,"s_bcnt1_i32_b32",0,&operandTable0} ,//12
+	{amdgpu_op_s_bcnt1_i32_b64,"s_bcnt1_i32_b64",0,&operandTable0} ,//13
+	{amdgpu_op_s_ff0_i32_b32,"s_ff0_i32_b32",0,&operandTable0} ,//14
+	{amdgpu_op_s_ff0_i32_b64,"s_ff0_i32_b64",0,&operandTable0} ,//15
+	{amdgpu_op_s_ff1_i32_b32,"s_ff1_i32_b32",0,&operandTable0} ,//16
+	{amdgpu_op_s_ff1_i32_b64,"s_ff1_i32_b64",0,&operandTable0} ,//17
+	{amdgpu_op_s_flbit_i32_b32,"s_flbit_i32_b32",0,&operandTable0} ,//18
+	{amdgpu_op_s_flbit_i32_b64,"s_flbit_i32_b64",0,&operandTable0} ,//19
+	{amdgpu_op_s_fltbit_i32,"s_fltbit_i32",0,&operandTable0} ,//20
+	{amdgpu_op_s_fltbit_i32_i64,"s_fltbit_i32_i64",0,&operandTable0} ,//21
+	{amdgpu_op_s_sext_i32_i8,"s_sext_i32_i8",0,&operandTable0} ,//22
+	{amdgpu_op_s_sext_i32_i16,"s_sext_i32_i16",0,&operandTable0} ,//23
+	{amdgpu_op_s_bitset0_b32,"s_bitset0_b32",0,&operandTable0} ,//24
+	{amdgpu_op_s_bitset0_b64,"s_bitset0_b64",0,&operandTable0} ,//25
+	{amdgpu_op_s_bitset1_b32,"s_bitset1_b32",0,&operandTable0} ,//26
+	{amdgpu_op_s_bitset1_b64,"s_bitset1_b64",0,&operandTable0} ,//27
+	{amdgpu_op_s_getpc_b64,"s_getpc_b64",0,&operandTable0} ,//28
+	{amdgpu_op_s_setpc_b64,"s_setpc_b64",2,&operandTable74} ,//29
+	{amdgpu_op_s_swappc_b64,"s_swappc_b64",2,&operandTable76} ,//30
+	{amdgpu_op_s_rfe_b64,"s_rfe_b64",0,&operandTable0} ,//31
+	{amdgpu_op_s_and_saveexec_b64,"s_and_saveexec_b64",0,&operandTable0} ,//32
+	{amdgpu_op_s_or_savexec_b64,"s_or_savexec_b64",0,&operandTable0} ,//33
+	{amdgpu_op_s_xor_savexec_b64,"s_xor_savexec_b64",0,&operandTable0} ,//34
+	{amdgpu_op_s_andn2_savexec_b64,"s_andn2_savexec_b64",0,&operandTable0} ,//35
+	{amdgpu_op_s_orn2_savexec_b64,"s_orn2_savexec_b64",0,&operandTable0} ,//36
+	{amdgpu_op_s_nand_savexec_b64,"s_nand_savexec_b64",0,&operandTable0} ,//37
+	{amdgpu_op_s_nor_savexec_b64,"s_nor_savexec_b64",0,&operandTable0} ,//38
+	{amdgpu_op_s_xnor_savexec_b64,"s_xnor_savexec_b64",0,&operandTable0} ,//39
+	{amdgpu_op_s_quadmask_b32,"s_quadmask_b32",0,&operandTable0} ,//40
+	{amdgpu_op_s_quadmask_b64,"s_quadmask_b64",0,&operandTable0} ,//41
+	{amdgpu_op_s_movrels_b32,"s_movrels_b32",0,&operandTable0} ,//42
+	{amdgpu_op_s_movrels_b64,"s_movrels_b64",0,&operandTable0} ,//43
+	{amdgpu_op_s_movreld_b32,"s_movreld_b32",0,&operandTable0} ,//44
+	{amdgpu_op_s_movreld_b64,"s_movreld_b64",0,&operandTable0} ,//45
+	{amdgpu_op_s_cbranch_join,"s_cbranch_join",0,&operandTable0} ,//46
+	{amdgpu_op_s_invalid_1,"s_invalid_1",0,&operandTable0} ,//47
+	{amdgpu_op_s_abs_i32,"s_abs_i32",0,&operandTable0} ,//48
+	{amdgpu_op_s_invalid_2,"s_invalid_2",0,&operandTable0} ,//49
+	{amdgpu_op_s_set_gpr_idx_idx,"s_set_gpr_idx_idx",0,&operandTable0} ,//50
+	{amdgpu_op_s_andn1_saveexec_b64,"s_andn1_saveexec_b64",0,&operandTable0} ,//51
+	{amdgpu_op_s_orn1_saveexec_b64,"s_orn1_saveexec_b64",0,&operandTable0} ,//52
+	{amdgpu_op_s_andn1_wrexec_b64,"s_andn1_wrexec_b64",0,&operandTable0} ,//53
+	{amdgpu_op_s_andn2_wrexec_b64,"s_andn2_wrexec_b64",0,&operandTable0} ,//54
+	{amdgpu_op_s_bitreplicate_b64_b32,"s_bitreplicate_b64_b32",0,&operandTable0} ,//55
+}; // end sop1_insn_table
+
+const amdgpu_vega_insn_table amdgpu_vega_insn_entry::sopk_insn_table = {
+	{amdgpu_op_s_movk_i32,"s_movk_i32",0,&operandTable0} ,//0
+	{amdgpu_op_s_cmovk_i32,"s_cmovk_i32",0,&operandTable0} ,//1
+	{amdgpu_op_s_cmpk_eq_i32,"s_cmpk_eq_i32",0,&operandTable0} ,//2
+	{amdgpu_op_s_cmpk_lg_i32,"s_cmpk_lg_i32",0,&operandTable0} ,//3
+	{amdgpu_op_s_cmpk_gt_i32,"s_cmpk_gt_i32",0,&operandTable0} ,//4
+	{amdgpu_op_s_cmpk_ge_i32,"s_cmpk_ge_i32",0,&operandTable0} ,//5
+	{amdgpu_op_s_cmpk_lt_i32,"s_cmpk_lt_i32",0,&operandTable0} ,//6
+	{amdgpu_op_s_cmpk_le_i32,"s_cmpk_le_i32",0,&operandTable0} ,//7
+	{amdgpu_op_s_cmpk_eq_u32,"s_cmpk_eq_u32",0,&operandTable0} ,//8
+	{amdgpu_op_s_cmpk_lg_u32,"s_cmpk_lg_u32",0,&operandTable0} ,//9
+	{amdgpu_op_s_cmpk_gt_u32,"s_cmpk_gt_u32",0,&operandTable0} ,//10
+	{amdgpu_op_s_cmpk_ge_u32,"s_cmpk_ge_u32",0,&operandTable0} ,//11
+	{amdgpu_op_s_cmpk_lt_u32,"s_cmpk_lt_u32",0,&operandTable0} ,//12
+	{amdgpu_op_s_cmpk_le_u32,"s_cmpk_le_u32",0,&operandTable0} ,//13
+	{amdgpu_op_s_addk_i32,"s_addk_i32",0,&operandTable0} ,//14
+	{amdgpu_op_s_mulk_i32,"s_mulk_i32",0,&operandTable0} ,//15
+	{amdgpu_op_s_cbranch_i_fork,"s_cbranch_i_fork",0,&operandTable0} ,//16
+	{amdgpu_op_s_getreg_b32,"s_getreg_b32",0,&operandTable0} ,//17
+	{amdgpu_op_s_setreg_b32,"s_setreg_b32",0,&operandTable0} ,//18
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
+	{amdgpu_op_s_setreg_imm32_b32,"s_setreg_imm32_b32",0,&operandTable0} ,//20
+	{amdgpu_op_s_call_b64,"s_call_b64",2,&operandTable72} ,//21
+}; // end sopk_insn_table
+
+const amdgpu_vega_insn_table amdgpu_vega_insn_entry::sopc_insn_table = {
+	{amdgpu_op_s_cmp_eq_i32,"s_cmp_eq_i32",0,&operandTable0} ,//0
+	{amdgpu_op_s_cmp_lg_i32,"s_cmp_lg_i32",0,&operandTable0} ,//1
+	{amdgpu_op_s_cmp_gt_i32,"s_cmp_gt_i32",0,&operandTable0} ,//2
+	{amdgpu_op_s_cmp_ge_i32,"s_cmp_ge_i32",0,&operandTable0} ,//3
+	{amdgpu_op_s_cmp_lt_i32,"s_cmp_lt_i32",0,&operandTable0} ,//4
+	{amdgpu_op_s_cmp_le_i32,"s_cmp_le_i32",0,&operandTable0} ,//5
+	{amdgpu_op_s_cmp_eq_u32,"s_cmp_eq_u32",0,&operandTable0} ,//6
+	{amdgpu_op_s_cmp_lg_u32,"s_cmp_lg_u32",0,&operandTable0} ,//7
+	{amdgpu_op_s_cmp_gt_u32,"s_cmp_gt_u32",0,&operandTable0} ,//8
+	{amdgpu_op_s_cmp_ge_u32,"s_cmp_ge_u32",0,&operandTable0} ,//9
+	{amdgpu_op_s_cmp_lt_u32,"s_cmp_lt_u32",0,&operandTable0} ,//10
+	{amdgpu_op_s_cmp_le_u32,"s_cmp_le_u32",0,&operandTable0} ,//11
+	{amdgpu_op_s_bitcmp0_b32,"s_bitcmp0_b32",0,&operandTable0} ,//12
+	{amdgpu_op_s_bitcmp1_b32,"s_bitcmp1_b32",0,&operandTable0} ,//13
+	{amdgpu_op_s_bitcmp0_b64,"s_bitcmp0_b64",0,&operandTable0} ,//14
+	{amdgpu_op_s_bitcmp1_b64,"s_bitcmp1_b64",0,&operandTable0} ,//15
+	{amdgpu_op_s_setvkip,"s_setvkip",0,&operandTable0} ,//16
+	{amdgpu_op_s_set_gpr_idx_on,"s_set_gpr_idx_on",0,&operandTable0} ,//17
+	{amdgpu_op_s_cmp_eq_u64,"s_cmp_eq_u64",0,&operandTable0} ,//18
+	{amdgpu_op_s_cmp_lg_u64,"s_cmp_lg_u64",0,&operandTable0} ,//19
+}; // end sopc_insn_table
+
+const amdgpu_vega_insn_table amdgpu_vega_insn_entry::sopp_insn_table = {
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//0
+	{amdgpu_op_s_endpgm,"s_endpgm",0,&operandTable0} ,//1
+	{amdgpu_op_s_branch,"s_branch",1,&operandTable53} ,//2
+	{amdgpu_op_s_wakeup,"s_wakeup",0,&operandTable0} ,//3
+	{amdgpu_op_s_cbranch_scc0,"s_cbranch_scc0",2,&operandTable54} ,//4
+	{amdgpu_op_s_cbranch_scc1,"s_cbranch_scc1",2,&operandTable56} ,//5
+	{amdgpu_op_s_cbranch_vccz,"s_cbranch_vccz",2,&operandTable58} ,//6
+	{amdgpu_op_s_cbranch_vccnz,"s_cbranch_vccnz",2,&operandTable60} ,//7
+	{amdgpu_op_s_cbranch_execz,"s_cbranch_execz",2,&operandTable62} ,//8
+	{amdgpu_op_s_cbranch_execnz,"s_cbranch_execnz",2,&operandTable64} ,//9
+	{amdgpu_op_s_barrier,"s_barrier",0,&operandTable0} ,//10
+	{amdgpu_op_s_setkill,"s_setkill",0,&operandTable0} ,//11
+	{amdgpu_op_s_waitcnt,"s_waitcnt",0,&operandTable0} ,//12
+	{amdgpu_op_s_sethalt,"s_sethalt",0,&operandTable0} ,//13
+	{amdgpu_op_s_sleep,"s_sleep",0,&operandTable0} ,//14
+	{amdgpu_op_s_setprio,"s_setprio",0,&operandTable0} ,//15
+	{amdgpu_op_s_sendmsg,"s_sendmsg",0,&operandTable0} ,//16
+	{amdgpu_op_s_sendmsghalt,"s_sendmsghalt",0,&operandTable0} ,//17
+	{amdgpu_op_s_trap,"s_trap",0,&operandTable0} ,//18
+	{amdgpu_op_s_icache_inv,"s_icache_inv",0,&operandTable0} ,//19
+	{amdgpu_op_s_incperflevel,"s_incperflevel",0,&operandTable0} ,//20
+	{amdgpu_op_s_decperflevel,"s_decperflevel",0,&operandTable0} ,//21
+	{amdgpu_op_s_ttracedata,"s_ttracedata",0,&operandTable0} ,//22
+	{amdgpu_op_s_cbranch_cdbgsys,"s_cbranch_cdbgsys",2,&operandTable66} ,//23
+	{amdgpu_op_s_cbranch_cdbguser,"s_cbranch_cdbguser",2,&operandTable68} ,//24
+	{amdgpu_op_s_cbranch_cdbgsys_or_user,"s_cbranch_cdbgsys_or_user",0,&operandTable0} ,//25
+	{amdgpu_op_s_cbranch_cdbgsys_and_user,"s_cbranch_cdbgsys_and_user",2,&operandTable70} ,//26
+	{amdgpu_op_s_endpgm_saved,"s_endpgm_saved",0,&operandTable0} ,//27
+	{amdgpu_op_s_set_gpr_idx_off,"s_set_gpr_idx_off",0,&operandTable0} ,//28
+	{amdgpu_op_s_set_gpr_idx_mode,"s_set_gpr_idx_mode",0,&operandTable0} ,//29
+	{amdgpu_op_s_endpgm_ordered_ps_done,"s_endpgm_ordered_ps_done",0,&operandTable0} ,//30
+}; // end sopp_insn_table
+
+const amdgpu_vega_insn_table amdgpu_vega_insn_entry::smem_insn_table = {
+	{amdgpu_op_s_load_dword,"s_load_dword",2,&operandTable1} ,//0
+	{amdgpu_op_s_load_dwordx2,"s_load_dwordx2",2,&operandTable3} ,//1
+	{amdgpu_op_s_load_dwordx4,"s_load_dwordx4",2,&operandTable5} ,//2
+	{amdgpu_op_s_load_dwordx8,"s_load_dwordx8",2,&operandTable7} ,//3
+	{amdgpu_op_s_load_dwordx16,"s_load_dwordx16",2,&operandTable9} ,//4
+	{amdgpu_op_s_scratch_load_dword,"s_scratch_load_dword",0,&operandTable0} ,//5
+	{amdgpu_op_s_scratch_load_dwordx2,"s_scratch_load_dwordx2",0,&operandTable0} ,//6
+	{amdgpu_op_s_scratch_load_dwordx4,"s_scratch_load_dwordx4",0,&operandTable0} ,//7
+	{amdgpu_op_s_buffer_load_dword,"s_buffer_load_dword",2,&operandTable11} ,//8
+	{amdgpu_op_s_buffer_load_dwordx2,"s_buffer_load_dwordx2",2,&operandTable13} ,//9
+	{amdgpu_op_s_buffer_load_dwordx4,"s_buffer_load_dwordx4",2,&operandTable15} ,//10
+	{amdgpu_op_s_buffer_load_dwordx8,"s_buffer_load_dwordx8",2,&operandTable17} ,//11
+	{amdgpu_op_s_buffer_load_dwordx16,"s_buffer_load_dwordx16",2,&operandTable19} ,//12
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//13
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//14
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//15
+	{amdgpu_op_s_store_dword,"s_store_dword",0,&operandTable0} ,//16
+	{amdgpu_op_s_store_dwordx2,"s_store_dwordx2",0,&operandTable0} ,//17
+	{amdgpu_op_s_store_dwordx4,"s_store_dwordx4",0,&operandTable0} ,//18
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//20
+	{amdgpu_op_s_scratch_store_dword,"s_scratch_store_dword",0,&operandTable0} ,//21
+	{amdgpu_op_s_scratch_store_dwordx2,"s_scratch_store_dwordx2",0,&operandTable0} ,//22
+	{amdgpu_op_s_scratch_store_dwordx4,"s_scratch_store_dwordx4",0,&operandTable0} ,//23
+	{amdgpu_op_s_buffer_store_dword,"s_buffer_store_dword",0,&operandTable0} ,//24
+	{amdgpu_op_s_buffer_store_dwordx2,"s_buffer_store_dwordx2",0,&operandTable0} ,//25
+	{amdgpu_op_s_buffer_store_dwordx4,"s_buffer_store_dwordx4",0,&operandTable0} ,//26
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//27
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//28
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//29
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//30
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//31
+	{amdgpu_op_s_dcache_inv,"s_dcache_inv",0,&operandTable0} ,//32
+	{amdgpu_op_s_dcache_wb,"s_dcache_wb",0,&operandTable0} ,//33
+	{amdgpu_op_s_dcache_inv_vol,"s_dcache_inv_vol",0,&operandTable0} ,//34
+	{amdgpu_op_s_dcache_wb_vol,"s_dcache_wb_vol",0,&operandTable0} ,//35
+	{amdgpu_op_s_dcache_memtime,"s_dcache_memtime",0,&operandTable0} ,//36
+	{amdgpu_op_s_dcache_memrealtime,"s_dcache_memrealtime",0,&operandTable0} ,//37
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//38
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//39
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//40
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//41
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//42
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//43
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//44
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//45
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//46
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//47
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//48
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//49
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//50
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//51
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//52
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//53
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//54
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//55
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//56
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//57
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//58
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//59
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//60
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//61
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//62
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//63
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//64
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//65
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//66
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//67
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//68
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//69
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//70
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//71
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//72
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//73
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//74
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//75
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//76
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//77
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//78
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//79
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//80
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//81
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//82
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//83
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//84
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//85
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//86
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//87
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//88
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//89
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//90
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//91
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//92
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//93
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//94
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//95
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//96
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//97
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//98
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//99
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//100
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//101
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//102
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//103
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//104
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//105
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//106
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//107
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//108
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//109
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//110
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//111
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//112
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//113
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//114
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//115
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//116
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//117
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//118
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//119
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//120
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//121
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//122
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//123
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//124
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//125
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//126
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//127
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//128
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//129
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//130
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//131
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//132
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//133
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//134
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//135
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//136
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//137
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//138
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//139
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//140
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//141
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//142
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//143
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//144
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//145
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//146
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//147
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//148
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//149
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//150
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//151
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//152
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//153
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//154
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//155
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//156
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//157
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//158
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//159
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//160
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//161
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//162
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//163
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//164
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//165
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//166
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//167
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//168
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//169
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//170
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//171
+	{amdgpu_op_s_atomic_dec_x2,"s_atomic_dec_x2",0,&operandTable0} ,//172
+}; // end smem_insn_table
+
+const amdgpu_vega_insn_table amdgpu_vega_insn_entry::vop2_insn_table = {
+	{amdgpu_op_v_cndmask_b32,"v_cndmask_b32",0,&operandTable0} ,//0
+	{amdgpu_op_v_add_f32,"v_add_f32",0,&operandTable0} ,//1
+	{amdgpu_op_v_sub_f32,"v_sub_f32",0,&operandTable0} ,//2
+	{amdgpu_op_v_subrev_f32,"v_subrev_f32",0,&operandTable0} ,//3
+	{amdgpu_op_v_mul_legacy_f32,"v_mul_legacy_f32",0,&operandTable0} ,//4
+	{amdgpu_op_v_mul_f32,"v_mul_f32",0,&operandTable0} ,//5
+	{amdgpu_op_v_mul_i32_i24,"v_mul_i32_i24",0,&operandTable0} ,//6
+	{amdgpu_op_v_mul_hi_i32_i24,"v_mul_hi_i32_i24",0,&operandTable0} ,//7
+	{amdgpu_op_v_mul_u32_u24,"v_mul_u32_u24",0,&operandTable0} ,//8
+	{amdgpu_op_v_mul_hi_u32_u24,"v_mul_hi_u32_u24",0,&operandTable0} ,//9
+	{amdgpu_op_v_min_f32,"v_min_f32",0,&operandTable0} ,//10
+	{amdgpu_op_v_max_f32,"v_max_f32",0,&operandTable0} ,//11
+	{amdgpu_op_v_min_i32,"v_min_i32",0,&operandTable0} ,//12
+	{amdgpu_op_v_max_i32,"v_max_i32",0,&operandTable0} ,//13
+	{amdgpu_op_v_min_u32,"v_min_u32",0,&operandTable0} ,//14
+	{amdgpu_op_v_max_u32,"v_max_u32",0,&operandTable0} ,//15
+	{amdgpu_op_v_lshrrev_b32,"v_lshrrev_b32",0,&operandTable0} ,//16
+	{amdgpu_op_v_ashrrev_i32,"v_ashrrev_i32",0,&operandTable0} ,//17
+	{amdgpu_op_v_lshlrev_b32,"v_lshlrev_b32",0,&operandTable0} ,//18
+	{amdgpu_op_v_add_b32,"v_add_b32",0,&operandTable0} ,//19
+	{amdgpu_op_v_or_b32,"v_or_b32",0,&operandTable0} ,//20
+	{amdgpu_op_v_xor_b32,"v_xor_b32",0,&operandTable0} ,//21
+	{amdgpu_op_v_mac_b32,"v_mac_b32",0,&operandTable0} ,//22
+	{amdgpu_op_v_madmk_f32,"v_madmk_f32",0,&operandTable0} ,//23
+	{amdgpu_op_v_madak_f32,"v_madak_f32",0,&operandTable0} ,//24
+	{amdgpu_op_v_add_co_u32,"v_add_co_u32",0,&operandTable0} ,//25
+	{amdgpu_op_v_sub_co_u32,"v_sub_co_u32",0,&operandTable0} ,//26
+	{amdgpu_op_v_subrev_co_u32,"v_subrev_co_u32",0,&operandTable0} ,//27
+	{amdgpu_op_v_addc_co_u32,"v_addc_co_u32",0,&operandTable0} ,//28
+	{amdgpu_op_v_subb_co_u32,"v_subb_co_u32",0,&operandTable0} ,//29
+	{amdgpu_op_v_subbrev_co_u32,"v_subbrev_co_u32",0,&operandTable0} ,//30
+	{amdgpu_op_v_add_f16,"v_add_f16",0,&operandTable0} ,//31
+	{amdgpu_op_v_sub_f16,"v_sub_f16",0,&operandTable0} ,//32
+	{amdgpu_op_v_subrev_f16,"v_subrev_f16",0,&operandTable0} ,//33
+	{amdgpu_op_v_mul_f16,"v_mul_f16",0,&operandTable0} ,//34
+	{amdgpu_op_v_mac_f16,"v_mac_f16",0,&operandTable0} ,//35
+	{amdgpu_op_v_madmk_f16,"v_madmk_f16",0,&operandTable0} ,//36
+	{amdgpu_op_v_madak_f16,"v_madak_f16",0,&operandTable0} ,//37
+	{amdgpu_op_v_add_u16,"v_add_u16",0,&operandTable0} ,//38
+	{amdgpu_op_v_sub_u16,"v_sub_u16",0,&operandTable0} ,//39
+	{amdgpu_op_v_subrev_u16,"v_subrev_u16",0,&operandTable0} ,//40
+	{amdgpu_op_v_mul_lo_u16,"v_mul_lo_u16",0,&operandTable0} ,//41
+	{amdgpu_op_v_lshlrev_b16,"v_lshlrev_b16",0,&operandTable0} ,//42
+	{amdgpu_op_v_lshrrev_b16,"v_lshrrev_b16",0,&operandTable0} ,//43
+	{amdgpu_op_v_ashrrev_i16,"v_ashrrev_i16",0,&operandTable0} ,//44
+	{amdgpu_op_v_max_f16,"v_max_f16",0,&operandTable0} ,//45
+	{amdgpu_op_v_min_f16,"v_min_f16",0,&operandTable0} ,//46
+	{amdgpu_op_v_max_u16,"v_max_u16",0,&operandTable0} ,//47
+	{amdgpu_op_v_max_i16,"v_max_i16",0,&operandTable0} ,//48
+	{amdgpu_op_v_min_u16,"v_min_u16",0,&operandTable0} ,//49
+	{amdgpu_op_v_min_i16,"v_min_i16",0,&operandTable0} ,//50
+	{amdgpu_op_v_ldexp_f16,"v_ldexp_f16",0,&operandTable0} ,//51
+	{amdgpu_op_v_add_u32,"v_add_u32",0,&operandTable0} ,//52
+	{amdgpu_op_v_sub_u32,"v_sub_u32",0,&operandTable0} ,//53
+	{amdgpu_op_v_subrev_u32,"v_subrev_u32",0,&operandTable0} ,//54
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//55
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//56
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//57
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//58
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//59
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//60
+	{amdgpu_op_v_xno2_b32,"v_xno2_b32",0,&operandTable0} ,//61
+}; // end vop2_insn_table
+
+const amdgpu_vega_insn_table amdgpu_vega_insn_entry::vop1_insn_table = {
+	{amdgpu_op_v_nop,"v_nop",0,&operandTable0} ,//0
+	{amdgpu_op_v_mov_b32,"v_mov_b32",0,&operandTable0} ,//1
+	{amdgpu_op_v_readfirstlane_b32,"v_readfirstlane_b32",0,&operandTable0} ,//2
+	{amdgpu_op_v_cvt_i32_f64,"v_cvt_i32_f64",0,&operandTable0} ,//3
+	{amdgpu_op_v_cvt_f64_i32,"v_cvt_f64_i32",0,&operandTable0} ,//4
+	{amdgpu_op_v_cvt_f32_i32,"v_cvt_f32_i32",0,&operandTable0} ,//5
+	{amdgpu_op_v_cvt_f32_u32,"v_cvt_f32_u32",0,&operandTable0} ,//6
+	{amdgpu_op_v_cvt_u32_f32,"v_cvt_u32_f32",0,&operandTable0} ,//7
+	{amdgpu_op_v_cvt_i32_f32,"v_cvt_i32_f32",0,&operandTable0} ,//8
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//9
+	{amdgpu_op_v_cvt_f16_f32,"v_cvt_f16_f32",0,&operandTable0} ,//10
+	{amdgpu_op_v_cvt_f32_f16,"v_cvt_f32_f16",0,&operandTable0} ,//11
+	{amdgpu_op_v_cvt_rpi_i32_f32,"v_cvt_rpi_i32_f32",0,&operandTable0} ,//12
+	{amdgpu_op_v_cvt_flr_i32_f32,"v_cvt_flr_i32_f32",0,&operandTable0} ,//13
+	{amdgpu_op_v_cvt_off_f32_i4,"v_cvt_off_f32_i4",0,&operandTable0} ,//14
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//15
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//16
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//17
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//18
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//20
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//21
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//22
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//23
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//24
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//25
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//26
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//27
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//28
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//29
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//30
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//31
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//32
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//33
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//34
+	{amdgpu_op_v_rcp_iflag_f32,"v_rcp_iflag_f32",0,&operandTable0} ,//35
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//36
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//37
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//38
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//39
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//40
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//41
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//42
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//43
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//44
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//45
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//46
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//47
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//48
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//49
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//50
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//51
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//52
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//53
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//54
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//55
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//56
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//57
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//58
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//59
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//60
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//61
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//62
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//63
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//64
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//65
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//66
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//67
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//68
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//69
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//70
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//71
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//72
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//73
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//74
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//75
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//76
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//77
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//78
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//79
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//80
+	{amdgpu_op_v_swap_b32,"v_swap_b32",0,&operandTable0} ,//81
+}; // end vop1_insn_table
+
+const amdgpu_vega_insn_table amdgpu_vega_insn_entry::vopc_insn_table = {
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//0
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//1
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//2
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//3
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//4
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//5
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//6
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//7
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//8
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//9
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//10
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//11
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//12
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//13
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//14
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//15
+	{amdgpu_op_v_cmp_class_f32,"v_cmp_class_f32",0,&operandTable0} ,//16
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//17
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//18
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//20
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//21
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//22
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//23
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//24
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//25
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//26
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//27
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//28
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//29
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//30
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//31
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//32
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//33
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//34
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//35
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//36
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//37
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//38
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//39
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//40
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//41
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//42
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//43
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//44
+	{amdgpu_op_v_cmp_neq_f16,"v_cmp_neq_f16",0,&operandTable0} ,//45
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//46
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//47
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//48
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//49
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//50
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//51
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//52
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//53
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//54
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//55
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//56
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//57
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//58
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//59
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//60
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//61
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//62
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//63
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//64
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//65
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//66
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//67
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//68
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//69
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//70
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//71
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//72
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//73
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//74
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//75
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//76
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//77
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//78
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//79
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//80
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//81
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//82
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//83
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//84
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//85
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//86
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//87
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//88
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//89
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//90
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//91
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//92
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//93
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//94
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//95
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//96
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//97
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//98
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//99
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//100
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//101
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//102
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//103
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//104
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//105
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//106
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//107
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//108
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//109
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//110
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//111
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//112
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//113
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//114
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//115
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//116
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//117
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//118
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//119
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//120
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//121
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//122
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//123
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//124
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//125
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//126
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//127
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//128
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//129
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//130
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//131
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//132
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//133
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//134
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//135
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//136
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//137
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//138
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//139
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//140
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//141
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//142
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//143
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//144
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//145
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//146
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//147
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//148
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//149
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//150
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//151
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//152
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//153
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//154
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//155
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//156
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//157
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//158
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//159
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//160
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//161
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//162
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//163
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//164
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//165
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//166
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//167
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//168
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//169
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//170
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//171
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//172
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//173
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//174
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//175
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//176
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//177
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//178
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//179
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//180
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//181
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//182
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//183
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//184
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//185
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//186
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//187
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//188
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//189
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//190
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//191
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//192
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//193
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//194
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//195
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//196
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//197
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//198
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//199
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//200
+	{amdgpu_op_v_cmp_lt_u32,"v_cmp_lt_u32",0,&operandTable0} ,//201
+	{amdgpu_op_v_cmp_eq_u32,"v_cmp_eq_u32",0,&operandTable0} ,//202
+	{amdgpu_op_v_cmp_le_u32,"v_cmp_le_u32",0,&operandTable0} ,//203
+	{amdgpu_op_v_cmp_gt_u32,"v_cmp_gt_u32",0,&operandTable0} ,//204
+	{amdgpu_op_v_cmp_ne_u32,"v_cmp_ne_u32",0,&operandTable0} ,//205
+	{amdgpu_op_v_cmp_ge_u32,"v_cmp_ge_u32",0,&operandTable0} ,//206
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//207
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//208
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//209
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//210
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//211
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//212
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//213
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//214
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//215
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//216
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//217
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//218
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//219
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//220
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//221
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//222
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//223
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//224
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//225
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//226
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//227
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//228
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//229
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//230
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//231
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//232
+	{amdgpu_op_v_cmp_lt_u64,"v_cmp_lt_u64",0,&operandTable0} ,//233
+	{amdgpu_op_v_cmp_eq_u64,"v_cmp_eq_u64",0,&operandTable0} ,//234
+	{amdgpu_op_v_cmp_le_u64,"v_cmp_le_u64",0,&operandTable0} ,//235
+	{amdgpu_op_v_cmp_gt_u64,"v_cmp_gt_u64",0,&operandTable0} ,//236
+	{amdgpu_op_v_cmp_ne_u64,"v_cmp_ne_u64",0,&operandTable0} ,//237
+	{amdgpu_op_v_cmp_ge_u64,"v_cmp_ge_u64",0,&operandTable0} ,//238
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//239
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//240
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//241
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//242
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//243
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//244
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//245
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//246
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//247
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//248
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//249
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//250
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//251
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//252
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//253
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//254
+	{amdgpu_op_v_cmpx_t_u64,"v_cmpx_t_u64",0,&operandTable0} ,//255
+}; // end vopc_insn_table
+
+const amdgpu_vega_insn_table amdgpu_vega_insn_entry::vintrp_insn_table = {
+	{amdgpu_op_v_interp_p1_f32,"v_interp_p1_f32",0,&operandTable0} ,//0
+	{amdgpu_op_v_interp_p2_f32,"v_interp_p2_f32",0,&operandTable0} ,//1
+	{amdgpu_op_v_interp_mov_f32,"v_interp_mov_f32",0,&operandTable0} ,//2
+}; // end vintrp_insn_table
+
+const amdgpu_vega_insn_table amdgpu_vega_insn_entry::ds_insn_table = {
+	{amdgpu_op_ds_add_u32,"ds_add_u32",0,&operandTable0} ,//0
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//1
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//2
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//3
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//4
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//5
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//6
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//7
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//8
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//9
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//10
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//11
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//12
+	{amdgpu_op_ds_write_b32,"ds_write_b32",0,&operandTable0} ,//13
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//14
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//15
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//16
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//17
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//18
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//20
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//21
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//22
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//23
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//24
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//25
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//26
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//27
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//28
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//29
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//30
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//31
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//32
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//33
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//34
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//35
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//36
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//37
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//38
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//39
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//40
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//41
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//42
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//43
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//44
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//45
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//46
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//47
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//48
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//49
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//50
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//51
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//52
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//53
+	{amdgpu_op_ds_read_b32,"ds_read_b32",0,&operandTable0} ,//54
+	{amdgpu_op_ds_read2_b32,"ds_read2_b32",0,&operandTable0} ,//55
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//56
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//57
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//58
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//59
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//60
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//61
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//62
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//63
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//64
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//65
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//66
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//67
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//68
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//69
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//70
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//71
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//72
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//73
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//74
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//75
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//76
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//77
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//78
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//79
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//80
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//81
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//82
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//83
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//84
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//85
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//86
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//87
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//88
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//89
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//90
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//91
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//92
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//93
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//94
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//95
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//96
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//97
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//98
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//99
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//100
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//101
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//102
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//103
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//104
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//105
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//106
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//107
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//108
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//109
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//110
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//111
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//112
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//113
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//114
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//115
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//116
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//117
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//118
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//119
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//120
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//121
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//122
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//123
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//124
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//125
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//126
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//127
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//128
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//129
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//130
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//131
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//132
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//133
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//134
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//135
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//136
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//137
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//138
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//139
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//140
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//141
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//142
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//143
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//144
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//145
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//146
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//147
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//148
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//149
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//150
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//151
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//152
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//153
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//154
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//155
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//156
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//157
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//158
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//159
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//160
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//161
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//162
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//163
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//164
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//165
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//166
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//167
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//168
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//169
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//170
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//171
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//172
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//173
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//174
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//175
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//176
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//177
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//178
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//179
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//180
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//181
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//182
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//183
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//184
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//185
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//186
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//187
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//188
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//189
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//190
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//191
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//192
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//193
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//194
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//195
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//196
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//197
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//198
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//199
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//200
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//201
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//202
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//203
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//204
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//205
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//206
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//207
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//208
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//209
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//210
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//211
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//212
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//213
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//214
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//215
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//216
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//217
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//218
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//219
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//220
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//221
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//222
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//223
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//224
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//225
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//226
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//227
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//228
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//229
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//230
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//231
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//232
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//233
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//234
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//235
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//236
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//237
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//238
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//239
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//240
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//241
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//242
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//243
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//244
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//245
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//246
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//247
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//248
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//249
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//250
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//251
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//252
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//253
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//254
+	{amdgpu_op_ds_read_b128,"ds_read_b128",0,&operandTable0} ,//255
+}; // end ds_insn_table
+
+const amdgpu_vega_insn_table amdgpu_vega_insn_entry::mtbuf_insn_table = {
+	{amdgpu_op_tbuffer_load_format_x,"tbuffer_load_format_x",2,&operandTable37} ,//0
+	{amdgpu_op_tbuffer_load_format_xy,"tbuffer_load_format_xy",2,&operandTable39} ,//1
+	{amdgpu_op_tbuffer_load_format_xyz,"tbuffer_load_format_xyz",2,&operandTable41} ,//2
+	{amdgpu_op_tbuffer_load_format_xyzw,"tbuffer_load_format_xyzw",2,&operandTable43} ,//3
+	{amdgpu_op_tbuffer_store_format_x,"tbuffer_store_format_x",2,&operandTable45} ,//4
+	{amdgpu_op_tbuffer_store_format_xy,"tbuffer_store_format_xy",2,&operandTable47} ,//5
+	{amdgpu_op_tbuffer_store_format_xyz,"tbuffer_store_format_xyz",2,&operandTable49} ,//6
+	{amdgpu_op_tbuffer_store_format_xyzw,"tbuffer_store_format_xyzw",2,&operandTable51} ,//7
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//8
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//9
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//10
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//11
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//12
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//13
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//14
+	{amdgpu_op_tbuffer_store_format_d16_xyzw,"tbuffer_store_format_d16_xyzw",0,&operandTable0} ,//15
+}; // end mtbuf_insn_table
+
+const amdgpu_vega_insn_table amdgpu_vega_insn_entry::mubuf_insn_table = {
+	{amdgpu_op_buffer_load_format_x,"buffer_load_format_x",2,&operandTable21} ,//0
+	{amdgpu_op_buffer_load_format_xy,"buffer_load_format_xy",2,&operandTable23} ,//1
+	{amdgpu_op_buffer_load_format_xyz,"buffer_load_format_xyz",2,&operandTable25} ,//2
+	{amdgpu_op_buffer_load_format_xyzw,"buffer_load_format_xyzw",2,&operandTable27} ,//3
+	{amdgpu_op_buffer_store_format_x,"buffer_store_format_x",2,&operandTable29} ,//4
+	{amdgpu_op_buffer_store_format_xy,"buffer_store_format_xy",2,&operandTable31} ,//5
+	{amdgpu_op_buffer_store_format_xyz,"buffer_store_format_xyz",2,&operandTable33} ,//6
+	{amdgpu_op_buffer_store_format_xyzw,"buffer_store_format_xyzw",2,&operandTable35} ,//7
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//8
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//9
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//10
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//11
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//12
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//13
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//14
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//15
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//16
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//17
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//18
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
+	{amdgpu_op_buffer_load_dword,"buffer_load_dword",0,&operandTable0} ,//20
+	{amdgpu_op_buffer_load_dwordx2,"buffer_load_dwordx2",0,&operandTable0} ,//21
+	{amdgpu_op_buffer_load_dwordx3,"buffer_load_dwordx3",0,&operandTable0} ,//22
+	{amdgpu_op_buffer_load_dwordx4,"buffer_load_dwordx4",0,&operandTable0} ,//23
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//24
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//25
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//26
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//27
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//28
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//29
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//30
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//31
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//32
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//33
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//34
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//35
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//36
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//37
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//38
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//39
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//40
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//41
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//42
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//43
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//44
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//45
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//46
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//47
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//48
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//49
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//50
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//51
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//52
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//53
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//54
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//55
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//56
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//57
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//58
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//59
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//60
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//61
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//62
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//63
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//64
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//65
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//66
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//67
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//68
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//69
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//70
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//71
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//72
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//73
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//74
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//75
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//76
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//77
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//78
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//79
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//80
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//81
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//82
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//83
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//84
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//85
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//86
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//87
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//88
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//89
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//90
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//91
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//92
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//93
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//94
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//95
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//96
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//97
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//98
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//99
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//100
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//101
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//102
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//103
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//104
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//105
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//106
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//107
+	{amdgpu_op_buffer_atomic_dec_x2,"buffer_atomic_dec_x2",0,&operandTable0} ,//108
+}; // end mubuf_insn_table
+
+const amdgpu_vega_insn_table amdgpu_vega_insn_entry::vop3ab_insn_table = {
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//0
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//1
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//2
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//3
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//4
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//5
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//6
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//7
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//8
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//9
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//10
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//11
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//12
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//13
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//14
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//15
+	{amdgpu_op_v_cmp_class_f32_e64,"v_cmp_class_f32_e64",0,&operandTable0} ,//16
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//17
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//18
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//20
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//21
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//22
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//23
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//24
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//25
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//26
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//27
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//28
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//29
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//30
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//31
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//32
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//33
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//34
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//35
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//36
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//37
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//38
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//39
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//40
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//41
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//42
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//43
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//44
+	{amdgpu_op_v_cmp_neq_f16_e64,"v_cmp_neq_f16_e64",0,&operandTable0} ,//45
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//46
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//47
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//48
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//49
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//50
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//51
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//52
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//53
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//54
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//55
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//56
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//57
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//58
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//59
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//60
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//61
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//62
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//63
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//64
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//65
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//66
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//67
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//68
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//69
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//70
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//71
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//72
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//73
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//74
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//75
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//76
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//77
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//78
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//79
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//80
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//81
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//82
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//83
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//84
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//85
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//86
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//87
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//88
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//89
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//90
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//91
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//92
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//93
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//94
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//95
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//96
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//97
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//98
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//99
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//100
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//101
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//102
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//103
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//104
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//105
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//106
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//107
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//108
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//109
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//110
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//111
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//112
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//113
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//114
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//115
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//116
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//117
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//118
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//119
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//120
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//121
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//122
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//123
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//124
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//125
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//126
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//127
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//128
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//129
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//130
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//131
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//132
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//133
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//134
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//135
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//136
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//137
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//138
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//139
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//140
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//141
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//142
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//143
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//144
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//145
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//146
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//147
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//148
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//149
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//150
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//151
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//152
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//153
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//154
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//155
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//156
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//157
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//158
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//159
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//160
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//161
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//162
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//163
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//164
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//165
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//166
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//167
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//168
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//169
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//170
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//171
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//172
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//173
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//174
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//175
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//176
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//177
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//178
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//179
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//180
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//181
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//182
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//183
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//184
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//185
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//186
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//187
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//188
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//189
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//190
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//191
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//192
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//193
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//194
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//195
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//196
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//197
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//198
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//199
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//200
+	{amdgpu_op_v_cmp_lt_u32_e64,"v_cmp_lt_u32_e64",0,&operandTable0} ,//201
+	{amdgpu_op_v_cmp_eq_u32_e64,"v_cmp_eq_u32_e64",0,&operandTable0} ,//202
+	{amdgpu_op_v_cmp_le_u32_e64,"v_cmp_le_u32_e64",0,&operandTable0} ,//203
+	{amdgpu_op_v_cmp_gt_u32_e64,"v_cmp_gt_u32_e64",0,&operandTable0} ,//204
+	{amdgpu_op_v_cmp_ne_u32_e64,"v_cmp_ne_u32_e64",0,&operandTable0} ,//205
+	{amdgpu_op_v_cmp_ge_u32_e64,"v_cmp_ge_u32_e64",0,&operandTable0} ,//206
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//207
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//208
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//209
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//210
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//211
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//212
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//213
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//214
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//215
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//216
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//217
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//218
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//219
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//220
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//221
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//222
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//223
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//224
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//225
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//226
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//227
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//228
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//229
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//230
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//231
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//232
+	{amdgpu_op_v_cmp_lt_u64_e64,"v_cmp_lt_u64_e64",0,&operandTable0} ,//233
+	{amdgpu_op_v_cmp_eq_u64_e64,"v_cmp_eq_u64_e64",0,&operandTable0} ,//234
+	{amdgpu_op_v_cmp_le_u64_e64,"v_cmp_le_u64_e64",0,&operandTable0} ,//235
+	{amdgpu_op_v_cmp_gt_u64_e64,"v_cmp_gt_u64_e64",0,&operandTable0} ,//236
+	{amdgpu_op_v_cmp_ne_u64_e64,"v_cmp_ne_u64_e64",0,&operandTable0} ,//237
+	{amdgpu_op_v_cmp_ge_u64_e64,"v_cmp_ge_u64_e64",0,&operandTable0} ,//238
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//239
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//240
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//241
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//242
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//243
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//244
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//245
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//246
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//247
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//248
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//249
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//250
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//251
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//252
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//253
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//254
+	{amdgpu_op_v_cmpx_t_u64_e64,"v_cmpx_t_u64_e64",0,&operandTable0} ,//255
+	{amdgpu_op_v_cndmask_b32_e64,"v_cndmask_b32_e64",0,&operandTable0} ,//256
+	{amdgpu_op_v_add_f32_e64,"v_add_f32_e64",0,&operandTable0} ,//257
+	{amdgpu_op_v_sub_f32_e64,"v_sub_f32_e64",0,&operandTable0} ,//258
+	{amdgpu_op_v_subrev_f32_e64,"v_subrev_f32_e64",0,&operandTable0} ,//259
+	{amdgpu_op_v_mul_legacy_f32_e64,"v_mul_legacy_f32_e64",0,&operandTable0} ,//260
+	{amdgpu_op_v_mul_f32_e64,"v_mul_f32_e64",0,&operandTable0} ,//261
+	{amdgpu_op_v_mul_i32_i24_e64,"v_mul_i32_i24_e64",0,&operandTable0} ,//262
+	{amdgpu_op_v_mul_hi_i32_i24_e64,"v_mul_hi_i32_i24_e64",0,&operandTable0} ,//263
+	{amdgpu_op_v_mul_u32_u24_e64,"v_mul_u32_u24_e64",0,&operandTable0} ,//264
+	{amdgpu_op_v_mul_hi_u32_u24_e64,"v_mul_hi_u32_u24_e64",0,&operandTable0} ,//265
+	{amdgpu_op_v_min_f32_e64,"v_min_f32_e64",0,&operandTable0} ,//266
+	{amdgpu_op_v_max_f32_e64,"v_max_f32_e64",0,&operandTable0} ,//267
+	{amdgpu_op_v_min_i32_e64,"v_min_i32_e64",0,&operandTable0} ,//268
+	{amdgpu_op_v_max_i32_e64,"v_max_i32_e64",0,&operandTable0} ,//269
+	{amdgpu_op_v_min_u32_e64,"v_min_u32_e64",0,&operandTable0} ,//270
+	{amdgpu_op_v_max_u32_e64,"v_max_u32_e64",0,&operandTable0} ,//271
+	{amdgpu_op_v_lshrrev_b32_e64,"v_lshrrev_b32_e64",0,&operandTable0} ,//272
+	{amdgpu_op_v_ashrrev_i32_e64,"v_ashrrev_i32_e64",0,&operandTable0} ,//273
+	{amdgpu_op_v_lshlrev_b32_e64,"v_lshlrev_b32_e64",0,&operandTable0} ,//274
+	{amdgpu_op_v_add_b32_e64,"v_add_b32_e64",0,&operandTable0} ,//275
+	{amdgpu_op_v_or_b32_e64,"v_or_b32_e64",0,&operandTable0} ,//276
+	{amdgpu_op_v_xor_b32_e64,"v_xor_b32_e64",0,&operandTable0} ,//277
+	{amdgpu_op_v_mac_b32_e64,"v_mac_b32_e64",0,&operandTable0} ,//278
+	{amdgpu_op_v_madmk_f32_e64,"v_madmk_f32_e64",0,&operandTable0} ,//279
+	{amdgpu_op_v_madak_f32_e64,"v_madak_f32_e64",0,&operandTable0} ,//280
+	{amdgpu_op_v_add_co_u32_e64,"v_add_co_u32_e64",0,&operandTable0} ,//281
+	{amdgpu_op_v_sub_co_u32_e64,"v_sub_co_u32_e64",0,&operandTable0} ,//282
+	{amdgpu_op_v_subrev_co_u32_e64,"v_subrev_co_u32_e64",0,&operandTable0} ,//283
+	{amdgpu_op_v_addc_co_u32_e64,"v_addc_co_u32_e64",0,&operandTable0} ,//284
+	{amdgpu_op_v_subb_co_u32_e64,"v_subb_co_u32_e64",0,&operandTable0} ,//285
+	{amdgpu_op_v_subbrev_co_u32_e64,"v_subbrev_co_u32_e64",0,&operandTable0} ,//286
+	{amdgpu_op_v_add_f16_e64,"v_add_f16_e64",0,&operandTable0} ,//287
+	{amdgpu_op_v_sub_f16_e64,"v_sub_f16_e64",0,&operandTable0} ,//288
+	{amdgpu_op_v_subrev_f16_e64,"v_subrev_f16_e64",0,&operandTable0} ,//289
+	{amdgpu_op_v_mul_f16_e64,"v_mul_f16_e64",0,&operandTable0} ,//290
+	{amdgpu_op_v_mac_f16_e64,"v_mac_f16_e64",0,&operandTable0} ,//291
+	{amdgpu_op_v_madmk_f16_e64,"v_madmk_f16_e64",0,&operandTable0} ,//292
+	{amdgpu_op_v_madak_f16_e64,"v_madak_f16_e64",0,&operandTable0} ,//293
+	{amdgpu_op_v_add_u16_e64,"v_add_u16_e64",0,&operandTable0} ,//294
+	{amdgpu_op_v_sub_u16_e64,"v_sub_u16_e64",0,&operandTable0} ,//295
+	{amdgpu_op_v_subrev_u16_e64,"v_subrev_u16_e64",0,&operandTable0} ,//296
+	{amdgpu_op_v_mul_lo_u16_e64,"v_mul_lo_u16_e64",0,&operandTable0} ,//297
+	{amdgpu_op_v_lshlrev_b16_e64,"v_lshlrev_b16_e64",0,&operandTable0} ,//298
+	{amdgpu_op_v_lshrrev_b16_e64,"v_lshrrev_b16_e64",0,&operandTable0} ,//299
+	{amdgpu_op_v_ashrrev_i16_e64,"v_ashrrev_i16_e64",0,&operandTable0} ,//300
+	{amdgpu_op_v_max_f16_e64,"v_max_f16_e64",0,&operandTable0} ,//301
+	{amdgpu_op_v_min_f16_e64,"v_min_f16_e64",0,&operandTable0} ,//302
+	{amdgpu_op_v_max_u16_e64,"v_max_u16_e64",0,&operandTable0} ,//303
+	{amdgpu_op_v_max_i16_e64,"v_max_i16_e64",0,&operandTable0} ,//304
+	{amdgpu_op_v_min_u16_e64,"v_min_u16_e64",0,&operandTable0} ,//305
+	{amdgpu_op_v_min_i16_e64,"v_min_i16_e64",0,&operandTable0} ,//306
+	{amdgpu_op_v_ldexp_f16_e64,"v_ldexp_f16_e64",0,&operandTable0} ,//307
+	{amdgpu_op_v_add_u32_e64,"v_add_u32_e64",0,&operandTable0} ,//308
+	{amdgpu_op_v_sub_u32_e64,"v_sub_u32_e64",0,&operandTable0} ,//309
+	{amdgpu_op_v_subrev_u32_e64,"v_subrev_u32_e64",0,&operandTable0} ,//310
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//311
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//312
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//313
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//314
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//315
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//316
+	{amdgpu_op_v_xno2_b32_e64,"v_xno2_b32_e64",0,&operandTable0} ,//317
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//318
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//319
+	{amdgpu_op_v_nop_e64,"v_nop_e64",0,&operandTable0} ,//320
+	{amdgpu_op_v_mov_b32_e64,"v_mov_b32_e64",0,&operandTable0} ,//321
+	{amdgpu_op_v_readfirstlane_b32_e64,"v_readfirstlane_b32_e64",0,&operandTable0} ,//322
+	{amdgpu_op_v_cvt_i32_f64_e64,"v_cvt_i32_f64_e64",0,&operandTable0} ,//323
+	{amdgpu_op_v_cvt_f64_i32_e64,"v_cvt_f64_i32_e64",0,&operandTable0} ,//324
+	{amdgpu_op_v_cvt_f32_i32_e64,"v_cvt_f32_i32_e64",0,&operandTable0} ,//325
+	{amdgpu_op_v_cvt_f32_u32_e64,"v_cvt_f32_u32_e64",0,&operandTable0} ,//326
+	{amdgpu_op_v_cvt_u32_f32_e64,"v_cvt_u32_f32_e64",0,&operandTable0} ,//327
+	{amdgpu_op_v_cvt_i32_f32_e64,"v_cvt_i32_f32_e64",0,&operandTable0} ,//328
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//329
+	{amdgpu_op_v_cvt_f16_f32_e64,"v_cvt_f16_f32_e64",0,&operandTable0} ,//330
+	{amdgpu_op_v_cvt_f32_f16_e64,"v_cvt_f32_f16_e64",0,&operandTable0} ,//331
+	{amdgpu_op_v_cvt_rpi_i32_f32_e64,"v_cvt_rpi_i32_f32_e64",0,&operandTable0} ,//332
+	{amdgpu_op_v_cvt_flr_i32_f32_e64,"v_cvt_flr_i32_f32_e64",0,&operandTable0} ,//333
+	{amdgpu_op_v_cvt_off_f32_i4_e64,"v_cvt_off_f32_i4_e64",0,&operandTable0} ,//334
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//335
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//336
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//337
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//338
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//339
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//340
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//341
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//342
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//343
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//344
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//345
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//346
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//347
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//348
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//349
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//350
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//351
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//352
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//353
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//354
+	{amdgpu_op_v_rcp_iflag_f32_e64,"v_rcp_iflag_f32_e64",0,&operandTable0} ,//355
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//356
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//357
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//358
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//359
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//360
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//361
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//362
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//363
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//364
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//365
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//366
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//367
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//368
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//369
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//370
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//371
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//372
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//373
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//374
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//375
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//376
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//377
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//378
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//379
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//380
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//381
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//382
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//383
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//384
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//385
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//386
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//387
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//388
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//389
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//390
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//391
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//392
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//393
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//394
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//395
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//396
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//397
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//398
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//399
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//400
+	{amdgpu_op_v_swap_b32_e64,"v_swap_b32_e64",0,&operandTable0} ,//401
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//402
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//403
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//404
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//405
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//406
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//407
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//408
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//409
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//410
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//411
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//412
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//413
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//414
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//415
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//416
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//417
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//418
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//419
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//420
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//421
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//422
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//423
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//424
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//425
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//426
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//427
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//428
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//429
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//430
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//431
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//432
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//433
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//434
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//435
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//436
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//437
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//438
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//439
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//440
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//441
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//442
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//443
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//444
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//445
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//446
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//447
+	{amdgpu_op_v_mad_legacy_f32,"v_mad_legacy_f32",0,&operandTable0} ,//448
+	{amdgpu_op_v_mad_f32,"v_mad_f32",0,&operandTable0} ,//449
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//450
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//451
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//452
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//453
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//454
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//455
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//456
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//457
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//458
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//459
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//460
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//461
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//462
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//463
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//464
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//465
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//466
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//467
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//468
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//469
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//470
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//471
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//472
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//473
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//474
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//475
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//476
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//477
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//478
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//479
+	{amdgpu_op_v_div_scale_f32,"v_div_scale_f32",0,&operandTable0} ,//480
+	{amdgpu_op_v_div_scale_f64,"v_div_scale_f64",0,&operandTable0} ,//481
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//482
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//483
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//484
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//485
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//486
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//487
+	{amdgpu_op_v_mad_u64_u32,"v_mad_u64_u32",0,&operandTable0} ,//488
+	{amdgpu_op_v_mad_i64_i32,"v_mad_i64_i32",0,&operandTable0} ,//489
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//490
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//491
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//492
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//493
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//494
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//495
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//496
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//497
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//498
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//499
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//500
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//501
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//502
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//503
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//504
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//505
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//506
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//507
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//508
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//509
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//510
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//511
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//512
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//513
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//514
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//515
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//516
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//517
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//518
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//519
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//520
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//521
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//522
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//523
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//524
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//525
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//526
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//527
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//528
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//529
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//530
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//531
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//532
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//533
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//534
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//535
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//536
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//537
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//538
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//539
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//540
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//541
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//542
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//543
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//544
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//545
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//546
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//547
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//548
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//549
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//550
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//551
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//552
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//553
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//554
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//555
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//556
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//557
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//558
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//559
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//560
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//561
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//562
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//563
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//564
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//565
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//566
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//567
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//568
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//569
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//570
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//571
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//572
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//573
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//574
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//575
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//576
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//577
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//578
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//579
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//580
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//581
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//582
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//583
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//584
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//585
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//586
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//587
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//588
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//589
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//590
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//591
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//592
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//593
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//594
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//595
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//596
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//597
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//598
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//599
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//600
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//601
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//602
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//603
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//604
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//605
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//606
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//607
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//608
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//609
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//610
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//611
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//612
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//613
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//614
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//615
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//616
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//617
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//618
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//619
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//620
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//621
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//622
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//623
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//624
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//625
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//626
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//627
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//628
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//629
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//630
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//631
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//632
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//633
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//634
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//635
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//636
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//637
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//638
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//639
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//640
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//641
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//642
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//643
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//644
+	{amdgpu_op_v_mul_lo_u32,"v_mul_lo_u32",0,&operandTable0} ,//645
+	{amdgpu_op_v_mul_hi_u32,"v_mul_hi_u32",0,&operandTable0} ,//646
+	{amdgpu_op_v_mul_hi_i32,"v_mul_hi_i32",0,&operandTable0} ,//647
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//648
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//649
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//650
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//651
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//652
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//653
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//654
+	{amdgpu_op_v_lshlrev_b64,"v_lshlrev_b64",0,&operandTable0} ,//655
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//656
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//657
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//658
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//659
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//660
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//661
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//662
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//663
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//664
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//665
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//666
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//667
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//668
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//669
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//670
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//671
+	{amdgpu_op_v_pack_b32_f16,"v_pack_b32_f16",0,&operandTable0} ,//672
+}; // end vop3ab_insn_table
+
+const amdgpu_vega_insn_table amdgpu_vega_insn_entry::vop3p_insn_table = {
+	{amdgpu_op_v_pk_mad_i16,"v_pk_mad_i16",0,&operandTable0} ,//0
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//1
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//2
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//3
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//4
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//5
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//6
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//7
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//8
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//9
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//10
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//11
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//12
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//13
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//14
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//15
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//16
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//17
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//18
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//20
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//21
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//22
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//23
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//24
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//25
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//26
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//27
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//28
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//29
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//30
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//31
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//32
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//33
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//34
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//35
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//36
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//37
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//38
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//39
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//40
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//41
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//42
+	{amdgpu_op_v_dot8_u32_u4,"v_dot8_u32_u4",0,&operandTable0} ,//43
+}; // end vop3p_insn_table
+
+const amdgpu_vega_insn_table amdgpu_vega_insn_entry::flat_insn_table = {
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//0
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//1
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//2
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//3
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//4
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//5
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//6
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//7
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//8
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//9
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//10
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//11
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//12
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//13
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//14
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//15
+	{amdgpu_op_flat_load_ubyte,"flat_load_ubyte",0,&operandTable0} ,//16
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//17
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//18
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//19
+	{amdgpu_op_flat_load_dword,"flat_load_dword",0,&operandTable0} ,//20
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//21
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//22
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//23
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//24
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//25
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//26
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//27
+	{amdgpu_op_flat_store_dword,"flat_store_dword",0,&operandTable0} ,//28
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//29
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//30
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//31
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//32
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//33
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//34
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//35
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//36
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//37
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//38
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//39
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//40
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//41
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//42
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//43
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//44
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//45
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//46
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//47
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//48
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//49
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//50
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//51
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//52
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//53
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//54
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//55
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//56
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//57
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//58
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//59
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//60
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//61
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//62
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//63
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//64
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//65
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//66
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//67
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//68
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//69
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//70
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//71
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//72
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//73
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//74
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//75
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//76
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//77
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//78
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//79
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//80
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//81
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//82
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//83
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//84
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//85
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//86
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//87
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//88
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//89
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//90
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//91
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//92
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//93
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//94
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//95
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//96
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//97
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//98
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//99
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//100
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//101
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//102
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//103
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//104
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//105
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//106
+	{amdgpu_op_s_nop,"s_nop",0,&operandTable0} ,//107
+	{amdgpu_op_atomic_dec_x2,"atomic_dec_x2",0,&operandTable0} ,//108
+}; // end flat_insn_table
+

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/BinaryFunction.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/BinaryFunction.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/Expression.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/Expression.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/Immediate.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/Immediate.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/Instruction.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/Instruction.C Changed

@@ -57,622 +57,593 @@
 #include "../../common/src/singleton_object_pool.h"
 #include "ArchSpecificFormatters.h"
 
+#define DECODE_OPERANDS() \
+    do { \
+        if (arch_decoded_from != Arch_cuda && arch_decoded_from != Arch_amdgpu_cdna2 && m_Operands.empty()) { \
+            decodeOperands(); \
+        }\
+    }while(0) 
+
 namespace Dyninst
 {
-  namespace InstructionAPI
-  {
-
-      static const int IAPI_major_version = DYNINST_MAJOR_VERSION;
-      static const int IAPI_minor_version = DYNINST_MINOR_VERSION;
-      static const int IAPI_maintenance_version = DYNINST_PATCH_VERSION;
-
-      void Instruction::version(int& major, int& minor, int& maintenance)
-      {
-          major = IAPI_major_version;
-          minor = IAPI_minor_version;
-          maintenance = IAPI_maintenance_version;
-      }
-
-      int Instruction::numInsnsAllocated = 0;
-    INSTRUCTION_EXPORT Instruction::Instruction(Operation what,
-			     size_t size, const unsigned char* raw,
-                             Dyninst::Architecture arch)
-      : m_InsnOp(what), m_Valid(true), arch_decoded_from(arch),
-        formatter(ArchSpecificFormatter::getFormatter(arch))
+    namespace InstructionAPI
     {
-        copyRaw(size, raw);
 
-#if defined(DEBUG_INSN_ALLOCATIONS)
-        numInsnsAllocated++;
-        if((numInsnsAllocated % 1000) == 0)
+        static const int IAPI_major_version = DYNINST_MAJOR_VERSION;
+        static const int IAPI_minor_version = DYNINST_MINOR_VERSION;
+        static const int IAPI_maintenance_version = DYNINST_PATCH_VERSION;
+
+        void Instruction::version(int& major, int& minor, int& maintenance)
         {
-            fprintf(stderr, "Instruction CTOR, %d insns allocated\n", numInsnsAllocated);
+            major = IAPI_major_version;
+            minor = IAPI_minor_version;
+            maintenance = IAPI_maintenance_version;
         }
-#endif    
-    }
 
-    void Instruction::copyRaw(size_t size, const unsigned char* raw)
-    {
-      
-      if(raw)
-      {
-	m_size = size;
-	m_RawInsn.small_insn = 0;
-	if(size <= sizeof(m_RawInsn.small_insn))
-	{
-	  memcpy(&m_RawInsn.small_insn, raw, size);
-	}
-	else
-	{
-	  m_RawInsn.large_insn = new unsigned charsize;
-	  memcpy(m_RawInsn.large_insn, raw, size);
-	}
-      }
-      else
-      {
-	m_size = 0;
-	m_RawInsn.small_insn = 0;
-      }
-    }
+        int Instruction::numInsnsAllocated = 0;
+        INSTRUCTION_EXPORT Instruction::Instruction(Operation what,
+                size_t size, const unsigned char* raw,
+                Dyninst::Architecture arch)
+            : m_InsnOp(what), m_Valid(true), arch_decoded_from(arch),
+            formatter(&ArchSpecificFormatter::getFormatter(arch))
+        {
+            copyRaw(size, raw);
 
-    void Instruction::decodeOperands() const
-    {
-        //m_Operands.reserve(5);
-        InstructionDecoder dec(ptr(), size(), arch_decoded_from);
-        dec.doDelayedDecode(this);
-    }
-    
-    INSTRUCTION_EXPORT Instruction::Instruction() :
-      m_Valid(false), m_size(0), arch_decoded_from(Arch_none), formatter(ArchSpecificFormatter::getFormatter(Arch_x86_64))
-    {
 #if defined(DEBUG_INSN_ALLOCATIONS)
-        numInsnsAllocated++;
-        if((numInsnsAllocated % 1000) == 0)
+            numInsnsAllocated++;
+            if((numInsnsAllocated % 1000) == 0)
+            {
+                fprintf(stderr, "Instruction CTOR, %d insns allocated\n", numInsnsAllocated);
+            }
+#endif    
+        }
+
+        void Instruction::copyRaw(size_t size, const unsigned char* raw)
+        {
+
+            if(raw)
+            {
+                m_size = size;
+                m_RawInsn.small_insn = 0;
+                if(size <= sizeof(m_RawInsn.small_insn))
+                {
+                    memcpy(&m_RawInsn.small_insn, raw, size);
+                }
+                else
+                {
+                    m_RawInsn.large_insn = new unsigned charsize;
+                    memcpy(m_RawInsn.large_insn, raw, size);
+                }
+            }
+            else
+            {
+                m_size = 0;
+                m_RawInsn.small_insn = 0;
+            }
+        }
+
+        void Instruction::decodeOperands() const
         {
-            fprintf(stderr, "Instruction CTOR, %d insns allocated\n", numInsnsAllocated);
+            //m_Operands.reserve(5);
+            InstructionDecoder dec(ptr(), size(), arch_decoded_from);
+            dec.doDelayedDecode(this);
         }
+
+        INSTRUCTION_EXPORT Instruction::Instruction() :
+            m_Valid(false), m_size(0), arch_decoded_from(Arch_none), formatter(nullptr)
+        {
+#if defined(DEBUG_INSN_ALLOCATIONS)
+            numInsnsAllocated++;
+            if((numInsnsAllocated % 1000) == 0)
+            {
+                fprintf(stderr, "Instruction CTOR, %d insns allocated\n", numInsnsAllocated);
+            }
 #endif
-    }
-    
-    INSTRUCTION_EXPORT Instruction::~Instruction()
-    {
+        }
+
+        INSTRUCTION_EXPORT Instruction::~Instruction()
+        {
 
-      if(m_size > sizeof(m_RawInsn.small_insn))
-      {
-	delete m_RawInsn.large_insn;
-      }
+            if(m_size > sizeof(m_RawInsn.small_insn))
+            {
+                delete m_RawInsn.large_insn;
+            }
 
 #if defined(DEBUG_INSN_ALLOCATIONS)
-      numInsnsAllocated--;
-      if((numInsnsAllocated % 1000) == 0)
-      {
-          fprintf(stderr, "Instruction DTOR, %d insns allocated\n", numInsnsAllocated);
-      }
+            numInsnsAllocated--;
+            if((numInsnsAllocated % 1000) == 0)
+            {
+                fprintf(stderr, "Instruction DTOR, %d insns allocated\n", numInsnsAllocated);
+            }
 #endif      
-    }
+        }
 
-    INSTRUCTION_EXPORT Instruction::Instruction(const Instruction& o) :
-      m_Operands(o.m_Operands),
-      m_InsnOp(o.m_InsnOp),
-      m_Valid(o.m_Valid),
-	  arch_decoded_from(o.arch_decoded_from),
-      formatter(o.formatter)
+        INSTRUCTION_EXPORT Instruction::Instruction(const Instruction& o) :
+            m_Operands(o.m_Operands),
+            m_InsnOp(o.m_InsnOp),
+            m_Valid(o.m_Valid),
+            arch_decoded_from(o.arch_decoded_from),
+            formatter(o.formatter)
 
-    {
-      m_size = o.m_size;
-      if(o.m_size > sizeof(m_RawInsn.small_insn))
-      {
-	m_RawInsn.large_insn = new unsigned charo.m_size;
-	memcpy(m_RawInsn.large_insn, o.m_RawInsn.large_insn, m_size);
-      }
-      else
-      {
-	m_RawInsn.small_insn = o.m_RawInsn.small_insn;
-      }
-
-      m_Successors = o.m_Successors;
+        {
+            m_size = o.m_size;
+            if(o.m_size > sizeof(m_RawInsn.small_insn))
+            {
+                m_RawInsn.large_insn = new unsigned charo.m_size;
+                memcpy(m_RawInsn.large_insn, o.m_RawInsn.large_insn, m_size);
+            }
+            else
+            {
+                m_RawInsn.small_insn = o.m_RawInsn.small_insn;
+            }
+
+            m_Successors = o.m_Successors;
 
 #if defined(DEBUG_INSN_ALLOCATIONS)
-      numInsnsAllocated++;
-      if((numInsnsAllocated % 1000) == 0)
-      {
-          fprintf(stderr, "Instruction COPY CTOR, %d insns allocated\n", numInsnsAllocated);
-      }
+            numInsnsAllocated++;
+            if((numInsnsAllocated % 1000) == 0)
+            {
+                fprintf(stderr, "Instruction COPY CTOR, %d insns allocated\n", numInsnsAllocated);
+            }
 #endif
-    }
+        }
 
-    INSTRUCTION_EXPORT const Instruction& Instruction::operator=(const Instruction& rhs)
-    {
-      m_Operands = rhs.m_Operands;
-      //m_Operands.reserve(rhs.m_Operands.size());
-      //std::copy(rhs.m_Operands.begin(), rhs.m_Operands.end(), std::back_inserter(m_Operands));
-      if(m_size > sizeof(m_RawInsn.small_insn))
-      {
-	delete m_RawInsn.large_insn;
-      }
-      
-      m_size = rhs.m_size;
-      if(rhs.m_size > sizeof(m_RawInsn.small_insn))
-      {
-	m_RawInsn.large_insn = new unsigned charrhs.m_size;
-	memcpy(m_RawInsn.large_insn, rhs.m_RawInsn.large_insn, m_size);
-      }
-      else
-      {
-	m_RawInsn.small_insn = rhs.m_RawInsn.small_insn;
-      }
-
-
-      m_InsnOp = rhs.m_InsnOp;
-      m_Valid = rhs.m_Valid;
-        formatter = rhs.formatter;
-      arch_decoded_from = rhs.arch_decoded_from;
-      m_Successors = rhs.m_Successors;
-      return *this;
-    }    
-    
-    INSTRUCTION_EXPORT bool Instruction::isValid() const
-    {
-      return m_Valid;
-    }
-    
-    INSTRUCTION_EXPORT Operation& Instruction::getOperation()
-    {
-      return m_InsnOp;
-    }
-      INSTRUCTION_EXPORT const Operation& Instruction::getOperation() const
-      {
-          return m_InsnOp;
-      }
+        INSTRUCTION_EXPORT const Instruction& Instruction::operator=(const Instruction& rhs)
+        {
+            m_Operands = rhs.m_Operands;
+            //m_Operands.reserve(rhs.m_Operands.size());
+            //std::copy(rhs.m_Operands.begin(), rhs.m_Operands.end(), std::back_inserter(m_Operands));
+            if(m_size > sizeof(m_RawInsn.small_insn))
+            {
+                delete m_RawInsn.large_insn;
+            }
+
+            m_size = rhs.m_size;
+            if(rhs.m_size > sizeof(m_RawInsn.small_insn))
+            {
+                m_RawInsn.large_insn = new unsigned charrhs.m_size;
+                memcpy(m_RawInsn.large_insn, rhs.m_RawInsn.large_insn, m_size);
+            }
+            else
+            {
+                m_RawInsn.small_insn = rhs.m_RawInsn.small_insn;
+            }
+
+
+            m_InsnOp = rhs.m_InsnOp;
+            m_Valid = rhs.m_Valid;
+            formatter = rhs.formatter;
+            arch_decoded_from = rhs.arch_decoded_from;
+            m_Successors = rhs.m_Successors;
+            return *this;
+        }    
+
+        INSTRUCTION_EXPORT bool Instruction::isValid() const
+        {
+            return m_Valid;
+        }
 
-    INSTRUCTION_EXPORT void Instruction::getOperands(std::vector<Operand>& operands) const
-    {
-      if (arch_decoded_from != Arch_cuda && m_Operands.empty()) {
-          decodeOperands();
-      }
-      
-      std::copy(m_Operands.begin(), m_Operands.end(), std::back_inserter(operands));
-    }
-    
-    INSTRUCTION_EXPORT Operand Instruction::getOperand(int index) const
-     {
-      if (arch_decoded_from != Arch_cuda && m_Operands.empty()) {
-          decodeOperands();
-      }
+        INSTRUCTION_EXPORT Operation& Instruction::getOperation()
+        {
+            return m_InsnOp;
+        }
+        INSTRUCTION_EXPORT const Operation& Instruction::getOperation() const
+        {
+            return m_InsnOp;
+        }
 
-        if(index < 0 || index >= (int)(m_Operands.size()))
+        INSTRUCTION_EXPORT void Instruction::getOperands(std::vector<Operand>& operands) const
         {
-	  // Out of range = empty operand
-            return Operand(Expression::Ptr(), false, false);
+
+            DECODE_OPERANDS();
+            std::copy(m_Operands.begin(), m_Operands.end(), std::back_inserter(operands));
         }
-        std::list<Operand>::const_iterator found = m_Operands.begin();
-        std::advance(found, index);
-        return *found;
-     }
-
-     INSTRUCTION_EXPORT const void* Instruction::ptr() const
-     {
-         if(m_size > sizeof(m_RawInsn.small_insn))
-         {
-             return m_RawInsn.large_insn;
-         }
-         else
-         {
-             return reinterpret_cast<const void*>(&m_RawInsn.small_insn);
-         }
-     }
-    INSTRUCTION_EXPORT unsigned char Instruction::rawByte(unsigned int index) const
-    {
-      if(index >= m_size) return 0;
-      if(m_size > sizeof(m_RawInsn.small_insn))
-      {
-	return m_RawInsn.large_insnindex;
-      }
-      else
-      {
-	return reinterpret_cast<const unsigned char*>(&m_RawInsn.small_insn)index;
-      }
-    }
-    
-    INSTRUCTION_EXPORT size_t Instruction::size() const
-    {
-      return m_size;
-      
-    }
-    
-    INSTRUCTION_EXPORT void Instruction::getReadSet(std::set<RegisterAST::Ptr>& regsRead) const
-    {
-      if (arch_decoded_from != Arch_cuda && m_Operands.empty()) {
-          decodeOperands();
-      }
-
-      for(std::list<Operand>::const_iterator curOperand = m_Operands.begin();
-	  curOperand != m_Operands.end();
-	  ++curOperand)
-      {
-          curOperand->getReadSet(regsRead);
-      }
-      std::copy(m_InsnOp.implicitReads().begin(), m_InsnOp.implicitReads().end(),
-                std::inserter(regsRead, regsRead.begin()));
-      
-    }
-    
-    INSTRUCTION_EXPORT void Instruction::getWriteSet(std::set<RegisterAST::Ptr>& regsWritten) const
-    { 
-      if (arch_decoded_from != Arch_cuda && m_Operands.empty()) {
-          decodeOperands();
-      }
-
-      for(std::list<Operand>::const_iterator curOperand = m_Operands.begin();
-	  curOperand != m_Operands.end();
-	  ++curOperand)
-      {
-          curOperand->getWriteSet(regsWritten);
-      }
-      std::copy(m_InsnOp.implicitWrites().begin(), m_InsnOp.implicitWrites().end(),
-                std::inserter(regsWritten, regsWritten.begin()));
-      
-    }
-    
-    INSTRUCTION_EXPORT bool Instruction::isRead(Expression::Ptr candidate) const
-    {
-      if (arch_decoded_from != Arch_cuda && m_Operands.empty()) {
-          decodeOperands();
-      }
-
-      for(std::list<Operand >::const_iterator curOperand = m_Operands.begin();
-	  curOperand != m_Operands.end();
-	  ++curOperand)
-      {
-          if(curOperand->isRead(candidate))
-	{
-	  return true;
-	}
-      }
-      return m_InsnOp.isRead(candidate);
-    }
 
-    INSTRUCTION_EXPORT bool Instruction::isWritten(Expression::Ptr candidate) const
-    {
-      if (arch_decoded_from != Arch_cuda && m_Operands.empty()) {
-          decodeOperands();
-      }
-
-      for(std::list<Operand>::const_iterator curOperand = m_Operands.begin();
-	  curOperand != m_Operands.end();
-	  ++curOperand)
-      {
-          if(curOperand->isWritten(candidate))
-	{
-	  return true;
-	}
-      }
-      return m_InsnOp.isWritten(candidate);
-    }
-    
-    INSTRUCTION_EXPORT bool Instruction::readsMemory() const
-    {
-      if (arch_decoded_from != Arch_cuda && m_Operands.empty()) {
-          decodeOperands();
-      }
-
-      if(getCategory() == c_PrefetchInsn)
-      {
-          return false;
-      }
-      for(std::list<Operand>::const_iterator curOperand = m_Operands.begin();
-	  curOperand != m_Operands.end();
-	  ++curOperand)
-      {
-          if(curOperand->readsMemory())
-	{
-	  return true;
-	}
-      }
-      return !m_InsnOp.getImplicitMemReads().empty();
-    }
-    
-    INSTRUCTION_EXPORT bool Instruction::writesMemory() const
-    {
-      if (arch_decoded_from != Arch_cuda && m_Operands.empty()) {
-          decodeOperands();
-      }
-
-      for(std::list<Operand>::const_iterator curOperand = m_Operands.begin();
-          curOperand != m_Operands.end();
-	  ++curOperand)
-      {
-          if(curOperand->writesMemory())
-	{
-	  return true;
-	}
-      }
-      return !m_InsnOp.getImplicitMemWrites().empty();
-    }
-    
-    INSTRUCTION_EXPORT void Instruction::getMemoryReadOperands(std::set<Expression::Ptr>& memAccessors) const
-    {
-      if (arch_decoded_from != Arch_cuda && m_Operands.empty()) {
-          decodeOperands();
-      }
-
-      for(std::list<Operand>::const_iterator curOperand = m_Operands.begin();
-	  curOperand != m_Operands.end();
-	  ++curOperand)
-      {
-          curOperand->addEffectiveReadAddresses(memAccessors);
-      }  
-      std::copy(m_InsnOp.getImplicitMemReads().begin(), m_InsnOp.getImplicitMemReads().end(), std::inserter(memAccessors,
-memAccessors.begin()));
-    }
-    
-    INSTRUCTION_EXPORT void Instruction::getMemoryWriteOperands(std::set<Expression::Ptr>& memAccessors) const
-    {
-      if (arch_decoded_from != Arch_cuda && m_Operands.empty()) {
-          decodeOperands();
-      }
-
-      for(std::list<Operand>::const_iterator curOperand = m_Operands.begin();
-          curOperand != m_Operands.end();
-	  ++curOperand)
-      {
-          curOperand->addEffectiveWriteAddresses(memAccessors);
-      }  
-      std::copy(m_InsnOp.getImplicitMemWrites().begin(), m_InsnOp.getImplicitMemWrites().end(), std::inserter(memAccessors,
-memAccessors.begin()));
-    }
+        INSTRUCTION_EXPORT Operand Instruction::getOperand(int index) const
+        {
+            DECODE_OPERANDS();
+            if(index < 0 || index >= (int)(m_Operands.size()))
+            {
+                // Out of range = empty operand
+                return Operand(Expression::Ptr(), false, false);
+            }
+            std::list<Operand>::const_iterator found = m_Operands.begin();
+            std::advance(found, index);
+            return *found;
+        }
 
-    INSTRUCTION_EXPORT Operand Instruction::getPredicateOperand() const
-    {
-      if (arch_decoded_from != Arch_cuda && m_Operands.empty()) {
-        decodeOperands();
-      }
+        INSTRUCTION_EXPORT const void* Instruction::ptr() const
+        {
+            if(m_size > sizeof(m_RawInsn.small_insn))
+            {
+                return m_RawInsn.large_insn;
+            }
+            else
+            {
+                return reinterpret_cast<const void*>(&m_RawInsn.small_insn);
+            }
+        }
+        INSTRUCTION_EXPORT unsigned char Instruction::rawByte(unsigned int index) const
+        {
+            if(index >= m_size) return 0;
+            if(m_size > sizeof(m_RawInsn.small_insn))
+            {
+                return m_RawInsn.large_insnindex;
+            }
+            else
+            {
+                return reinterpret_cast<const unsigned char*>(&m_RawInsn.small_insn)index;
+            }
+        }
+
+        INSTRUCTION_EXPORT size_t Instruction::size() const
+        {
+            return m_size;
 
-      for(auto const &op : m_Operands) {
-        if (op.isTruePredicate() || op.isFalsePredicate()) {
-          return op;
         }
-      }
 
-      return Operand(Expression::Ptr(), false, false);
-    }
-    INSTRUCTION_EXPORT bool Instruction::hasPredicateOperand() const
-    {
-      if (arch_decoded_from != Arch_cuda && m_Operands.empty()) {
-        decodeOperands();
-      }
+        INSTRUCTION_EXPORT void Instruction::getReadSet(std::set<RegisterAST::Ptr>& regsRead) const
+        {
+            DECODE_OPERANDS();
+            for(std::list<Operand>::const_iterator curOperand = m_Operands.begin();
+                    curOperand != m_Operands.end();
+                    ++curOperand)
+            {
+                curOperand->getReadSet(regsRead);
+            }
+            std::copy(m_InsnOp.implicitReads().begin(), m_InsnOp.implicitReads().end(),
+                    std::inserter(regsRead, regsRead.begin()));
 
-      for(auto const &op : m_Operands) {
-        if (op.isTruePredicate() || op.isFalsePredicate()) {
-          return true;
         }
-      }
 
-      return false;
-    }
+        INSTRUCTION_EXPORT void Instruction::getWriteSet(std::set<RegisterAST::Ptr>& regsWritten) const
+        { 
+            DECODE_OPERANDS();
+            for(std::list<Operand>::const_iterator curOperand = m_Operands.begin();
+                    curOperand != m_Operands.end();
+                    ++curOperand)
+            {
+                curOperand->getWriteSet(regsWritten);
+            }
+            std::copy(m_InsnOp.implicitWrites().begin(), m_InsnOp.implicitWrites().end(),
+                    std::inserter(regsWritten, regsWritten.begin()));
 
-    INSTRUCTION_EXPORT Expression::Ptr Instruction::getControlFlowTarget() const
-    {
-        // We assume control flow transfer instructions have the PC as
-        // an implicit write, and that we have decoded the control flow
-        // target's full location as the first and only operand.
-        // If this is not the case, we'll squawk for the time being...
-        if(getCategory() == c_NoCategory ||
-                getCategory() == c_CompareInsn ||
-                getCategory() == c_PrefetchInsn)
+        }
+
+        INSTRUCTION_EXPORT bool Instruction::isRead(Expression::Ptr candidate) const
         {
-            return Expression::Ptr();
+            DECODE_OPERANDS();
+            for(std::list<Operand >::const_iterator curOperand = m_Operands.begin();
+                    curOperand != m_Operands.end();
+                    ++curOperand)
+            {
+                // Check if the candidate is read as an explicit operand
+                if(curOperand->isRead(candidate))
+                {
+                    return true;
+                }
+            }
+            // Check if the candidate is read as an implicit operand
+            return m_InsnOp.isRead(candidate);
         }
-        if(getCategory() == c_ReturnInsn)
+
+        INSTRUCTION_EXPORT bool Instruction::isWritten(Expression::Ptr candidate) const
         {
-            return makeReturnExpression();
+            DECODE_OPERANDS();
+
+            for(std::list<Operand>::const_iterator curOperand = m_Operands.begin();
+                    curOperand != m_Operands.end();
+                    ++curOperand)
+            {
+                if(curOperand->isWritten(candidate))
+                {
+                    return true;
+                }
+            }
+            return m_InsnOp.isWritten(candidate);
         }
-        if (arch_decoded_from != Arch_cuda && m_Operands.empty()) {
-          decodeOperands();
+
+        INSTRUCTION_EXPORT bool Instruction::readsMemory() const
+        {
+            DECODE_OPERANDS();
+            if(getCategory() == c_PrefetchInsn)
+            {
+                return false;
+            }
+            for(std::list<Operand>::const_iterator curOperand = m_Operands.begin();
+                    curOperand != m_Operands.end();
+                    ++curOperand)
+            {
+                if(curOperand->readsMemory())
+                {
+                    return true;
+                }
+            }
+            return !m_InsnOp.getImplicitMemReads().empty();
         }
 
-        if(m_Successors.empty())
+        INSTRUCTION_EXPORT bool Instruction::writesMemory() const
         {
-            return Expression::Ptr();
+            DECODE_OPERANDS();
+            for(std::list<Operand>::const_iterator curOperand = m_Operands.begin();
+                    curOperand != m_Operands.end();
+                    ++curOperand)
+            {
+                if(curOperand->writesMemory())
+                {
+                    return true;
+                }
+            }
+            return !m_InsnOp.getImplicitMemWrites().empty();
         }
-        return m_Successors.front().target;
-    }
 
-    INSTRUCTION_EXPORT ArchSpecificFormatter& Instruction::getFormatter() const {
-        return formatter;
-    }
+        INSTRUCTION_EXPORT void Instruction::getMemoryReadOperands(std::set<Expression::Ptr>& memAccessors) const
+        {
+            DECODE_OPERANDS();
+            for(std::list<Operand>::const_iterator curOperand = m_Operands.begin();
+                    curOperand != m_Operands.end();
+                    ++curOperand)
+            {
+                curOperand->addEffectiveReadAddresses(memAccessors);
+            }  
+            std::copy(m_InsnOp.getImplicitMemReads().begin(), m_InsnOp.getImplicitMemReads().end(), std::inserter(memAccessors,
+                        memAccessors.begin()));
+        }
 
-    INSTRUCTION_EXPORT std::string Instruction::format(Address addr) const
-    {
-        if (arch_decoded_from != Arch_cuda && m_Operands.empty()) {
-          decodeOperands();
+        INSTRUCTION_EXPORT void Instruction::getMemoryWriteOperands(std::set<Expression::Ptr>& memAccessors) const
+        {
+            DECODE_OPERANDS();
+            for(std::list<Operand>::const_iterator curOperand = m_Operands.begin();
+                    curOperand != m_Operands.end();
+                    ++curOperand)
+            {
+                curOperand->addEffectiveWriteAddresses(memAccessors);
+            }  
+            std::copy(m_InsnOp.getImplicitMemWrites().begin(), m_InsnOp.getImplicitMemWrites().end(), std::inserter(memAccessors,
+                        memAccessors.begin()));
         }
 
-        //remove this once ArchSpecificFormatter is extended for all architectures
+        INSTRUCTION_EXPORT Operand Instruction::getPredicateOperand() const
+        {
+            DECODE_OPERANDS();
+            for(auto const &op : m_Operands) {
+                if (op.isTruePredicate() || op.isFalsePredicate()) {
+                    return op;
+                }
+            }
 
-        std::string opstr = m_InsnOp.format();
-        opstr += " ";
-        std::list<Operand>::const_iterator currOperand;
-        std::vector<std::string> formattedOperands;
-        int op = 0;
-        for(currOperand = m_Operands.begin();
-                currOperand != m_Operands.end();
-                op++, ++currOperand)
+            return Operand(Expression::Ptr(), false, false);
+        }
+        INSTRUCTION_EXPORT bool Instruction::hasPredicateOperand() const
         {
-            /* If this operand is implicit, don't put it in the list of operands. */
-            if(currOperand->isImplicit())
-                continue;
+            DECODE_OPERANDS();
+            for(auto const &op : m_Operands) {
+                if (op.isTruePredicate() || op.isFalsePredicate()) {
+                    return true;
+                }
+            }
+
+            return false;
+        }
 
-            formattedOperands.push_back(currOperand->format(getArch(), addr));
+        INSTRUCTION_EXPORT Expression::Ptr Instruction::getControlFlowTarget() const
+        {
+            // We assume control flow transfer instructions have the PC as
+            // an implicit write, and that we have decoded the control flow
+            // target's full location as the first and only operand.
+            // If this is not the case, we'll squawk for the time being...
+            if(getCategory() == c_NoCategory ||
+                    getCategory() == c_CompareInsn ||
+                    getCategory() == c_PrefetchInsn)
+            {
+                return Expression::Ptr();
+            }
+            if(getCategory() == c_ReturnInsn)
+            {
+                return makeReturnExpression();
+            }
+            DECODE_OPERANDS();
+            if(m_Successors.empty())
+            {
+                return Expression::Ptr();
+            }
+            return m_Successors.front().target;
         }
 
+        INSTRUCTION_EXPORT ArchSpecificFormatter& Instruction::getFormatter() const {
+            return *formatter;
+        }
+
+        INSTRUCTION_EXPORT std::string Instruction::format(Address addr) const
+        {
+            // if Arch_none, this is an error and the formatter is nullptr,
+            // so return an error string (could also abort or except)
+            if (arch_decoded_from == Arch_none)  {
+                return "ERROR_NO_ARCH_SET_FOR_INSTRUCTION";
+            }
+
+            DECODE_OPERANDS();
+            //remove this once ArchSpecificFormatter is extended for all architectures
+
+            std::string opstr = m_InsnOp.format();
+            opstr += " ";
+            std::list<Operand>::const_iterator currOperand;
+            std::vector<std::string> formattedOperands;
+            int op = 0;
+            for(currOperand = m_Operands.begin();
+                    currOperand != m_Operands.end();
+                    op++, ++currOperand)
+            {
+                /* If this operand is implicit, don't put it in the list of operands. */
+                if(currOperand->isImplicit())
+                    continue;
+
+                formattedOperands.push_back(currOperand->format(getArch(), addr));
+            }
+
 #if defined(DEBUG_READ_WRITE)      
-        std::set<RegisterAST::Ptr> tmp;
-        getReadSet(tmp);
-        cout << "Read set:" << endl;
-        for(std::set<RegisterAST::Ptr>::iterator i = tmp.begin();
-                i != tmp.end();
-                ++i)
-        {
-            cout << (*i)->format() << " ";
-        }
-        cout << endl;
-        tmp.clear();
-        getWriteSet(tmp);
-        cout << "Write set:" << endl;
-        for(std::set<RegisterAST::Ptr>::iterator i = tmp.begin();
-                i != tmp.end();
-                ++i)
-        {
-            cout << (*i)->format() << " ";
-        }
-        cout << endl;
-        std::set<Expression::Ptr> mem;
-        getMemoryReadOperands(mem);
-        cout << "Read mem:" << endl;
-        for(std::set<Expression::Ptr>::iterator i = mem.begin();
-                i != mem.end();
-                ++i)
-        {
-            cout << (*i)->format() << " ";
-        }
-        cout << endl;
-        mem.clear();
-        getMemoryWriteOperands(mem);
-        cout << "Write mem:" << endl;
-        for(std::set<Expression::Ptr>::iterator i = mem.begin();
-                i != mem.end();
-                ++i)
-        {
-            cout << (*i)->format() << " ";
-        }
-        cout << endl;
+            std::set<RegisterAST::Ptr> tmp;
+            getReadSet(tmp);
+            cout << "Read set:" << endl;
+            for(std::set<RegisterAST::Ptr>::iterator i = tmp.begin();
+                    i != tmp.end();
+                    ++i)
+            {
+                cout << (*i)->format() << " ";
+            }
+            cout << endl;
+            tmp.clear();
+            getWriteSet(tmp);
+            cout << "Write set:" << endl;
+            for(std::set<RegisterAST::Ptr>::iterator i = tmp.begin();
+                    i != tmp.end();
+                    ++i)
+            {
+                cout << (*i)->format() << " ";
+            }
+            cout << endl;
+            std::set<Expression::Ptr> mem;
+            getMemoryReadOperands(mem);
+            cout << "Read mem:" << endl;
+            for(std::set<Expression::Ptr>::iterator i = mem.begin();
+                    i != mem.end();
+                    ++i)
+            {
+                cout << (*i)->format() << " ";
+            }
+            cout << endl;
+            mem.clear();
+            getMemoryWriteOperands(mem);
+            cout << "Write mem:" << endl;
+            for(std::set<Expression::Ptr>::iterator i = mem.begin();
+                    i != mem.end();
+                    ++i)
+            {
+                cout << (*i)->format() << " ";
+            }
+            cout << endl;
 #endif // defined(DEBUG_READ_WRITE)
 
-        return opstr + formatter.getInstructionString(formattedOperands);
-    }
+            return opstr + formatter->getInstructionString(formattedOperands);
+        }
 
-    INSTRUCTION_EXPORT bool Instruction::allowsFallThrough() const
-    {
-      switch(m_InsnOp.getID())
-      {
-      case e_ret_far:
-      case e_ret_near:
-      case e_iret:
-      case e_jmp:
-      case e_hlt:
-      case e_sysret:
-      case e_sysexit:
-      case e_call:
-      case e_syscall:
-      case amdgpu_op_s_swappc_b64:
-          return false;
-      case e_jnb:
-      case e_jb:
-      case e_jb_jnaej_j:
-      case e_jbe:
-      case e_jcxz_jec:
-      case e_jl:
-      case e_jle:
-      case e_jnb_jae_j:
-      case e_jnbe:
-      case e_jnl:
-      case e_jnle:
-      case e_jno:
-      case e_jnp:
-      case e_jns:
-      case e_jnz:
-      case e_jo:
-      case e_jp:
-      case e_js:
-      case e_jz:
-          return true;
-      default:
-      {
-        if (arch_decoded_from != Arch_cuda && m_Operands.empty()) {
-          decodeOperands();
-        }
-          for(cftConstIter targ = m_Successors.begin();
-              targ != m_Successors.end();
-              ++targ)
-          {
-	    if(targ->isFallthrough) return true;
-          }
-          return m_Successors.empty();
-      }
-      }
-        // can't happen but make the compiler happy
-      return false;
-    }
-    INSTRUCTION_EXPORT bool Instruction::isLegalInsn() const
-    {
-      return (m_InsnOp.getID() != e_No_Entry);
-    }
+        INSTRUCTION_EXPORT bool Instruction::allowsFallThrough() const
+        {
+            switch(m_InsnOp.getID())
+            {
+                case e_ret_far:
+                case e_ret_near:
+                case e_iret:
+                case e_jmp:
+                case e_hlt:
+                case e_sysret:
+                case e_sysexit:
+                case e_call:
+                case e_syscall:
+                case amdgpu_op_s_swappc_b64:
+                    return false;
+                case e_jnb:
+                case e_jb:
+                case e_jb_jnaej_j:
+                case e_jbe:
+                case e_jcxz_jec:
+                case e_jl:
+                case e_jle:
+                case e_jnb_jae_j:
+                case e_jnbe:
+                case e_jnl:
+                case e_jnle:
+                case e_jno:
+                case e_jnp:
+                case e_jns:
+                case e_jnz:
+                case e_jo:
+                case e_jp:
+                case e_js:
+                case e_jz:
+                    return true;
+                default:
+                    {
+                        DECODE_OPERANDS();
+                        for(cftConstIter targ = m_Successors.begin();
+                                targ != m_Successors.end();
+                                ++targ)
+                        {
+                            if(targ->isFallthrough) return true;
+                        }
+                        return m_Successors.empty();
+                    }
+            }
+            // can't happen but make the compiler happy
+            return false;
+        }
+        INSTRUCTION_EXPORT bool Instruction::isLegalInsn() const
+        {
+            return (m_InsnOp.getID() != e_No_Entry);
+        }
 
-    INSTRUCTION_EXPORT Architecture Instruction::getArch() const {
-      return arch_decoded_from;
-    }
+        INSTRUCTION_EXPORT Architecture Instruction::getArch() const {
+            return arch_decoded_from;
+        }
 
-    Expression::Ptr Instruction::makeReturnExpression() const
-    {
-        Expression::Ptr stackPtr = Expression::Ptr(new RegisterAST(MachRegister::getStackPointer(arch_decoded_from),
-                0, MachRegister::getStackPointer(arch_decoded_from).size()));
-        Expression::Ptr retLoc = Expression::Ptr(new Dereference(stackPtr, u32));
-        return retLoc;
-    }
-    INSTRUCTION_EXPORT InsnCategory Instruction::getCategory() const
-    {
-       if(m_InsnOp.isVectorInsn) return c_VectorInsn;
-       InsnCategory c = entryToCategory(m_InsnOp.getID());
-       if(c == c_BranchInsn && (arch_decoded_from == Arch_ppc32 || arch_decoded_from == Arch_ppc64))
-       {
-         if (arch_decoded_from != Arch_cuda && m_Operands.empty()) {
-           decodeOperands();
-         }
-          for(cftConstIter cft = cft_begin();
-              cft != cft_end();
-              ++cft)
-          {
-             if(cft->isCall)
-             {
-                return c_CallInsn;
-             }
-          }
-          if(m_InsnOp.getID() == power_op_bclr)
-          {
-             return c_ReturnInsn;
-          }
-       }
-      return c;
-    }
-    void Instruction::addSuccessor(Expression::Ptr e, 
-				   bool isCall, 
-				   bool isIndirect, 
-				   bool isConditional, 
-				   bool isFallthrough) const
-    {
-        CFT c(e, isCall, isIndirect, isConditional, isFallthrough);
-        m_Successors.push_back(c);
-        if (!isFallthrough) appendOperand(e, true, false);
-    }
-    void Instruction::appendOperand(Expression::Ptr e, bool isRead, bool isWritten) const
-    {
-        m_Operands.push_back(Operand(e, isRead, isWritten));
-    }
+        Expression::Ptr Instruction::makeReturnExpression() const
+        {
+            Expression::Ptr stackPtr = Expression::Ptr(new RegisterAST(MachRegister::getStackPointer(arch_decoded_from),
+                        0, MachRegister::getStackPointer(arch_decoded_from).size()));
+            Expression::Ptr retLoc = Expression::Ptr(new Dereference(stackPtr, u32));
+            return retLoc;
+        }
+        INSTRUCTION_EXPORT InsnCategory Instruction::getCategory() const
+        {
+            if(m_InsnOp.isVectorInsn) return c_VectorInsn;
+            InsnCategory c = entryToCategory(m_InsnOp.getID());
+            if(c == c_BranchInsn && (arch_decoded_from == Arch_ppc32 || arch_decoded_from == Arch_ppc64))
+            {
+                DECODE_OPERANDS();
+                for(cftConstIter cft = cft_begin();
+                        cft != cft_end();
+                        ++cft)
+                {
+                    if(cft->isCall)
+                    {
+                        return c_CallInsn;
+                    }
+                }
+                if(m_InsnOp.getID() == power_op_bclr)
+                {
+                    return c_ReturnInsn;
+                }
+            }
+            return c;
+        }
+        void Instruction::addSuccessor(Expression::Ptr e, 
+                bool isCall, 
+                bool isIndirect, 
+                bool isConditional, 
+                bool isFallthrough) const
+        {
+            CFT c(e, isCall, isIndirect, isConditional, isFallthrough);
+            m_Successors.push_back(c);
+            if (!isFallthrough) appendOperand(e, true, false);
+        }
+        void Instruction::appendOperand(Expression::Ptr e, bool isRead, bool isWritten) const
+        {
+            m_Operands.push_back(Operand(e, isRead, isWritten));
+        }
 
-    void Instruction::appendOperand(Expression::Ptr e, 
-		bool isRead, bool isWritten, bool isImplicit) const
-    {
-        m_Operands.push_back(Operand(e, isRead, isWritten, isImplicit));
-    }
-  
-    void Instruction::appendOperand(Expression::Ptr e, 
-		bool isRead, bool isWritten, bool isImplicit, bool trueP, bool falseP) const
-    {
-        m_Operands.push_back(Operand(e, isRead, isWritten, isImplicit, trueP, falseP));
-    }
+        void Instruction::appendOperand(Expression::Ptr e, 
+                bool isRead, bool isWritten, bool isImplicit) const
+        {
+            m_Operands.push_back(Operand(e, isRead, isWritten, isImplicit));
+        }
 
+        void Instruction::appendOperand(Expression::Ptr e, 
+                bool isRead, bool isWritten, bool isImplicit, bool trueP, bool falseP) const
+        {
+            m_Operands.push_back(Operand(e, isRead, isWritten, isImplicit, trueP, falseP));
+        }
 
-  };
-};
+
+    }
+}

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/InstructionAST.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/InstructionAST.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/InstructionCategories.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/InstructionCategories.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/InstructionDecoder-aarch64.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/InstructionDecoder-aarch64.C Changed

@@ -37,10 +37,10 @@
         typedef aarch64_insn_entry aarch64_insn_table;
         typedef aarch64_mask_entry aarch64_decoder_table;
 
-        const std::array<std::string, 16> InstructionDecoder_aarch64::condNames = {
+        const std::array<std::string, 16> InstructionDecoder_aarch64::condNames = { {
             "eq", "ne", "cs", "cc", "mi", "pl", "vs", "vc", "hi", "ls", "ge",
             "lt", "gt", "le", "al", "nv",
-        };
+        } };
         
         const char* InstructionDecoder_aarch64::bitfieldInsnAliasMap(entryID e) {
             switch(e) {
@@ -72,7 +72,7 @@
             case aarch64_op_cneg_csneg: return "cneg";
             default: assert(!"no alias for entryID");
             };
-        };
+        }
         
         struct aarch64_insn_entry {
             entryID op;
@@ -478,10 +478,10 @@
                     }
                 }
                 else if (IS_INSN_SIMD_COPY(insn)) {
-                    unsigned int op = field<29, 29>(insn);
+                    unsigned int op_ = field<29, 29>(insn);
                     unsigned int imm4 = field<11, 14>(insn);
 
-                    if (op == 0x1)
+                    if (op_ == 0x1)
                         reg = aarch64::q0;
                     else {
                         switch (imm4) {
@@ -601,16 +601,16 @@
                         }
                     }
                     else {
-                        entryID op = insn_in_progress->getOperation().operationID;
+                        entryID op_ = insn_in_progress->getOperation().operationID;
                         
 			switch (_szField) {
                             case 0x0:
                                 reg = aarch64::s0;
-				if(op == aarch64_op_fcvtxn_advsimd)
+				if(op_ == aarch64_op_fcvtxn_advsimd)
 				    isValid = false;
                                 break;
                             case 0x1: {
-                                reg = (op == aarch64_op_fcvtxn_advsimd) ? aarch64::s0 : aarch64::d0;
+                                reg = (op_ == aarch64_op_fcvtxn_advsimd) ? aarch64::s0 : aarch64::d0;
                             }
                                 break;
                             default:
@@ -648,10 +648,10 @@
                         reg = _Q == 0x1 ? aarch64::q0 : aarch64::d0;
                 }
                 else if (IS_INSN_SIMD_3DIFF(insn)) {
-                    entryID op = insn_in_progress->getOperation().operationID;
+                    entryID op_ = insn_in_progress->getOperation().operationID;
 
-                    if (op == aarch64_op_addhn_advsimd || op == aarch64_op_subhn_advsimd ||
-                        op == aarch64_op_raddhn_advsimd || op == aarch64_op_rsubhn_advsimd)
+                    if (op_ == aarch64_op_addhn_advsimd || op_ == aarch64_op_subhn_advsimd ||
+                        op_ == aarch64_op_raddhn_advsimd || op_ == aarch64_op_rsubhn_advsimd)
                         reg = _Q == 0x1 ? aarch64::hq0 : aarch64::d0;
                     else
                         reg = aarch64::q0;
@@ -706,13 +706,13 @@
 
         void InstructionDecoder_aarch64::OPRRd() {
             Expression::Ptr reg = makeRdExpr();
-            int cmode = field<12, 15>(insn);
+            int cmode_ = field<12, 15>(insn);
 
             bool isRdRead = false;
-            if (((IS_INSN_SIMD_VEC_INDEX(insn) || IS_INSN_SCALAR_INDEX(insn)) && !(cmode & 0x8)) ||
+            if (((IS_INSN_SIMD_VEC_INDEX(insn) || IS_INSN_SCALAR_INDEX(insn)) && !(cmode_ & 0x8)) ||
                 (IS_INSN_SIMD_MOD_IMM(insn) &&
-                 (((cmode & 0x8) && !(cmode & 0x4) && (cmode & 0x1)) ||
-                  (!(cmode & 0x8) && (cmode & 0x1)))))
+                 (((cmode_ & 0x8) && !(cmode_ & 0x4) && (cmode_ & 0x1)) ||
+                  (!(cmode_ & 0x8) && (cmode_ & 0x1)))))
                 isRdRead = true;
             //for SIMD/Scalar vector indexed set, some instructions read Rd and some don't. This can be determined from the highest bit of the opcode field (bit 15)
             insn_in_progress->appendOperand(reg, isRdRead, true);
@@ -769,12 +769,12 @@
 
             if (isSIMDInsn && !IS_INSN_LDST(insn)) {
                 if (IS_INSN_SIMD_COPY(insn)) {
-                    unsigned int op = field<29, 29>(insn);
+                    unsigned int op_ = field<29, 29>(insn);
                     unsigned int imm4 = field<11, 14>(insn);
                     unsigned int imm5 = field<16, 20>(insn);
 
                     //ins (element)
-                    if (op == 0x1) {
+                    if (op_ == 0x1) {
                         reg = (imm4 & 0x8) ? aarch64::q0 : aarch64::d0;
                     }
                     else {
@@ -953,12 +953,12 @@
                     }
                 }
                 else if (IS_INSN_SIMD_3DIFF(insn)) {
-                    entryID op = insn_in_progress->getOperation().operationID;
+                    entryID op_ = insn_in_progress->getOperation().operationID;
 
-                    if (op == aarch64_op_saddw_advsimd || op == aarch64_op_ssubw_advsimd ||
-                        op == aarch64_op_addhn_advsimd || op == aarch64_op_subhn_advsimd ||
-                        op == aarch64_op_uaddw_advsimd || op == aarch64_op_usubw_advsimd ||
-                        op == aarch64_op_raddhn_advsimd || op == aarch64_op_rsubhn_advsimd)
+                    if (op_ == aarch64_op_saddw_advsimd || op_ == aarch64_op_ssubw_advsimd ||
+                        op_ == aarch64_op_addhn_advsimd || op_ == aarch64_op_subhn_advsimd ||
+                        op_ == aarch64_op_uaddw_advsimd || op_ == aarch64_op_usubw_advsimd ||
+                        op_ == aarch64_op_raddhn_advsimd || op_ == aarch64_op_rsubhn_advsimd)
                         reg = aarch64::q0;
                     else
                         reg = _Q == 0x1 ? aarch64::hq0 : aarch64::d0;
@@ -1037,8 +1037,8 @@
         }
 
         void InstructionDecoder_aarch64::getMemRefIndexLiteral_RT(Result_Type &rt) {
-            int size = field<30, 31>(insn);
-            switch (size) {
+            int size_ = field<30, 31>(insn);
+            switch (size_) {
                 case 0x0:
                     rt = u32;
                     break;
@@ -1079,10 +1079,10 @@
 // shared by ld/st uimm, post, pre, reg
         void InstructionDecoder_aarch64::getMemRefIndex_RT(Result_Type &rt) {
             unsigned int opc1 = field<23, 23>(insn);
-            unsigned int size = field<30, 31>(insn);
+            unsigned int size_ = field<30, 31>(insn);
 
             if (opc1 == 1) {
-                switch (size) {
+                switch (size_) {
                     case 0:
                         rt = s8;
                         break;
@@ -1102,7 +1102,7 @@
                 }
             }
             else {
-                switch (size) {
+                switch (size_) {
                     case 0:
                         rt = u8;
                         break;
@@ -1125,12 +1125,12 @@
 
         void InstructionDecoder_aarch64::getMemRefPair_RT(Result_Type &rt) {
             unsigned int isSigned = field<30, 30>(insn);
-            unsigned int size = field<31, 31>(insn);
+            unsigned int size_ = field<31, 31>(insn);
 
             // double the width
             switch (isSigned) {
                 case 0:
-                    switch (size) {
+                    switch (size_) {
                         case 0:
                             //rt = u32;
                             rt = u64;
@@ -1144,7 +1144,7 @@
                     }
                     break;
                 case 1:
-                    switch (size) {
+                    switch (size_) {
                         case 0:
                             //rt = s32;
                             rt = s64;
@@ -1160,11 +1160,11 @@
             }
         }
 
-        void InstructionDecoder_aarch64::getMemRefIndex_SizeSizelen(unsigned int &size, unsigned int &sizeLen) {
-            size = field<30, 31>(insn);
-            if (isSIMDInsn && size == 0x0 && field<23, 23>(insn) == 0x1)
-                size = 4;
-            sizeLen = 31 - 30 + 1 + (size / 4);
+        void InstructionDecoder_aarch64::getMemRefIndex_SizeSizelen(unsigned int &size_, unsigned int &sizeLen) {
+            size_ = field<30, 31>(insn);
+            if (isSIMDInsn && size_ == 0x0 && field<23, 23>(insn) == 0x1)
+                size_ = 4;
+            sizeLen = 31 - 30 + 1 + (size_ / 4);
             return;
         }
 
@@ -1192,11 +1192,11 @@
             int immVal = field<10, 21>(insn);
             int immLen = 21 - 10 + 1;
 
-            unsigned int size = 0, sizeLen = 0;
-            getMemRefIndex_SizeSizelen(size, sizeLen);
+            unsigned int size_ = 0, sizeLen = 0;
+            getMemRefIndex_SizeSizelen(size_, sizeLen);
 
             Expression::Ptr offset = Immediate::makeImmediate(
-                    Result(u64, unsign_extend64(immLen + size, immVal << size)));
+                    Result(u64, unsign_extend64(immLen + size_, immVal << size_)));
 
             Result_Type rt;
             getMemRefIndex_RT(rt);
@@ -1384,27 +1384,27 @@
         unsigned int InstructionDecoder_aarch64::getMemRefSIMD_SING_T() {
             unsigned int opcode = field<14, 15>(insn);
             unsigned int S = field<12, 12>(insn);
-            unsigned int size = field<10, 11>(insn);
+            unsigned int size_ = field<10, 11>(insn);
 
             switch (opcode) {
                 case 0x0:
                     return 8;
                 case 0x1:
-                    if ((size & 0x1) == 0x0)
+                    if ((size_ & 0x1) == 0x0)
                         return 16;
                     else
                         isValid = false;
                     break;
                 case 0x2:
-                    if (size == 0x0)
+                    if (size_ == 0x0)
                         return 32;
-                    else if (size == 0x1 && S == 0)
+                    else if (size_ == 0x1 && S == 0)
                         return 64;
                     else
                         isValid = false;
                     break;
                 case 0x3:
-                    return 8 << size;
+                    return 8 << size_;
                 default:
                     isValid = false;
             }
@@ -1425,8 +1425,8 @@
         }
 
         void InstructionDecoder_aarch64::getMemRefExPair_RT(Result_Type &rt) {
-            int size = field<30, 30>(insn);
-            switch (size) {
+            int size_ = field<30, 30>(insn);
+            switch (size_) {
                 case 0:
                     rt = u64;
                     break;
@@ -1484,10 +1484,10 @@
             int immLen = 2;
             int immVal = 0; //for amount
 
-            int size = field<30, 31>(insn);
+            int size_ = field<30, 31>(insn);
 
             if(sField == 1)
-                immVal = size;
+                immVal = size_;
             else
                 immVal = 0;
 
@@ -1752,10 +1752,10 @@
                     }
                 }
                 else if (IS_INSN_SIMD_3DIFF(insn)) {
-                    entryID op = insn_in_progress->getOperation().operationID;
+                    entryID op_ = insn_in_progress->getOperation().operationID;
 
-                    if (op == aarch64_op_addhn_advsimd || op == aarch64_op_subhn_advsimd ||
-                        op == aarch64_op_raddhn_advsimd || op == aarch64_op_rsubhn_advsimd)
+                    if (op_ == aarch64_op_addhn_advsimd || op_ == aarch64_op_subhn_advsimd ||
+                        op_ == aarch64_op_raddhn_advsimd || op_ == aarch64_op_rsubhn_advsimd)
                         reg = aarch64::q0;
                     else
                         reg = _Q == 0x1 ? aarch64::hq0 : aarch64::d0;
@@ -2027,6 +2027,8 @@
                     selem = 1;
                     break;
                 default:
+                    rpt = 0;
+                    selem = 0;
                     isValid = false;
                     return;
             }
@@ -2037,7 +2039,7 @@
 
         void InstructionDecoder_aarch64::OPRRt() {
             int encoding = field<0, 4>(insn);
-            entryID op = insn_in_progress->getOperation().operationID;
+            entryID op_ = insn_in_progress->getOperation().operationID;
 
             if (IS_INSN_BRANCHING(insn)) {
                 if (encoding == 31)
@@ -2048,7 +2050,7 @@
                             makeRegisterExpression(makeAarch64RegID(is64Bit ? aarch64::x0 : aarch64::w0, encoding)),
                             true, false);
             }
-            else if (op == aarch64_op_prfm_imm || op == aarch64_op_prfm_lit || op == aarch64_op_prfm_reg || op == aarch64_op_prfum) {
+            else if (op_ == aarch64_op_prfm_imm || op_ == aarch64_op_prfm_lit || op_ == aarch64_op_prfm_reg || op_ == aarch64_op_prfum) {
                 Expression::Ptr prfop;
 		Result arg = Result(u32, unsign_extend32(5, encoding));
 		
@@ -2067,6 +2069,9 @@
             if (IS_INSN_LDST_SIMD_MULT(insn) || IS_INSN_LDST_SIMD_MULT_POST(insn)) {
                 unsigned int rpt, selem;
                 getSIMD_MULT_RptSelem(rpt, selem);
+                if (!isValid)  {
+                    return;
+                }
                 MachRegister reg = _Q == 0x1 ? aarch64::q0 : aarch64::d0;
                 for (int it_rpt = rpt * selem - 1; it_rpt >= 0; it_rpt--) {
                     insn_in_progress->appendOperand(
@@ -2093,6 +2098,9 @@
             if (IS_INSN_LDST_SIMD_MULT(insn) || IS_INSN_LDST_SIMD_MULT_POST(insn)) {
                 unsigned int rpt, selem;
                 getSIMD_MULT_RptSelem(rpt, selem);
+                if (!isValid)  {
+                    return;
+                }
 
                 MachRegister reg = _Q == 0x1 ? aarch64::q0 : aarch64::d0;
 
@@ -2349,7 +2357,7 @@
         }
 
         template<typename T>
-        Expression::Ptr InstructionDecoder_aarch64::makeLogicalImm(int immr, int imms, int immsLen, Result_Type rT) {
+        Expression::Ptr InstructionDecoder_aarch64::makeLogicalImm(int immr_, int imms, int immsLen, Result_Type rT) {
             int len = highest_set_bit((nField << immsLen) | (~imms & ((1 << immsLen) - 1))) - 1;
             int finalsize = (rT == u32 ? 32 : 64);
 
@@ -2364,7 +2372,7 @@
                 isValid = false;
                 return Immediate::makeImmediate(Result(u32, 0));
             }
-            int R = immr & levels;
+            int R = immr_ & levels;
 
             int esize = 1 << len;
             T welem = (((T) 1) << (S + 1)) - 1;
@@ -2385,16 +2393,16 @@
             return Immediate::makeImmediate(Result(rT, wmask));
         }
 
-        bool InstructionDecoder_aarch64::fix_bitfieldinsn_alias(int immr, int imms) {
+        bool InstructionDecoder_aarch64::fix_bitfieldinsn_alias(int immr_, int imms) {
             entryID modifiedID = insn_in_progress->getOperation().operationID;
             bool do_further_processing = true;
 
             switch (field<27, 30>(insn)) {
                 case 0x6:
-                    modifiedID = (imms < immr) ? aarch64_op_bfi_bfm : aarch64_op_bfxil_bfm;
+                    modifiedID = (imms < immr_) ? aarch64_op_bfi_bfm : aarch64_op_bfxil_bfm;
                     break;
                 case 0x2:
-                    if (immr == 0 && (imms == 7 || imms == 15 || imms == 31)) {
+                    if (immr_ == 0 && (imms == 7 || imms == 15 || imms == 31)) {
                         do_further_processing = false;
                         switch (imms) {
                             case 7:
@@ -2423,7 +2431,7 @@
                                 break;
                         }
                     }
-		    else if((imms != 31 || imms != 63) && (imms + 1) == immr)
+		    else if((imms + 1) == immr)
 			modifiedID = aarch64_op_lsl_ubfm;
 		    else if((imms & 0x1F) == 0x1F)
 			modifiedID = aarch64_op_lsr_ubfm;
@@ -2668,10 +2676,10 @@
                     int page = field<31, 31>(insn);
                     int64_t offset = (immVal << immloLen) | immlo;
                     offset = offset << (page * 12);
-                    int size = immloLen + immLen + (page * 12);
+                    int size_ = immloLen + immLen + (page * 12);
 
                     //insn_in_progress->appendOperand(makePCExpr(), true, false);
-                    Expression::Ptr imm = Immediate::makeImmediate(Result(s64, (offset << (64 - size)) >> (64 - size)));
+                    Expression::Ptr imm = Immediate::makeImmediate(Result(s64, (offset << (64 - size_)) >> (64 - size_)));
 
                     insn_in_progress->appendOperand(makeAddExpression(makePCExpr(), imm, u64), true, false);
                 }
@@ -2741,7 +2749,7 @@
                         //immb
                     else if (startBit == 16 && endBit == 18) {
                         int opcode = field<11, 15>(insn);
-                        int shift, isRightShift = 1, elemWidth = (immlo << immLen) | immVal;
+                        int shift = 0, isRightShift = 1, elemWidth = (immlo << immLen) | immVal;
                         entryID insnID = insn_in_progress->getOperation().operationID;
                         bool isScalar = field<28, 28>(insn) ? true : false;
 
@@ -2862,7 +2870,7 @@
                 uint64_t imm = 0;
 
                 for (int imm_index = 0; imm_index < 8; imm_index++)
-                    imm |= (simdAlphabetImm & (1 << imm_index)) ? (0xFF << (imm_index * 8)) : 0;
+                    imm |= (simdAlphabetImm & (1 << imm_index)) ? (0xFFULL << (imm_index * 8)) : 0;
 
                 insn_in_progress->appendOperand(Immediate::makeImmediate(Result(u64, imm)), true, false);
             }
@@ -3044,8 +3052,8 @@
             }
             return;
         }
-    };
-};
+    }
+}

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/InstructionDecoder-aarch64.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/InstructionDecoder-aarch64.h Changed

@@ -179,28 +179,28 @@
                 return (raw >> (start) & (0xFFFFFFFF >> (31 - (end - start))));
             }
 
-            int32_t sign_extend32(int size, int in) {
+            int32_t sign_extend32(int size_, int in) {
                 int32_t val = 0 | in;
 
-                return (val << (32 - size)) >> (32 - size);
+                return (val << (32 - size_)) >> (32 - size_);
             }
 
-            int64_t sign_extend64(int size, int in) {
+            int64_t sign_extend64(int size_, int in) {
                 int64_t val = 0 | in;
 
-                return (val << (64 - size)) >> (64 - size);
+                return (val << (64 - size_)) >> (64 - size_);
             }
 
-            uint32_t unsign_extend32(int size, int in) {
+            uint32_t unsign_extend32(int size_, int in) {
                 uint32_t mask = ~0;
 
-                return (mask >> (32 - size)) & in;
+                return (mask >> (32 - size_)) & in;
             }
 
-            uint64_t unsign_extend64(int size, int in) {
+            uint64_t unsign_extend64(int size_, int in) {
                 uint64_t mask = ~0;
 
-                return (mask >> (64 - size)) & in;
+                return (mask >> (64 - size_)) & in;
             }
 
             int highest_set_bit(int32_t val) {

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/InstructionDecoder-power.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/InstructionDecoder-power.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/InstructionDecoder-power.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/InstructionDecoder-power.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/InstructionDecoder-x86.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/InstructionDecoder-x86.C Changed

@@ -1618,7 +1618,7 @@
                 {
                     Expression::Ptr edx(makeRegisterExpression(m_Arch == Arch_x86 ? x86::edx : x86_64::edx));
                     Expression::Ptr eax(makeRegisterExpression(m_Arch == Arch_x86 ? x86::eax : x86_64::eax));
-                    Expression::Ptr highAddr = makeMultiplyExpression(edx, Immediate::makeImmediate(Result(u64, 2^32)), u64);
+                    Expression::Ptr highAddr = makeMultiplyExpression(edx, Immediate::makeImmediate(Result(u64, 1LL << 32)), u64);
                     Expression::Ptr addr = makeAddExpression(highAddr, eax, u64);
                     Expression::Ptr op = makeDereferenceExpression(addr, u64);
                     insn_to_complete->appendOperand(op, isRead, isWritten, isImplicit);
@@ -1627,7 +1627,7 @@
                     Expression::Ptr ecx(makeRegisterExpression(m_Arch == Arch_x86 ? x86::ecx : x86_64::ecx));
                     Expression::Ptr ebx(makeRegisterExpression(m_Arch == Arch_x86 ? x86::ebx : x86_64::ebx));
                     Expression::Ptr highAddr = makeMultiplyExpression(ecx,
-                            Immediate::makeImmediate(Result(u64, 2^32)), u64);
+                            Immediate::makeImmediate(Result(u64, 1LL << 32)), u64);
                     Expression::Ptr addr = makeAddExpression(highAddr, ebx, u64);
                     Expression::Ptr op = makeDereferenceExpression(addr, u64);
                     insn_to_complete->appendOperand(op, isRead, isWritten, isImplicit);
@@ -1734,7 +1734,7 @@
                 insn_to_complete->appendOperand(Immediate::makeImmediate(Result(makeSizeType(optype), 1)), isRead, isWritten, isImplicit);
                 break;
             default:
-                printf("decodeOneOperand() called with unknown addressing method %d\n", operand.admet);
+                printf("decodeOneOperand() called with unknown addressing method %u\n", operand.admet);
                 // assert(0);
                 return false;
         }
@@ -1742,7 +1742,6 @@
         return true;
     }
 
-    extern ia32_entry invalid;
     void InstructionDecoder_x86::doIA32Decode(InstructionDecoder::buffer& b)
     {
         if(decodedInstruction == NULL)
@@ -1908,6 +1907,6 @@
       decodeOperands(insn_to_complete);
     }
     
-};
-};
+}
+}

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/InstructionDecoder-x86.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/InstructionDecoder-x86.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/InstructionDecoder.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/InstructionDecoder.C Changed

@@ -37,26 +37,18 @@
 {
   namespace InstructionAPI
   {
-    INSTRUCTION_EXPORT InstructionDecoder::InstructionDecoder(const unsigned char* buffer, size_t size, Architecture arch) :
-        m_buf(buffer, size)
+    INSTRUCTION_EXPORT InstructionDecoder::InstructionDecoder(const unsigned char* buffer_, size_t size, Architecture arch) :
+        m_buf(buffer_, size)
     {
         m_Impl = InstructionDecoderImpl::makeDecoderImpl(arch);
         m_Impl->setMode(arch == Arch_x86_64);
     }
-    INSTRUCTION_EXPORT InstructionDecoder::InstructionDecoder(const void* buffer, size_t size, Architecture arch) :
-        m_buf(reinterpret_cast<const unsigned char*>(buffer), size)
+    INSTRUCTION_EXPORT InstructionDecoder::InstructionDecoder(const void* buffer_, size_t size, Architecture arch) :
+        m_buf(reinterpret_cast<const unsigned char*>(buffer_), size)
     {
         m_Impl = InstructionDecoderImpl::makeDecoderImpl(arch);
         m_Impl->setMode(arch == Arch_x86_64);
     }
-    INSTRUCTION_EXPORT InstructionDecoder::InstructionDecoder(const InstructionDecoder& o) :
-    m_buf(o.m_buf),
-    m_Impl(o.m_Impl)
-    {
-    }
-    INSTRUCTION_EXPORT InstructionDecoder::~InstructionDecoder()
-    {
-    }
     
     INSTRUCTION_EXPORT Instruction InstructionDecoder::decode()
     {
@@ -76,6 +68,6 @@
     }
     
 
-  };
-};
+  }
+}

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/InstructionDecoderImpl.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/InstructionDecoderImpl.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/Operand.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/Operand.C Changed

@@ -41,109 +41,110 @@
 
 namespace Dyninst
 {
-  namespace InstructionAPI
-  {
-    INSTRUCTION_EXPORT void Operand::getReadSet(std::set<RegisterAST::Ptr>& regsRead) const
+    namespace InstructionAPI
     {
-      std::set<InstructionAST::Ptr> useSet;
-      op_value->getUses(useSet);
-      std::set<InstructionAST::Ptr>::const_iterator curUse;
-      for(curUse = useSet.begin(); curUse != useSet.end(); ++curUse)
-      {
-	RegisterAST::Ptr tmp = boost::dynamic_pointer_cast<RegisterAST>(*curUse);
-	if(tmp) 
-	{
-            if(m_isRead || !(*tmp == *op_value))
-                regsRead.insert(tmp);
-	}
-      }
-    }
-    INSTRUCTION_EXPORT void Operand::getWriteSet(std::set<RegisterAST::Ptr>& regsWritten) const
-    {
-      RegisterAST::Ptr op_as_reg = boost::dynamic_pointer_cast<RegisterAST>(op_value);
-      if(m_isWritten && op_as_reg)
-      {
-	regsWritten.insert(op_as_reg);
-      }
-    }
+        INSTRUCTION_EXPORT void Operand::getReadSet(std::set<RegisterAST::Ptr>& regsRead) const
+        {
+            std::set<InstructionAST::Ptr> useSet;
+            // This thing returns something only for RegisterAST Expression
+            op_value->getUses(useSet);
+            std::set<InstructionAST::Ptr>::const_iterator curUse;
+            for(curUse = useSet.begin(); curUse != useSet.end(); ++curUse)
+            {
+                RegisterAST::Ptr tmp = boost::dynamic_pointer_cast<RegisterAST>(*curUse);
+                if(tmp) 
+                {
+                    if(m_isRead || !(*tmp == *op_value))
+                        regsRead.insert(tmp);
+                }
+            }
+        }
+        INSTRUCTION_EXPORT void Operand::getWriteSet(std::set<RegisterAST::Ptr>& regsWritten) const
+        {
+            RegisterAST::Ptr op_as_reg = boost::dynamic_pointer_cast<RegisterAST>(op_value);
+            if(m_isWritten && op_as_reg)
+            {
+                regsWritten.insert(op_as_reg);
+            }
+        }
 
-    INSTRUCTION_EXPORT RegisterAST::Ptr Operand::getPredicate() const
-    {
-      RegisterAST::Ptr op_as_reg = boost::dynamic_pointer_cast<RegisterAST>(op_value);
-      if (m_isTruePredicate || m_isFalsePredicate) {
-        return op_as_reg;
-      }
-      return nullptr;
-    }
+        INSTRUCTION_EXPORT RegisterAST::Ptr Operand::getPredicate() const
+        {
+            RegisterAST::Ptr op_as_reg = boost::dynamic_pointer_cast<RegisterAST>(op_value);
+            if (m_isTruePredicate || m_isFalsePredicate) {
+                return op_as_reg;
+            }
+            return nullptr;
+        }
 
-    INSTRUCTION_EXPORT bool Operand::isRead(Expression::Ptr candidate) const
-    {
-      // The whole expression of a read, any subexpression of a write
-      return op_value->isUsed(candidate) && (m_isRead || !(*candidate == *op_value));
-    }
-    INSTRUCTION_EXPORT bool Operand::isWritten(Expression::Ptr candidate) const
-    {
-      // Whole expression of a write
-      return m_isWritten && (*op_value == *candidate);
-    }    
-    INSTRUCTION_EXPORT bool Operand::readsMemory() const
-    {
-      return (boost::dynamic_pointer_cast<Dereference>(op_value) && m_isRead);
-    }
-    INSTRUCTION_EXPORT bool Operand::writesMemory() const
-    {
-      return (boost::dynamic_pointer_cast<Dereference>(op_value) && m_isWritten);
-    }
-    INSTRUCTION_EXPORT void Operand::addEffectiveReadAddresses(std::set<Expression::Ptr>& memAccessors) const
-    {
-      if(m_isRead && boost::dynamic_pointer_cast<Dereference>(op_value))
-      {
-	std::vector<Expression::Ptr> tmp;
-	op_value->getChildren(tmp);
-        for(std::vector<Expression::Ptr>::const_iterator curKid = tmp.begin();
-	    curKid != tmp.end();
-	    ++curKid)
-	{
-	  memAccessors.insert(*curKid);
-	}
-      }
-    }
-    INSTRUCTION_EXPORT void Operand::addEffectiveWriteAddresses(std::set<Expression::Ptr>& memAccessors) const
-    {
-      if(m_isWritten && boost::dynamic_pointer_cast<Dereference>(op_value))
-      {
-	std::vector<Expression::Ptr> tmp;
-	op_value->getChildren(tmp);
-        for(std::vector<Expression::Ptr>::const_iterator curKid = tmp.begin();
-	    curKid != tmp.end();
-	    ++curKid)
-	{
-	  memAccessors.insert(*curKid);
-	}
-      }
-    }
+        INSTRUCTION_EXPORT bool Operand::isRead(Expression::Ptr candidate) const
+        {
+            // The whole expression of a read, any subexpression of a write
+            return op_value->isUsed(candidate) && (m_isRead || !(*candidate == *op_value));
+        }
+        INSTRUCTION_EXPORT bool Operand::isWritten(Expression::Ptr candidate) const
+        {
+            // Whole expression of a write
+            return m_isWritten && (*op_value == *candidate);
+        }    
+        INSTRUCTION_EXPORT bool Operand::readsMemory() const
+        {
+            return (boost::dynamic_pointer_cast<Dereference>(op_value) && m_isRead);
+        }
+        INSTRUCTION_EXPORT bool Operand::writesMemory() const
+        {
+            return (boost::dynamic_pointer_cast<Dereference>(op_value) && m_isWritten);
+        }
+        INSTRUCTION_EXPORT void Operand::addEffectiveReadAddresses(std::set<Expression::Ptr>& memAccessors) const
+        {
+            if(m_isRead && boost::dynamic_pointer_cast<Dereference>(op_value))
+            {
+                std::vector<Expression::Ptr> tmp;
+                op_value->getChildren(tmp);
+                for(std::vector<Expression::Ptr>::const_iterator curKid = tmp.begin();
+                        curKid != tmp.end();
+                        ++curKid)
+                {
+                    memAccessors.insert(*curKid);
+                }
+            }
+        }
+        INSTRUCTION_EXPORT void Operand::addEffectiveWriteAddresses(std::set<Expression::Ptr>& memAccessors) const
+        {
+            if(m_isWritten && boost::dynamic_pointer_cast<Dereference>(op_value))
+            {
+                std::vector<Expression::Ptr> tmp;
+                op_value->getChildren(tmp);
+                for(std::vector<Expression::Ptr>::const_iterator curKid = tmp.begin();
+                        curKid != tmp.end();
+                        ++curKid)
+                {
+                    memAccessors.insert(*curKid);
+                }
+            }
+        }
 
 
-    INSTRUCTION_EXPORT std::string Operand::format(Architecture arch, Address addr) const
-    {
-      if(!op_value) return "ERROR: format() called on empty operand!";
-      if (addr) {
-          Expression::Ptr thePC = Expression::Ptr(new RegisterAST(MachRegister::getPC(arch)));
-          op_value->bind(thePC.get(), Result(u32, addr));
-          Result res = op_value->eval();
-          if (res.defined) {
-              char hex20;
-              snprintf(hex, 20, "%lux", res.convert<uintmax_t>());
-              return string(hex);
-          }
-      }
-      return op_value->format(arch);
-    }
+        INSTRUCTION_EXPORT std::string Operand::format(Architecture arch, Address addr) const
+        {
+            if(!op_value) return "ERROR: format() called on empty operand!";
+            if (addr) {
+                Expression::Ptr thePC = Expression::Ptr(new RegisterAST(MachRegister::getPC(arch)));
+                op_value->bind(thePC.get(), Result(u32, addr));
+                Result res = op_value->eval();
+                if (res.defined) {
+                    char hex20;
+                    snprintf(hex, 20, "0x%lx", res.convert<uintmax_t>());
+                    return string(hex);
+                }
+            }
+            return op_value->format(arch);
+        }
 
-    INSTRUCTION_EXPORT Expression::Ptr Operand::getValue() const
-    {
-      return op_value;
+        INSTRUCTION_EXPORT Expression::Ptr Operand::getValue() const
+        {
+            return op_value;
+        }
     }
-  };
-};
+}

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/Operation.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/Operation.C Changed

@@ -49,503 +49,503 @@
 
 namespace Dyninst
 {
-  namespace InstructionAPI
-  {
-    RegisterAST::Ptr makeRegFromID(MachRegister regID, unsigned int low, unsigned int high)
+    namespace InstructionAPI
     {
-      return make_shared(singleton_object_pool<RegisterAST>::construct(regID, low, high));
-    }
-    RegisterAST::Ptr makeRegFromID(MachRegister regID)
-    {
-        return make_shared(singleton_object_pool<RegisterAST>::construct(regID, 0, regID.size() * 8));
-    }
+        RegisterAST::Ptr makeRegFromID(MachRegister regID, unsigned int low, unsigned int high)
+        {
+            return make_shared(singleton_object_pool<RegisterAST>::construct(regID, low, high));
+        }
+        RegisterAST::Ptr makeRegFromID(MachRegister regID)
+        {
+            return make_shared(singleton_object_pool<RegisterAST>::construct(regID, 0, regID.size() * 8));
+        }
 
-    Operation_impl::Operation_impl(entryID id, std::string m, Architecture arch)
-        : operationID(id), archDecodedFrom(arch), prefixID(prefix_none)
-    {
-        switch(archDecodedFrom)
+        Operation_impl::Operation_impl(entryID id, std::string m, Architecture arch)
+            : operationID(id), archDecodedFrom(arch), prefixID(prefix_none)
         {
-            case Arch_x86:
-            case Arch_ppc32:
-                addrWidth = u32;
-                break;
-            default:
-                addrWidth = u64;
-                break;
+            switch(archDecodedFrom)
+            {
+                case Arch_x86:
+                case Arch_ppc32:
+                    addrWidth = u32;
+                    break;
+                default:
+                    addrWidth = u64;
+                    break;
+            }
+            segPrefix = 0;
+            isVectorInsn = false;
+            mnemonic = m;
         }
-        segPrefix = 0;
-        isVectorInsn = false;
-        mnemonic = m;
-    }
 
-    static bool getVectorizationInfo(ia32_entry* e)
-    {
-        for(int i = 0; i < 3; i++)
+        static bool getVectorizationInfo(ia32_entry* e)
         {
-            switch(e->operandsi.admet)
+            for(int i = 0; i < 3; i++)
             {
-                case am_V:
-                case am_W:
-                case am_P:
-                case am_Q:
-                case am_HK:
-                case am_H:
-                case am_X:
-                case am_XH:
-                case am_XU:
-                case am_XV:
-                case am_XW:
-                case am_Y:
-                case am_YH:
-                case am_YU:
-                case am_YV:
-                case am_YW:
-                case am_VK:
-                case am_WK:
+                switch(e->operandsi.admet)
+                {
+                    case am_V:
+                    case am_W:
+                    case am_P:
+                    case am_Q:
+                    case am_HK:
+                    case am_H:
+                    case am_X:
+                    case am_XH:
+                    case am_XU:
+                    case am_XV:
+                    case am_XW:
+                    case am_Y:
+                    case am_YH:
+                    case am_YU:
+                    case am_YV:
+                    case am_YW:
+                    case am_VK:
+                    case am_WK:
 
-                    return true;
+                        return true;
+                    default:
+                        break;
+                }
+            }
+            return false;
+        }
+
+        Operation_impl::Operation_impl(ia32_entry* e, ia32_prefixes* p, ia32_locations* l, Architecture arch) :
+            archDecodedFrom(arch), prefixID(prefix_none)
+        {
+            segPrefix = 0;
+            isVectorInsn = getVectorizationInfo(e);
+            operationID = e->getID(l);
+            // Defaults for no size prefix
+            switch(archDecodedFrom)
+            {
+                case Arch_x86:
+                case Arch_ppc32:
+                    addrWidth = u32;
+                    break;
                 default:
+                    addrWidth = u64;
                     break;
             }
+            if(p && p->getCount())
+            {
+                if (p->getPrefix(0) == PREFIX_REP) prefixID = prefix_rep;
+                if (p->getPrefix(0) == PREFIX_REPNZ) prefixID = prefix_repnz;
+                segPrefix = p->getPrefix(1);
+                if(p->getAddrSzPrefix())
+                {
+                    addrWidth = u16;
+                }
+            }
         }
-        return false;
-    }
-    
-    Operation_impl::Operation_impl(ia32_entry* e, ia32_prefixes* p, ia32_locations* l, Architecture arch) :
-        archDecodedFrom(arch), prefixID(prefix_none)
-    {
-      segPrefix = 0;
-      isVectorInsn = getVectorizationInfo(e);
-      operationID = e->getID(l);
-      // Defaults for no size prefix
-      switch(archDecodedFrom)
-      {
-          case Arch_x86:
-          case Arch_ppc32:
-              addrWidth = u32;
-              break;
-          default:
-              addrWidth = u64;
-              break;
-      }
-      if(p && p->getCount())
-      {
-        if (p->getPrefix(0) == PREFIX_REP) prefixID = prefix_rep;
-        if (p->getPrefix(0) == PREFIX_REPNZ) prefixID = prefix_repnz;
-        segPrefix = p->getPrefix(1);
-        if(p->getAddrSzPrefix())
+
+        Operation_impl::Operation_impl(const Operation_impl& o)
         {
-            addrWidth = u16;
+            operationID = o.operationID;
+            archDecodedFrom = o.archDecodedFrom;
+            prefixID = o.prefixID;
+            addrWidth = o.addrWidth;
+            segPrefix = o.segPrefix;
+            isVectorInsn = o.isVectorInsn;
+            mnemonic = o.mnemonic;
+        }
+        const Operation_impl& Operation_impl::operator=(const Operation_impl& o)
+        {
+            operationID = o.operationID;
+            archDecodedFrom = o.archDecodedFrom;
+            prefixID = o.prefixID;
+            addrWidth = o.addrWidth;
+            segPrefix = o.segPrefix;
+            isVectorInsn = o.isVectorInsn;
+            mnemonic = o.mnemonic;
+            return *this;
+        }
+        Operation_impl::Operation_impl()
+        {
+            operationID = e_No_Entry;
+            archDecodedFrom = Arch_none;
+            prefixID = prefix_none;
+            addrWidth = u64;
+            segPrefix = 0;
+            isVectorInsn = false;
         }
-      }
-    }
-
-    Operation_impl::Operation_impl(const Operation_impl& o)
-    {
-      operationID = o.operationID;
-      archDecodedFrom = o.archDecodedFrom;
-      prefixID = o.prefixID;
-      addrWidth = o.addrWidth;
-      segPrefix = o.segPrefix;
-      isVectorInsn = o.isVectorInsn;
-      mnemonic = o.mnemonic;
-    }
-    const Operation_impl& Operation_impl::operator=(const Operation_impl& o)
-    {
-      operationID = o.operationID;
-      archDecodedFrom = o.archDecodedFrom;
-      prefixID = o.prefixID;
-      addrWidth = o.addrWidth;
-      segPrefix = o.segPrefix;
-      isVectorInsn = o.isVectorInsn;
-      mnemonic = o.mnemonic;
-      return *this;
-    }
-    Operation_impl::Operation_impl()
-    {
-      operationID = e_No_Entry;
-      archDecodedFrom = Arch_none;
-      prefixID = prefix_none;
-      addrWidth = u64;
-      segPrefix = 0;
-      isVectorInsn = false;
-    }
-    
-    const Operation_impl::registerSet&  Operation_impl::implicitReads()
-    {
-      SetUpNonOperandData();
-      
-      return otherRead;
-    }
-    const Operation_impl::registerSet&  Operation_impl::implicitWrites()
-    {
-      SetUpNonOperandData();
 
-      return otherWritten;
-    }
-    bool Operation_impl::isRead(Expression::Ptr candidate)
-    {
-     
-	SetUpNonOperandData();
-     
-      for(registerSet::const_iterator r = otherRead.begin();
-	  r != otherRead.end();
-	  ++r)
-      {
-	if(*candidate == *(*r))
-	{
-	  return true;
-	}
-      }
-      for(VCSet::const_iterator e = otherEffAddrsRead.begin();
-	  e != otherEffAddrsRead.end();
-	  ++e)
-      {
-	if(*candidate == *(*e))
-	{
-	  return true;
-	}
-      }
-      return false;
-    }
-    const Operation_impl::VCSet& Operation_impl::getImplicitMemReads()
-    {
-      SetUpNonOperandData();
-      return otherEffAddrsRead;
-    }
-    const Operation_impl::VCSet& Operation_impl::getImplicitMemWrites()
-    {
-      SetUpNonOperandData();
-      return otherEffAddrsWritten;
-    }
+        const Operation_impl::registerSet&  Operation_impl::implicitReads()
+        {
+            SetUpNonOperandData();
 
-    bool Operation_impl::isWritten(Expression::Ptr candidate)
-    {
-     
-	SetUpNonOperandData();
-      
-      for(registerSet::const_iterator r = otherWritten.begin();
-	  r != otherWritten.end();
-	  ++r)
-      {
-	if(*candidate == *(*r))
-	{
-	  return true;
-	}
-      }
-      for(VCSet::const_iterator e = otherEffAddrsWritten.begin();
-	  e != otherEffAddrsWritten.end();
-	  ++e)
-      {
-	if(*candidate == *(*e))
-	{
-	  return true;
-	}
-      }
-      return false;
-    }
-	  
-    std::string Operation_impl::format() const
-    {
-        if(mnemonic != "")
+            return otherRead;
+        }
+        const Operation_impl::registerSet&  Operation_impl::implicitWrites()
         {
-            return mnemonic;
+            SetUpNonOperandData();
+
+            return otherWritten;
         }
-      dyn_hash_map<prefixEntryID, std::string>::const_iterator foundPrefix = prefixEntryNames_IAPI.find(prefixID);
-      dyn_hash_map<entryID, std::string>::const_iterator found = entryNames_IAPI.find(operationID);
-      std::string result;
-      if(foundPrefix != prefixEntryNames_IAPI.end())
-      {
-        result += (foundPrefix->second + " ");
-      }
-      if(found != entryNames_IAPI.end())
-      {
-	result += found->second;
-      }
-      else
-      {
-        result += "INVALID";
-      }
-      return result;
-    }
+        bool Operation_impl::isRead(Expression::Ptr candidate)
+        {
 
-    entryID Operation_impl::getID() const
-    {
-      return operationID;
-    }
+            SetUpNonOperandData();
 
-    prefixEntryID Operation_impl::getPrefixID() const
-    {
-      return prefixID;
-    }
+            for(registerSet::const_iterator r = otherRead.begin();
+                    r != otherRead.end();
+                    ++r)
+            {
+                if(*candidate == *(*r))
+                {
+                    return true;
+                }
+            }
+            for(VCSet::const_iterator e = otherEffAddrsRead.begin();
+                    e != otherEffAddrsRead.end();
+                    ++e)
+            {
+                if(*candidate == *(*e))
+                {
+                    return true;
+                }
+            }
+            return false;
+        }
+        const Operation_impl::VCSet& Operation_impl::getImplicitMemReads()
+        {
+            SetUpNonOperandData();
+            return otherEffAddrsRead;
+        }
+        const Operation_impl::VCSet& Operation_impl::getImplicitMemWrites()
+        {
+            SetUpNonOperandData();
+            return otherEffAddrsWritten;
+        }
 
-    struct OperationMaps
-    {
-        typedef dyn_c_hash_map<entryID, Operation_impl::registerSet > reg_info_t;
-        typedef dyn_c_hash_map<entryID, Operation_impl::VCSet > mem_info_t;
-    public:
-      OperationMaps(Architecture arch)
-      {
-          thePC.insert(RegisterAST::Ptr(new RegisterAST(MachRegister::getPC(arch))));
-          pcAndSP.insert(RegisterAST::Ptr(new RegisterAST(MachRegister::getPC(arch))));
-          pcAndSP.insert(RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(arch))));
-          stackPointer.insert(RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(arch))));
-          stackPointerAsExpr.insert(RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(arch))));
-          framePointer.insert(RegisterAST::Ptr(new RegisterAST(MachRegister::getFramePointer(arch))));
-          spAndBP.insert(RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(arch))));
-          spAndBP.insert(RegisterAST::Ptr(new RegisterAST(MachRegister::getFramePointer(arch))));
-          si.insert(RegisterAST::Ptr(new RegisterAST(arch == Arch_x86_64 ? x86_64::rsi : x86::esi)));
-          di.insert(RegisterAST::Ptr(new RegisterAST(arch == Arch_x86_64 ? x86_64::rdi : x86::edi)));
-          si_and_di.insert(RegisterAST::Ptr(new RegisterAST(arch == Arch_x86_64 ? x86_64::rsi : x86::esi)));
-          si_and_di.insert(RegisterAST::Ptr(new RegisterAST(arch == Arch_x86_64 ? x86_64::rdi : x86::edi)));
-	
-          nonOperandRegisterReads.insert(make_pair(e_call, pcAndSP));
-          nonOperandRegisterReads.insert(make_pair(e_ret_near, stackPointer));
-          nonOperandRegisterReads.insert(make_pair(e_ret_far, stackPointer));
-          nonOperandRegisterReads.insert(make_pair(e_leave, framePointer));
-          nonOperandRegisterReads.insert(make_pair(e_enter, spAndBP));
-
-          nonOperandRegisterWrites.insert(make_pair(e_call, pcAndSP));
-          nonOperandRegisterWrites.insert(make_pair(e_ret_near, pcAndSP));
-          nonOperandRegisterWrites.insert(make_pair(e_ret_far, pcAndSP));
-          nonOperandRegisterWrites.insert(make_pair(e_leave, spAndBP));
-          nonOperandRegisterWrites.insert(make_pair(e_enter, spAndBP));
-
-          nonOperandRegisterWrites.insert(make_pair(e_loop, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_loope, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_loopn, thePC));
-
-          nonOperandRegisterWrites.insert(make_pair(e_jb, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jb_jnaej_j, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jbe, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jcxz_jec, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jl, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jle, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jmp, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jnb, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jnb_jae_j, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jnbe, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jnl, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jnle, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jno, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jnp, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jns, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jnz, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jo, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jp, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_js, thePC));
-          nonOperandRegisterWrites.insert(make_pair(e_jz, thePC));
-
-          nonOperandMemoryReads.insert(make_pair(e_pop, stackPointerAsExpr));
-          nonOperandMemoryReads.insert(make_pair(e_popa, stackPointerAsExpr));
-          nonOperandMemoryReads.insert(make_pair(e_popad, stackPointerAsExpr));
-          nonOperandMemoryWrites.insert(make_pair(e_push, stackPointerAsExpr));
-          nonOperandMemoryWrites.insert(make_pair(e_pusha, stackPointerAsExpr));
-          nonOperandMemoryWrites.insert(make_pair(e_pushad, stackPointerAsExpr));
-          nonOperandMemoryWrites.insert(make_pair(e_call, stackPointerAsExpr));
-          nonOperandMemoryReads.insert(make_pair(e_ret_near, stackPointerAsExpr));
-          nonOperandMemoryReads.insert(make_pair(e_ret_far, stackPointerAsExpr));
-          nonOperandMemoryReads.insert(make_pair(e_leave, stackPointerAsExpr));
-
-          nonOperandRegisterWrites.insert(make_pair(e_cmpsb, si_and_di));
-          nonOperandRegisterWrites.insert(make_pair(e_cmpsd, si_and_di));
-          nonOperandRegisterWrites.insert(make_pair(e_cmpsw, si_and_di));
-          nonOperandRegisterWrites.insert(make_pair(e_movsb, si_and_di));
-          nonOperandRegisterWrites.insert(make_pair(e_movsd, si_and_di));
-          nonOperandRegisterWrites.insert(make_pair(e_movsw, si_and_di));
-          nonOperandRegisterWrites.insert(make_pair(e_insb, di));
-          nonOperandRegisterWrites.insert(make_pair(e_insd, di));
-          nonOperandRegisterWrites.insert(make_pair(e_insw, di));
-          nonOperandRegisterWrites.insert(make_pair(e_stosb, di));
-          nonOperandRegisterWrites.insert(make_pair(e_stosd, di));
-          nonOperandRegisterWrites.insert(make_pair(e_stosw, di));
-          nonOperandRegisterWrites.insert(make_pair(e_scasb, di));
-          nonOperandRegisterWrites.insert(make_pair(e_scasd, di));
-          nonOperandRegisterWrites.insert(make_pair(e_scasw, di));
-          nonOperandRegisterWrites.insert(make_pair(e_lodsb, di));
-          nonOperandRegisterWrites.insert(make_pair(e_lodsd, di));
-          nonOperandRegisterWrites.insert(make_pair(e_lodsw, di));
-          nonOperandRegisterWrites.insert(make_pair(e_outsb, di));
-          nonOperandRegisterWrites.insert(make_pair(e_outsd, di));
-          nonOperandRegisterWrites.insert(make_pair(e_outsw, di));
-
-
-      }
-      Operation_impl::registerSet thePC;
-      Operation_impl::registerSet pcAndSP;
-      Operation_impl::registerSet stackPointer;
-      Operation_impl::VCSet stackPointerAsExpr;
-      Operation_impl::registerSet framePointer;
-      Operation_impl::registerSet spAndBP;
-      Operation_impl::registerSet si;
-      Operation_impl::registerSet di;
-      Operation_impl::registerSet si_and_di;
-
-      reg_info_t nonOperandRegisterReads;
-      reg_info_t nonOperandRegisterWrites;
-
-      mem_info_t nonOperandMemoryReads;
-      mem_info_t nonOperandMemoryWrites;
-    };
-    OperationMaps op_data_32(Arch_x86);
-    OperationMaps op_data_64(Arch_x86_64);
-    const OperationMaps& op_data(Architecture arch)
-    {
-        switch(arch)
+        bool Operation_impl::isWritten(Expression::Ptr candidate)
         {
-            case Arch_x86:
-                return op_data_32;
-            case Arch_x86_64:
-                return op_data_64;
-            default:
-                return op_data_32;
+
+            SetUpNonOperandData();
+
+            for(registerSet::const_iterator r = otherWritten.begin();
+                    r != otherWritten.end();
+                    ++r)
+            {
+                if(*candidate == *(*r))
+                {
+                    return true;
+                }
+            }
+            for(VCSet::const_iterator e = otherEffAddrsWritten.begin();
+                    e != otherEffAddrsWritten.end();
+                    ++e)
+            {
+                if(*candidate == *(*e))
+                {
+                    return true;
+                }
+            }
+            return false;
         }
-    }
-    void Operation_impl::SetUpNonOperandData()
-    {
-        if (archDecodedFrom != Arch_x86 && archDecodedFrom != Arch_x86_64) return;
-        std::call_once(data_initialized, &() {
-        if (prefixID == prefix_rep || prefixID == prefix_repnz) 	{
-            otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::df : x86_64::df));
-            otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::ecx : x86_64::rcx));
-            otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::ecx : x86_64::rcx));
-            if(prefixID == prefix_repnz)
+
+        std::string Operation_impl::format() const
+        {
+            if(mnemonic != "")
+            {
+                return mnemonic;
+            }
+            dyn_hash_map<prefixEntryID, std::string>::const_iterator foundPrefix = prefixEntryNames_IAPI.find(prefixID);
+            dyn_hash_map<entryID, std::string>::const_iterator found = entryNames_IAPI.find(operationID);
+            std::string result;
+            if(foundPrefix != prefixEntryNames_IAPI.end())
+            {
+                result += (foundPrefix->second + " ");
+            }
+            if(found != entryNames_IAPI.end())
+            {
+                result += found->second;
+            }
+            else
             {
-                otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::zf : x86_64::zf));
+                result += "INVALID";
             }
+            return result;
         }
-        switch(segPrefix)
+
+        entryID Operation_impl::getID() const
         {
-            case PREFIX_SEGCS:
-                otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::cs : x86_64::cs));
-                break;
-            case PREFIX_SEGDS:
-                otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::ds : x86_64::ds));
-                break;
-            case PREFIX_SEGES:
-                otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::es : x86_64::es));
-                break;
-            case PREFIX_SEGFS:
-                otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::fs : x86_64::fs));
-                break;
-            case PREFIX_SEGGS:
-                otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::gs : x86_64::gs));
-                break;
-            case PREFIX_SEGSS:
-                otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::ss : x86_64::ss));
-                break;
+            return operationID;
         }
 
-            OperationMaps::reg_info_t::const_accessor a, b;
-            if (op_data(archDecodedFrom).nonOperandRegisterReads.find(a, operationID)) {
-                otherRead.insert(a->second.begin(), a->second.end());
-            }
-            if (op_data(archDecodedFrom).nonOperandRegisterWrites.find(b, operationID)) {
-                otherWritten.insert(b->second.begin(), b->second.end());
-            }
-            OperationMaps::mem_info_t::const_accessor c, d;
-            if (op_data(archDecodedFrom).nonOperandMemoryReads.find(c, operationID)) {
-                otherEffAddrsRead.insert(c->second.begin(), c->second.end());
+        prefixEntryID Operation_impl::getPrefixID() const
+        {
+            return prefixID;
+        }
+
+        struct OperationMaps
+        {
+            typedef dyn_c_hash_map<entryID, Operation_impl::registerSet > reg_info_t;
+            typedef dyn_c_hash_map<entryID, Operation_impl::VCSet > mem_info_t;
+            public:
+            OperationMaps(Architecture arch)
+            {
+                thePC.insert(RegisterAST::Ptr(new RegisterAST(MachRegister::getPC(arch))));
+                pcAndSP.insert(RegisterAST::Ptr(new RegisterAST(MachRegister::getPC(arch))));
+                pcAndSP.insert(RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(arch))));
+                stackPointer.insert(RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(arch))));
+                stackPointerAsExpr.insert(RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(arch))));
+                framePointer.insert(RegisterAST::Ptr(new RegisterAST(MachRegister::getFramePointer(arch))));
+                spAndBP.insert(RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(arch))));
+                spAndBP.insert(RegisterAST::Ptr(new RegisterAST(MachRegister::getFramePointer(arch))));
+                si.insert(RegisterAST::Ptr(new RegisterAST(arch == Arch_x86_64 ? x86_64::rsi : x86::esi)));
+                di.insert(RegisterAST::Ptr(new RegisterAST(arch == Arch_x86_64 ? x86_64::rdi : x86::edi)));
+                si_and_di.insert(RegisterAST::Ptr(new RegisterAST(arch == Arch_x86_64 ? x86_64::rsi : x86::esi)));
+                si_and_di.insert(RegisterAST::Ptr(new RegisterAST(arch == Arch_x86_64 ? x86_64::rdi : x86::edi)));
+
+                nonOperandRegisterReads.insert(make_pair(e_call, pcAndSP));
+                nonOperandRegisterReads.insert(make_pair(e_ret_near, stackPointer));
+                nonOperandRegisterReads.insert(make_pair(e_ret_far, stackPointer));
+                nonOperandRegisterReads.insert(make_pair(e_leave, framePointer));
+                nonOperandRegisterReads.insert(make_pair(e_enter, spAndBP));
+
+                nonOperandRegisterWrites.insert(make_pair(e_call, pcAndSP));
+                nonOperandRegisterWrites.insert(make_pair(e_ret_near, pcAndSP));
+                nonOperandRegisterWrites.insert(make_pair(e_ret_far, pcAndSP));
+                nonOperandRegisterWrites.insert(make_pair(e_leave, spAndBP));
+                nonOperandRegisterWrites.insert(make_pair(e_enter, spAndBP));
+
+                nonOperandRegisterWrites.insert(make_pair(e_loop, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_loope, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_loopn, thePC));
+
+                nonOperandRegisterWrites.insert(make_pair(e_jb, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jb_jnaej_j, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jbe, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jcxz_jec, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jl, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jle, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jmp, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jnb, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jnb_jae_j, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jnbe, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jnl, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jnle, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jno, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jnp, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jns, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jnz, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jo, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jp, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_js, thePC));
+                nonOperandRegisterWrites.insert(make_pair(e_jz, thePC));
+
+                nonOperandMemoryReads.insert(make_pair(e_pop, stackPointerAsExpr));
+                nonOperandMemoryReads.insert(make_pair(e_popa, stackPointerAsExpr));
+                nonOperandMemoryReads.insert(make_pair(e_popad, stackPointerAsExpr));
+                nonOperandMemoryWrites.insert(make_pair(e_push, stackPointerAsExpr));
+                nonOperandMemoryWrites.insert(make_pair(e_pusha, stackPointerAsExpr));
+                nonOperandMemoryWrites.insert(make_pair(e_pushad, stackPointerAsExpr));
+                nonOperandMemoryWrites.insert(make_pair(e_call, stackPointerAsExpr));
+                nonOperandMemoryReads.insert(make_pair(e_ret_near, stackPointerAsExpr));
+                nonOperandMemoryReads.insert(make_pair(e_ret_far, stackPointerAsExpr));
+                nonOperandMemoryReads.insert(make_pair(e_leave, stackPointerAsExpr));
+
+                nonOperandRegisterWrites.insert(make_pair(e_cmpsb, si_and_di));
+                nonOperandRegisterWrites.insert(make_pair(e_cmpsd, si_and_di));
+                nonOperandRegisterWrites.insert(make_pair(e_cmpsw, si_and_di));
+                nonOperandRegisterWrites.insert(make_pair(e_movsb, si_and_di));
+                nonOperandRegisterWrites.insert(make_pair(e_movsd, si_and_di));
+                nonOperandRegisterWrites.insert(make_pair(e_movsw, si_and_di));
+                nonOperandRegisterWrites.insert(make_pair(e_insb, di));
+                nonOperandRegisterWrites.insert(make_pair(e_insd, di));
+                nonOperandRegisterWrites.insert(make_pair(e_insw, di));
+                nonOperandRegisterWrites.insert(make_pair(e_stosb, di));
+                nonOperandRegisterWrites.insert(make_pair(e_stosd, di));
+                nonOperandRegisterWrites.insert(make_pair(e_stosw, di));
+                nonOperandRegisterWrites.insert(make_pair(e_scasb, di));
+                nonOperandRegisterWrites.insert(make_pair(e_scasd, di));
+                nonOperandRegisterWrites.insert(make_pair(e_scasw, di));
+                nonOperandRegisterWrites.insert(make_pair(e_lodsb, di));
+                nonOperandRegisterWrites.insert(make_pair(e_lodsd, di));
+                nonOperandRegisterWrites.insert(make_pair(e_lodsw, di));
+                nonOperandRegisterWrites.insert(make_pair(e_outsb, di));
+                nonOperandRegisterWrites.insert(make_pair(e_outsd, di));
+                nonOperandRegisterWrites.insert(make_pair(e_outsw, di));
+
+
             }
-            if (operationID == e_push) {
-                BinaryFunction::funcT::Ptr adder(new BinaryFunction::addResult());
-                // special case for push: we write at the new value of the SP.
-                Result dummy(addrWidth, 0);
-                Expression::Ptr push_addr(new BinaryFunction(
-                        *(op_data(archDecodedFrom).stackPointerAsExpr.begin()),
-                        Immediate::makeImmediate(Result(s8, -(dummy.size()))),
-                        addrWidth,
-                        adder));
-
-                otherEffAddrsWritten.insert(push_addr);
-
-            } else {
-                if (op_data(archDecodedFrom).nonOperandMemoryWrites.find(d, operationID)) {
-                    otherEffAddrsWritten.insert(d->second.begin(), d->second.end());
-                }
+            Operation_impl::registerSet thePC;
+            Operation_impl::registerSet pcAndSP;
+            Operation_impl::registerSet stackPointer;
+            Operation_impl::VCSet stackPointerAsExpr;
+            Operation_impl::registerSet framePointer;
+            Operation_impl::registerSet spAndBP;
+            Operation_impl::registerSet si;
+            Operation_impl::registerSet di;
+            Operation_impl::registerSet si_and_di;
+
+            reg_info_t nonOperandRegisterReads;
+            reg_info_t nonOperandRegisterWrites;
+
+            mem_info_t nonOperandMemoryReads;
+            mem_info_t nonOperandMemoryWrites;
+        };
+        OperationMaps op_data_32(Arch_x86);
+        OperationMaps op_data_64(Arch_x86_64);
+        const OperationMaps& op_data(Architecture arch)
+        {
+            switch(arch)
+            {
+                case Arch_x86:
+                    return op_data_32;
+                case Arch_x86_64:
+                    return op_data_64;
+                default:
+                    return op_data_32;
             }
+        }
+        void Operation_impl::SetUpNonOperandData()
+        {
+            if (archDecodedFrom != Arch_x86 && archDecodedFrom != Arch_x86_64) return;
+            std::call_once(data_initialized, &() {
+                    if (prefixID == prefix_rep || prefixID == prefix_repnz) 	{
+                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::df : x86_64::df));
+                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::ecx : x86_64::rcx));
+                    otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::ecx : x86_64::rcx));
+                    if(prefixID == prefix_repnz)
+                    {
+                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::zf : x86_64::zf));
+                    }
+                    }
+                    switch(segPrefix)
+                    {
+                    case PREFIX_SEGCS:
+                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::cs : x86_64::cs));
+                    break;
+                    case PREFIX_SEGDS:
+                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::ds : x86_64::ds));
+                    break;
+                    case PREFIX_SEGES:
+                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::es : x86_64::es));
+                    break;
+                    case PREFIX_SEGFS:
+                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::fs : x86_64::fs));
+                    break;
+                    case PREFIX_SEGGS:
+                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::gs : x86_64::gs));
+                    break;
+                    case PREFIX_SEGSS:
+                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::ss : x86_64::ss));
+                    break;
+                    }
 
-            dyn_hash_map<entryID, flagInfo>::const_iterator found = ia32_instruction::getFlagTable().find(operationID);
-            if (found != ia32_instruction::getFlagTable().end()) {
-                for (unsigned i = 0; i < found->second.readFlags.size(); i++) {
-                    switch (found->second.readFlagsi) {
-                        case x86::icf:
-                            otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::cf : x86_64::cf));
-                            break;
-                        case x86::ipf:
-                            otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::pf : x86_64::pf));
-                            break;
-                        case x86::iaf:
-                            otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::af : x86_64::af));
-                            break;
-                        case x86::izf:
-                            otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::zf : x86_64::zf));
-                            break;
-                        case x86::isf:
-                            otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::sf : x86_64::sf));
-                            break;
-                        case x86::itf:
-                            otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::tf : x86_64::tf));
-                            break;
-                        case x86::idf:
-                            otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::df : x86_64::df));
-                            break;
-                        case x86::iof:
-                            otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::of : x86_64::of));
-                            break;
-                        case x86::int_:
-                            otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::nt_ : x86_64::nt_));
-                            break;
-                        case x86::iif_:
-                            otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::if_ : x86_64::if_));
-                            break;
-                        default:
-                            assert(0);
+                    OperationMaps::reg_info_t::const_accessor a, b;
+                    if (op_data(archDecodedFrom).nonOperandRegisterReads.find(a, operationID)) {
+                        otherRead.insert(a->second.begin(), a->second.end());
                     }
-                }
+                    if (op_data(archDecodedFrom).nonOperandRegisterWrites.find(b, operationID)) {
+                        otherWritten.insert(b->second.begin(), b->second.end());
+                    }
+                    OperationMaps::mem_info_t::const_accessor c, d;
+                    if (op_data(archDecodedFrom).nonOperandMemoryReads.find(c, operationID)) {
+                        otherEffAddrsRead.insert(c->second.begin(), c->second.end());
+                    }
+                    if (operationID == e_push) {
+                        BinaryFunction::funcT::Ptr adder(new BinaryFunction::addResult());
+                        // special case for push: we write at the new value of the SP.
+                        Result dummy(addrWidth, 0);
+                        Expression::Ptr push_addr(new BinaryFunction(
+                                    *(op_data(archDecodedFrom).stackPointerAsExpr.begin()),
+                                    Immediate::makeImmediate(Result(s8, -(dummy.size()))),
+                                    addrWidth,
+                                    adder));
+
+                        otherEffAddrsWritten.insert(push_addr);
 
-                for (unsigned j = 0; j < found->second.writtenFlags.size(); j++) {
-                    switch (found->second.writtenFlagsj) {
-                        case x86::icf:
-                            otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::cf : x86_64::cf));
-                            break;
-                        case x86::ipf:
-                            otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::pf : x86_64::pf));
-                            break;
-                        case x86::iaf:
-                            otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::af : x86_64::af));
-                            break;
-                        case x86::izf:
-                            otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::zf : x86_64::zf));
-                            break;
-                        case x86::isf:
-                            otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::sf : x86_64::sf));
-                            break;
-                        case x86::itf:
-                            otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::tf : x86_64::tf));
-                            break;
-                        case x86::idf:
-                            otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::df : x86_64::df));
-                            break;
-                        case x86::iof:
-                            otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::of : x86_64::of));
-                            break;
-                        case x86::int_:
-                            otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::nt_ : x86_64::nt_));
-                            break;
-                        case x86::iif_:
-                            otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::if_ : x86_64::if_));
-                            break;
-                        default:
-                            fprintf(stderr, "ERROR: unhandled entry %s\n",
-                                    found->second.writtenFlagsj.name().c_str());
-                            assert(0);
+                    } else {
+                        if (op_data(archDecodedFrom).nonOperandMemoryWrites.find(d, operationID)) {
+                            otherEffAddrsWritten.insert(d->second.begin(), d->second.end());
+                        }
                     }
-                }
-            }
-        });
-    return;
+
+                    dyn_hash_map<entryID, flagInfo>::const_iterator found = ia32_instruction::getFlagTable().find(operationID);
+                    if (found != ia32_instruction::getFlagTable().end()) {
+                        for (unsigned i = 0; i < found->second.readFlags.size(); i++) {
+                            switch (found->second.readFlagsi) {
+                                case x86::icf:
+                                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::cf : x86_64::cf));
+                                    break;
+                                case x86::ipf:
+                                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::pf : x86_64::pf));
+                                    break;
+                                case x86::iaf:
+                                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::af : x86_64::af));
+                                    break;
+                                case x86::izf:
+                                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::zf : x86_64::zf));
+                                    break;
+                                case x86::isf:
+                                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::sf : x86_64::sf));
+                                    break;
+                                case x86::itf:
+                                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::tf : x86_64::tf));
+                                    break;
+                                case x86::idf:
+                                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::df : x86_64::df));
+                                    break;
+                                case x86::iof:
+                                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::of : x86_64::of));
+                                    break;
+                                case x86::int_:
+                                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::nt_ : x86_64::nt_));
+                                    break;
+                                case x86::iif_:
+                                    otherRead.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::if_ : x86_64::if_));
+                                    break;
+                                default:
+                                    assert(0);
+                            }
+                        }
+
+                        for (unsigned j = 0; j < found->second.writtenFlags.size(); j++) {
+                            switch (found->second.writtenFlagsj) {
+                                case x86::icf:
+                                    otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::cf : x86_64::cf));
+                                    break;
+                                case x86::ipf:
+                                    otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::pf : x86_64::pf));
+                                    break;
+                                case x86::iaf:
+                                    otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::af : x86_64::af));
+                                    break;
+                                case x86::izf:
+                                    otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::zf : x86_64::zf));
+                                    break;
+                                case x86::isf:
+                                    otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::sf : x86_64::sf));
+                                    break;
+                                case x86::itf:
+                                    otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::tf : x86_64::tf));
+                                    break;
+                                case x86::idf:
+                                    otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::df : x86_64::df));
+                                    break;
+                                case x86::iof:
+                                    otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::of : x86_64::of));
+                                    break;
+                                case x86::int_:
+                                    otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::nt_ : x86_64::nt_));
+                                    break;
+                                case x86::iif_:
+                                    otherWritten.insert(makeRegFromID((archDecodedFrom == Arch_x86) ? x86::if_ : x86_64::if_));
+                                    break;
+                                default:
+                                    fprintf(stderr, "ERROR: unhandled entry %s\n",
+                                            found->second.writtenFlagsj.name().c_str());
+                                    assert(0);
+                            }
+                        }
+                    }
+            });
+            return;
+        }
     }
-  }
 
-};
+}

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/Register.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/Register.C Changed

@@ -38,6 +38,7 @@
 #include "InstructionDecoder-power.h"
 #include "dyn_regs.h"
 #include "ArchSpecificFormatters.h"
+#include "../../common/h/compiler_diagnostics.h"
 
 using namespace std;
 
@@ -91,7 +92,7 @@
 
     std::string RegisterAST::format(Architecture arch, formatStyle f) const
     {
-        if(arch == Arch_amdgpu_vega){
+        if(arch == Arch_amdgpu_vega || arch == Arch_amdgpu_cdna2){
             return RegisterAST::format(f);
         }
         return ArchSpecificFormatter::getFormatter(arch).formatRegister(m_Reg.name());
@@ -100,15 +101,42 @@
     std::string RegisterAST::format(formatStyle) const
     {
         std::string name = m_Reg.name();
-        std::string::size_type substr = name.rfind(':');
+        std::string::size_type substr = name.rfind("::");
         if(substr != std::string::npos)
         {
-            name = name.substr(substr + 1, name.length());
-        }
-        if ( m_Reg.size()*8 != m_High - m_Low){
-            name +=  ""+to_string(m_Low)+":"+to_string(m_High)+"";
+            name = name.substr(substr + 2, name.length());
         }
+        // Size of base register * 8 != m_High - mLow ( in bits) when we it is a register vector
+        if ( m_High -m_Low > 32 && m_Reg.size()*8 != m_High - m_Low){
+            uint32_t id = m_Reg & 0xff ;
+            uint32_t regClass = m_Reg.regClass();
+            uint32_t size = (m_High - m_Low ) / 32;
+
+            // Suppress warning (for compilers where it is a false positive)
+            // The values of the two *::SGPR constants are identical, as
+            // are the two *::VGPR constants
+            DYNINST_DIAGNOSTIC_BEGIN_SUPPRESS_LOGICAL_OP
+
+            if( regClass == amdgpu_cdna2::SGPR || regClass == amdgpu_vega::SGPR){
+                return "S"+to_string(id) + ":" + to_string(id+size-1)+"";
+            }
+
+            if(regClass == amdgpu_cdna2::VGPR || regClass == amdgpu_vega::VGPR){
+                return "V"+to_string(id) + ":" + to_string(id+size-1)+"";
+            }
+
+            DYNINST_DIAGNOSTIC_END_SUPPRESS_LOGICAL_OP
+
+            if(regClass == amdgpu_cdna2::ACC_VGPR){
+                return "ACC"+to_string(id) + ":" + to_string(id+size-1)+"";
+            }
+            if(m_Reg == amdgpu_cdna2::vcc_lo || m_Reg == amdgpu_vega::vcc_lo)
+                return "VCC";
+            if(m_Reg == amdgpu_cdna2::exec_lo || m_Reg == amdgpu_vega::exec_lo)
+                return "EXEC";
 
+            name +=  ""+to_string(m_Low)+":"+to_string(m_High)+"";
+        } 
         /* we have moved to AT&T syntax (lowercase registers) */
         for(char &c : name) c = std::toupper(c);
 
@@ -213,5 +241,5 @@
         //fprintf(stderr, "no\n");
         return false;
     }
-  };
-};
+  }
+}

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/Ternary.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/Ternary.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/instructionAPI/src/amdgpu_branchinsn_table.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/instructionAPI/src/amdgpu_branchinsn_table.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/CMakeLists.txt -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/CMakeLists.txt Changed

@@ -1,141 +1,129 @@
 # CMake configuration for parseAPI directory
 
-include_directories (
-    ${PROJECT_SOURCE_DIR}/parseAPI/src
-  )
+include_directories(${PROJECT_SOURCE_DIR}/parseAPI/src)
 
-set (SRC_LIST
-        src/ParserDetails.C 
-        src/Parser.C 
-        src/CFGFactory.C 
-        src/Function.C 
-        src/Block.C 
-        src/CodeObject.C 
-        src/debug_parse.C 
-        src/CodeSource.C 
-        src/ParseData.C
-        src/InstructionAdapter.C
-        src/Parser-speculative.C
-        src/ParseCallback.C 
-        src/IA_IAPI.C
-	src/IA_x86.C
-	src/IA_power.C
-	src/IA_aarch64.C
+set(SRC_LIST
+    src/ParserDetails.C
+    src/Parser.C
+    src/CFGFactory.C
+    src/Function.C
+    src/Block.C
+    src/CodeObject.C
+    src/debug_parse.C
+    src/CodeSource.C
+    src/ParseData.C
+    src/InstructionAdapter.C
+    src/Parser-speculative.C
+    src/ParseCallback.C
+    src/IA_IAPI.C
+    src/IA_x86.C
+    src/IA_power.C
+    src/IA_aarch64.C
     src/IA_amdgpu.C
-        src/CFGModifier.C
-        src/StackTamperVisitor.C
-	src/JumpTableFormatPred.C
-	src/JumpTableIndexPred.C
-	src/IndirectAnalyzer.C
-	src/IndirectASTVisitor.C
-	src/SymbolicExpression.C
-	src/BoundFactCalculator.C
-	src/BoundFactData.C
-	src/ThunkData.C
-	../dataflowAPI/src/ABI.C 
-	src/dominator.C
-	src/LoopAnalyzer.C
-	src/Loop.C
-	src/LoopTreeNode.C
-	src/IdiomModelDesc.C
-	src/ProbabilisticParser.C
-    )
+    src/CFGModifier.C
+    src/StackTamperVisitor.C
+    src/JumpTableFormatPred.C
+    src/JumpTableIndexPred.C
+    src/IndirectAnalyzer.C
+    src/IndirectASTVisitor.C
+    src/SymbolicExpression.C
+    src/BoundFactCalculator.C
+    src/BoundFactData.C
+    src/ThunkData.C
+    ../dataflowAPI/src/ABI.C
+    src/dominator.C
+    src/LoopAnalyzer.C
+    src/Loop.C
+    src/LoopTreeNode.C
+    src/IdiomModelDesc.C
+    src/ProbabilisticParser.C)
 
 set(ROSE_SRC
-	../dataflowAPI/src/ABI.C 
-        ../dataflowAPI/src/Absloc.C 
-        ../dataflowAPI/src/AbslocInterface.C 
-        ../dataflowAPI/src/convertOpcodes.C 
-        ../dataflowAPI/src/debug_dataflow.C 
-        ../dataflowAPI/src/ExpressionConversionVisitor.C 
-        ../dataflowAPI/src/InstructionCache.C 
-        ../dataflowAPI/src/liveness.C 
-        ../dataflowAPI/src/RegisterMap.C
-	../dataflowAPI/src/RoseImpl.C
-        ../dataflowAPI/src/RoseInsnFactory.C
-        ../dataflowAPI/src/slicing.C
-        ../dataflowAPI/src/stackanalysis.C
-        ../dataflowAPI/src/SymbolicExpansion.C
-        ../dataflowAPI/src/SymEval.C
-        ../dataflowAPI/src/SymEvalPolicy.C
-        ../dataflowAPI/src/templates.C
-        ../dataflowAPI/src/Visitors.C
-        ../dataflowAPI/rose/ExtentMap.C
-        ../dataflowAPI/rose/rangemap.C
-        ../dataflowAPI/rose/util/Assert.C
-        ../dataflowAPI/rose/util/Message.C
-        ../dataflowAPI/rose/util/Sawyer.C
-        ../dataflowAPI/rose/util/Synchronization.C
-        ../dataflowAPI/rose/util/rose_getline.C
-        ../dataflowAPI/rose/util/SmallObject.C
-        ../dataflowAPI/rose/util/Stopwatch.C
-        ../dataflowAPI/rose/util/StringUtility.C
-        ../dataflowAPI/rose/util/Attribute.C
-        ../dataflowAPI/rose/util/Combinatorics.C
-        ../dataflowAPI/rose/util/LinearCongruentialGenerator.C
-        ../dataflowAPI/rose/semantics/BaseSemantics2.C
-        #../dataflowAPI/rose/semantics/ConcreteSemantics2.C
-        ../dataflowAPI/rose/semantics/DispatcherARM64.C
-        ../dataflowAPI/rose/semantics/DispatcherAmdgpuVega.C
-	    ../dataflowAPI/rose/semantics/DispatcherPowerpc.C
-        ../dataflowAPI/rose/semantics/RegisterParts.C
-        ../dataflowAPI/rose/semantics/Registers.C
-        #../dataflowAPI/rose/semantics/SMTSolver.C
-        ../dataflowAPI/rose/semantics/BinarySymbolicExpr.C
-        ../dataflowAPI/rose/semantics/RegisterStateGeneric.C
-        ../dataflowAPI/rose/semantics/SymEvalSemantics.C
-)
+    ../dataflowAPI/src/ABI.C
+    ../dataflowAPI/src/Absloc.C
+    ../dataflowAPI/src/AbslocInterface.C
+    ../dataflowAPI/src/convertOpcodes.C
+    ../dataflowAPI/src/debug_dataflow.C
+    ../dataflowAPI/src/ExpressionConversionVisitor.C
+    ../dataflowAPI/src/InstructionCache.C
+    ../dataflowAPI/src/liveness.C
+    ../dataflowAPI/src/RegisterMap.C
+    ../dataflowAPI/src/RoseImpl.C
+    ../dataflowAPI/src/RoseInsnFactory.C
+    ../dataflowAPI/src/slicing.C
+    ../dataflowAPI/src/stackanalysis.C
+    ../dataflowAPI/src/SymbolicExpansion.C
+    ../dataflowAPI/src/SymEval.C
+    ../dataflowAPI/src/SymEvalPolicy.C
+    ../dataflowAPI/src/templates.C
+    ../dataflowAPI/src/Visitors.C
+    ../dataflowAPI/rose/ExtentMap.C
+    ../dataflowAPI/rose/rangemap.C
+    ../dataflowAPI/rose/util/Assert.C
+    ../dataflowAPI/rose/util/Message.C
+    ../dataflowAPI/rose/util/Sawyer.C
+    ../dataflowAPI/rose/util/Synchronization.C
+    ../dataflowAPI/rose/util/rose_getline.C
+    ../dataflowAPI/rose/util/SmallObject.C
+    ../dataflowAPI/rose/util/Stopwatch.C
+    ../dataflowAPI/rose/util/StringUtility.C
+    ../dataflowAPI/rose/util/Attribute.C
+    ../dataflowAPI/rose/util/Combinatorics.C
+    ../dataflowAPI/rose/util/LinearCongruentialGenerator.C
+    ../dataflowAPI/rose/semantics/BaseSemantics2.C
+    ../dataflowAPI/rose/semantics/DispatcherARM64.C
+    ../dataflowAPI/rose/semantics/DispatcherAmdgpuVega.C
+    ../dataflowAPI/rose/semantics/DispatcherPowerpc.C
+    ../dataflowAPI/rose/semantics/RegisterParts.C
+    ../dataflowAPI/rose/semantics/Registers.C
+    ../dataflowAPI/rose/semantics/BinarySymbolicExpr.C
+    ../dataflowAPI/rose/semantics/RegisterStateGeneric.C
+    ../dataflowAPI/rose/semantics/SymEvalSemantics.C)
 
 # FIXME: Rose needs a bunch of warning cleanup
-SET_SOURCE_FILES_PROPERTIES(${ROSE_SRC} PROPERTIES LANGUAGE CXX COMPILE_FLAGS -w)
-set (SRC_LIST ${SRC_LIST}
-	${ROSE_SRC}
-)
+set_source_files_properties(${ROSE_SRC} PROPERTIES LANGUAGE CXX COMPILE_FLAGS -w)
+set(SRC_LIST ${SRC_LIST} ${ROSE_SRC})
 
-if (LIGHTWEIGHT_SYMTAB)
-set (SRC_LIST ${SRC_LIST}
-    src/SymLiteCodeSource.C
-)
+if(LIGHTWEIGHT_SYMTAB)
+    set(SRC_LIST ${SRC_LIST} src/SymLiteCodeSource.C)
 else()
-set (SRC_LIST ${SRC_LIST}
-    src/SymtabCodeSource.C
-)
+    set(SRC_LIST ${SRC_LIST} src/SymtabCodeSource.C)
 endif()
 
-if (ENABLE_PARSE_API_GRAPHS)
-set (SRC_LIST ${SRC_LIST}
-     src/GraphAdapter.C
-    )
+if(ENABLE_PARSE_API_GRAPHS)
+    set(SRC_LIST ${SRC_LIST} src/GraphAdapter.C)
 endif()
 
-
-ADD_DEFINITIONS(-DPARSER_LIB)
-ADD_DEFINITIONS(-DDATAFLOW_LIB)
+add_definitions(-DPARSER_LIB)
+add_definitions(-DDATAFLOW_LIB)
 if(WIN32)
-ADD_DEFINITIONS(-DROSE_UTIL_EXPORTS)
-ADD_DEFINITIONS(-DNOMINMAX)
+    add_definitions(-DROSE_UTIL_EXPORTS)
+    add_definitions(-DNOMINMAX)
 endif()
 dyninst_library(parseAPI common instructionAPI ${SYMREADER})
 
-target_link_private_libraries(parseAPI ${Boost_LIBRARIES} ${TBB_LIBRARIES} tbbmalloc)
+target_link_private_libraries(parseAPI ${Boost_LIBRARIES})
 
-if (WIN32)
-target_link_private_libraries(parseAPI shlwapi)
+if(WIN32)
+    target_link_private_libraries(parseAPI shlwapi)
 endif()
 message(STATUS "Architecture is: ${CMAKE_LIBRARY_ARCHITECTURE}")
-FILE (GLOB headers "h/*.h")
-FILE (GLOB dataflowheaders "../dataflowAPI/h/*.h")
-set_target_properties (parseAPI PROPERTIES PUBLIC_HEADER "${headers};${dataflowheaders}")
+file(GLOB headers "h/*.h")
+file(GLOB dataflowheaders "../dataflowAPI/h/*.h")
+set_target_properties(parseAPI PROPERTIES PUBLIC_HEADER "${headers};${dataflowheaders}")
 
-if (USE_OpenMP)
-set_target_properties (parseAPI PROPERTIES COMPILE_FLAGS ${OpenMP_CXX_FLAGS} LINK_FLAGS ${OpenMP_CXX_FLAGS})
+if(USE_OpenMP)
+    set_target_properties(parseAPI PROPERTIES COMPILE_FLAGS ${OpenMP_CXX_FLAGS}
+                                              LINK_FLAGS ${OpenMP_CXX_FLAGS})
 endif()
 
 if(${ENABLE_STATIC_LIBS})
-  set_target_properties (parseAPI_static PROPERTIES PUBLIC_HEADER "${headers};${dataflowheaders}")
+    set_target_properties(parseAPI_static PROPERTIES PUBLIC_HEADER
+                                                     "${headers};${dataflowheaders}")
 endif()
 
-install (TARGETS parseAPI
+install(
+    TARGETS parseAPI
     RUNTIME DESTINATION ${INSTALL_LIB_DIR}
     LIBRARY DESTINATION ${INSTALL_LIB_DIR}
     ARCHIVE DESTINATION ${INSTALL_LIB_DIR}

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/doc/API/CodeObject.tex -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/doc/API/CodeObject.tex Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/doc/parseAPI.pdf -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/doc/parseAPI.pdf Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/h/CFG.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/h/CFG.h Changed

@@ -161,9 +161,8 @@
 class PARSER_EXPORT EdgePredicate 
 {
  public:
-  EdgePredicate() { }
-    virtual ~EdgePredicate() { }
     virtual bool pred_impl(Edge *) const;
+    virtual ~EdgePredicate() = default;
     bool operator()(Edge* e) const 
     {
       return pred_impl(e);
@@ -173,8 +172,6 @@
 /* may follow branches into the function if there is shared code */
 class PARSER_EXPORT Intraproc : public EdgePredicate {
  public:
-    Intraproc() { }
-    ~Intraproc() { }
     bool pred_impl(Edge *) const;
 
 };
@@ -182,8 +179,6 @@
 /* follow interprocedural edges */
  class PARSER_EXPORT Interproc : public EdgePredicate {
     public:
-        Interproc() {}
-        ~Interproc() { }
         bool pred_impl(Edge *) const;
 };
 
@@ -212,7 +207,6 @@
         _context(f),
         _forward(forward),
         _backward(backward) { }
-    ~SingleContext() { }
     bool pred_impl(Edge *) const;
 };
 
@@ -260,7 +254,6 @@
           Address end, Address last, Function* f = NULL);
 
     virtual ~Block();
-    boost::recursive_mutex& lockable() { return boost::lockable_adapter<boost::recursive_mutex>::lockable(); }
 
     inline Address start() const { return _start; }
     inline Address end() const { return _end; }
@@ -277,15 +270,11 @@
     /* Edge access */
     const edgelist & sources() const { return _srclist; }
     const edgelist & targets() const { return _trglist; }
-    void copy_sources(edgelist & src) {
-        boost::lock_guard<Block> g(*this);
-        src = _srclist;
-    }
-    void copy_targets(edgelist & trg) {
-        boost::lock_guard<Block> g(*this);
-        trg = _trglist;
-    }
+    void copy_sources(edgelist & src) const;
+    void copy_targets(edgelist & trg) const;
 
+    bool hasCallSource() const;
+    Edge* getOnlyIncomingEdge() const;
     bool consistent(Address addr, Address & prev_insn);
 
     int  containingFuncs() const;
@@ -309,8 +298,8 @@
             // XXX debugging
             if(b1 != b2)
                 fprintf(stderr,"FATAL: blocks %p %lx,%lx) and %p %lx,%lx) "
-                            "conflict",b1,b1->start(),b1->end(),
-                            b2,b2->start(),b2->end());
+                            "conflict",(void*)b1,b1->start(),b1->end(),
+                            (void*)b2,b2->start(),b2->end());
 
             assert(b1 == b2);
             return false;
@@ -699,7 +688,6 @@
 class PARSER_EXPORT Loop  
 {
 	friend class LoopAnalyzer;
-	friend std::ostream& operator<<(std::ostream&,Loop&);
 
 private:
         std::set<Edge*> backEdges;

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/h/CFGFactory.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/h/CFGFactory.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/h/CFGModifier.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/h/CFGModifier.h Changed

@@ -103,24 +103,24 @@
    /** InstructionSource implementation **/
    PARSER_EXPORT bool isValidAddress(const Address a) const { 
       return (a >= low() && a < high());
-   };
+   }
    PARSER_EXPORT void* getPtrToInstruction(const Address a) const {
       if (!isValidAddress(a)) return NULL;
       return (void *)((char *)buf_ + (a - base_));
-   };
+   }
    PARSER_EXPORT void* getPtrToData(const Address) const {
       return NULL; 
-   };
-   PARSER_EXPORT bool isCode(const Address a) const { return isValidAddress(a); };
-   PARSER_EXPORT bool isData(const Address) const { return false; };
-   PARSER_EXPORT bool isReadOnly(const Address) const { return false; };
-   PARSER_EXPORT Address offset() const { return base_; };
-   PARSER_EXPORT Address length() const { return size_; };
+   }
+   PARSER_EXPORT bool isCode(const Address a) const { return isValidAddress(a); }
+   PARSER_EXPORT bool isData(const Address) const { return false; }
+   PARSER_EXPORT bool isReadOnly(const Address) const { return false; }
+   PARSER_EXPORT Address offset() const { return base_; }
+   PARSER_EXPORT Address length() const { return size_; }
    PARSER_EXPORT unsigned int getAddressWidth() const {
       if (arch_ == Arch_ppc64 || arch_ == Arch_x86_64 || arch_ == Arch_aarch64) return 8;
       else return 4;
-   };
-   PARSER_EXPORT Architecture getArch() const { return arch_; };
+   }
+   PARSER_EXPORT Architecture getArch() const { return arch_; }
 
    PARSER_EXPORT bool wasUserAdded() const { return true; }
 
@@ -131,8 +131,8 @@
     Architecture arch_;
 };
 
-};
-};
+}
+}
 
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/h/CodeObject.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/h/CodeObject.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/h/GraphAdapter.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/h/GraphAdapter.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/h/InstructionAdapter.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/h/InstructionAdapter.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/h/Location.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/h/Location.h Changed

@@ -46,29 +46,29 @@
 struct EntrySite {
    Function *func;
    Block *block;
-EntrySite(Function *f, Block *b) : func(f), block(b) {};
+EntrySite(Function *f, Block *b) : func(f), block(b) {}
 };
 struct CallSite {
    Function *func;
    Block *block;
-CallSite(Function *f, Block *b) : func(f), block(b) {};
+CallSite(Function *f, Block *b) : func(f), block(b) {}
 };
 struct ExitSite {
    Function *func;
    Block *block;
-ExitSite(Function *f, Block *b) : func(f), block(b) {};
+ExitSite(Function *f, Block *b) : func(f), block(b) {}
 };
 
 struct EdgeLoc{
    Function *func;
    Edge *edge;
-   EdgeLoc(Function *f, Edge *e): func(f), edge(e) {};
+   EdgeLoc(Function *f, Edge *e): func(f), edge(e) {}
 };
 
 struct BlockSite{
    Function *func;
    Block *block;
-   BlockSite(Function *f, Block *b): func(f), block(b) {};
+   BlockSite(Function *f, Block *b): func(f), block(b) {}
 };
 
 typedef std::vector<std::pair<InstructionAPI::Instruction, Offset> > InsnVec;
@@ -91,38 +91,38 @@
    const Offset offset;
    InstructionAPI::Instruction insn;
 InsnLoc(Block *const b,  Offset o, const InstructionAPI::Instruction& i) :
-   block(b), offset(o), insn(i) {};
+   block(b), offset(o), insn(i) {}
 };
       
      
 
 struct Location {
 
-Location() : func(NULL), block(NULL), offset(0), edge(NULL), untrusted(false), type(illegal_) {};
+Location() : func(NULL), block(NULL), offset(0), edge(NULL), untrusted(false), type(illegal_) {}
    // Function
-Location(Function *f) : func(f), block(NULL), offset(0), edge(NULL), untrusted(false), type(function_) {};
-Location(EntrySite e) : func(e.func), block(e.block), offset(0), edge(NULL), untrusted(false), type(entry_) {};
-Location(CallSite c) : func(c.func), block(c.block), offset(0), edge(NULL), untrusted(false), type(call_) {};
-Location(ExitSite e) : func(e.func), block(e.block), offset(0), edge(NULL), untrusted(false), type(exit_) {};
+Location(Function *f) : func(f), block(NULL), offset(0), edge(NULL), untrusted(false), type(function_) {}
+Location(EntrySite e) : func(e.func), block(e.block), offset(0), edge(NULL), untrusted(false), type(entry_) {}
+Location(CallSite c) : func(c.func), block(c.block), offset(0), edge(NULL), untrusted(false), type(call_) {}
+Location(ExitSite e) : func(e.func), block(e.block), offset(0), edge(NULL), untrusted(false), type(exit_) {}
    // A block in a particular function
-Location(Function *f, Block *b) : func(f), block(b), offset(0), edge(NULL), untrusted(true), type(blockInstance_) {};
+Location(Function *f, Block *b) : func(f), block(b), offset(0), edge(NULL), untrusted(true), type(blockInstance_) {}
    // A block of a function
-Location(BlockSite b): func(b.func), block(b.block), offset(0), edge(NULL), untrusted(false), type(blockInstance_) {};
+Location(BlockSite b): func(b.func), block(b.block), offset(0), edge(NULL), untrusted(false), type(blockInstance_) {}
    // A trusted instruction (in a particular function)
-Location(Function *f, InsnLoc l) : func(f), block(l.block), offset(l.offset), insn(l.insn), edge(NULL), untrusted(false), type(instructionInstance_) {};
+Location(Function *f, InsnLoc l) : func(f), block(l.block), offset(l.offset), insn(l.insn), edge(NULL), untrusted(false), type(instructionInstance_) {}
    // An untrusted (raw) instruction (in a particular function)
-Location(Function *f, Block *b, Offset o, InstructionAPI::Instruction i) : func(f), block(b), offset(o), insn(i), edge(NULL), untrusted(true), type(instructionInstance_) {};
+Location(Function *f, Block *b, Offset o, InstructionAPI::Instruction i) : func(f), block(b), offset(o), insn(i), edge(NULL), untrusted(true), type(instructionInstance_) {}
    // An edge (in a particular function)
-Location(Function *f, Edge *e) : func(f), block(NULL), offset(0), edge(e), untrusted(true), type(edge_) {};
-Location(EdgeLoc e): func(e.func), block(NULL), offset(0), edge(e.edge), untrusted(false), type(edge_){};
+Location(Function *f, Edge *e) : func(f), block(NULL), offset(0), edge(e), untrusted(true), type(edge_) {}
+Location(EdgeLoc e): func(e.func), block(NULL), offset(0), edge(e.edge), untrusted(false), type(edge_){}
    // A block in general
-Location(Block *b) : func(NULL), block(b), offset(0), edge(NULL), untrusted(false), type(block_) {};
+Location(Block *b) : func(NULL), block(b), offset(0), edge(NULL), untrusted(false), type(block_) {}
    // A trusted instruction in general
-Location(InsnLoc l) : func(NULL), block(l.block), offset(l.offset), insn(l.insn), edge(NULL), untrusted(false), type(instruction_) {};
+Location(InsnLoc l) : func(NULL), block(l.block), offset(l.offset), insn(l.insn), edge(NULL), untrusted(false), type(instruction_) {}
    // An untrusted (raw) instruction
-Location(Block *b, Offset o) : func(NULL), block(b), offset(o), edge(NULL), untrusted(true), type(instruction_) {};
+Location(Block *b, Offset o) : func(NULL), block(b), offset(o), edge(NULL), untrusted(true), type(instruction_) {}
    // An edge
-Location(Edge *e) : func(NULL), block(NULL), offset(0), edge(e), untrusted(false), type(edge_) {};
+Location(Edge *e) : func(NULL), block(NULL), offset(0), edge(e), untrusted(false), type(edge_) {}
 
    typedef enum {
       function_,

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/h/LockFreeQueue.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/h/LockFreeQueue.h Changed

@@ -49,20 +49,20 @@
 public:
   LockFreeQueueItem(T __value) : _next(0), _value(__value) {
     LFQ_DEBUG(validate = this); 
-  };
+  }
   ~LockFreeQueueItem() { 
     LFQ_DEBUG(validate = 0); 
-  };
+  }
 
   void setNext(item_type *__next) { 
     LFQ_DEBUG(assert(validate == this));
     _next.store(__next); 
-  };
+  }
 
   void setNextPending() { 
     LFQ_DEBUG(assert(validate == this));
     _next.store(pending()); 
-  };
+  }
 
   item_type *next() { 
     LFQ_DEBUG(assert(validate == this));
@@ -72,12 +72,12 @@
         succ = _next.load();
     }
     return succ;
-  };
+  }
 
   T value() { 
     LFQ_DEBUG(assert(validate == this));
     return _value; 
-  };
+  }
 
 private:
   item_type *pending() { 
@@ -87,7 +87,7 @@
 
   boost::atomic<item_type *> _next;
   T _value;
-  LFQ_DEBUG(item_type *validate);
+  LFQ_DEBUG(item_type *validate;)
 };
 
 
@@ -108,22 +108,22 @@
   typedef std::forward_iterator_tag iterator_category;
 
 public:
-  LockFreeQueueIterator(item_type *_item) : item(_item) {};
+  LockFreeQueueIterator(item_type *_item) : item(_item) {}
 
-  T operator *() { return item->value(); };
+  T operator *() { return item->value(); }
 
-  bool operator != (iterator i) { return item != i.item; };
+  bool operator != (iterator i) { return item != i.item; }
 
   iterator operator ++() { 
     if (item) item = item->next(); 
     return *this; 
-  };
+  }
 
   iterator operator ++(int) { 
     iterator clone(*this);
     ++(*this);
     return clone;
-  };
+  }
 
 private:
   item_type *item;
@@ -137,7 +137,7 @@
   typedef LockFreeQueueItem<T> item_type; 
 
 public:
-  LockFreeQueue(item_type *_head = 0) : head(_head) {};
+  LockFreeQueue(item_type *_head = 0) : head(_head) {}
 
 public: 
   // wait-free member functions designed for concurrent use
@@ -147,7 +147,7 @@
   void insert(T value) {
     item_type *entry = new item_type(value);
     insert_chain(entry, entry);
-  };
+  }
 
   // steal the linked list from q and insert it at the front of this queue
   void splice(LockFreeQueue<T> &q) {
@@ -161,19 +161,19 @@
       }
       insert_chain(first, last);
     }
-  };
+  }
 
   // inspect the head of the queue
   item_type *peek() { 
       item_type* ret = head.load();
       return ret; 
-  };
+  }
 
   // grab the contents of the queue for your own private use
   item_type *steal() { 
       item_type* ret = head.exchange(0);
       return ret; 
-  };
+  }
 
 public:
   // designed for use in a context where where only insert_chain 
@@ -187,23 +187,23 @@
       first->setNext(0);
     }
     return first;
-  };
+  }
 
   iterator begin() { 
       iterator ret(head.load());
       return ret; 
-  };
+  }
 
-  iterator end() { return iterator(0); };
+  iterator end() { return iterator(0); }
 
-  ~LockFreeQueue() { clear(); };
+  ~LockFreeQueue() { clear(); }
 
   void clear() { 
     item_type *first;
     while((first = pop())) { 
       delete first;
     }
-  };
+  }
 
 private:
 
@@ -212,7 +212,7 @@
     last->setNextPending(); // make in-progress splice visible
     item_type *oldhead = head.exchange(first);
     last->setNext(oldhead);
-  };
+  }
 
 private:
   boost::atomic<item_type *> head;

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/h/ParseCallback.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/h/ParseCallback.h Changed

@@ -137,25 +137,25 @@
                        Address & /*loadAddr*/, 
                        CodeObject *& /*containerObject*/) 
       { return false; }
-  virtual bool hasWeirdInsns(const Function*) const { return false; };
-  virtual void foundWeirdInsns(Function*) {};
+  virtual bool hasWeirdInsns(const Function*) const { return false; }
+  virtual void foundWeirdInsns(Function*) {}
 
   // User override time
   // (orig, new split block)
-  virtual void split_block_cb(Block *, Block *) {};
+  virtual void split_block_cb(Block *, Block *) {}
 
-  virtual void destroy_cb(Block *) {};
-  virtual void destroy_cb(Edge *) {};
-  virtual void destroy_cb(Function *) {};
+  virtual void destroy_cb(Block *) {}
+  virtual void destroy_cb(Edge *) {}
+  virtual void destroy_cb(Function *) {}
 
-  virtual void remove_edge_cb(Block *, Edge *, edge_type_t) {};
-  virtual void add_edge_cb(Block *, Edge *, edge_type_t) {};
+  virtual void remove_edge_cb(Block *, Edge *, edge_type_t) {}
+  virtual void add_edge_cb(Block *, Edge *, edge_type_t) {}
   
-  virtual void remove_block_cb(Function *, Block *) {};
-  virtual void add_block_cb(Function *, Block *) {};
+  virtual void remove_block_cb(Function *, Block *) {}
+  virtual void add_block_cb(Function *, Block *) {}
 
-  virtual void modify_edge_cb(Edge *, Block *, ParseCallback::edge_type_t) {};
-    virtual void function_discovery_cb(Function*) {};
+  virtual void modify_edge_cb(Edge *, Block *, ParseCallback::edge_type_t) {}
+    virtual void function_discovery_cb(Function*) {}
 
   private:
 };
@@ -232,7 +232,7 @@
      Edge *edge;
      ParseCallback::edge_type_t type;
      mod_t action;
-  BlockMod(Block *b, Edge *e, ParseCallback::edge_type_t t, mod_t m) : block(b), edge(e), type(t), action(m) {};
+  BlockMod(Block *b, Edge *e, ParseCallback::edge_type_t t, mod_t m) : block(b), edge(e), type(t), action(m) {}
   };     
 
   struct EdgeMod {
@@ -241,14 +241,14 @@
      ParseCallback::edge_type_t action;
      
   EdgeMod(Edge *e, Block *b, ParseCallback::edge_type_t t) : 
-     edge(e), block(b), action(t) {};
+     edge(e), block(b), action(t) {}
   };
 
   struct FuncMod {
      Function *func;
      Block *block;
      mod_t action;
-  FuncMod(Function *f, Block *b, mod_t m) : func(f), block(b), action(m) {};
+  FuncMod(Function *f, Block *b, mod_t m) : func(f), block(b), action(m) {}
   };     
 
   typedef std::pair<Block *, Block *> BlockSplit;

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/h/SymLiteCodeSource.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/h/SymLiteCodeSource.h Changed

@@ -1,5 +1,5 @@
 /*
- * Copyright (c) 1996-2021 Barton P. Miller
+ * Copyright (c) 1996-2022 Barton P. Miller
  * 
  * We provide the Paradyn Parallel Performance Tools (below
  * described as "Paradyn") on an AS IS basis, and do not warrant its
@@ -65,9 +65,10 @@
     PARSER_EXPORT bool isValidAddress(const Address) const;
     PARSER_EXPORT void* getPtrToInstruction(const Address) const;
     PARSER_EXPORT void* getPtrToData(const Address) const;
-    PARSER_EXPORT unsigned int getAddressWidth() const;
-    PARSER_EXPORT bool isCode(const Address) const;
-    PARSER_EXPORT bool isData(const Address) const;
+    PARSER_EXPORT unsigned int getAddressWidth() const override;
+    PARSER_EXPORT bool isCode(const Address) const override;
+    PARSER_EXPORT bool isData(const Address) const override;
+    PARSER_EXPORT bool isReadOnly(const Address) const override;
     PARSER_EXPORT Address offset() const;
     PARSER_EXPORT Address length() const;
     PARSER_EXPORT Architecture getArch() const;
@@ -109,6 +110,7 @@
     PARSER_EXPORT unsigned int getAddressWidth() const;
     PARSER_EXPORT bool isCode(const Address) const;
     PARSER_EXPORT bool isData(const Address) const;
+    PARSER_EXPORT bool isReadOnly(const Address) const;
     PARSER_EXPORT Address offset() const;
     PARSER_EXPORT Address length() const;
     PARSER_EXPORT Architecture getArch() const;

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/Block.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/Block.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/BoundFactCalculator.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/BoundFactCalculator.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/BoundFactData.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/BoundFactData.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/CFGModifier.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/CFGModifier.C Changed

@@ -285,14 +285,14 @@
          deadEdges.push_back(edge);
          pcb->removeEdge(b, edge, ParseCallback::target);
          ParseCallbackManager *pcbTrg = edge->trg()->obj()->_pcb;
-         if (!edge->sinkEdge()) {
+//       if (!edge->sinkEdge()) {
             pcbTrg->removeEdge(edge->trg(), edge, ParseCallback::source);
-         } else {
-            // we don't actually wire up edges to the sink block in the PatchAPI, 
-            // but I'm not sure why not, so I'll keep this here in case that
-            // changes in the future
-            pcbTrg->removeEdge(edge->trg(), edge, ParseCallback::source);
-         }
+//       } else {
+//          // we don't actually wire up edges to the sink block in the PatchAPI, 
+//          // but I'm not sure why not, so I'll keep this here in case that
+//          // changes in the future
+//          pcbTrg->removeEdge(edge->trg(), edge, ParseCallback::source);
+//       }
          edge->trg()->removeSource(edge); // even sink edge has source list
       }
 
@@ -351,7 +351,7 @@
 InsertedRegion *CFGModifier::insert(CodeObject *obj, 
                                     Address base, void *data, 
                                     unsigned size) {
-   parsing_printf("Inserting new code: %lx\n", (unsigned) (*((unsigned *)data)));
+   parsing_printf("Inserting new code: %p\n", data);
 
    // As per Nate's suggestion, we're going to add this data as a new
    // Region in the CodeObject. 
@@ -394,7 +394,7 @@
    buf_ = malloc(s);
    assert(buf_);
    memcpy(buf_, d, s);
-};
+}
 
 InsertedRegion::~InsertedRegion()
 {

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/CodeObject.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/CodeObject.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/CodeSource.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/CodeSource.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/Function.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/Function.C Changed

@@ -259,7 +259,7 @@
         bool exit_func = false;
         bool found_call = false;
         bool found_call_ft = false;
-        boost::lock_guard<Block> g(*cur);
+        boost::lock_guard<Block> blockGuard(*cur);
         
         Block::edgelist targets;
         cur->copy_targets(targets);
@@ -315,7 +315,7 @@
             Block * t = e->trg();
             if(t) {
                 parsing_printf("\t Considering target block 0x%lx,0x%lx) from edge %p\n",
-                               t->start(), t->end(), e);
+                               t->start(), t->end(), (void*)e);
             }
 
             if (e->type() == CALL_FT) {
@@ -409,7 +409,7 @@
     Block::edgelist::const_iterator eit;
     dyn_hash_map<Address,bool> linked;
     {
-        boost::lock_guard<Block> g(*retblk);
+        boost::lock_guard<Block> blockGuard(*retblk);
         eit = retblk->targets().begin();
         for( ; eit != retblk->targets().end(); ++eit) {
             Edge * e = *eit;
@@ -660,7 +660,7 @@
             }
         }
         if (sliceAtRet == NULL) {
-            mal_printf("Failed to produce a slice for retn at %x %s%d\n",
+            mal_printf("Failed to produce a slice for retn at %lx %s%d\n",
                        retnAddr, FILE__,__LINE__);
             continue;
         } 
@@ -696,7 +696,7 @@
 
     if ( TAMPER_UNSET == _tamper ) {
         mal_printf("WARNING: we found no valid slices for function at %lx "
-                   "%s%d\n", _start, _tamper_addr, FILE__,__LINE__);
+                   "%s%d\n", _start, FILE__,__LINE__);
         _tamper = TAMPER_NONZERO;
     }

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/IA_IAPI.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/IA_IAPI.C Changed

@@ -123,6 +123,10 @@
         case Arch_amdgpu_vega:
 
             return new IA_amdgpu(dec_, where_, o, r, isrc, curBlk_);
+        case Arch_amdgpu_cdna2:
+
+            return new IA_amdgpu(dec_, where_, o, r, isrc, curBlk_);
+ 
         default:
             assert(!"unimplemented architecture");
     }
@@ -136,21 +140,23 @@
     std::call_once(IA_IAPI::ptrInit, &{
             if(framePtr.empty())
             {
-            framePtrArch_x86 = RegisterAST::Ptr(new RegisterAST(MachRegister::getFramePointer(Arch_x86)));
-            framePtrArch_x86_64 = RegisterAST::Ptr(new RegisterAST(MachRegister::getFramePointer(Arch_x86_64)));
-            framePtrArch_ppc32 = RegisterAST::Ptr(new RegisterAST(MachRegister::getFramePointer(Arch_ppc32)));
-            framePtrArch_ppc64 = RegisterAST::Ptr(new RegisterAST(MachRegister::getFramePointer(Arch_ppc64)));
-            framePtrArch_aarch64 = RegisterAST::Ptr(new RegisterAST(MachRegister::getFramePointer(Arch_aarch64)));
-            framePtrArch_amdgpu_vega = RegisterAST::Ptr(new RegisterAST(MachRegister::getFramePointer(Arch_amdgpu_vega)));
+                framePtrArch_x86 = RegisterAST::Ptr(new RegisterAST(MachRegister::getFramePointer(Arch_x86)));
+                framePtrArch_x86_64 = RegisterAST::Ptr(new RegisterAST(MachRegister::getFramePointer(Arch_x86_64)));
+                framePtrArch_ppc32 = RegisterAST::Ptr(new RegisterAST(MachRegister::getFramePointer(Arch_ppc32)));
+                framePtrArch_ppc64 = RegisterAST::Ptr(new RegisterAST(MachRegister::getFramePointer(Arch_ppc64)));
+                framePtrArch_aarch64 = RegisterAST::Ptr(new RegisterAST(MachRegister::getFramePointer(Arch_aarch64)));
+                framePtrArch_amdgpu_vega = RegisterAST::Ptr(new RegisterAST(MachRegister::getFramePointer(Arch_amdgpu_vega)));
+                framePtrArch_amdgpu_cdna2 = RegisterAST::Ptr(new RegisterAST(MachRegister::getFramePointer(Arch_amdgpu_cdna2)));
             }
             if(stackPtr.empty())
             {
-            stackPtrArch_x86 = RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(Arch_x86)));
-            stackPtrArch_x86_64 = RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(Arch_x86_64)));
-            stackPtrArch_ppc32 = RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(Arch_ppc32)));
-            stackPtrArch_ppc64 = RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(Arch_ppc64)));
-            stackPtrArch_aarch64 = RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(Arch_aarch64)));
-            stackPtrArch_amdgpu_vega = RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(Arch_amdgpu_vega)));
+                stackPtrArch_x86 = RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(Arch_x86)));
+                stackPtrArch_x86_64 = RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(Arch_x86_64)));
+                stackPtrArch_ppc32 = RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(Arch_ppc32)));
+                stackPtrArch_ppc64 = RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(Arch_ppc64)));
+                stackPtrArch_aarch64 = RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(Arch_aarch64)));
+                stackPtrArch_amdgpu_vega = RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(Arch_amdgpu_vega)));
+                stackPtrArch_amdgpu_cdna2 = RegisterAST::Ptr(new RegisterAST(MachRegister::getStackPointer(Arch_amdgpu_cdna2)));
             }
             if(thePC.empty())
             {
@@ -160,6 +166,7 @@
                 thePCArch_ppc64 = RegisterAST::Ptr(new RegisterAST(MachRegister::getPC(Arch_ppc64)));
                 thePCArch_aarch64 = RegisterAST::Ptr(new RegisterAST(MachRegister::getPC(Arch_aarch64)));
                 thePCArch_amdgpu_vega = RegisterAST::Ptr(new RegisterAST(MachRegister::getPC(Arch_amdgpu_vega)));
+                thePCArch_amdgpu_cdna2 = RegisterAST::Ptr(new RegisterAST(MachRegister::getPC(Arch_amdgpu_cdna2)));
             }
             ANNOTATE_HAPPENS_BEFORE(&IA_IAPI::ptrInit);
     });
@@ -341,7 +348,7 @@
     entryID e = curInsn().getOperation().getID();
     if(e == e_No_Entry)
     {
-        parsing_printf("...WARNING: un-decoded instruction at 0x%x\n", current);
+        parsing_printf("...WARNING: un-decoded instruction at 0x%lx\n", current);
         return true;
     }
     return false;
@@ -533,7 +540,7 @@
     Address target;
     boost::tie(valid, target) = getCFT(); 
     if (valid) return false;
-    parsing_printf("... indirect jump at 0x%x, delay parsing it\n", current);
+    parsing_printf("... indirect jump at 0x%lx, delay parsing it\n", current);
     return true;
 }
 
@@ -662,7 +669,7 @@
                 }
                 else
                 {
-                    parsing_printf("%s%d: PLT tail call to %x (%s)\n", 
+                    parsing_printf("%s%d: PLT tail call to %lx (%s)\n", 
                             FILE__, __LINE__, target,
                             (*plt_entries)target.c_str());
                     outEdges.push_back(std::make_pair(target, DIRECT));
@@ -671,7 +678,7 @@
             }
             else
             {
-                parsing_printf("%s%d: tail call to %x\n", 
+                parsing_printf("%s%d: tail call to %lx\n", 
                         FILE__, __LINE__, target);
                 outEdges.push_back(std::make_pair(target, DIRECT));
             }
@@ -679,7 +686,7 @@
         }
         else
         {
-            parsing_printf("... indirect jump at 0x%x\n", current);
+            parsing_printf("... indirect jump at 0x%lx\n", current);
             if( num_insns == 2 ) {
                 // Handle a pernicious indirect tail call idiom here
                 // What we've seen is mov (%rdi), %rax; jmp *%rax
@@ -858,7 +865,7 @@
     if (!callTarget) return make_pair(false, 0);
     // FIXME: templated bind(),dammit!
     callTarget->bind(thePC_isrc->getArch().get(), Result(s64, current));
-    parsing_printf("%s%d: binding PC %s in %s to 0x%x...", FILE__, __LINE__,
+    parsing_printf("%s%d: binding PC %s in %s to 0x%lx...", FILE__, __LINE__,
             thePC_isrc->getArch()->format(curInsn().getArch()).c_str(), curInsn().format().c_str(), current);
 
     Result actualTarget = callTarget->eval();
@@ -866,18 +873,18 @@
     if(actualTarget.defined)
     {
         cachedCFT = std::make_pair(true, actualTarget.convert<Address>());
-        parsing_printf("SUCCESS (CFT=0x%x)\n", cachedCFT.second);
+        parsing_printf("SUCCESS (CFT=0x%lx)\n", cachedCFT.second);
     }
     else
     {
         cachedCFT = std::make_pair(false, 0); 
-        parsing_printf("FAIL (CFT=0x%x), callTarget exp: %s\n",
+        parsing_printf("FAIL (CFT=0x%lx), callTarget exp: %s\n",
                 cachedCFT.second,callTarget->format(curInsn().getArch()).c_str());
     }
     validCFT = true;
 
     if(isLinkerStub()) {
-        parsing_printf("Linker stub detected: Correcting CFT.  (CFT=0x%x)\n",
+        parsing_printf("Linker stub detected: Correcting CFT.  (CFT=0x%lx)\n",
                 cachedCFT.second);
     }
 
@@ -917,7 +924,7 @@
     IndirectControlFlowAnalyzer icfa(currFunc, currBlk);
     bool ret = icfa.NewJumpTableAnalysis(outEdges);
 
-    parsing_printf("Jump table parser returned %d, %d edges\n", ret, outEdges.size());
+    parsing_printf("Jump table parser returned %d, %lu edges\n", ret, outEdges.size());
     for (auto oit = outEdges.begin(); oit != outEdges.end(); ++oit) parsing_printf("edge target at %lx\n", oit->first);
     // Update statistics 
     currBlk->obj()->cs()->incrementCounter(PARSE_JUMPTABLE_COUNT);

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/IA_amdgpu.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/IA_amdgpu.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/IA_power.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/IA_power.C Changed

@@ -291,7 +291,7 @@
       ci.getWriteSet (regs);
       if (regs.size () != 1)
 	{
-	  parsing_printf ("mfspr wrote %d registers instead of 1. insn: %s\n",
+	  parsing_printf ("mfspr wrote %lu registers instead of 1. insn: %s\n",
 			  regs.size (), ci.format ().c_str ());
 	  return 0;
 	}
@@ -325,7 +325,7 @@
 	  ++cnt;
 	}
     }
-  parsing_printf ("%s:%d isReturnAddrSave examined %d instructions - returning %d \n", FILE__, __LINE__, cnt, ret);
+  parsing_printf ("%s:%d isReturnAddrSave examined %d instructions - returning %lu\n", FILE__, __LINE__, cnt, ret);
   return ret;
 }
 
@@ -336,7 +336,6 @@
 	parsing_printf(" Not BLR - returning false \n");
 	return false;
    }
-  Instruction ci = curInsn ();
   Function *func = context;
   parsing_printf
     ("isblrReturn at 0x%lx Addr 0x%lx 0x%lx Function addr 0x%lx leaf %d \n",
@@ -379,7 +378,7 @@
 	}
       for(iter = copy.allInsns.rbegin(); iter != copy.allInsns.rend(); iter++)
 	{
-	  parsing_printf ("\t\tchecking insn 0x%x: %s \n", iter->first,
+	  parsing_printf ("\t\tchecking insn 0x%lx: %s \n", iter->first,
 		  iter->second.format ().c_str ());
 	  if (iter->second.getOperation().getID () == power_op_mtspr &&
 	      iter->second.isWritten (regLR))
@@ -438,21 +437,6 @@
     return false;
 }
 
-const unsigned int B_UNCOND      = 0x48000000;
-const unsigned int ADDIS_R12_R12 = 0x3d8c0000;
-const unsigned int ADDIS_R12_R2  = 0x3d820000;
-const unsigned int ADDIS_R2_R2   = 0x3c420000;
-const unsigned int ADDI_R12_R12  = 0x398c0000;
-const unsigned int ADDI_R2_R2    = 0x38420000;
-const unsigned int STD_R2_40R1   = 0xf8410028;
-const unsigned int LD_R2_40R1    = 0xe8410028;
-const unsigned int LD_R2_0R2     = 0xe8420000;
-const unsigned int LD_R2_0R12    = 0xe84c0000;
-const unsigned int LD_R11_0R12   = 0xe96c0000;
-const unsigned int LD_R11_0R2    = 0xe9620000;
-const unsigned int MTCTR_R11     = 0x7d6903a6;
-const unsigned int BCTR          = 0x4e800420;
-
 typedef enum {
     STUB_UNKNOWN,
     STUB_LONG_BRANCH,
@@ -463,6 +447,20 @@
 linker_stub_t checkLinkerStub(void *insn_buf, Offset &off)
 {
 #if defined(ppc64_linux)
+    const unsigned int B_UNCOND      = 0x48000000;
+    const unsigned int ADDIS_R12_R12 = 0x3d8c0000;
+    const unsigned int ADDIS_R12_R2  = 0x3d820000;
+    const unsigned int ADDIS_R2_R2   = 0x3c420000;
+    const unsigned int ADDI_R12_R12  = 0x398c0000;
+    const unsigned int ADDI_R2_R2    = 0x38420000;
+    const unsigned int STD_R2_40R1   = 0xf8410028;
+    const unsigned int LD_R2_40R1    = 0xe8410028;
+    const unsigned int LD_R2_0R12    = 0xe84c0000;
+    const unsigned int LD_R11_0R12   = 0xe96c0000;
+    const unsigned int LD_R11_0R2    = 0xe9620000;
+    const unsigned int MTCTR_R11     = 0x7d6903a6;
+    const unsigned int BCTR          = 0x4e800420;
+
     /*
      * Linker stubs seen from GNU's binutils.
      * (see the following functions in binutils' bfd/elf64-ppc.c:

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/IA_power.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/IA_power.h Changed

@@ -50,7 +50,7 @@
     PPC_BLR_NOTRETURN } ReturnState;
 
  PPC_BLR_Visitor(Address ret)
-   : ret_(ret), return_(PPC_BLR_UNSET) {};
+   : ret_(ret), return_(PPC_BLR_UNSET) {}
 
      virtual AST::Ptr visit(AST *);
      virtual AST::Ptr visit(DataflowAPI::BottomAST *);
@@ -58,16 +58,16 @@
      virtual AST::Ptr visit(DataflowAPI::VariableAST *);
      virtual AST::Ptr visit(DataflowAPI::RoseAST *);
      //virtual AST::Ptr visit(StackAST *);
-     virtual ASTPtr visit(InputVariableAST *) {return AST::Ptr();};
-     virtual ASTPtr visit(ReferenceAST *) {return AST::Ptr();};
-     virtual ASTPtr visit(StpAST *) {return AST::Ptr();};
-     virtual ASTPtr visit(YicesAST *) {return AST::Ptr();};
-     virtual ASTPtr visit(SemanticsAST *) {return AST::Ptr();};
+     virtual ASTPtr visit(InputVariableAST *) {return AST::Ptr();}
+     virtual ASTPtr visit(ReferenceAST *) {return AST::Ptr();}
+     virtual ASTPtr visit(StpAST *) {return AST::Ptr();}
+     virtual ASTPtr visit(YicesAST *) {return AST::Ptr();}
+     virtual ASTPtr visit(SemanticsAST *) {return AST::Ptr();}
 
   
-   virtual ~PPC_BLR_Visitor() {};
+   virtual ~PPC_BLR_Visitor() {}
 
-  ReturnState returnState() const { return return_; };
+  ReturnState returnState() const { return return_; }
 
   private:
      using ASTVisitor::visit;

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/IA_x86.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/IA_x86.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/IA_x86.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/IA_x86.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/IndirectAnalyzer.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/IndirectAnalyzer.C Changed

@@ -96,7 +96,7 @@
     GraphPtr slice = formatSlicer.backwardSlice(jtfp);
     if (se.cs->getArch() == Arch_amdgpu_vega && insn.getOperation().getID() == amdgpu_op_s_swappc_b64 ) {
         Result_t symRet;
-        auto ret = SymEval::expand(slice,symRet);
+        SymEval::expand(slice,symRet);
         
         //for (auto const & cd : symRet) {
         //    std::cout << " f: " << cd.first << " " << cd.second << std::endl; 
@@ -115,7 +115,6 @@
         if( new_ast->getID() == AST::V_ConstantAST) {
             ConstantAST::Ptr constAST = 
                 boost::static_pointer_cast<ConstantAST>(new_ast);
-            size_t size = constAST->val().size;
             uint64_t val = constAST->val().val;
             //std::cerr << " resolved, value = " <<  std::hex <<val <<std::endl;
             outEdges.push_back(std::make_pair(Address(val),CALL));
@@ -201,7 +200,7 @@
     if (jumpTableOutEdges.size() > 0 && inst.indexStride > 0)
         func->getJumpTables()block->last() = inst;
 
-    parsing_printf(", find %d edges\n", jumpTableOutEdges.size());
+    parsing_printf(", find %lu edges\n", jumpTableOutEdges.size());
     outEdges.insert(outEdges.end(), jumpTableOutEdges.begin(), jumpTableOutEdges.end());
     return !jumpTableOutEdges.empty();
 }						       
@@ -268,13 +267,13 @@
 	    return;
 	}
 	InstructionDecoder dec(buf, b->end() - b->start(), b->obj()->cs()->getArch());
-	InsnAdapter::IA_IAPI* block = InsnAdapter::IA_IAPI::makePlatformIA_IAPI(b->obj()->cs()->getArch(), dec, b->start(), b->obj() , b->region(), b->obj()->cs(), b);
+	InsnAdapter::IA_IAPI* insnBlock = InsnAdapter::IA_IAPI::makePlatformIA_IAPI(b->obj()->cs()->getArch(), dec, b->start(), b->obj() , b->region(), b->obj()->cs(), b);
 	Address cur = b->start();
 	while (cur < b->end()) {
-	    if (block->getInstruction().getCategory() == c_CallInsn && block->isThunk()) {
+	    if (insnBlock->getInstruction().getCategory() == c_CallInsn && insnBlock->isThunk()) {
 	        bool valid;
 		Address addr;
-		boost::tie(valid, addr) = block->getCFT();
+		boost::tie(valid, addr) = insnBlock->getCFT();
 		const unsigned char *target = (const unsigned char *) b->region()->getPtrToInstruction(addr);
 		InstructionDecoder targetChecker(target, InstructionDecoder::maxInstructionLength, b->obj()->cs()->getArch());
 		Instruction thunkFirst = targetChecker.decode();
@@ -284,17 +283,17 @@
 		for (auto curReg = thunkTargetRegs.begin(); curReg != thunkTargetRegs.end(); ++curReg) {
 		    ThunkInfo t;
 		    t.reg = (*curReg)->getID();
-		    t.value = block->getAddr() + block->getInstruction().size();
+		    t.value = insnBlock->getAddr() + insnBlock->getInstruction().size();
 		    t.value += ThunkAdjustment(t.value, t.reg, b);
 		    t.block = b;
-		    thunks.insert(make_pair(block->getAddr(), t));
-		    parsing_printf("\tfind thunk at %lx, storing value %lx to %s\n", block->getAddr(), t.value , t.reg.name().c_str());
+		    thunks.insert(make_pair(insnBlock->getAddr(), t));
+		    parsing_printf("\tfind thunk at %lx, storing value %lx to %s\n", insnBlock->getAddr(), t.value , t.reg.name().c_str());
 		}
 	    }
-	    cur += block->getInstruction().size();
-	    if (cur < b->end()) block->advance();
+	    cur += insnBlock->getInstruction().size();
+	    if (cur < b->end()) insnBlock->advance();
 	}
-	delete block;
+	delete insnBlock;
     }
 }
 
@@ -355,7 +354,7 @@
     Instruction i = memLoc->insn();
     std::vector<Operand> ops;
     i.getOperands(ops);
-    parsing_printf("\t there are %d operands\n", ops.size());
+    parsing_printf("\t there are %lu operands\n", ops.size());
     for (auto oit = ops.begin(); oit != ops.end(); ++oit) {
         Operand o = *oit;
 	if (o.readsMemory()) {

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/InstructionAdapter.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/InstructionAdapter.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/JumpTableFormatPred.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/JumpTableFormatPred.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/JumpTableIndexPred.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/JumpTableIndexPred.C Changed

@@ -188,7 +188,7 @@
 
     currentAssigns.insert(ap);
 
-    parsing_printf("Adding assignment %s in instruction %s at %lx, total %d\n", ap->format().c_str(), ap->insn().format().c_str(), ap->addr(), currentAssigns.size());
+    parsing_printf("Adding assignment %s in instruction %s at %lx, total %lu\n", ap->format().c_str(), ap->insn().format().c_str(), ap->addr(), currentAssigns.size());
 /*
     if (ap->insn() && ap->insn().readsMemory() && firstMemoryRead) {
         firstMemoryRead = false;
@@ -201,7 +201,7 @@
         if (ap && ap->block() && ap->block()->obj()->cs()->getArch() == Arch_aarch64) {
             unknownInstruction = true;
         }
-        parsing_printf("\t add unknown instruction, opcode %d, %d\n", ap->insn().getOperation().getID(), ap->insn().getOperation().getID() == aarch64_op_b_cond); 
+        parsing_printf("\t add unknown instruction, opcode %u, %d\n", ap->insn().getOperation().getID(), ap->insn().getOperation().getID() == aarch64_op_b_cond); 
         return true;
     }
 
@@ -292,7 +292,7 @@
 }
 
 bool JumpTableIndexPred::modifyCurrentFrame(Slicer::SliceFrame &frame, Graph::Ptr g, Slicer *) {
-    parsing_printf("\tIn JumpTableIndexPred::modifyCurrentFrame, size %d\n", g->size());
+    parsing_printf("\tIn JumpTableIndexPred::modifyCurrentFrame, size %u\n", g->size());
 
     if (g->size() == 1) {
         /* This is the start of the jump table index slice.

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/JumpTableIndexPred.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/JumpTableIndexPred.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/LoopAnalyzer.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/LoopAnalyzer.C Changed

@@ -73,24 +73,24 @@
 };
 
 void LoopAnalyzer::dfsCreateLoopHierarchy(LoopTreeNode * parent,
-                            vector<Loop *> &loops,
-                            std::string level)
+                            vector<Loop *> &loops_,
+                            std::string level_)
 {
-  for (unsigned int i = 0; i < loops.size(); i++) {
+  for (unsigned int i = 0; i < loops_.size(); i++) {
     // loop name is hierarchical level
-    std::string clevel = (level != "")
-      ? level + "." + utos(i+1)
+    std::string clevel = (level_ != "")
+      ? level_ + "." + utos(i+1)
       : utos(i+1);
 
     // add new tree nodes to parent
     LoopTreeNode * child =
-      new LoopTreeNode(loopsi, (std::string("loop_"+clevel)).c_str());
+      new LoopTreeNode(loops_i, (std::string("loop_"+clevel)).c_str());
 
     parent->children.push_back(child);
 
     // recurse with this child's outer loops
     vector<Loop*> outerLoops;
-    loopsi->getOuterLoops(outerLoops);
+    loops_i->getOuterLoops(outerLoops);
     loop_sort l;
     std::sort(outerLoops.begin(), outerLoops.end(), l);
     dfsCreateLoopHierarchy(child, outerLoops, clevel);
@@ -129,8 +129,8 @@
               if (callee->entry()->end() != target->start()) continue;
               // Make sure that the function entry block will fall through to the call target
               bool findFT = false;
-              for (auto eit = callee->entry()->targets().begin(); eit != callee->entry()->targets().end(); ++eit) {
-                  if ((*eit)->type() == FALLTHROUGH) {
+              for (auto i : callee->entry()->targets()) {
+                  if (i->type() == FALLTHROUGH) {
                       findFT = true;
                       break;
                   }

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/ParseCallback.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/ParseCallback.C Changed

@@ -173,110 +173,110 @@
 void ParseCallbackManager::interproc_cf(Function *f, Block *b, Address a, ParseCallback::interproc_details *d) {
    for (iterator iter = begin(); iter != end(); ++iter)
       (*iter)->interproc_cf(f, b, a, d);
-};
+}
 
 void ParseCallbackManager::instruction_cb(Function *f, Block *b, Address a, ParseCallback::insn_details *d) {
    for (iterator iter = begin(); iter != end(); ++iter)
       (*iter)->instruction_cb(f, b, a, d);
-};
+}
 
 void ParseCallbackManager::overlapping_blocks(Block *a, Block *b) {
    for (iterator iter = begin(); iter != end(); ++iter)
       (*iter)->overlapping_blocks(a, b);
-};
+}
 
 void ParseCallbackManager::newfunction_retstatus(Function *f) {
    boost::lock_guard <Function> g(*f);
    for (iterator iter = begin(); iter != end(); ++iter)
       (*iter)->newfunction_retstatus(f);
-};
+}
 
 void ParseCallbackManager::patch_nop_jump(Address a) {
    for (iterator iter = begin(); iter != end(); ++iter)
       (*iter)->patch_nop_jump(a);
-};
+}
 
 bool ParseCallbackManager::updateCodeBytes(Address a) {
    bool ret = true;
    for (iterator iter = begin(); iter != end(); ++iter)
       if (!(*iter)->updateCodeBytes(a)) ret = false;
    return ret;
-};
+}
 
 void ParseCallbackManager::abruptEnd_cf(Address a, Block *b, ParseCallback::default_details *d) {
    for (iterator iter = begin(); iter != end(); ++iter)
       (*iter)->abruptEnd_cf(a, b, d);
-};
+}
 
 bool ParseCallbackManager::absAddr(Address abs, Address &load, CodeObject *&obj) {
    bool ret = true;
    for (iterator iter = begin(); iter != end(); ++iter)
       if (!(*iter)->absAddr(abs, load, obj)) ret = false;
    return ret;
-};
+}
 
 bool ParseCallbackManager::hasWeirdInsns(const Function *f) {
    bool ret = true;
    for (iterator iter = begin(); iter != end(); ++iter)
       if (!(*iter)->hasWeirdInsns(f)) ret = false;
    return ret;
-};
+}
 
 void ParseCallbackManager::foundWeirdInsns(Function *f) {
    for (iterator iter = begin(); iter != end(); ++iter)
       (*iter)->foundWeirdInsns(f);
-};
+}
 
 void ParseCallbackManager::split_block_cb(Block *a, Block *b) {
    for (iterator iter = begin(); iter != end(); ++iter)
       (*iter)->split_block_cb(a, b);
-};
+}
 
 void ParseCallbackManager::discover_function(Function* f) {
    for (iterator iter = begin(); iter != end(); ++iter)
       (*iter)->function_discovery_cb(f);
-};
+}
 
 void ParseCallbackManager::destroy_cb(Block *b) {
    for (iterator iter = begin(); iter != end(); ++iter)
       (*iter)->destroy_cb(b);
-};
+}
 
 void ParseCallbackManager::destroy_cb(Edge *e) {
    for (iterator iter = begin(); iter != end(); ++iter)
       (*iter)->destroy_cb(e);
-};
+}
 
 void ParseCallbackManager::destroy_cb(Function *f) {
    for (iterator iter = begin(); iter != end(); ++iter)
       (*iter)->destroy_cb(f);
-};
+}
 
 void ParseCallbackManager::remove_edge_cb(Block *b, Edge *e, ParseCallback::edge_type_t t) {
    for (iterator iter = begin(); iter != end(); ++iter)
       (*iter)->remove_edge_cb(b, e, t);
-};
+}
 
 void ParseCallbackManager::add_edge_cb(Block *b, Edge *e, ParseCallback::edge_type_t t) {
    for (iterator iter = begin(); iter != end(); ++iter)
       (*iter)->add_edge_cb(b, e, t);
-};
+}
 
 void ParseCallbackManager::modify_edge_cb(Edge *e, Block *b, ParseCallback::edge_type_t t) {
    for (iterator iter = begin(); iter != end(); ++iter)
       (*iter)->modify_edge_cb(e, b, t);
-};
+}
 
 void ParseCallbackManager::remove_block_cb(Function *f, Block *b) {
    for (iterator iter = begin(); iter != end(); ++iter)
       (*iter)->remove_block_cb(f, b);
-};
+}
 
 
 void ParseCallbackManager::add_block_cb(Function *f, Block *b) {
    for (iterator iter = begin(); iter != end(); ++iter)
       (*iter)->add_block_cb(f, b);
-};
+}
 
 void ParseCallbackManager::registerCallback(ParseCallback *cb) {
    cbs_.push_back(cb);

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/ParseData.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/ParseData.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/Parser-speculative.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/Parser-speculative.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/Parser.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/Parser.C Changed

@@ -53,8 +53,6 @@
 #include <boost/timer/timer.hpp>
 #include <fstream>
 
-#include "tbb/concurrent_vector.h"
-
 using namespace std;
 using namespace Dyninst;
 using namespace Dyninst::ParseAPI;
@@ -67,7 +65,7 @@
 
 namespace {
     struct less_cr {
-        bool operator()(CodeRegion * x, CodeRegion * y)
+        bool operator()(CodeRegion * x, CodeRegion * y) const
         {
             return x->offset() < y->offset();
         }
@@ -166,7 +164,7 @@
 Parser::parse()
 {
     parsing_printf("%s:%d parse() called on Parser %p with state %d\n",
-            FILE__,__LINE__,this, _parse_state);
+            FILE__,__LINE__,(void*)this, _parse_state);
 
     if(_parse_state == UNPARSEABLE) {
         record_hint_functions();
@@ -184,7 +182,7 @@
     if(_parse_state < COMPLETE)
         _parse_state = COMPLETE;
 
-    parsing_printf("%s:%d parsing complete for Parser %p with state %d\n", FILE__, __LINE__, this, _parse_state);
+    parsing_printf("%s:%d parsing complete for Parser %p with state %d\n", FILE__, __LINE__, (void*)this, _parse_state);
 #ifdef ADD_PARSE_FRAME_TIMERS
     std::ofstream stat_log("functions.csv");
     stat_log << "Results for " << time_histogram.size() << " buckets\n";
@@ -281,7 +279,7 @@
     LockFreeQueue<ParseFrame *> work;
 
     parsing_printf("%s:%d entered parse_vanilla()\n",FILE__,__LINE__);
-    parsing_printf("\t%d function hints\n",hint_funcs.size());
+    parsing_printf("\t%lu function hints\n",hint_funcs.size());
 
     if(_parse_state < PARTIAL)
         _parse_state = PARTIAL;
@@ -339,7 +337,7 @@
 
     // build up set of needed parse frames and load them with work elements
     set<ParseFrame*> frameset; // for dup checking
-    LockFreeQueue<ParseFrame*> frames;
+    LockFreeQueue<ParseFrame*> frameQ;
 
     for (unsigned idx=0; idx < work_elems.size(); idx++) {
 
@@ -424,7 +422,7 @@
         frame->pushWork(elem);
         if (frameset.end() == frameset.find(frame)) {
             frameset.insert(frame);
-            frames.insert(frame);
+            frameQ.insert(frame);
         }
     }
     ScopeLock<Mutex<true> > L(parse_mutex);
@@ -432,7 +430,7 @@
     if(_parse_state < PARTIAL)
         _parse_state = PARTIAL;
 
-    parse_frames( frames, true );
+    parse_frames( frameQ, true );
 
     if(_parse_state > COMPLETE)
         _parse_state = COMPLETE;
@@ -852,14 +850,7 @@
 
             Block* trg_block = e->trg();
 
-            bool trg_has_call_edge = false;
-            Block::edgelist sources;
-            trg_block->copy_sources(sources);
-            for (auto e2: sources)
-                if (e2->type() == CALL) {
-                    trg_has_call_edge = true;
-                    break;
-                }
+            bool trg_has_call_edge = trg_block->hasCallSource();
 
             // Rule 1:
             // If an edge is currently not a tail call, but the edge target has a CALL incoming edge,
@@ -900,13 +891,7 @@
             // Rule 3:
             // If an edge is currently a tail call, but the edge target has only the current edge as incoming edges,
             // we treat this as not tail call.        
-            bool only_incoming = true;
-            for (auto e2: sources)
-                if (e2 != e) {
-                    only_incoming = false;
-                    break;
-                }
-            if (only_incoming) {
+            if (trg_block->getOnlyIncomingEdge() == e) {
                 e->_type._interproc = false;
                 parsing_printf("from %lx to %lx, marked as not tail call (single entry), re-finalize\n", b->last(), e->trg()->start());
                 return false;
@@ -933,9 +918,11 @@
             b->copy_targets(targets);
             for (auto e : targets) {
                 if (!e->interproc() && (e->type() == INDIRECT || e->type() == DIRECT)) {
+		  if (b->last() != e->trg()->start()) { // if not an instruction that branches to itself
                     e->_type._interproc = true;
                     parsing_printf("from %lx to %lx, marked as tail call (jump at entry), re-finalize\n", b->last(), e->trg()->start());
                     return false;
+		  }
                 }
             }
         }
@@ -995,7 +982,7 @@
                 eit != edges.end();
                 eit++)
         {
-            boost::lock_guard<Block> g(*(*eit)->src());
+            boost::lock_guard<Block> blockGuard(*(*eit)->src());
             if (2 > (*eit)->src()->targets().size()) {
                 Block *ft = _parse_data->findBlock((*eit)->src()->region(),
                         (*eit)->src()->end());
@@ -1023,6 +1010,21 @@
         finalize_funcs(discover_funcs);
         clean_bogus_funcs(discover_funcs);
 
+        // We need to redo finalization one more time to get correct
+        // function boundaries. This is intended to handle tail call
+        // correction. Suppose function A contains function B, and
+        // function B tail calls C.
+        // Further, we assume that parseAPI fails to identify the tail call
+        // in B. Then during finalizaiton, we can correct the tail call
+        // either when we finalize A or B, but not both. Therefore,
+        // after finalization, either A or B would have incorrect function
+        // boundary. Therefore, we recompute function boundary.
+        // In addition, there is no need for a loop to redo finalization
+        // as there would be no more tail call correction.
+        // We only need to get correct function boundaries.
+        finalize_funcs(hint_funcs);
+        finalize_funcs(discover_funcs);
+
         for (auto it = hint_funcs.begin(); it != hint_funcs.end(); ++it)
             if (deleted_func.find(*it) == deleted_func.end()) {
                 sorted_funcs.insert(*it);
@@ -1138,8 +1140,8 @@
     Block* cur = e->trg();
 
     parsing_printf("Remove an edge from %p%lx, %lx) to %p%lx, %lx), type %d\n",
-            e->src(), e->src()->start(), e->src()->end(),
-            e->trg(), e->trg()->start(), e->trg()->end(),
+            (void*)e->src(), e->src()->start(), e->src()->end(),
+            (void*)e->trg(), e->trg()->start(), e->trg()->end(),
             e->type());
     e->src()->removeTarget(e);
     // Bogus control flow may lead to invalid instructions,
@@ -1511,7 +1513,7 @@
                     }
 
                     if (is_nonret) {
-                        parsing_printf("%s no fallthrough for non-returning syscall\n",
+                        parsing_printf("%s edge %lx, no fallthrough for non-returning syscall\n",
                                 FILE__,
                                 work->edge()->src()->lastInsnAddr());
 
@@ -1661,7 +1663,7 @@
             parsing_printf("%s parsing block %lx\n",
                     FILE__,cur->start());
             if (frame.func->obj()->defensiveMode()) {
-                mal_printf("new block at %lx (0x%lx)\n",cur->start(), cur);
+                mal_printf("new block at %lx (0x%p)\n",cur->start(), (void*)cur);
             }
 
             cur->_parsed = true;
@@ -1891,10 +1893,10 @@
                     mal_printf("Nop jump at %lx, changing it to nop\n",ah->getAddr());
                     _pcb.patch_nop_jump(ah->getAddr());
                     unsigned bufsize = func->region()->offset() + func->region()->length() - ah->getAddr();
-                    const unsigned char* bufferBegin = (const unsigned char *)
+                    const unsigned char* bufBegin = (const unsigned char *)
                         (func->region()->getPtrToInstruction(ah->getAddr()));
                     dec = InstructionDecoder
-                        (bufferBegin, bufsize, frame.codereg->getArch());
+                        (bufBegin, bufsize, frame.codereg->getArch());
                     ah->reset(dec, curAddr, func->obj(),
                             func->region(), func->isrc(), cur);
                 } else {
@@ -2416,7 +2418,7 @@
                 ++fIter) {
             work.insert(*fIter);
             Function *f = (*fIter)->func;
-            parsing_printf("\t undelay function %s at %lx, frame delay work size %d\n", f->name().c_str(), f->addr(), (*fIter)->delayedWork.size()); 
+            parsing_printf("\t undelay function %s at %lx, frame delay work size %lu\n", f->name().c_str(), f->addr(), (*fIter)->delayedWork.size()); 
         }
         // remove func from delayedFrames map
         delayed_frames.erase(a);
@@ -2561,11 +2563,11 @@
             for (auto iit = B_insns.begin(); iit != B_insns.end(); ++iit) {
                 auto ait = A_insns.find(iit->first);
                 if (ait != A_insns.end()) {
-                    Address addr = iit->first;
+                    Address address = iit->first;
                     --ait;
                     --iit;
 
-                    Block * ret = factory()._mkblock(fA, b->region(),addr);
+                    Block * ret = factory()._mkblock(fA, b->region(),address);
                     Block * exist = record_block(ret);
                     if (exist != ret) {
                         ret = exist;
@@ -2576,9 +2578,9 @@
 
                     A->moveTargetEdges(ret);
                     B->moveTargetEdges(ret);
-                    A->updateEnd(addr);
+                    A->updateEnd(address);
                     A->_lastInsn = ait->first;
-                    B->updateEnd(addr);                    
+                    B->updateEnd(address);
                     B->_lastInsn = iit->first;
 
                     if (a2.empty()) {

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/ParserDetails.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/ParserDetails.C Changed

@@ -413,7 +413,7 @@
     // Instruction adapter provides edge estimates from an instruction
     parsing_printf("Getting edges\n");
     ah->getNewEdges(edges_out, frame.func, cur, frame.num_insns, &plt_entries, frame.knownTargets);
-    parsing_printf("Returned %d edges\n", edges_out.size());
+    parsing_printf("Returned %lu edges\n", edges_out.size());
     if (unlikely(_obj.defensiveMode() && !ah->isCall() && edges_out.size())) {
         // only parse branch edges that align with existing blocks
         //
@@ -496,7 +496,7 @@
     // and later on is set set to true for transfers to bad addresses
     bool has_unres = ah->hasUnresolvedControlFlow(frame.func, frame.num_insns);
 
-    parsing_printf("\t\t%d edges:\n", edges_out.size());
+    parsing_printf("\t\t%lu edges:\n", edges_out.size());
     for (Edges_t::iterator curEdge = edges_out.begin();
          curEdge != edges_out.end(); ++curEdge) {
         Edge *newedge = NULL;
@@ -531,8 +531,8 @@
                 newedge = link_block(cur, _sink, CALL, true);
             }
             if (!ah->isCall()) {
-                parsing_printf("Setting edge 0x%lx (0x%lx/0x%lx) to interproc\n",
-                               newedge,
+                parsing_printf("Setting edge 0x%p (0x%lx/0x%lx) to interproc\n",
+                               (void*)newedge,
                                newedge->src()->start(),
                                newedge->trg_addr());
                 newedge->_type._interproc = true;
@@ -550,8 +550,8 @@
 
         if (ah->isTailCall(frame.func, curEdge->second, frame.num_insns, frame.knownTargets)) {
             tailcall = true;
-            parsing_printf("Setting edge 0x%lx (0x%lx/0x%lx) to interproc (tail call)\n",
-                           newedge,
+            parsing_printf("Setting edge 0x%p (0x%lx/0x%lx) to interproc (tail call)\n",
+                           (void*)newedge,
                            newedge->src()->start(),
                            newedge->trg_addr());
             newedge->_type._interproc = true;
@@ -581,7 +581,7 @@
         if (resolvable_edge) {
             parsing_printf("%s:%d pushing %lx onto worklist\n",
                            FILE__, __LINE__, we->target());
-            parsing_printf("%s:%d new edge is %p\n", FILE__, __LINE__, newedge);
+            parsing_printf("%s:%d new edge is %p\n", FILE__, __LINE__, (void*)newedge);
             frame.pushWork(we);
 
             if (unlikely(_obj.defensiveMode())) {

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/ParserDetails.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/ParserDetails.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/ProbabilisticParser.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/ProbabilisticParser.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/ProbabilisticParser.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/ProbabilisticParser.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/StackTamperVisitor.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/StackTamperVisitor.h Changed

@@ -35,7 +35,7 @@
 
 #include <map>
 #include <stack>
-#include "dataflowAPI/h/Absloc.h" // MemEmulator analysis
+#include "dataflowAPI/h/Absloc.h"
 #include "dataflowAPI/h/AbslocInterface.h" // And more of the same
 #include "dataflowAPI/h/SymEval.h" // Variable class
 #include "common/h/DynAST.h"
@@ -118,9 +118,9 @@
     return false;
   }
 
-Var() : x(0) {};
-Var(int a) : x(a) {};
-Var(T a) : x(0) { unknownsa = 1; };
+Var() : x(0) {}
+Var(int a) : x(a) {}
+Var(T a) : x(0) { unknownsa = 1; }
 
   int x;
   Unknowns unknowns;
@@ -203,11 +203,11 @@
     return linVar<T>();
   }
   
-linVar() : bottom(true) {};
-linVar(T x, T y) : bottom(false), a(x), b(y) {};
-linVar(int x, int y) : bottom(false), a(x), b(y) {};
-linVar(T x, int y): bottom(false), a(x), b(y) {};
-linVar(Var<T> x, Var<T> y) : bottom(false), a(x), b(y) {};
+linVar() : bottom(true) {}
+linVar(T x, T y) : bottom(false), a(x), b(y) {}
+linVar(int x, int y) : bottom(false), a(x), b(y) {}
+linVar(T x, int y): bottom(false), a(x), b(y) {}
+linVar(Var<T> x, Var<T> y) : bottom(false), a(x), b(y) {}
   bool bottom;
   Var<T> a;
   Var<T> b;
@@ -228,7 +228,7 @@
  class ConstantAST;
  class AbsRegionAST;
  class RoseAST;
- };
+ }
 
 class StackTamperVisitor : public ASTVisitor {
  public:
@@ -245,7 +245,7 @@
   virtual ASTVisitor::ASTPtr visit(StpAST *x) { return ASTVisitor::visit(x); }
   virtual ASTVisitor::ASTPtr visit(YicesAST *x) { return ASTVisitor::visit(x); }
   virtual ASTVisitor::ASTPtr visit(SemanticsAST *x) { return ASTVisitor::visit(x); }
-  virtual ~StackTamperVisitor() {};
+  virtual ~StackTamperVisitor() {}
   
   ParseAPI::StackTamper tampersStack(AST::Ptr a, Address &modAddr);

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/SymLiteCodeSource.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/SymLiteCodeSource.C Changed

@@ -1,5 +1,5 @@
 /*
- * Copyright (c) 1996-2021 Barton P. Miller
+ * Copyright (c) 1996-2022 Barton P. Miller
  * 
  * We provide the Paradyn Parallel Performance Tools (below
  * described as "Paradyn") on an AS IS basis, and do not warrant its
@@ -148,7 +148,7 @@
 SymReaderCodeRegion::isCode(const Address addr) const
 {
     if(!contains(addr)) return false;
-    return true;
+    return _region->perms & PF_X;
     
     /*
     // XXX this is the predicate from SymReader::isCode(a) +
@@ -163,7 +163,7 @@
 SymReaderCodeRegion::isData(const Address addr) const
 {
     if(!contains(addr)) return false;
-    return true;
+    return !(_region->perms & PF_X);
     
 
     /*
@@ -174,6 +174,16 @@
     */
 }
 
+bool
+SymReaderCodeRegion::isReadOnly(const Address addr) const
+{
+    if (!contains(addr))  {
+        return false;
+    }
+
+    return !(_region->perms & PF_W);
+}
+
 Address
 SymReaderCodeRegion::offset() const
 {
@@ -400,7 +410,7 @@
 SymReaderCodeSource::overlapping_warn(const char * file, unsigned line) const
 {
     if(regionsOverlap()) {
-        fprintf(stderr,"Invocation of routine at %s:%d is ambiguous for "
+        fprintf(stderr,"Invocation of routine at %s:%u is ambiguous for "
                        "binaries with overlapping code regions\n",
             file,line);
     }
@@ -484,6 +494,18 @@
         return false;
 }
 
+bool
+SymReaderCodeSource::isReadOnly(const Address addr) const
+{
+    overlapping_warn(FILE__,__LINE__);
+
+    CodeRegion * cr = lookup_region(addr);
+    if(cr)
+        return cr->isReadOnly(addr);
+    else
+        return false;
+}
+
 Address
 SymReaderCodeSource::offset() const
 {

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/SymbolicExpression.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/SymbolicExpression.C Changed

@@ -79,7 +79,7 @@
                                                    uint64_t val = child0->val().val;
                                                    // clip value according to size, but do not clip size 0 values
                                                    // and size 64 values
-                                                   uint64_t clipped_value = (size ==0 ||size ==64 )? \ 
+                                                   uint64_t clipped_value = (size ==0 ||size ==64 ) ?
                                                        val : val & ((1ULL << size) -1);
 
                                                    return ConstantAST::create(Constant(clipped_value, size));
@@ -207,8 +207,8 @@
                                           if (roseAST->child(0)->getID() == AST::V_ConstantAST) {
                                               uint64_t val = 0;
                                               ConstantAST::Ptr c = boost::static_pointer_cast<ConstantAST>(roseAST->child(0));
-                                              Address addr = c->val().val;
-                                              if (ReadMemory(addr, val, roseAST->val().size / 8)) {
+                                              Address a = c->val().val;
+                                              if (ReadMemory(a, val, roseAST->val().size / 8)) {
                                                   return ConstantAST::create(Constant(val, 64));
                                               }
                                           }
@@ -374,7 +374,7 @@
             return make_pair(ast, false);
         }
     } else {
-        parsing_printf("\t\tExpanding instruction @ %x: %s, assignment %s\n",
+        parsing_printf("\t\tExpanding instruction @ %lx: %s, assignment %s\n",
                 assign->addr(), assign->insn().format().c_str(), assign->format().c_str());
         pair<AST::Ptr, bool> expandRet = SymEval::expand(assign, false);
         if (expandRet.second && expandRet.first) {
@@ -423,9 +423,9 @@
         case Arch_x86:
         case Arch_x86_64:
         case Arch_amdgpu_vega:
+        case Arch_amdgpu_cdna2:
             return cur + insnSize;
         case Arch_aarch64:
-        case Arch_amdgpu_rdna:
         case Arch_ppc32:
         case Arch_ppc64:
             return cur;

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/SymtabCodeSource.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/SymtabCodeSource.C Changed

@@ -29,6 +29,7 @@
  */
 #include <vector>
 #include <map>
+#include <atomic>
 
 #include <boost/assign/list_of.hpp>
 
@@ -425,7 +426,7 @@
         _symtab->getMappedRegions(regs);
     }
 
-    parsing_printf("%s:%d processing %d symtab regions in %s\n",
+    parsing_printf("%s:%d processing %lu symtab regions in %s\n",
         FILE__,__LINE__,regs.size(),_symtab->name().c_str());
 
     _symtab->getAllSymbols(symbols);
@@ -479,9 +480,12 @@
     SeenMap seen;
     dyn_c_vector<Hint> h;
 
-    parsing_printf("%s:%d processing %d symtab hints\n",FILE__,__LINE__,
+    parsing_printf("%s:%d processing %lu symtab hints\n",FILE__,__LINE__,
         fsyms.size());
 
+    atomic_bool foundEntrySymbol{};
+    Address entryOffset = _symtab->getEntryOffset();
+
 #pragma omp parallel for schedule(auto)
     for (unsigned int i = 0; i < fsyms.size(); i++) {
         SymtabAPI::Function *f = fsymsi;
@@ -542,6 +546,10 @@
                            sr->getMemOffset(),
                            sr->getMemOffset()+sr->getDiskSize());
         } else {
+          if (entryOffset == offset)  {
+            foundEntrySymbol = true;
+          }
+
           _hints.push_back(Hint(f->getOffset(), f->getSymbolSize(), cr, fname_s));
           parsing_printf("\t<%lx,%s,%lx,%lx)>\n",
                          f->getOffset(),
@@ -550,6 +558,40 @@
                          cr->offset()+cr->length());
         }
     }
+
+    if (!foundEntrySymbol && _symtab->isExecutable())  {
+      // add entry point as this object is an executable
+      // and no symbol referenced the entry point
+      parsing_printf("Adding exectable entry point at %lx\n", entryOffset);
+      SymtabAPI::Region *sr = _symtab->findEnclosingRegion(entryOffset);
+      if (sr)  {
+        CodeRegion *cr = NULL;
+        {
+          RegionMap::const_accessor a;
+          bool found = rmap.find(a, sr);
+          if (found)  {
+            cr = a->second;
+          }
+        }
+
+        if (cr)  {
+	  const char startFuncName = "_start";
+	  // use 0 for function length as length is unknown and value unused
+          _hints.push_back(Hint(entryOffset, 0, cr, startFuncName));
+          parsing_printf("\t<%lx,%s,%lx,%lx)>\n",
+                         entryOffset,
+                         startFuncName,
+                         cr->offset(),
+                         cr->offset() + cr->length());
+        }  else  {
+          parsing_printf("%s:%d unrecognized Region %lx entry point function %lx\n",
+              FILE__, __LINE__, sr->getMemOffset(), entryOffset);
+        }
+      }  else  {
+        parsing_printf("%s:%d Symtab Region for entry point function %lx not found\n",
+            FILE__, __LINE__, entryOffset);
+      }
+    }
 }
 
 void
@@ -739,7 +781,7 @@
 {
     
     if(regionsOverlap()) {
-        parsing_printf("Invocation of routine at %s:%d is ambiguous for "
+        parsing_printf("Invocation of routine at %s:%u is ambiguous for "
                        "binaries with overlapping code regions\n",
             file,line);
     }

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/debug_parse.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/debug_parse.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseAPI/src/debug_parse.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseAPI/src/debug_parse.h Changed

@@ -33,13 +33,17 @@
 #include <stdlib.h>
 #include <stdio.h>
 #include <util.h>
+#include "compiler_annotations.h"
 
 namespace Dyninst {
 namespace ParseAPI {
 
-    extern int PARSER_EXPORT parsing_printf_int(const char *format, ...);
-    extern int PARSER_EXPORT malware_printf_int(const char *format, ...);
-    extern int PARSER_EXPORT indirect_collect_printf_int(const char *format, ...);
+    extern int PARSER_EXPORT parsing_printf_int(const char *format, ...)
+            DYNINST_PRINTF_ANNOTATION(1, 2);
+    extern int PARSER_EXPORT malware_printf_int(const char *format, ...)
+            DYNINST_PRINTF_ANNOTATION(1, 2);
+    extern int PARSER_EXPORT indirect_collect_printf_int(const char *format, ...)
+            DYNINST_PRINTF_ANNOTATION(1, 2);
     extern int dyn_debug_parsing;
     extern int dyn_debug_malware;
     extern int dyn_debug_indirect_collect;
@@ -48,16 +52,11 @@
 #define parsing_cerr if (dyn_debug_parsing) cerr
 #define malware_cerr if (dyn_debug_malware) cerr
 
-#if defined(__GNUC__)
-#define parsing_printf(format, args...) do { if(!dyn_debug_initialized || dyn_debug_parsing) parsing_printf_int(format, ## args); } while(0)
-#define mal_printf(format, args...) do { if(!dyn_debug_initialized || dyn_debug_malware) malware_printf_int(format, ## args); } while(0)
-#define indirect_collect_printf(format, args...) do { if(!dyn_debug_initialized || dyn_debug_indirect_collect) indirect_collect_printf_int(format, ## args); } while(0)
+#define dyn_debug_printf(debug_sys, ...) do { if(!dyn_debug_initialized || dyn_debug_##debug_sys) debug_sys##_printf_int(__VA_ARGS__); } while(0)
 
-#else
-#define parsing_printf parsing_printf_int
-#define mal_printf malware_printf_int
-#define indirect_collect_printf indirect_collect_printf_int
-#endif
+#define parsing_printf(...)              dyn_debug_printf(parsing, __VA_ARGS__)
+#define mal_printf(...)                  dyn_debug_printf(malware, __VA_ARGS__)
+#define indirect_collect_printf(...)     dyn_debug_printf(indirect_collect, __VA_ARGS__)
 }
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/parseThat/.gitignore -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseThat/.gitignore Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseThat/CMakeLists.txt -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseThat/CMakeLists.txt Changed

@@ -1,9 +1,35 @@
-add_executable(parseThat src/parseThat.C src/config.C src/ipc.C src/record.C src/strlist.C src/reglist.C src/log.C src/utils.C src/sha1.C src/dyninstCore.C src/dyninstCompat.v5.C)
+add_executable(
+    parseThat
+    src/parseThat.C
+    src/config.C
+    src/ipc.C
+    src/record.C
+    src/strlist.C
+    src/reglist.C
+    src/log.C
+    src/utils.C
+    src/sha1.C
+    src/dyninstCore.C
+    src/dyninstCompat.v5.C)
 add_definitions(-DHAVE_BPATCH_PROCESS_H)
 
-if (USE_OpenMP)
-set_target_properties (parseThat PROPERTIES COMPILE_FLAGS ${OpenMP_CXX_FLAGS} LINK_FLAGS ${OpenMP_CXX_FLAGS})
+if(USE_OpenMP)
+    set_target_properties(parseThat PROPERTIES COMPILE_FLAGS ${OpenMP_CXX_FLAGS}
+                                               LINK_FLAGS ${OpenMP_CXX_FLAGS})
 endif()
 
-target_link_private_libraries(parseThat dyninstAPI patchAPI parseAPI instructionAPI stackwalk symtabAPI common pcontrol dynDwarf dynElf ${Boost_LIBRARIES} ${ElfUtils_LIBRARIES})
+target_link_private_libraries(
+    parseThat
+    dyninstAPI
+    patchAPI
+    parseAPI
+    instructionAPI
+    stackwalk
+    symtabAPI
+    common
+    pcontrol
+    dynDwarf
+    dynElf
+    ${Boost_LIBRARIES}
+    ${ElfUtils_LIBRARIES})
 install(TARGETS parseThat RUNTIME DESTINATION bin)

_service:tar_scm:dyninst-11.0.1.tar.gz/parseThat/src/dyninstCompat.v5.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseThat/src/dyninstCompat.v5.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseThat/src/dyninstCore.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseThat/src/dyninstCore.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseThat/src/ipc.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseThat/src/ipc.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseThat/src/log.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseThat/src/log.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseThat/src/parseThat.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseThat/src/parseThat.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseThat/src/sha1.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseThat/src/sha1.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseThat/src/strlist.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseThat/src/strlist.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseThat/src/utils.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseThat/src/utils.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/parseThat/src/utils.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/parseThat/src/utils.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/patchAPI/CMakeLists.txt -> _service:tar_scm:dyninst-12.2.1.tar.gz/patchAPI/CMakeLists.txt Changed

@@ -1,31 +1,28 @@
 # CMake configuration for patchAPI directory
 
-include_directories (
-    ${PROJECT_SOURCE_DIR}/patchAPI/src
-  )
+include_directories(${PROJECT_SOURCE_DIR}/patchAPI/src)
 
-set (SRC_LIST
-	src/AddrSpace.C 
-        src/Instrumenter.C 
-        src/PatchObject.C 
-        src/PatchBlock.C 
-        src/PatchEdge.C 
-        src/PatchFunction.C 
-        src/PatchMgr.C 
-        src/Point.C 
-        src/CFGMaker.C 
-        src/PointMaker.C 
-        src/Command.C 
-        src/PatchCallback.C 
-        src/ParseCallback.C 
-        src/PatchModifier.C 
-	src/PatchLoop.C
-	src/PatchLoopTreeNode.C
-  )
+set(SRC_LIST
+    src/AddrSpace.C
+    src/Instrumenter.C
+    src/PatchObject.C
+    src/PatchBlock.C
+    src/PatchEdge.C
+    src/PatchFunction.C
+    src/PatchMgr.C
+    src/Point.C
+    src/CFGMaker.C
+    src/PointMaker.C
+    src/Command.C
+    src/PatchCallback.C
+    src/ParseCallback.C
+    src/PatchModifier.C
+    src/PatchLoop.C
+    src/PatchLoopTreeNode.C)
 
-SET_SOURCE_FILES_PROPERTIES(${SRC_LIST} PROPERTIES LANGUAGE CXX)
+set_source_files_properties(${SRC_LIST} PROPERTIES LANGUAGE CXX)
 
-ADD_DEFINITIONS(-DPATCHAPI_LIB)
+add_definitions(-DPATCHAPI_LIB)
 
 dyninst_library(patchAPI common instructionAPI parseAPI)
 target_link_private_libraries(patchAPI ${Boost_LIBRARIES})

_service:tar_scm:dyninst-11.0.1.tar.gz/patchAPI/doc/patchAPI.pdf -> _service:tar_scm:dyninst-12.2.1.tar.gz/patchAPI/doc/patchAPI.pdf Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/patchAPI/h/CFGMaker.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/patchAPI/h/CFGMaker.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/patchAPI/h/PatchCFG.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/patchAPI/h/PatchCFG.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/patchAPI/h/PatchCallback.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/patchAPI/h/PatchCallback.h Changed

@@ -51,8 +51,8 @@
 class PATCHAPI_EXPORT PatchCallback {
 
   public:
-  PatchCallback() : batching_(false) {};
-   virtual ~PatchCallback() {};
+  PatchCallback() : batching_(false) {}
+   virtual ~PatchCallback() {}
 
    typedef enum {
       source,
@@ -60,31 +60,31 @@
 
    // Users override these to provide their callbacks
   protected:
-   virtual void destroy_cb(PatchBlock *) {};
-   virtual void destroy_cb(PatchEdge *, PatchObject * /*owner*/) {};
-   virtual void destroy_cb(PatchFunction *) {};
-   virtual void destroy_cb(PatchObject *) {};
+   virtual void destroy_cb(PatchBlock *) {}
+   virtual void destroy_cb(PatchEdge *, PatchObject * /*owner*/) {}
+   virtual void destroy_cb(PatchFunction *) {}
+   virtual void destroy_cb(PatchObject *) {}
 
 
-   virtual void create_cb(PatchBlock *) {};
-   virtual void create_cb(PatchEdge *) {};
-   virtual void create_cb(PatchFunction *) {};
-   virtual void create_cb(PatchObject *) {};
+   virtual void create_cb(PatchBlock *) {}
+   virtual void create_cb(PatchEdge *) {}
+   virtual void create_cb(PatchFunction *) {}
+   virtual void create_cb(PatchObject *) {}
 
    // Some more abstract ones
-   virtual void split_block_cb(PatchBlock *, PatchBlock *) {};
+   virtual void split_block_cb(PatchBlock *, PatchBlock *) {}
 
-   virtual void remove_edge_cb(PatchBlock *, PatchEdge *, edge_type_t) {};
-   virtual void add_edge_cb(PatchBlock *, PatchEdge *, edge_type_t) {};
+   virtual void remove_edge_cb(PatchBlock *, PatchEdge *, edge_type_t) {}
+   virtual void add_edge_cb(PatchBlock *, PatchEdge *, edge_type_t) {}
 
-   virtual void remove_block_cb(PatchFunction *, PatchBlock *) {};
-   virtual void add_block_cb(PatchFunction *, PatchBlock *) {};
+   virtual void remove_block_cb(PatchFunction *, PatchBlock *) {}
+   virtual void add_block_cb(PatchFunction *, PatchBlock *) {}
 
    // Points
-   virtual void destroy_cb(Point *) {};
-   virtual void create_cb(Point *) {};
+   virtual void destroy_cb(Point *) {}
+   virtual void create_cb(Point *) {}
    // If we split a block, we may change the block a Point belongs to. 
-   virtual void change_cb(Point *, PatchBlock *, PatchBlock *) {};
+   virtual void change_cb(Point *, PatchBlock *, PatchBlock *) {}
 
   public:
    // And these methods are used by PatchAPI and should not be overridden.
@@ -123,21 +123,21 @@
       PatchEdge *edge;
       edge_type_t type;
       mod_t mod;
-   BlockMod(PatchBlock *b, PatchEdge *e, edge_type_t t, mod_t m) : block(b), edge(e), type(t), mod(m) {};
+   BlockMod(PatchBlock *b, PatchEdge *e, edge_type_t t, mod_t m) : block(b), edge(e), type(t), mod(m) {}
    };
 
    struct FuncMod {
       PatchFunction *func;
       PatchBlock *block;
       mod_t mod;
-   FuncMod(PatchFunction *f, PatchBlock *b, mod_t m) : func(f), block(b), mod(m) {};
+   FuncMod(PatchFunction *f, PatchBlock *b, mod_t m) : func(f), block(b), mod(m) {}
    };
 
    struct PointMod {
       Point *point;
       PatchBlock *old_block;
       PatchBlock *new_block;
-   PointMod(Point *p, PatchBlock *ob, PatchBlock *nb) : point(p), old_block(ob), new_block(nb) {};
+   PointMod(Point *p, PatchBlock *ob, PatchBlock *nb) : point(p), old_block(ob), new_block(nb) {}
    };
 
    typedef std::pair<PatchBlock *, PatchBlock *> BlockSplit;
@@ -160,7 +160,7 @@
    std::vector<PointMod> pointMods_;
 };
 
-};
-};
+}
+}
 
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/patchAPI/h/PatchCommon.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/patchAPI/h/PatchCommon.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/patchAPI/h/PatchMgr.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/patchAPI/h/PatchMgr.h Changed

@@ -56,9 +56,9 @@
    PatchFunction *func;
    PatchBlock *block;
    bool wholeProgram;
-Scope(PatchBlock *b) : obj(NULL), func(NULL), block(b), wholeProgram(false) {};
-Scope(PatchFunction *f, PatchBlock *b) : obj(NULL), func(f), block(b), wholeProgram(false) {};
-Scope(PatchFunction *f) : obj(NULL), func(f), block(NULL), wholeProgram(false) {};
+Scope(PatchBlock *b) : obj(NULL), func(NULL), block(b), wholeProgram(false) {}
+Scope(PatchFunction *f, PatchBlock *b) : obj(NULL), func(f), block(b), wholeProgram(false) {}
+Scope(PatchFunction *f) : obj(NULL), func(f), block(NULL), wholeProgram(false) {}
 };
 
 
@@ -256,7 +256,7 @@
       }
    }
    return true;
-};
+}
 
 template <class FilterFunc, class FilterArgument, class OutputIterator>
 bool PatchMgr::findPoints(Location loc, Point::Type types,
@@ -279,7 +279,7 @@
    IdentityFilterFunc<char *> filter_func;
    char *dummy = NULL;
    return findPoints(loc, types, filter_func, dummy, outputIter, create);
-};
+}
 
 // Use default identity filter function
 template <class OutputIterator>
@@ -291,7 +291,7 @@
    char* dummy = NULL;
    return findPoints<IdentityFilterFunc<char*>, char*, OutputIterator>
       (scope, types, filter_func, dummy, output_iter, create);
-};
+}
 
 template <class OutputIterator>
 bool PatchMgr::findPoint(Location loc, Point::Type type,
@@ -303,11 +303,11 @@
       ++outputIter;
    }
    return (!create || p);
-};
+}
 
 
-};
-};
+}
+}

_service:tar_scm:dyninst-11.0.1.tar.gz/patchAPI/h/PatchModifier.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/patchAPI/h/PatchModifier.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/patchAPI/h/Point.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/patchAPI/h/Point.h Changed

@@ -45,17 +45,17 @@
 struct EntrySite_t {
    PatchFunction *func;
    PatchBlock *block;
-EntrySite_t(PatchFunction *f, PatchBlock *b) : func(f), block(b) {};
+EntrySite_t(PatchFunction *f, PatchBlock *b) : func(f), block(b) {}
 };
 struct CallSite_t {
    PatchFunction *func;
    PatchBlock *block;
-CallSite_t(PatchFunction *f, PatchBlock *b) : func(f), block(b) {};
+CallSite_t(PatchFunction *f, PatchBlock *b) : func(f), block(b) {}
 };
 struct ExitSite_t {
    PatchFunction *func;
    PatchBlock *block;
-ExitSite_t(PatchFunction *f, PatchBlock *b) : func(f), block(b) {};
+ExitSite_t(PatchFunction *f, PatchBlock *b) : func(f), block(b) {}
 };
 
 struct InsnLoc_t {
@@ -63,7 +63,7 @@
    Address addr;
    InstructionAPI::Instruction insn;
 InsnLoc_t(PatchBlock *b, Address a, InstructionAPI::Instruction i) :
-   block(b), addr(a), insn(i) {};
+   block(b), addr(a), insn(i) {}
 };
       
      
@@ -146,7 +146,7 @@
 
 private:
 Location(PatchFunction *f, PatchBlock *b, Address a, InstructionAPI::Instruction i, PatchEdge *e, bool u, type_t t) :
-   func(f), block(b), addr(a), insn(i), edge(e), trusted(u), type(t) {};
+   func(f), block(b), addr(a), insn(i), edge(e), trusted(u), type(t) {}
 
 };
 
@@ -387,15 +387,15 @@
    Point *exit;
    InsnPoints preInsn;
    InsnPoints postInsn;
-BlockPoints() : entry(NULL), during(NULL), exit(NULL) {};
+BlockPoints() : entry(NULL), during(NULL), exit(NULL) {}
    bool consistency(const PatchBlock *block, const PatchFunction *func) const;
    ~BlockPoints();
 };
 
 struct EdgePoints {
    Point *during;
-EdgePoints() : during(NULL) {};
-   ~EdgePoints() { if (during) delete during; };
+EdgePoints() : during(NULL) {}
+   ~EdgePoints() { if (during) delete during; }
    bool consistency(const PatchEdge *edge, const PatchFunction *func) const;
 };
 
@@ -405,7 +405,7 @@
    std::map<PatchBlock *, Point *> exits;
    std::map<PatchBlock *, Point *> preCalls;
    std::map<PatchBlock *, Point *> postCalls;
-FuncPoints() : entry(NULL), during(NULL) {};
+FuncPoints() : entry(NULL), during(NULL) {}
    ~FuncPoints();
    bool consistency(const PatchFunction *func) const;
 };

_service:tar_scm:dyninst-11.0.1.tar.gz/patchAPI/h/Snippet.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/patchAPI/h/Snippet.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/patchAPI/src/ParseCallback.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/patchAPI/src/ParseCallback.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/patchAPI/src/PatchFunction.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/patchAPI/src/PatchFunction.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/patchAPI/src/PatchMgr.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/patchAPI/src/PatchMgr.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/CMakeLists.txt -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/CMakeLists.txt Changed

@@ -1,95 +1,77 @@
 # CMake configuration for proccontrol directory
 
-include_directories (
-  src
-  h
-  )
+include_directories(src h)
 
-set (SRC_LIST
-     src/event.C 
-     src/generator.C 
-     src/handler.C 
-     src/mailbox.C 
-     src/process.C 
-     src/pcerrors.C 
-     src/procpool.C 
-     src/irpc.C 
-     src/response.C 
-	 src/resp.C
-     src/memcache.C 
-     src/procset.C 
-     src/processplat.C 
-     src/loadLibrary/injector.C 
-     src/loadLibrary/codegen.C 
-     src/loadLibrary/codegen-x86.C
-     src/loadLibrary/codegen-ppc.C 
-	 src/loadLibrary/codegen-aarch64.C
-     src/x86_process.C 
-     src/ppc_process.C 
-	 src/arm_process.C
-     src/pcmachsyscall.C
- )
+set(SRC_LIST
+    src/event.C
+    src/generator.C
+    src/handler.C
+    src/mailbox.C
+    src/process.C
+    src/pcerrors.C
+    src/procpool.C
+    src/irpc.C
+    src/response.C
+    src/resp.C
+    src/memcache.C
+    src/procset.C
+    src/processplat.C
+    src/loadLibrary/injector.C
+    src/loadLibrary/codegen.C
+    src/loadLibrary/codegen-x86.C
+    src/loadLibrary/codegen-ppc.C
+    src/loadLibrary/codegen-aarch64.C
+    src/x86_process.C
+    src/ppc_process.C
+    src/arm_process.C
+    src/pcmachsyscall.C)
 if(UNIX)
-set (SRC_LIST ${SRC_LIST}
-     src/sysv.C 
-     src/int_thread_db.C 
-     src/mmapalloc.C 
-)
+    set(SRC_LIST ${SRC_LIST} src/sysv.C src/int_thread_db.C src/mmapalloc.C)
 elseif(WIN32)
-set (SRC_LIST ${SRC_LIST}
-	src/GeneratorWindows.C
-	src/DecoderWindows.C
-	src/windows_handler.C
-	src/windows_process.C
-	src/windows_thread.C
-	src/loadLibrary/codegen-win.C
-     ../common/src/dthread-win.C
-	 ../common/src/dthread.C
-)
+    set(SRC_LIST
+        ${SRC_LIST}
+        src/GeneratorWindows.C
+        src/DecoderWindows.C
+        src/windows_handler.C
+        src/windows_process.C
+        src/windows_thread.C
+        src/loadLibrary/codegen-win.C
+        ../common/src/dthread-win.C
+        ../common/src/dthread.C)
 endif()
 
-if (PLATFORM MATCHES freebsd)
-set (SRC_LIST ${SRC_LIST}
-     src/freebsd.C
-     src/unix.C
-     src/notify_pipe.C
-     ../common/src/dthread-unix.C
-	 ../common/src/dthread.C
-     src/loadLibrary/codegen-freebsd.C
-  )
-elseif (PLATFORM MATCHES linux)
-set (SRC_LIST ${SRC_LIST}
-     src/linux.C
-     src/unix.C
-     src/notify_pipe.C
-     ../common/src/dthread-unix.C
-	 ../common/src/dthread.C
-     src/loadLibrary/codegen-linux.C
-  )
-elseif (PLATFORM MATCHES cnl)
-set (SRC_LIST ${SRC_LIST}
-     src/linux.C
-     src/unix.C
-     src/notify_pipe.C
-     ../common/src/dthread-unix.C
-	 ../common/src/dthread.C
-     src/loadLibrary/codegen-stub.C
-  )
+if(PLATFORM MATCHES freebsd)
+    set(SRC_LIST
+        ${SRC_LIST}
+        src/freebsd.C
+        src/unix.C
+        src/notify_pipe.C
+        ../common/src/dthread-unix.C
+        ../common/src/dthread.C
+        src/loadLibrary/codegen-freebsd.C)
+elseif(PLATFORM MATCHES linux)
+    set(SRC_LIST
+        ${SRC_LIST}
+        src/linux.C
+        src/unix.C
+        src/notify_pipe.C
+        ../common/src/dthread-unix.C
+        ../common/src/dthread.C
+        src/loadLibrary/codegen-linux.C)
 endif()
 
-SET_SOURCE_FILES_PROPERTIES(${SRC_LIST} PROPERTIES LANGUAGE CXX)
+set_source_files_properties(${SRC_LIST} PROPERTIES LANGUAGE CXX)
 
-ADD_DEFINITIONS(-DPROCCONTROL_EXPORTS)
+add_definitions(-DPROCCONTROL_EXPORTS)
 
-set (DEPS common ${SYMREADER})
+set(DEPS common ${SYMREADER})
 
 dyninst_library(pcontrol ${DEPS})
 
 target_link_private_libraries(pcontrol ${CMAKE_DL_LIBS})
 target_link_private_libraries(pcontrol ${Boost_LIBRARIES})
 
-if (UNIX)
-# Boost auto-links on Windows; don't double-link
-target_link_private_libraries(pcontrol pthread)
+if(UNIX)
+    # Boost auto-links on Windows; don't double-link
+    target_link_private_libraries(pcontrol pthread)
 endif()
-

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/doc/proccontrol.docx -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/doc/proccontrol.docx Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/doc/proccontrol.pdf -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/doc/proccontrol.pdf Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/h/Decoder.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/h/Decoder.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/h/PCErrors.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/h/PCErrors.h Changed

@@ -52,61 +52,66 @@
 #define PC_PRINT_UNLOCK
 #endif
 
-#define pclean_printf(format, ...)                          \
+#define pclean_printf(...)                                  \
    do {                                                     \
      if (dyninst_debug_proccontrol) {                       \
         PC_PRINT_LOCK;                                      \
-        fprintf(pctrl_err_out, format, ## __VA_ARGS__);     \
+        fprintf(pctrl_err_out, __VA_ARGS__);                \
         PC_PRINT_UNLOCK;                                    \
      }                                                      \
   } while (0)
 
 #if defined(PROCCTRL_PRINT_TIMINGS)
 
-#define pthrd_printf(format, ...)                                       \
+#define pthrd_printf(...)                                               \
    do {                                                                 \
       if (dyninst_debug_proccontrol) {                                  \
          PC_PRINT_LOCK;                                                 \
-         fprintf(pctrl_err_out, "%s:%u-%s@%lu - " format, FILE__, __LINE__, \
-                 thrdName(), gettod(), ## __VA_ARGS__);                 \
+         fprintf(pctrl_err_out, "%s:%d-%s@%lu - ", FILE__, __LINE__,  \
+                 thrdName(), gettod());                                 \
+         fprintf(pctrl_err_out, __VA_ARGS__);                           \
          PC_PRINT_UNLOCK;                                               \
       }                                                                 \
    } while (0)
 
-#define perr_printf(format, ...)                                        \
+#define perr_printf(...)                                                \
    do {                                                                 \
       if (dyninst_debug_proccontrol) {                                  \
          PC_PRINT_LOCK;                                                 \
-         fprintf(pctrl_err_out, "%s:%u-%s@%lu - Error: " format, FILE__, __LINE__, thrdName(), gettod(), ## __VA_ARGS__); \
+         fprintf(pctrl_err_out, "%s:%d-%s@%lu - Error: ", FILE__, __LINE__, thrdName(), gettod()); \
+         fprintf(pctrl_err_out, __VA_ARGS__);                           \
          PC_PRINT_UNLOCK;                                               \
       }                                                                 \
    } while (0)
 
 #else
 
-#define pthrd_printf(format, ...)                                       \
+#define pthrd_printf(...)                                               \
    do {                                                                 \
       if (dyninst_debug_proccontrol) {                                  \
          PC_PRINT_LOCK;                                                 \
-         fprintf(pctrl_err_out, "%s:%u-%s - " format, FILE__, __LINE__, thrdName(), ## __VA_ARGS__); \
+         fprintf(pctrl_err_out, "%s:%d-%s - ", FILE__, __LINE__, thrdName()); \
+         fprintf(pctrl_err_out, __VA_ARGS__);                           \
          PC_PRINT_UNLOCK;                                               \
       }                                                                 \
    } while (0)
 
-#define perr_printf(format, ...)                \
+#define perr_printf(...)                                                \
    do {                                                                 \
       if (dyninst_debug_proccontrol) {                                  \
          PC_PRINT_LOCK;                                                 \
-         fprintf(pctrl_err_out, "%s:%u-%s - Error: " format, FILE__, __LINE__, thrdName(), ## __VA_ARGS__); \
+         fprintf(pctrl_err_out, "%s:%d-%s - Error: ", FILE__, __LINE__, thrdName()); \
+         fprintf(pctrl_err_out, __VA_ARGS__);                           \
          PC_PRINT_UNLOCK;                                               \
       }                                                                 \
    } while (0)
 
-#define parmerr_printf(format, ...)                \
+#define parmerr_printf(...)                                             \
    do {                                                                 \
       if (dyninst_debug_proccontrol) {                                  \
          PC_PRINT_LOCK;                                                 \
-         fprintf(pctrl_err_out, "%s:%u-%s - Error-ARM: " format, FILE__, __LINE__, thrdName(), ## __VA_ARGS__); \
+         fprintf(pctrl_err_out, "%s:%d-%s - Error-ARM: ", FILE__, __LINE__, thrdName()); \
+         fprintf(pctrl_err_out, __VA_ARGS__);                           \
          PC_PRINT_UNLOCK;                                               \
       }                                                                 \
    } while (0)

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/h/PCProcess.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/h/PCProcess.h Changed

@@ -181,7 +181,6 @@
       std::set<int_library *>::iterator int_iter;
    public:
       iterator();
-      ~iterator();
       Library::ptr operator*() const;
       bool operator==(const iterator &i) const;
       bool operator!=(const iterator &i) const;
@@ -201,7 +200,6 @@
      std::set<int_library *>::iterator int_iter;
   public:
      const_iterator();
-     ~const_iterator();
      Library::const_ptr operator*() const;
      bool operator==(const const_iterator &i);
      bool operator!=(const const_iterator &i);
@@ -667,7 +665,6 @@
       int curi;
    public:
       iterator();
-      ~iterator();
       Thread::ptr operator*() const;
       bool operator==(const iterator &i);
       bool operator!=(const iterator &i);
@@ -688,7 +685,6 @@
       int curi;
    public:
       const_iterator();
-      ~const_iterator();
       Thread::const_ptr operator*() const;
       bool operator==(const const_iterator &i);
       bool operator!=(const const_iterator &i);
@@ -731,7 +727,6 @@
       iterator(int_iter i_);
    public:
       iterator();
-      ~iterator();
       std::pair<Dyninst::MachRegister, Dyninst::MachRegisterVal> operator*();
       bool operator==(const iterator &i);
       bool operator!=(const iterator &i);
@@ -750,7 +745,6 @@
       const_iterator(int_iter i_);
    public:
       const_iterator();
-      ~const_iterator();
       std::pair<Dyninst::MachRegister, Dyninst::MachRegisterVal> operator*() const;
       bool operator==(const const_iterator &i);
       bool operator!=(const const_iterator &i);

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/h/ProcessSet.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/h/ProcessSet.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/event.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/event.C Changed

@@ -409,7 +409,7 @@
       return false;
    }
 
-   int_process *proc = getProcess()->llproc();
+   int_process *p = getProcess()->llproc();
    int_thread *thrd = getThread()->llthrd();
    if (!int_bp->stopped_proc) {
       //Move the BreakpointHold state of the process to be stopped.
@@ -418,7 +418,7 @@
    }
    
    //We return true if the event isn't ready
-   return !proc->getProcStopManager().processStoppedTo(int_thread::BreakpointHoldStateID);
+   return !p->getProcStopManager().processStoppedTo(int_thread::BreakpointHoldStateID);
 }
 
 EventSignal::EventSignal(int sig_) :
@@ -634,7 +634,7 @@
 
 bool EventRPCLaunch::procStopper() const
 {
-   int_process *proc = getProcess()->llproc();
+   int_process *p = getProcess()->llproc();
    int_thread *thrd = getThread()->llthrd();
 
    if (!handled_by.empty())
@@ -643,13 +643,13 @@
    int_iRPC::ptr rpc = thrd->nextPostedIRPC();
    assert(rpc);
 
-   if (proc->plat_threadOpsNeedProcStop()) {
-      return !proc->getProcStopManager().processStoppedTo(int_thread::IRPCSetupStateID);
+   if (p->plat_threadOpsNeedProcStop()) {
+      return !p->getProcStopManager().processStoppedTo(int_thread::IRPCSetupStateID);
    }
    if (rpc->isProcStopRPC()) {
       return !rpc->isRPCPrepped();
    }
-   return !proc->getProcStopManager().threadStoppedTo(thrd, int_thread::IRPCSetupStateID);
+   return !p->getProcStopManager().threadStoppedTo(thrd, int_thread::IRPCSetupStateID);
 }
 
 EventRPCLaunch::EventRPCLaunch() :
@@ -682,18 +682,18 @@
 Address EventSyscall::getAddress() const
 {
     MachRegisterVal pc;
-    Process::const_ptr proc = getProcess();
+    Process::const_ptr p = getProcess();
     Thread::const_ptr thrd = getThread();
-    thrd->getRegister(MachRegister::getPC(proc->getArchitecture()), pc);
+    thrd->getRegister(MachRegister::getPC(p->getArchitecture()), pc);
     return pc;
 }
 
 long EventSyscall::getSyscallNumber() const
 {
     MachRegisterVal syscallNumber;
-    Process::const_ptr proc = getProcess();
+    Process::const_ptr p = getProcess();
     Thread::const_ptr thrd = getThread();
-    thrd->getRegister(MachRegister::getSyscallNumberOReg(proc->getArchitecture()), syscallNumber);
+    thrd->getRegister(MachRegister::getSyscallNumberOReg(p->getArchitecture()), syscallNumber);
     return syscallNumber;
 }
 
@@ -705,9 +705,9 @@
 long EventPostSyscall::getReturnValue() const
 {
     MachRegisterVal syscallReturnValue;
-    Process::const_ptr proc = getProcess();
+    Process::const_ptr p = getProcess();
     Thread::const_ptr thrd = getThread();
-    thrd->getRegister(MachRegister::getSyscallReturnValueReg(proc->getArchitecture()), syscallReturnValue);
+    thrd->getRegister(MachRegister::getSyscallReturnValueReg(p->getArchitecture()), syscallReturnValue);
     return syscallReturnValue;
 }
 
@@ -755,8 +755,8 @@
    if (!handled_by.empty())
       return false;
 
-   int_process *proc = getProcess()->llproc();
-   return !proc->getProcStopManager().processStoppedTo(int_thread::BreakpointStateID);
+   int_process *p = getProcess()->llproc();
+   return !p->getProcStopManager().processStoppedTo(int_thread::BreakpointStateID);
 }
 
 EventBreakpointRestore::EventBreakpointRestore(int_eventBreakpointRestore *iebpr) :
@@ -866,8 +866,8 @@
    if (getInternal()->removed_bps)
       return false;
 
-   int_process *proc = getProcess()->llproc();
-   return !proc->getProcStopManager().processStoppedTo(int_thread::DetachStateID);
+   int_process *p = getProcess()->llproc();
+   return !p->getProcStopManager().processStoppedTo(int_thread::DetachStateID);
 }
 
 EventIntBootstrap::EventIntBootstrap(void *d) :
@@ -1007,7 +1007,7 @@
 }
 
 EventWinStopThreadDestroy::EventWinStopThreadDestroy(EventType::Time time_) :
-EventThreadDestroy(EventType(time_, EventType::WinStopThreadDestroy)) {};
+EventThreadDestroy(EventType(time_, EventType::WinStopThreadDestroy)) {}
 
 EventWinStopThreadDestroy::~EventWinStopThreadDestroy() {}
 
@@ -1052,7 +1052,7 @@
    if (iev->unset_desync)
       return false;
 
-   int_process *proc = getProcess()->llproc();
+   int_process *p = getProcess()->llproc();
    int_thread *thr = getThread()->llthrd();
 
    if (!iev->did_desync) {
@@ -1060,7 +1060,7 @@
       thr->getControlAuthorityState().desyncStateProc(int_thread::stopped);
       iev->did_desync = true;
    }
-   return !proc->getProcStopManager().processStoppedTo(int_thread::ControlAuthorityStateID);
+   return !p->getProcStopManager().processStoppedTo(int_thread::ControlAuthorityStateID);
 }
 
 std::string EventControlAuthority::otherToolName() const
@@ -1329,12 +1329,12 @@
    iot(iot_),
    rpool(NULL)
 {
-   pthrd_printf("Creating int_eventAsyncIO at %p\n", this);
+   pthrd_printf("Creating int_eventAsyncIO at %p\n", (void*)this);
 }
 
 int_eventAsyncIO::~int_eventAsyncIO()
 {
-   pthrd_printf("Deleting int_eventAsyncIO at %p\n", this);
+   pthrd_printf("Deleting int_eventAsyncIO at %p\n", (void*)this);
 }
 
 int_eventAsyncFileRead::int_eventAsyncFileRead() :

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/generator.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/generator.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/handler.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/handler.C Changed

@@ -53,10 +53,6 @@
 #include <assert.h>
 #include <cstring>
 
-#ifdef _MSC_VER
-#pragma warning(disable:4477)
-#endif
-
 Handler::Handler(std::string name_) :
    name(name_)
 {
@@ -143,7 +139,7 @@
 struct eh_cmp_func
 {
    bool operator()(const pair<Event::ptr, Handler*> &a,
-                   const pair<Event::ptr, Handler*> &b)
+                   const pair<Event::ptr, Handler*> &b) const
    {
       //Async events go first
       if (a.first->getEventType().code() != EventType::Async ||
@@ -278,7 +274,7 @@
                 (int) pending_async_events.size(),
                 was_empty ? "true" : "false");
    for (set<Event::ptr>::iterator j = pending_async_events.begin(); j != pending_async_events.end(); j++) {
-      pthrd_printf("\tEvent %s (%p)\n", (*j)->name().c_str(), (*j).get());
+      pthrd_printf("\tEvent %s (%p)\n", (*j)->name().c_str(), (void*)(*j).get());
    }
 
    if (was_empty) {
@@ -291,9 +287,9 @@
    bool result = removeAsyncPendingEvent(ev);
    if (!result)
       return;
-   pthrd_printf("Erasing event %s (%p) from list\n", ev->name().c_str(), ev.get());
+   pthrd_printf("Erasing event %s (%p) from list\n", ev->name().c_str(), (void*)ev.get());
    for (set<Event::ptr>::iterator j = pending_async_events.begin(); j != pending_async_events.end(); j++) {
-      pthrd_printf("\tEvent %s (%p)\n", (*j)->name().c_str(), (*j).get());
+      pthrd_printf("\tEvent %s (%p)\n", (*j)->name().c_str(), (void*)(*j).get());
    }
 
    if (pending_async_events.empty()) {
@@ -481,8 +477,7 @@
       }
    }
 
-   for (set<Event::ptr>::iterator i = all_events.begin(); i != all_events.end(); i++) {
-      Event::ptr event = *i;
+   for (auto event : all_events) {
       clearEventAsync(event); //nop if ev wasn't async
    }
 
@@ -1999,7 +1994,7 @@
    EventAsyncIO::ptr evio = ev->getEventAsyncIO();
    assert(evio);
    int_eventAsyncIO *iev = evio->getInternalEvent();
-   pthrd_printf("Dealing with int_eventAsyncIO %p\n", iev);
+   pthrd_printf("Dealing with int_eventAsyncIO %p\n", (void*)iev);
    assert(iev);
    assert(iev->resp);
    (void)iev->resp->isReady();
@@ -2373,7 +2368,7 @@
 
 bool HandleCallbacks::registerCallback_int(EventType ev, Process::cb_func_t func)
 {
-   pthrd_printf("Registering event %s with callback function %p\n", ev.name().c_str(), func);
+   pthrd_printf("Registering event %s with callback function %p\n", ev.name().c_str(), (void*)func);
    std::set<EventType, Dyninst::ProcControlAPI::eventtype_cmp>::iterator i = alleventtypes.find(ev);
    if (i == alleventtypes.end()) {
       pthrd_printf("Event %s does not have any handler\n", ev.name().c_str());
@@ -2439,7 +2434,7 @@
    bool removed_cb = false;
    std::vector<EventType> real_ets;
    getRealEvents(oet, real_ets);
-   pthrd_printf("Removing event %s callback with function %p\n", oet.name().c_str(), func);
+   pthrd_printf("Removing event %s callback with function %p\n", oet.name().c_str(), (void*)func);
    
    for (std::vector<EventType>::iterator i = real_ets.begin(); i != real_ets.end(); i++)
    {
@@ -2521,7 +2516,7 @@
          rmd_something = true;
    }
    if (!rmd_something) {
-      perr_printf("Attempted to remove non-existant callback %p\n", func);
+      perr_printf("Attempted to remove non-existant callback %p\n", (void*)func);
       ProcControlAPI::globalSetLastError(err_badparam, "Callback does not exist");
       return false;
    }

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/int_handler.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/int_handler.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/int_process.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/int_process.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/int_thread_db.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/int_thread_db.C Changed

@@ -41,6 +41,7 @@
 #include <iostream>
 
 #include "common/src/dthread.h"
+#include "compiler_annotations.h"
 #include "common/h/SymReader.h"
 #include "int_event.h"
 #include "Mailbox.h"
@@ -51,6 +52,9 @@
 
 #if defined(cap_thread_db)
 
+
+void ps_plog(const char *format, ...) DYNINST_PRINTF_ANNOTATION(1, 2);
+
 /*
  * proc_service interface implementation, needed by libthread_db
  */
@@ -451,7 +455,7 @@
 #else
    td_thrhandle_t *handle = (td_thrhandle_t *)(eventMsg->th_p);
 #endif
-   pthrd_printf("Decoding thread event on %u\n", getPid());
+   pthrd_printf("Decoding thread event on %d\n", getPid());
    async_ret_t result = ll_fetchThreadInfo(handle, &info);
    if (result == aret_error) {
       pthrd_printf("Failed to fetch thread info\n");
@@ -1020,7 +1024,7 @@
       completed_post = true;
    }
 
-   err_t last_error = getLastError();
+   err_t saved_error = getLastError();
    const char *last_err_msg = getLastErrorMsg();
 
    getMemCache()->setSyncHandling(true);
@@ -1033,7 +1037,7 @@
    }
    getMemCache()->setSyncHandling(false);
 
-   setLastError(last_error, last_err_msg);
+   setLastError(saved_error, last_err_msg);
    return aret_success; //Swallow these errors, thread_db failure does not bring down rest of startup
 }
 
@@ -1046,7 +1050,7 @@
       completed_post = true;
    }
 
-   err_t last_error = getLastError();
+   err_t saved_error = getLastError();
    const char *last_err_msg = getLastErrorMsg();
 
    getMemCache()->setSyncHandling(true);
@@ -1059,7 +1063,7 @@
    }
    getMemCache()->setSyncHandling(false);
 
-   setLastError(last_error, last_err_msg);
+   setLastError(saved_error, last_err_msg);
    return aret_success; //Swallow these errors, thread_db failure does not bring down rest of startup
 }
 
@@ -1162,7 +1166,7 @@
       perr_printf("Error calling td_thr_get_info: %s (%d)\n", tdErr2Str(result), (int) result);
       return aret_error;
    }
-   pthrd_printf("Successful ll_fetchThreadInfo for handle %p - tid = %lu, lid = %lu\n", th, (unsigned long) info->ti_tid, (unsigned long) info->ti_lid);
+   pthrd_printf("Successful ll_fetchThreadInfo for handle %p - tid = %lu, lid = %lu\n", (void*)th, (unsigned long) info->ti_tid, (unsigned long) info->ti_lid);
    return aret_success;
 }
 
@@ -1609,7 +1613,7 @@
 }
 
 async_ret_t thread_db_process::plat_calcTLSAddress(int_thread *thread, int_library *lib, Offset off,
-                                                   Address &outaddr, set<response::ptr> &resps)
+                                                   Address &outaddr, set<response::ptr> &resps_)
 {
    thread_db_thread *thrd = dynamic_cast<thread_db_thread *>(thread);
    if (!thrd || !thrd->initThreadHandle()) {
@@ -1644,7 +1648,7 @@
 
    if (err != TD_OK && getMemCache()->hasPendingAsync()) {
       pthrd_printf("Async return in plat_calcTLSAddress\n");
-      getMemCache()->getPendingAsyncs(resps);
+      getMemCache()->getPendingAsyncs(resps_);
       return aret_async;
    }
    getMemCache()->setSyncHandling(false);
@@ -1740,15 +1744,15 @@
    return thread_initialized;
 }
 
-bool thread_db_thread::getTID(Dyninst::THR_ID &tid)
+bool thread_db_thread::getTID(Dyninst::THR_ID &tid_)
 {
    if (!fetchThreadInfo()) {
       return false;
    }
 #if defined(os_freebsd)
-   tid = (Dyninst::THR_ID) tinfo.ti_thread;
+   tid_ = (Dyninst::THR_ID) tinfo.ti_thread;
 #else
-   tid = (Dyninst::THR_ID) tinfo.ti_tid;
+   tid_ = (Dyninst::THR_ID) tinfo.ti_tid;
 #endif
    return true;
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/irpc.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/irpc.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/linux.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/linux.C Changed

@@ -45,6 +45,8 @@
 #include "common/h/dyn_regs.h"
 #include "common/h/dyntypes.h"
 
+#include "compiler_annotations.h"
+
 #include "common/src/pathName.h"
 #include "PCErrors.h"
 #include "Generator.h"
@@ -73,8 +75,10 @@
 #include<sys/user.h>
 #include<sys/procfs.h>
 #include<sys/uio.h>
+#if !defined(WITH_SYMLITE)
 #include<linux/elf.h>
 #endif
+#endif
 
 // Before glibc-2.7, sys/ptrace.h lacked PTRACE_O_* and PTRACE_EVENT_*, so we
 // need them from linux/ptrace.h.  (Conditionally, as later glibc conflicts.)
@@ -227,8 +231,7 @@
 
    int result = sigaction(SIGUSR2, &newact, &oldact);
    if (result == -1) {
-      int error = errno;
-      perr_printf("Error signaling generator thread: %s\n", strerror(error));
+      perr_printf("Error signaling generator thread: %s\n", strerror(errno));
       return;
    }
    on_sigusr2_hit = 0;
@@ -240,8 +243,7 @@
 
    result = sigaction(SIGUSR2, &oldact, NULL);
    if (result == -1) {
-      int error = errno;
-      perr_printf("Error signaling generator thread: %s\n", strerror(error));
+      perr_printf("Error signaling generator thread: %s\n", strerror(errno));
    }
 }
 
@@ -305,7 +307,7 @@
                 thread ? thread->getLWP() : -1);
 
    const int status = archevent->status;
-   pthrd_printf("ARM-debug: status 0x%x\n",status);
+   pthrd_printf("ARM-debug: status 0x%x\n",(unsigned int)status);
    if (WIFSTOPPED(status))
    {
       const int stopsig = WSTOPSIG(status);
@@ -328,8 +330,8 @@
                // in case of a fake syscall exit BP is inserted,
                // it should be cleared when the actual stop is received.
                Dyninst::MachRegisterVal addr;
-               int result = thread->plat_getRegister(MachRegister::getPC(proc->getTargetArch()), addr);
-               if (!result) {
+               int r = thread->plat_getRegister(MachRegister::getPC(proc->getTargetArch()), addr);
+               if (!r) {
                    perr_printf("Failed to read PC address upon SIGTRAP|0x80\n");
                    return false;
                }
@@ -374,6 +376,8 @@
 	          return false;
 	        }
 
+            DYNINST_FALLTHROUGH;
+
          case SIGSTOP:
             if (!proc) {
                //The child half of an event pair.  Find the parent or postpone it.
@@ -400,6 +404,9 @@
                event = Event::ptr(new EventBootstrap());
                break;
             }
+
+            DYNINST_FALLTHROUGH;
+
          case SIGTRAP: {
             {
 #if 0
@@ -434,9 +441,9 @@
                     if (thread->getLWP() == proc->getPid())
 		            {
 		                unsigned long eventmsg = 0x0;
-		                int result = do_ptrace((pt_req)PTRACE_GETEVENTMSG, (pid_t) thread->getLWP(),
+		                int r = do_ptrace((pt_req)PTRACE_GETEVENTMSG, (pid_t) thread->getLWP(),
 					        NULL, &eventmsg);
-		                if(result == -1)
+		                if(r == -1)
 		                {
                             int error = errno;
                             perr_printf("Error getting event message from exit\n");
@@ -483,9 +490,9 @@
                                   ext == PTRACE_EVENT_FORK ? "fork" : "clone",
                                   proc->getPid(), thread->getLWP());
                      unsigned long cpid_l = 0x0;
-                     int result = do_ptrace((pt_req) PTRACE_GETEVENTMSG, (pid_t) thread->getLWP(),
+                     int r = do_ptrace((pt_req) PTRACE_GETEVENTMSG, (pid_t) thread->getLWP(),
                                             NULL, &cpid_l);
-                     if (result == -1) {
+                     if (r == -1) {
                         int error = errno;
                         perr_printf("Error getting event message from fork/clone\n");
                         if (error == ESRCH)
@@ -620,18 +627,18 @@
                   break;
                }
                for (;;) {
-                  async_ret_t result = lproc->decodeTdbBreakpoint(event_bp);
-                  if (result == aret_error) {
+                  async_ret_t r = lproc->decodeTdbBreakpoint(event_bp);
+                  if (r == aret_error) {
                      //Not really an error, just how we say that it isn't
                      // a breakpoint.
                      break;
                   }
-                  if (result == aret_success) {
+                  if (r == aret_success) {
                      //decodeTdbBreakpoint added a subservient event if this hits
                      pthrd_printf("Breakpoint was thread event\n");
                      break;
                   }
-                  if (result == aret_async) {
+                  if (r == aret_async) {
                      pthrd_printf("decodeTdbBreakpoint returned async\n");
                      set<response::ptr> resps;
                      lproc->getMemCache()->getPendingAsyncs(resps);
@@ -652,6 +659,9 @@
             }
 
          }
+
+         DYNINST_FALLTHROUGH;
+
          default:
             pthrd_printf("Decoded event to signal %d on %d/%d\n",
                          stopsig, proc->getPid(), thread->getLWP());
@@ -839,8 +849,8 @@
       return -1;
    }
 
-   ssize_t result = read(fd, buffer, sizeof(buffer));
-   ssize_t words_read = (result / sizeof(uint32_t)) & ~3;
+   ssize_t nread = read(fd, buffer, sizeof(buffer));
+   ssize_t words_read = (nread / sizeof(uint32_t)) & ~3;
    close(fd);
 
    // We want to check the highest 4 bytes of each integer
@@ -917,8 +927,8 @@
 
       //Child
       errno = 0;
-      long int result = ptrace((pt_req) PTRACE_TRACEME, 0, 0, 0);
-      if (result == -1)
+      long int r = ptrace((pt_req) PTRACE_TRACEME, 0, 0, 0);
+      if (r == -1)
       {
          pthrd_printf("Failed to execute a PTRACE_TRACME.  Odd.\n");
          setLastError(err_internal, "Unable to debug trace new process");
@@ -953,12 +963,12 @@
             // The stat looks something like: 123 (command) R 456...
             // We'll just look for the ") R " part.
             if (sfile.ignore(ignore_max, ')').peek() == ' ') {
-                char space, state;
+                char space, state_char;
 
                 // Eat the space we peeked and grab the state char.
-                if (sfile.get(space).get(state).peek() == ' ') {
+                if (sfile.get(space).get(state_char).peek() == ' ') {
                     // Found the state char -- 'T' means it's already stopped.
-                    runningStates.insert(make_pair(*i, (state != 'T')));
+                    runningStates.insert(make_pair(*i, (state_char != 'T')));
                     break;
                 }
 
@@ -1036,7 +1046,7 @@
    if ( !attachWillTriggerStop ) {
        // Force the SIGSTOP delivered by the attach to be handled
        pthrd_printf("Attach will not trigger stop, calling PTRACE_CONT to flush out stop\n");
-       int result = do_ptrace((pt_req) PTRACE_CONT, pid, NULL, NULL);
+       result = do_ptrace((pt_req) PTRACE_CONT, pid, NULL, NULL);
        if( result != 0 ) {
            int errnum = errno;
            pthrd_printf("Unable to continue process %d to flush out attach: %s\n",
@@ -1092,7 +1102,7 @@
     char procName64;
     char cmd256;
     pid_t tmpPid;
-    char state;
+    char state_char;
     int ttyNumber;
 
     // Retrieve the state of the process and its controlling tty
@@ -1105,7 +1115,7 @@
     }
 
     if(fscanf(sfile.get(), "%d %255s %c %d %d %d",
-            &tmpPid, cmd, &state,
+            &tmpPid, cmd, &state_char,
             &tmpPid, &tmpPid, &ttyNumber) < 0) {
         perr_printf("Failed to determine whether attach would trigger stop -- assuming it will\n");
         return true;
@@ -1113,7 +1123,7 @@
 
     // If the process is stopped and it has a controlling tty, an attach
     // will not trigger a stop
-    if ( state == 'T' && ttyNumber != 0 ) {
+    if ( state_char == 'T' && ttyNumber != 0 ) {
         return false;
     }
 
@@ -1128,7 +1138,7 @@
 
    char proc_exec_name128;
    snprintf(proc_exec_name, 128, "/proc/%d/exe", getPid());
-   executable = std::move(resolve_file_path(proc_exec_name));
+   executable = resolve_file_path(proc_exec_name);
    return true;
 }
 
@@ -1295,7 +1305,7 @@
       fake_async_msgselem = fake_async_msgssize-1;
       fake_async_msgs.pop_back();
 
-      pthrd_printf("Faking response for event %d\n", id);
+      pthrd_printf("Faking response for event %u\n", id);
       //Pull the response from the list
       response::ptr resp = getResponses().rmResponse(id);
       assert(resp != response::ptr());
@@ -1635,7 +1645,7 @@
                           (void *) options);
       if (result == -1) {
          int error = errno;
-         pthrd_printf("Failed to set options for %lu: %s\n", tid, strerror(errno));
+         pthrd_printf("Failed to set options for %ld: %s\n", tid, strerror(errno));
          if (error == ESRCH)
             setLastError(err_exited, "Process exited during operation");
       }
@@ -1650,7 +1660,7 @@
             (void *) options);
     if (result == -1) {
         int error = errno;
-        pthrd_printf("Failed to set options for %lu: %s\n", tid, strerror(errno));
+        pthrd_printf("Failed to set options for %ld: %s\n", tid, strerror(errno));
         if (error == ESRCH)
            setLastError(err_exited, "Process exited during operation");
         return false;
@@ -1731,12 +1741,12 @@
          throwNopEvent();
          threw_event = true;
       }
-      bool exited = false;
-      auto pid = getPid();
-      int_process::waitAndHandleForProc(true, this, exited);
-      if (exited) {
+      bool is_exited = false;
+      auto pid_ = getPid();
+      int_process::waitAndHandleForProc(true, this, is_exited);
+      if (is_exited) {
          // Note, can't even call getPid() anymore, since 'this' is ironically deleted.
-         perr_printf("Process %d exited during terminate handling.  Is this irony?\n", pid);
+         perr_printf("Process %d exited during terminate handling.  Is this irony?\n", pid_);
          return false;
       }
    }
@@ -2398,7 +2408,7 @@
            assert(0);
         }
 
-        pthrd_printf("Register %2s has value %16lx, offset %d\n", reg.name().c_str(), val, offset);
+        pthrd_printf("Register %2s has value %16lx, offset %u\n", reg.name().c_str(), val, offset);
         regpool.regsreg = val;
     }
     return true;
@@ -2680,7 +2690,7 @@
       else {
          assert(0);
       }
-      pthrd_printf("Register %s gets value %lx, offset %d\n", reg.name().c_str(), val, offset);
+      pthrd_printf("Register %s gets value %lx, offset %u\n", reg.name().c_str(), val, offset);
    }
 
    if (!gprs_only && (num_found != regpool.regs.size()))
@@ -3234,7 +3244,7 @@
 }
 
 LinuxHandleForceTerminate::LinuxHandleForceTerminate() :
-   Handler("Linux Force Termination") {};
+   Handler("Linux Force Termination") {}
 
 LinuxHandleForceTerminate::~LinuxHandleForceTerminate() {}
 
@@ -3451,9 +3461,9 @@
 }
 
 
-void linux_process::plat_adjustSyncType(Event::ptr ev, bool gen)
+void linux_process::plat_adjustSyncType(Event::ptr ev, bool gen_)
 {
-   if (gen) return;
+   if (gen_) return;
 
    if (ev->getEventType().code() != EventType::LWPDestroy ||
        ev->getEventType().time() != EventType::Pre)

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/loadLibrary/codegen.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/loadLibrary/codegen.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/loadLibrary/codegen.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/loadLibrary/codegen.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/loadLibrary/injector.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/loadLibrary/injector.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/memcache.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/memcache.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/memcache.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/memcache.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/mmapalloc.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/mmapalloc.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/notify_pipe.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/notify_pipe.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/process.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/process.C Changed

@@ -59,10 +59,6 @@
 #include <iterator>
 #include <errno.h>
 
-#if defined(os_windows)
-#pragma warning(disable:4355 4477)
-#endif
-
 using namespace Dyninst;
 using namespace ProcControlAPI;
 using namespace std;
@@ -793,7 +789,7 @@
 
 void int_process::setPid(Dyninst::PID p)
 {
-   pthrd_printf("Setting int_process %p to pid %d\n", this, p);
+   pthrd_printf("Setting int_process %p to pid %d\n", (void*)this, p);
    pid = p;
 }
 
@@ -869,8 +865,8 @@
          int_thread::StateTracker &target = thr->getActiveState();
 
          char state_codeint_thread::NumStateIDs+1;
-         for (int i = 0; i < int_thread::NumStateIDs; i++) {
-            state_codei = int_thread::stateLetter(thr->getStateByID(i).getState());
+         for (int j = 0; j < int_thread::NumStateIDs; j++) {
+            state_codej = int_thread::stateLetter(thr->getStateByID(j).getState());
          }
          state_codeint_thread::NumStateIDs = '\0';
          pthrd_printf("%d/%d hand: %s, gen: %s, %s: %s, code: %s\n",
@@ -1380,7 +1376,7 @@
    MemUsage_set(false),
    remoteIO_set(false)
 {
-    pthrd_printf("New int_process at %p\n", this);
+    pthrd_printf("New int_process at %p\n", (void*)this);
     clearLastError();
 	wasCreatedViaAttach(pid == 0);
    //Put any object initialization in 'initializeProcess', below.
@@ -1428,7 +1424,7 @@
    MemUsage_set(false),
    remoteIO_set(false)
 {
-   pthrd_printf("New int_process at %p\n", this);
+   pthrd_printf("New int_process at %p\n", (void*)this);
    Process::ptr hlproc = Process::ptr(new Process());
    clearLastError();
    mem = new mem_state(*p->mem, this);
@@ -1487,7 +1483,7 @@
 
    if (!plat_needsAsyncIO()) {
       pthrd_printf("Reading from remote memory %lx to %p, size = %lu on %d/%d\n",
-                   remote, result->getBuffer(), (unsigned long) result->getSize(),
+                   remote, (void*)result->getBuffer(), (unsigned long) result->getSize(),
 				   getPid(), thr ? thr->getLWP() : (Dyninst::LWP)(-1));
 
       bresult = plat_readMem(thr, result->getBuffer(), remote, result->getSize());
@@ -1509,7 +1505,7 @@
    }
    else {
       pthrd_printf("Async read from remote memory %lx to %p, size = %lu on %d/%d\n",
-                   remote, result->getBuffer(), (unsigned long) result->getSize(),
+                   remote, (void*)result->getBuffer(), (unsigned long) result->getSize(),
                    getPid(), thr ? thr->getLWP() : (Dyninst::LWP)(-1));
 
       getResponses().lock();
@@ -1938,7 +1934,8 @@
       case Arch_intelGen9:
          return 8;
       case Arch_amdgpu_vega: // according to the vega architecture, there are 32/64 address mode
-      case Arch_amdgpu_rdna:
+      case Arch_amdgpu_cdna2:
+         return 8;  
       case Arch_none:
          assert(0);
    }
@@ -2076,8 +2073,7 @@
           bps_to_remove.insert(static_cast<bp_instance *>(swbp));
    }
 
-   for (int_threadPool::iterator i = threadPool()->begin(); i != threadPool()->end(); i++) {
-      int_thread *thr = *i;
+   for (auto thr : *threadPool()) {
       hw_breakpoint *hwbp = thr->getHWBreakpoint(addr);
       if (hwbp && hwbp->containsIntBreakpoint(bp)) {
          bps_to_remove.insert(static_cast<bp_instance *>(hwbp));
@@ -2090,9 +2086,8 @@
       return false;
    }
 
-   for (set<bp_instance *>::iterator i = bps_to_remove.begin(); i != bps_to_remove.end(); i++) {
+   for (auto ibp : bps_to_remove) {
       bool empty;
-      bp_instance *ibp = *i;
       bool result = ibp->rmBreakpoint(this, bp, empty, resps);
       if (!result) {
          pthrd_printf("rmBreakpoint failed on breakpoint at %lx in %d\n", addr, getPid());
@@ -2448,7 +2443,7 @@
 
 int_process::~int_process()
 {
-   pthrd_printf("Deleting int_process at %p\n", this);
+   pthrd_printf("Deleting int_process at %p\n", (void*)this);
    if (up_proc != Process::ptr())
    {
       proc_exitstate *exitstate = new proc_exitstate();
@@ -2730,13 +2725,13 @@
    if (ev->getSyncType() == Event::sync_process) {
 	   pthrd_printf("Marking %d debugger suspended on event: %s\n", getPid(), ev->name().c_str());
       debugger_stopped = true;
-      pthrd_printf("Setting, debugger stopped: %d (%p) (%d)\n", debugger_stopped, this, getPid());
+      pthrd_printf("Setting, debugger stopped: %d (%p) (%d)\n", debugger_stopped, (void*)this, getPid());
    }
 }
 
 bool hybrid_lwp_control_process::plat_debuggerSuspended()
 {
-  pthrd_printf("Querying, debugger stopped: %d (%p) (%p) (%d)\n", debugger_stopped, &debugger_stopped, this, getPid());
+  pthrd_printf("Querying, debugger stopped: %d (%p) (%p) (%d)\n", debugger_stopped, (void*)&debugger_stopped, (void*)this, getPid());
    return debugger_stopped;
 }
 
@@ -3493,7 +3488,7 @@
    }
    pthrd_printf("Creating %s thread %d/%d, thr_id = 0x%lx\n",
                 initial_thrd ? "initial" : "new",
-                proc->getPid(), newthr->getLWP(), thr_id);
+                proc->getPid(), newthr->getLWP(), (unsigned long)thr_id);
 
    proc->threadPool()->addThread(newthr);
    if (initial_thrd) {
@@ -4159,7 +4154,7 @@
 {
    assert(!clearing_breakpoint || bp == NULL);
    pthrd_printf("%d/%d marking clearing bp %p (at 0x%lx)\n",
-	   llproc()->getPid(), getLWP(), bp, bp ? bp->getAddr() : 0);
+	   llproc()->getPid(), getLWP(), (void*)bp, bp ? bp->getAddr() : 0);
    clearing_breakpoint = bp;
    if (bp) {
       clearing_bp_count.inc();
@@ -4892,8 +4887,8 @@
          if ((*i)->isCtrlTransfer()) {
             perr_printf("Error.  Attempted to add two control transfer breakpoints "
                         "at same place\n");
-            for (set<int_process *>::iterator i = p->memory()->procs.begin(); i != p->memory()->procs.end(); i++) {
-               (*i)->setLastError(err_badparam, "Attempted two control transfer breakpoints at "
+            for (auto j : p->memory()->procs) {
+               j->setLastError(err_badparam, "Attempted two control transfer breakpoints at "
                                   "same location\n");
             }
             return false;
@@ -5075,7 +5070,7 @@
    return is.ibp;
 }
 
-bool sw_breakpoint::writeBreakpoint(int_process *proc, result_response::ptr write_response)
+bool sw_breakpoint::writeBreakpoint(int_process *proc, result_response::ptr write_response_)
 {
    assert(buffer_size != 0);
    unsigned char bp_insnBP_BUFFER_SIZE;
@@ -5086,10 +5081,10 @@
          bp_insni = bufferi;
       }
    }
-   return proc->writeMem(bp_insn, addr, buffer_size, write_response, NULL, int_process::bp_install);
+   return proc->writeMem(bp_insn, addr, buffer_size, write_response_, NULL, int_process::bp_install);
 }
 
-bool sw_breakpoint::saveBreakpointData(int_process *proc, mem_response::ptr read_response)
+bool sw_breakpoint::saveBreakpointData(int_process *proc, mem_response::ptr read_response_)
 {
    if (buffer_size != 0) {
       return true;
@@ -5102,9 +5097,9 @@
    pthrd_printf("Saving original data for breakpoint insertion at %lx +%u\n", addr, (unsigned) buffer_size);
    assert(buffer_size <= BP_BUFFER_SIZE);
 
-   read_response->setBuffer(buffer, buffer_size);
-   bool ret = proc->readMem(addr, read_response);
-   if (read_response->isReady()) {
+   read_response_->setBuffer(buffer, buffer_size);
+   bool ret = proc->readMem(addr, read_response_);
+   if (read_response_->isReady()) {
       pthrd_printf("Buffer contents from read breakpoint:\n");
       for (int i = 0; i < buffer_size; ++i) {
          pthrd_printf("\t 0x%x\n", (unsigned char)bufferi);
@@ -5249,8 +5244,8 @@
 }
 
 hw_breakpoint::hw_breakpoint(int_thread *thread, unsigned mode, unsigned size,
-                             bool pwide, Dyninst::Address addr) :
-   bp_instance(addr),
+                             bool pwide, Dyninst::Address addr_) :
+   bp_instance(addr_),
    hw_perms(mode),
    hw_size(size),
    proc_wide(pwide),
@@ -5334,12 +5329,12 @@
    while (!hw_bps.empty()) {
       set<response::ptr> resps;
       for (set<hw_breakpoint *>::iterator i = hw_bps.begin(); i != hw_bps.end();) {
-         hw_breakpoint *bp = *i;
+         hw_breakpoint *bps = *i;
          bool done = false;
-         bool result = bp->install(done, resps);
+         bool result = bps->install(done, resps);
          if (!result) {
             pthrd_printf("Error installing HW breakpoint on %d/%d at %lx\n",
-                         proc->getPid(), bp->getThread()->getLWP(), addr);
+                         proc->getPid(), bps->getThread()->getLWP(), addr);
             had_error = true;
             break;
          }
@@ -5858,10 +5853,6 @@
 {
 }
 
-RegisterPool::iterator::~iterator()
-{
-}
-
 std::pair<Dyninst::MachRegister, Dyninst::MachRegisterVal> RegisterPool::iterator::operator*()
 {
    return *i;
@@ -5889,10 +5880,6 @@
 {
 }
 
-RegisterPool::const_iterator::~const_iterator()
-{
-}
-
 std::pair<Dyninst::MachRegister, Dyninst::MachRegisterVal> RegisterPool::const_iterator::operator*() const
 {
    return *i;
@@ -5928,17 +5915,6 @@
    }
 }
 
-int_registerPool::int_registerPool(const int_registerPool &c) :
-   regs(c.regs),
-   full(c.full),
-   thread(c.thread)
-{
-}
-
-int_registerPool::~int_registerPool()
-{
-}
-
 Library::Library() : lib(NULL)
 {
 }
@@ -6083,10 +6059,6 @@
 {
 }
 
-LibraryPool::iterator::~iterator()
-{
-}
-
 Library::ptr LibraryPool::iterator::operator*() const
 {
    return (*int_iter)->up_lib;
@@ -6147,10 +6119,6 @@
 {
 }
 
-LibraryPool::const_iterator::~const_iterator()
-{
-}
-
 Library::const_ptr LibraryPool::const_iterator::operator*() const
 {
    return (*int_iter)->up_lib;
@@ -7989,10 +7957,6 @@
    curh = Thread::ptr();
 }
 
-ThreadPool::iterator::~iterator()
-{
-}
-
 bool ThreadPool::iterator::operator==(const iterator &i)
 {
    return (i.curh == curh);
@@ -8104,10 +8068,6 @@
    curh = Thread::ptr();
 }
 
-ThreadPool::const_iterator::~const_iterator()
-{
-}
-
 bool ThreadPool::const_iterator::operator==(const const_iterator &i)
 {
    return (i.curh == curh);

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/processplat.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/processplat.C Changed

@@ -35,10 +35,6 @@
 #include "processplat.h"
 #include "int_event.h"
 
-#ifdef _MSC_VER
-#pragma warning(disable:4477)
-#endif
-
 using namespace Dyninst;
 using namespace ProcControlAPI;
 using namespace std;
@@ -595,8 +591,8 @@
    MTLock lock_this_func;
    Process::ptr p = proc.lock();
    PTR_EXIT_TEST(p, "getFileNames", false);
-   int_remoteIO *proc = p->llproc()->getRemoteIO();
-   return proc->getFileNames(fset);
+   int_remoteIO *remoteIO = p->llproc()->getRemoteIO();
+   return remoteIO->getFileNames(fset);
 }
 
 bool RemoteIO::getFileStatData(FileSet *fset) const
@@ -604,8 +600,8 @@
    MTLock lock_this_func;
    Process::ptr p = proc.lock();
    PTR_EXIT_TEST(p, "getStatData", false);
-   int_remoteIO *proc = p->llproc()->getRemoteIO();
-   return proc->getFileStatData(*fset);
+   int_remoteIO *remoteIO = p->llproc()->getRemoteIO();
+   return remoteIO->getFileStatData(*fset);
 }
 
 bool RemoteIO::readFileContents(const FileSet *fset)
@@ -613,8 +609,8 @@
    MTLock lock_this_func;
    Process::ptr p = proc.lock();
    PTR_EXIT_TEST(p, "getStatData", false);
-   int_remoteIO *proc = p->llproc()->getRemoteIO();
-   return proc->getFileDataAsync(*fset);
+   int_remoteIO *remoteIO = p->llproc()->getRemoteIO();
+   return remoteIO->getFileDataAsync(*fset);
 }
 
 RemoteIOSet::RemoteIOSet(ProcessSet::ptr procs_)

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/procpool.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/procpool.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/procset.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/procset.C Changed

@@ -45,16 +45,9 @@
 #include <map>
 #include <algorithm>
 
-#if defined(os_windows)
-#include "external/stdint-win.h"
-#include "external/inttypes-win.h"
-#endif
 #include <boost/crc.hpp>
 #include <iterator>
 
-#ifdef _MSC_VER
-#pragma warning(disable:4477)
-#endif
 
 using namespace Dyninst;
 using namespace ProcControlAPI;
@@ -868,7 +861,7 @@
          i++;
          continue;
       }
-      pthrd_printf("Erasing process %d from attach return set because err = %d\n",
+      pthrd_printf("Erasing process %d from attach return set because err = %u\n",
                    proc->getPid(), last_error);
       ai.error_ret = last_error;
       ai.proc = Process::ptr();
@@ -1542,8 +1535,7 @@
 
       int_threadPool *tp = proc->threadPool();
       bool has_rpc = false;
-      for (int_threadPool::iterator i = tp->begin(); i != tp->end(); i++) {
-         int_thread *thr = *i;
+      for (auto thr : *tp) {
          if (!thr->getPostedRPCs()->empty() || thr->runningRPC()) {
             has_rpc = true;
             break;
@@ -2095,8 +2087,8 @@
          continue;
       }
       all_responses.insert(resps.begin(), resps.end());
-      for (set<response::ptr>::iterator i=resps.begin(); i != resps.end(); i++)
-         resp_to_proc.insert(make_pair(*i, proc));
+      for (auto resp : resps)
+         resp_to_proc.insert(make_pair(resp, proc));
    }
 
    bool result = int_process::waitForAsyncEvent(all_responses);
@@ -2195,15 +2187,6 @@
    int_iter = i;
 }
 
-ProcessSet::iterator::iterator()
-{
-}
-
-ProcessSet::iterator::~iterator()
-{
-}
-
-
 Process::ptr ProcessSet::iterator::operator*() const
 {
    return *int_iter;
@@ -3054,14 +3037,6 @@
    int_iter = i;
 }
 
-ThreadSet::iterator::iterator()
-{
-}
-
-ThreadSet::iterator::~iterator()
-{
-}
-
 Thread::ptr ThreadSet::iterator::operator*()
 {
    return *int_iter;
@@ -3684,7 +3659,7 @@
    set<StatResp_t *> all_resps;
 
    for (FileSet::iterator i = fset->begin(); i != fset->end(); i++) {
-      pthrd_printf("About to access proc %p\n", i->first->llproc());
+      pthrd_printf("About to access proc %p\n", (void*)i->first->llproc());
       fflush(stderr);
       int_remoteIO *proc = i->first->llproc()->getRemoteIO();
       if (!proc) {
@@ -3760,7 +3735,7 @@
 MemoryUsageSet::MemoryUsageSet(ProcessSet::ptr ps_) :
    wps(ps_)
 {
-   pthrd_printf("Constructed MemoryUsageSet %p on procset of size %lu\n", this, (unsigned long) ps_->size());
+   pthrd_printf("Constructed MemoryUsageSet %p on procset of size %lu\n", (void*)this, (unsigned long) ps_->size());
 }
 
 MemoryUsageSet::~MemoryUsageSet()
@@ -3824,11 +3799,11 @@
          start = mu;
          end = mu;
       }
-      for (int i = start; i <= end; i++) {
+      for (int j = start; j <= end; j++) {
          assert(cur < max_operations);
          MemUsageResp_t *resp = new MemUsageResp_t(result_sizes + cur++, proc);
          bool result = false;
-         switch ((mem_usage_t) i) {
+         switch ((mem_usage_t) j) {
             case mus_shared:
                result = proc->plat_getSharedUsage(resp);
                break;
@@ -3849,7 +3824,7 @@
             continue;
          }
 
-         switch ((mem_usage_t) i) {
+         switch ((mem_usage_t) j) {
             case mus_shared:
                shared_results.insert(make_pair(proc, resp));
                break;

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/resp.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/resp.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/resp.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/resp.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/response.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/response.C Changed

@@ -300,7 +300,7 @@
 
    if (resp->isReady()) {
       cvar.unlock();
-      pthrd_printf("Waiting for async event %d, complete\n", resp->getID());
+      pthrd_printf("Waiting for async event %u, complete\n", resp->getID());
       return true;
    }
 
@@ -309,13 +309,13 @@
    assert(i != pending.end());
 
    while (!resp->isReady()) {
-      pthrd_printf("Waiting for async event %d, iter = %d\n", resp->getID(), iter);
+      pthrd_printf("Waiting for async event %u, iter = %u\n", resp->getID(), iter);
       cvar.wait();
       iter++;
    }
    cvar.unlock();
 
-   pthrd_printf("Waiting for async event %d, complete\n", resp->getID());
+   pthrd_printf("Waiting for async event %u, complete\n", resp->getID());
 
    return true;
 }
@@ -371,7 +371,7 @@
 
 void responses_pending::addResponse(response::ptr r, int_process *proc)
 {
-   pthrd_printf("Adding response %d of type %s to list of pending responses\n", r->getID(), r->name().c_str());
+   pthrd_printf("Adding response %u of type %s to list of pending responses\n", r->getID(), r->name().c_str());
    Event::ptr ev = proc->handlerPool()->curEvent();
    if (r->isSyncHandled)
       ev = Event::ptr();

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/windows_process.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/windows_process.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/proccontrol/src/x86_process.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/proccontrol/src/x86_process.C Changed

@@ -32,10 +32,6 @@
 #include "int_event.h"
 #include "Event.h"
 
-#ifdef _MSC_VER
-#pragma warning(disable:4477)
-#endif
-
 x86_process::x86_process(Dyninst::PID p, std::string e, std::vector<std::string> a, std::vector<std::string> envp, std::map<int, int> f) :
   int_process(p, e, a, envp, f)
 {
@@ -141,7 +137,7 @@
                    reg.name().c_str(), new_dr7);
       bool result = setRegister(reg, new_dr7, resp);
       if (!result) {
-         pthrd_printf("Error setting %s in thread %u\n", reg.name().c_str(),
+         pthrd_printf("Error setting %s in thread %d\n", reg.name().c_str(),
                       lwp);
          return false;
       }
@@ -273,7 +269,7 @@
       resp->markSyncHandled();
       bool result = setRegister(reg, addr, resp);
       if (!result) {
-         pthrd_printf("Error setting %s in thread %u\n", reg.name().c_str(),
+         pthrd_printf("Error setting %s in thread %d\n", reg.name().c_str(),
                       lwp);
          return false;
       }
@@ -288,7 +284,7 @@
                    reg.name().c_str(), new_dr7);
       bool result = setRegister(reg, new_dr7, resp);
       if (!result) {
-         pthrd_printf("Error setting %s in thread %u\n", reg.name().c_str(),
+         pthrd_printf("Error setting %s in thread %d\n", reg.name().c_str(),
                       lwp);
          return false;
       }
@@ -361,10 +357,10 @@
    MachRegisterVal new_dr6 = regval & ~0xfUL;
    if (new_dr6 != regval) {
       result_response::ptr result_resp = result_response::createResultResponse();
-      bool result = setRegister(reg, new_dr6, result_resp);
-      if (result)
+      bool r = setRegister(reg, new_dr6, result_resp);
+      if (r)
          int_process::waitForAsyncEvent(result_resp);
-      if (!result || result_resp->hasError()) {
+      if (!r || result_resp->hasError()) {
          pthrd_printf("Error while resetting dr6 register on %d/%d\n", proc->getPid(), getLWP());
          return EventBreakpoint::ptr();
       }

_service:tar_scm:dyninst-11.0.1.tar.gz/scripts/dynsysname -> _service:tar_scm:dyninst-12.2.1.tar.gz/scripts/dynsysname Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/CMakeLists.txt -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/CMakeLists.txt Changed

@@ -1,104 +1,72 @@
 # CMake configuration for proccontrol directory
 
-include_directories (
-  ${PROJECT_SOURCE_DIR}/proccontrol/h
-  ${PROJECT_SOURCE_DIR}/elf/h
-  ${PROJECT_SOURCE_DIR}/dwarf/h
-  src
-  h
-  )
+include_directories(${PROJECT_SOURCE_DIR}/proccontrol/h ${PROJECT_SOURCE_DIR}/elf/h
+                    ${PROJECT_SOURCE_DIR}/dwarf/h src h)
 
-set (SRC_LIST
-    src/frame.C 
-    src/framestepper.C 
-    src/swk_errors.C 
-    src/symlookup.C 
-    src/walker.C 
-    src/procstate.C 
-    src/steppergroup.C 
-    src/libstate.C 
-    src/sw_c.C 
-    src/sw_pcontrol.C  
-)
+set(SRC_LIST
+    src/frame.C
+    src/framestepper.C
+    src/swk_errors.C
+    src/symlookup.C
+    src/walker.C
+    src/procstate.C
+    src/steppergroup.C
+    src/libstate.C
+    src/sw_pcontrol.C)
 
-if (PLATFORM MATCHES freebsd)
-set (SRC_LIST ${SRC_LIST}
-     src/freebsd-swk.C 
-     src/x86-swk.C
-     src/symtab-swk.C 
-     src/dbginfo-stepper.C 
-     src/x86-wanderer.C 
-     src/linuxbsd-swk.C
-     src/linuxbsd-x86-swk.C 
-     src/freebsd-x86-swk.C
-)
-elseif (PLATFORM MATCHES linux OR PLATFORM MATCHES freebsd)
-    set (SRC_LIST ${SRC_LIST}
-        src/symtab-swk.C 
-        src/linuxbsd-swk.C 
-        src/linux-swk.C
-    )
-    if (PLATFORM MATCHES ppc)
-        set (SRC_LIST ${SRC_LIST}
-            src/linux-ppc-swk.C 
-            src/ppc-swk.C
-        )
+if(PLATFORM MATCHES freebsd)
+    set(SRC_LIST
+        ${SRC_LIST}
+        src/freebsd-swk.C
+        src/x86-swk.C
+        src/symtab-swk.C
+        src/dbginfo-stepper.C
+        src/x86-wanderer.C
+        src/linuxbsd-swk.C
+        src/linuxbsd-x86-swk.C
+        src/freebsd-x86-swk.C)
+elseif(PLATFORM MATCHES linux OR PLATFORM MATCHES freebsd)
+    set(SRC_LIST ${SRC_LIST} src/symtab-swk.C src/linuxbsd-swk.C src/linux-swk.C)
+    if(PLATFORM MATCHES ppc)
+        set(SRC_LIST ${SRC_LIST} src/linux-ppc-swk.C src/ppc-swk.C)
 
-    elseif (PLATFORM MATCHES aarch64)
-        set (SRC_LIST ${SRC_LIST}
-            src/linux-aarch64-swk.C 
-            src/aarch64-swk.C
-            src/dbginfo-stepper.C 
-        )
+    elseif(PLATFORM MATCHES aarch64)
+        set(SRC_LIST ${SRC_LIST} src/linux-aarch64-swk.C src/aarch64-swk.C
+                     src/dbginfo-stepper.C)
 
-    elseif (PLATFORM MATCHES i386 OR PLATFORM MATCHES x86_64)
-        set (SRC_LIST ${SRC_LIST}
-            src/dbginfo-stepper.C 
-            src/linux-x86-swk.C 
-            src/x86-wanderer.C 
-            src/linuxbsd-x86-swk.C 
-            src/x86-swk.C 
-        )
+    elseif(PLATFORM MATCHES i386 OR PLATFORM MATCHES x86_64)
+        set(SRC_LIST ${SRC_LIST} src/dbginfo-stepper.C src/linux-x86-swk.C
+                     src/x86-wanderer.C src/linuxbsd-x86-swk.C src/x86-swk.C)
     endif()
 endif()
-if (PLATFORM MATCHES nt OR PLATFORM MATCHES windows)
-    set (SRC_LIST ${SRC_LIST}
-        src/x86-wanderer.C 
-        src/x86-swk.C
-        src/win-x86-swk.C
-        src/symtab-swk.C
-    )
+if(PLATFORM MATCHES nt OR PLATFORM MATCHES windows)
+    set(SRC_LIST ${SRC_LIST} src/x86-wanderer.C src/x86-swk.C src/win-x86-swk.C
+                 src/symtab-swk.C)
 endif()
 
-if (SW_ANALYSIS_STEPPER)
-    set (SRC_LIST ${SRC_LIST}
-        src/analysis_stepper.C
-        src/callchecker-IAPI.C
-    )
-else ()
-    set (SRC_LIST ${SRC_LIST}
-        src/callchecker.C
-    )
+if(SW_ANALYSIS_STEPPER)
+    set(SRC_LIST ${SRC_LIST} src/analysis_stepper.C src/callchecker-IAPI.C)
+else()
+    set(SRC_LIST ${SRC_LIST} src/callchecker.C)
 endif()
 
-SET_SOURCE_FILES_PROPERTIES(${SRC_LIST} PROPERTIES LANGUAGE CXX)
+set_source_files_properties(${SRC_LIST} PROPERTIES LANGUAGE CXX)
 
-ADD_DEFINITIONS(-DSTACKWALKER_EXPORTS)
+add_definitions(-DSTACKWALKER_EXPORTS)
 
 set(CMAKE_C_FLAGS "${CMAKE_C_FLAGS} ${FORCE_FRAME_POINTER}")
 set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} ${FORCE_FRAME_POINTER}")
 
 set(DEPS common instructionAPI pcontrol)
-if (UNIX)
-set (DEPS ${DEPS} dynDwarf dynElf)
+if(UNIX)
+    set(DEPS ${DEPS} dynDwarf dynElf)
 endif()
 
-set (DEPS ${DEPS} ${SYMREADER})
+set(DEPS ${DEPS} ${SYMREADER})
 
-if (SW_ANALYSIS_STEPPER)
-set (DEPS ${DEPS} parseAPI)
+if(SW_ANALYSIS_STEPPER)
+    set(DEPS ${DEPS} parseAPI)
 endif()
 
-
 dyninst_library(stackwalk ${DEPS})
 target_link_private_libraries(stackwalk ${Boost_LIBRARIES})

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/doc/stackwalk.pdf -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/doc/stackwalk.pdf Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/h/frame.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/h/frame.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/h/swk_errors.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/h/swk_errors.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/aarch64-swk.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/aarch64-swk.C Changed

@@ -52,10 +52,10 @@
 #error Unknown platform
 #endif
 
-typedef struct pair{
+struct ra_fp_pair_t  {
     unsigned long FP;
     unsigned long LR;
-} ra_fp_pair_t;
+};
 
 bool ProcSelf::getRegValue(Dyninst::MachRegister reg, THR_ID, Dyninst::MachRegisterVal &val)
 {
@@ -91,7 +91,7 @@
      if( val != 0) found_reg = true;
   }
 
-  sw_printf("%s:%u - Returning value %lx for reg %s\n",
+  sw_printf("%s:%d - Returning value %lx for reg %s\n",
             FILE__, __LINE__, val, reg.name().c_str());
   return found_reg;
 }
@@ -130,12 +130,10 @@
   ra_fp_pair_t this_frame_pair;
   ra_fp_pair_t *actual_frame_pair_p;
 
-  Address actual_fp;
-
   // FrameFuncStepper needs an input FP
   if (!in.getFP())
   {
-      sw_printf("%s:%u - in.getFP() %lx\n", FILE__, __LINE__, in.getFP());
+      sw_printf("%s:%d - in.getFP() %lx\n", FILE__, __LINE__, in.getFP());
       return gcf_not_me;
   }
   // Look for function prologue to see if it is a standard frame 
@@ -149,7 +147,7 @@
   // address, we will get information for C rather than A. 
   alloc_frame = helper->allocatesFrame(in.getRA() - 1);
   if (alloc_frame.first != FrameFuncHelper::standard_frame) {
-      sw_printf("%s:%u - alloc_frame.first!=standard_frame (== %lx)\n", FILE__, __LINE__, alloc_frame.first);
+      sw_printf("%s:%d - alloc_frame.first!=standard_frame (== %x)\n", FILE__, __LINE__, (unsigned int)alloc_frame.first);
       // If we are dealing with the first frame,
       // the frame information is in the register state.
       // We continue this function 
@@ -175,22 +173,13 @@
   }
 
   if (!result) {
-    sw_printf("%s:%u - Couldn't read from %lx\n", FILE__, __LINE__, in_fp);
+    sw_printf("%s:%d - Couldn't read from %lx\n", FILE__, __LINE__, in_fp);
     return gcf_error;
   }
 
 
-  // Set actual stack frame based on
-  // whether the function creates a frame or not
-  if (FrameFuncHelper::no_frame == alloc_frame.first)
-  {
-    actual_frame_pair_p = &this_frame_pair;
-    actual_fp = in_fp;
-  }
-  else
-  {
-    actual_frame_pair_p = &this_frame_pair;
-  }
+  // Set actual stack frame
+  actual_frame_pair_p = &this_frame_pair;
 
   // Handle leaf functions
   if (FrameFuncHelper::unset_frame == alloc_frame.second)
@@ -211,7 +200,7 @@
         //result = getProcessState()->getRegValue(aarch32::lr, in.getThread(), out_ra);
     }
     if (!result) {
-        sw_printf("%s:%u - Error getting PC value for thrd %d\n",
+        sw_printf("%s:%d - Error getting PC value for thrd %d\n",
                   FILE__, __LINE__, (int) in.getThread());
         return gcf_error;
     }
@@ -291,21 +280,21 @@
 
 bool WandererHelper::isPrevInstrACall(Address, Address&)
 {
-   sw_printf("%s:%u - Unimplemented on this platform!\n");
+   sw_printf("%s:%d - Unimplemented on this platform!\n", FILE__, __LINE__);
    assert(0);
    return false;
 }
 
 WandererHelper::pc_state WandererHelper::isPCInFunc(Address, Address)
 {
-   sw_printf("%s:%u - Unimplemented on this platform!\n");
+   sw_printf("%s:%d - Unimplemented on this platform!\n", FILE__, __LINE__);
    assert(0);
    return unknown_s;
 }
 
 bool WandererHelper::requireExactMatch()
 {
-   sw_printf("%s:%u - Unimplemented on this platform!\n");
+   sw_printf("%s:%d - Unimplemented on this platform!\n", FILE__, __LINE__);
    assert(0);
    return true;
 }
@@ -358,7 +347,7 @@
   result = getProcessState()->readMem(&ra_fp_pair, out_fp_loc,
                                       sizeof(ra_fp_pair));
   if (!result) {
-    sw_printf("%s:%u - Couldn't read instrumentation FP and RA from %lx\n", FILE__, __LINE__, out_fp_loc);
+    sw_printf("%s:%d - Couldn't read instrumentation FP and RA from %lx\n", FILE__, __LINE__, out_fp_loc);
     return gcf_error;
   }
   out.setRA(ra_fp_pair.LR);
@@ -433,7 +422,7 @@
 
    result = checkCache(addr, res);
    if (result) {
-      sw_printf("%s:%u - Cached value for %lx is %d/%d\n",
+      sw_printf("%s:%d - Cached value for %lx is %d/%d\n",
                 FILE__, __LINE__, addr, (int) res.first, (int) res.second);
       return res;
    }
@@ -441,27 +430,27 @@
    result = proc->getLibraryTracker()->getLibraryAtAddr(addr, lib);
    if (!result)
    {
-      sw_printf("%s:%u - No library at %lx\n", FILE__, __LINE__, addr);
+      sw_printf("%s:%d - No library at %lx\n", FILE__, __LINE__, addr);
       goto done;
    }
 
    reader = LibraryWrapper::getLibrary(lib.first);
    if (!reader) {
-      sw_printf("%s:%u - Failed to open symbol reader %s\n",
+      sw_printf("%s:%d - Failed to open symbol reader %s\n",
                 FILE__, __LINE__, lib.first.c_str() );
       goto done;
    }
    off = addr - lib.second;
    sym = reader->getContainingSymbol(off);
    if (!reader->isValidSymbol(sym)) {
-      sw_printf("%s:%u - Could not find symbol in binary\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Could not find symbol in binary\n", FILE__, __LINE__);
       goto done;
    }
    func_addr = reader->getSymbolOffset(sym) + lib.second;
 
    result = proc->readMem(mem, func_addr, FUNCTION_PROLOG_TOCHECK);
    if (!result) {
-      sw_printf("%s:%u - Error.  Couldn't read from memory at %lx\n",
+      sw_printf("%s:%d - Error.  Couldn't read from memory at %lx\n",
                 FILE__, __LINE__, func_addr);
       goto done;
    }
@@ -505,7 +494,7 @@
       res.second = set_frame;
 
  done:
-   sw_printf("%s:%u - Function containing %lx has frame type %d/%d\n",
+   sw_printf("%s:%d - Function containing %lx has frame type %d/%d\n",
              FILE__, __LINE__, addr, (int) res.first, (int) res.second);
    updateCache(addr, res);
    return res;

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/analysis_stepper.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/analysis_stepper.C Changed

@@ -151,7 +151,7 @@
         location_t out_ra_loc, out_fp_loc;
 
         if (sp_height == StackAnalysis::Height::bottom) {
-            sw_printf("%s:%u - Analysis didn't find a stack height\n", 
+            sw_printf("%s:%d - Analysis didn't find a stack height\n", 
                     FILE__, __LINE__);
             continue;
         } else {
@@ -195,7 +195,7 @@
 	{
 	  if (out_fp_addr != in_fp) {
 	    sw_printf(
-		      "%s:%u - Warning - current FP %lx does not point to next FP located at %lx\n",
+		      "%s:%d - Warning - current FP %lx does not point to next FP located at %lx\n",
 		      FILE__, __LINE__, in_fp, out_fp_addr);
 	  }
 	  bool resultMem = proc->readMem(&out_fp, out_fp_addr, proc->getAddressWidth());
@@ -207,12 +207,12 @@
 	    out.setFP(out_fp);
 	  }
 	  else {
-	    sw_printf("%s:%u - Failed to read FP value\n", FILE__, __LINE__);
+	    sw_printf("%s:%d - Failed to read FP value\n", FILE__, __LINE__);
 	  }
 	}
 	else
 	{
-	  sw_printf("%s:%u - Failed to find FP\n", FILE__, __LINE__);
+	  sw_printf("%s:%d - Failed to find FP\n", FILE__, __LINE__);
 	}
 	
 	
@@ -221,10 +221,10 @@
 	out.setRA(out_ra);
 
         if (result) {
-            sw_printf("%s:%u - Warning - found multiple valid frames.\n", 
+            sw_printf("%s:%d - Warning - found multiple valid frames.\n", 
                     FILE__, __LINE__);
         } else {
-            sw_printf("%s:%u - Found a valid frame\n", 
+            sw_printf("%s:%d - Found a valid frame\n", 
                     FILE__, __LINE__);
             result = true;
         }
@@ -265,7 +265,7 @@
     
     Symbol_t sym = readersname->getContainingSymbol(callSite);
     if (!readersname->isValidSymbol(sym)) {
-       sw_printf("%s:%u - Could not find symbol at offset %lx\n", FILE__,
+       sw_printf("%s:%d - Could not find symbol at offset %lx\n", FILE__,
                  __LINE__, callSite);
        return err_heights_pair;
     }
@@ -277,7 +277,7 @@
 
     if(!func)
     {
-      sw_printf("%s:%u - Could not find function at offset %lx\n", FILE__,
+      sw_printf("%s:%d - Could not find function at offset %lx\n", FILE__,
                 __LINE__, callSite);
       return err_heights_pair;
     }
@@ -296,7 +296,7 @@
    }
    //obj->findBlocks(region, callSite, blocks);
    if(blocks.size() == 0) {
-      sw_printf("%s:%u - Function at entry point %lx did not contain call site %lx\n", FILE__,
+      sw_printf("%s:%d - Function at entry point %lx did not contain call site %lx\n", FILE__,
                 __LINE__, entry_addr, callSite);
      return err_heights_pair;
    }
@@ -307,7 +307,7 @@
    StackAnalysis analysis(func);
    heights.insert(height_pair_t(analysis.findSP(block, callSite), analysis.findFP(block, callSite)));
  
-   sw_printf("%s:%u - Have %lu possible stack heights in %s at %lx:\n", FILE__, __LINE__, heights.size(), name.c_str(), callSite);
+   sw_printf("%s:%d - Have %lu possible stack heights in %s at %lx:\n", FILE__, __LINE__, heights.size(), name.c_str(), callSite);
    for (set<height_pair_t>::iterator i = heights.begin(); 
         i != heights.end(); i++)
    {
@@ -330,13 +330,13 @@
    LibAddrPair libaddr;
    LibraryState *ls = getProcessState()->getLibraryTracker();
    if (!ls) {
-      sw_printf("%s:%u - Failed to get library tracker\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Failed to get library tracker\n", FILE__, __LINE__);
       return gcf_not_me;
    }
 
    bool result = ls->getLibraryAtAddr(in.getRA(), libaddr);
    if (!result) {
-      sw_printf("%s:%u - Failed to get library at %lx\n", FILE__, __LINE__, in.getRA());
+      sw_printf("%s:%d - Failed to get library at %lx\n", FILE__, __LINE__, in.getRA());
       return gcf_not_me;
    }
    
@@ -351,7 +351,7 @@
    set<height_pair_t> heights = analyzeFunction(name, function_offset);
    gcframe_ret_t ret = gcf_not_me;
    if (*(heights.begin()) == err_height_pair) {
-     sw_printf("%s:%u - Analysis failed on %s at %lx\n", FILE__, __LINE__, name.c_str(), offset);
+     sw_printf("%s:%d - Analysis failed on %s at %lx\n", FILE__, __LINE__, name.c_str(), offset);
      return ret;
    }
 
@@ -397,7 +397,7 @@
    obj->cs()->findRegions(callSite, regions);
    
    if (regions.empty()) {
-      sw_printf("%s:%u - Could not find region at %lx\n", FILE__, __LINE__, callSite);
+      sw_printf("%s:%d - Could not find region at %lx\n", FILE__, __LINE__, callSite);
       return heights;
    }
    //We shouldn't be dealing with overlapping regions in a live process
@@ -407,7 +407,7 @@
    set<ParseAPI::Function*> funcs;
    obj->findFuncs(region, callSite, funcs);
    if (funcs.empty()) {
-      sw_printf("%s:%u - Could not find function at offset %lx\n", FILE__,
+      sw_printf("%s:%d - Could not find function at offset %lx\n", FILE__,
                 __LINE__, callSite);
       return heights;
    }
@@ -426,7 +426,7 @@
       
    }
 
-   sw_printf("%s:%u - Have %lu possible stack heights in %s at %lx:\n", FILE__, __LINE__, heights.size(), name.c_str(), callSite);
+   sw_printf("%s:%d - Have %lu possible stack heights in %s at %lx:\n", FILE__, __LINE__, heights.size(), name.c_str(), callSite);
 
    // Return set of possible heights
    return heights;  
@@ -466,7 +466,7 @@
     if(heightIter->second.height() == -1 * (long)proc->getAddressWidth())
     {
       // FP candidate: register pointing to entry SP
-       sw_printf("%s:%u - Found candidate FP %s, height 0x%lx\n", __FILE__, __LINE__,
+       sw_printf("%s:%d - Found candidate FP %s, height 0x%lx\n", __FILE__, __LINE__,
                  heightIter->first.format().c_str(), (unsigned long) heightIter->second.height());
     }
 
@@ -485,10 +485,10 @@
     out.setRA(out_ra);
     
     if (result) {
-      sw_printf("%s:%u - Warning - found multiple valid frames.\n", 
+      sw_printf("%s:%d - Warning - found multiple valid frames.\n", 
 		FILE__, __LINE__);
     } else {
-      sw_printf("%s:%u - Found a valid frame\n", 
+      sw_printf("%s:%d - Found a valid frame\n", 
 		FILE__, __LINE__);
       result = true;
     }
@@ -499,10 +499,10 @@
 
 bool AnalysisStepperImpl::validateRA(Address candidateRA)
 {
-  sw_printf("%s:%u - Calling isPrevInstrACall\n", FILE__, __LINE__);
+  sw_printf("%s:%d - Calling isPrevInstrACall\n", FILE__, __LINE__);
   Address target;
   if (!isPrevInstrACall(candidateRA, target)) {
-    sw_printf("%s:%u - Return location %lx does not follow a call instruction\n",
+    sw_printf("%s:%d - Return location %lx does not follow a call instruction\n",
 	      FILE__, __LINE__, candidateRA);
     return false;
   }
@@ -512,10 +512,10 @@
 gcframe_ret_t AnalysisStepperImpl::checkResult(bool result)
 {
   if (result) {
-    sw_printf("%s:%u - success\n", FILE__, __LINE__); 
+    sw_printf("%s:%d - success\n", FILE__, __LINE__); 
     return gcf_success;
   } else {
-    sw_printf("%s:%u - failed\n", FILE__, __LINE__); 
+    sw_printf("%s:%d - failed\n", FILE__, __LINE__); 
     return gcf_not_me;
   }
 }
@@ -531,7 +531,7 @@
   
   bool resultMem = proc->readMem(&out_ra, out_ra_addr, addr_width);
   if (!resultMem) {
-    sw_printf("%s:%u - Error reading from return location %lx on stack\n",
+    sw_printf("%s:%d - Error reading from return location %lx on stack\n",
 	      FILE__, __LINE__, out_ra_addr);
     return false;
   }

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/callchecker-IAPI.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/callchecker-IAPI.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/callchecker.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/callchecker.C Changed

@@ -44,12 +44,12 @@
    bool result;
    unsigned char buffermax_call_length;
 
-   sw_printf("%s:%u - isPrevInstrACall on %lx\n", FILE__, __LINE__, addr);
+   sw_printf("%s:%d - isPrevInstrACall on %lx\n", FILE__, __LINE__, addr);
    Address start = addr - max_call_length;
    result = proc->readMem(buffer, start, max_call_length);
    if (!result)
    {
-      sw_printf("%s:%u - Address 0x%lx is not a call--unreadable\n",
+      sw_printf("%s:%d - Address 0x%lx is not a call--unreadable\n",
                 FILE__, __LINE__, addr);
       return false;
    }
@@ -57,7 +57,7 @@
    if (buffermax_call_length - 5 == 0xe8) {
       int32_t disp = *((int32_t *) (buffer+1));
       target = addr + disp;
-      sw_printf("%s:%u - Found call encoded by %x to %lx (addr = %lx, disp = %lx)\n",
+      sw_printf("%s:%d - Found call encoded by %x to %lx (addr = %lx, disp = %dx)\n",
                 FILE__, __LINE__, (int) buffer0, target, addr, disp);
                 
       return true;
@@ -102,7 +102,7 @@
 
       if (i + size == max_call_length)
       {
-         sw_printf("%s:%u - Found call of size %d encoded by: ",
+         sw_printf("%s:%d - Found call of size %u encoded by: ",
                    FILE__, __LINE__, size);
          for (unsigned j=i; j<i+size; j++) {
             sw_printf("%x ", bufferj);

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/dbginfo-stepper.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/dbginfo-stepper.C Changed

@@ -69,13 +69,13 @@
 
    SymReader *orig_reader = LibraryWrapper::getLibrary(s);
    if (!orig_reader) {
-      sw_printf("%s:%u - Error.  Could not find elf handle for %s\n",
+      sw_printf("%s:%d - Error.  Could not find elf handle for %s\n",
                 FILE__, __LINE__, s.c_str());
       return DwarfFrameParser::Ptr();
    }
    Elf_X *orig_elf = (Elf_X *) orig_reader->getElfHandle();
    if (!orig_elf) {
-      sw_printf("%s:%u - Error. Could not find elf handle for file %s\n",
+      sw_printf("%s:%d - Error. Could not find elf handle for file %s\n",
                 FILE__, __LINE__, s.c_str());
       dwarf_aux_infos = DwarfFrameParser::Ptr();
       return DwarfFrameParser::Ptr();
@@ -83,7 +83,7 @@
 
    DwarfHandle::ptr dwarf = DwarfHandle::createDwarfHandle(s, orig_elf);
    assert(dwarf);
-   sw_printf("%s:%u - Separate debug file used: %s\n",
+   sw_printf("%s:%d - Separate debug file used: %s\n",
            FILE__, __LINE__, dwarf->getDebugFilename().c_str());
 
    // MJMTODO - Need to check whether this is supposed to work or not
@@ -160,7 +160,7 @@
 
 bool DebugStepperImpl::GetReg(MachRegister reg, MachRegisterVal &val)
 {
-   sw_printf("%s:%u Attempt to get value for reg %s\n", FILE__, __LINE__, reg.name().c_str());
+   sw_printf("%s:%d Attempt to get value for reg %s\n", FILE__, __LINE__, reg.name().c_str());
    if (reg.isFramePointer()) {
       val = static_cast<MachRegisterVal>(depth_frame->getFP());
       return true;
@@ -197,11 +197,11 @@
       }
 #if defined(arch_aarch64)
       if (!result) {
-          sw_printf("Cast framestepper %p for frame %p to SigHandlerStepper at address %lx\n", prevDepthFrame->getStepper(), prevDepthFrame, prevDepthFrame->getRA());
+          sw_printf("Cast framestepper %p for frame %p to SigHandlerStepper at address %lx\n", (void*)prevDepthFrame->getStepper(), (const void*)prevDepthFrame, prevDepthFrame->getRA());
 
           SigHandlerStepper * ss = dynamic_cast<SigHandlerStepper*> (prevDepthFrame->getStepper());
 	  if (ss != NULL) {
-	      sw_printf("%s:%u - Not the first frame, cannot find dbg information, and previous frame is a signal trampoline frame. Try to get x30 from ucontext as RA\n",
+	      sw_printf("%s:%d - Not the first frame, cannot find dbg information, and previous frame is a signal trampoline frame. Try to get x30 from ucontext as RA\n",
                 FILE__, __LINE__);
               static     ucontext_t dummy_context;
 	      static int lr_offset = (char*)&(dummy_context.uc_mcontext.regs30) - (char*)&dummy_context;
@@ -212,11 +212,11 @@
 	          int addr_size = 8;
 	          Address lr_addr = signal_frame->getSP() + ucontext_offset + lr_offset;
 		  result = getProcessState()->readMem(&val, lr_addr, addr_size);
-	      sw_printf("%s:%u - readMem results %d, get %lx as RA\n",
+	      sw_printf("%s:%d - readMem results %d, get %lx as RA\n",
                 FILE__, __LINE__, result, val);
 
 	      } else {
-	      sw_printf("%s:%u - the signal trampoline frame does not have a parent frame\n",
+	      sw_printf("%s:%d - the signal trampoline frame does not have a parent frame\n",
                 FILE__, __LINE__);
 	      }
 	  } else {
@@ -251,12 +251,12 @@
    // the input frame.
    result = getProcessState()->getLibraryTracker()->getLibraryAtAddr(in.getRA(), lib);
    if (!result) {
-      sw_printf("%s:%u - Stackwalking with PC at %lx, which is not found in any known libraries\n",
+      sw_printf("%s:%d - Stackwalking with PC at %lx, which is not found in any known libraries\n",
                 FILE__, __LINE__, in.getRA());
       return gcf_not_me;
    }
    Address pc = in.getRA() - lib.second;
-   sw_printf("%s:%u Dwarf-based stackwalking, using local address 0x%lx from 0x%lx - 0x%lx\n",
+   sw_printf("%s:%d Dwarf-based stackwalking, using local address 0x%lx from 0x%lx - 0x%lx\n",
              FILE__, __LINE__, pc, in.getRA(), lib.second);
    if (in.getRALocation().location != loc_register && !in.nonCall()) {
       /**
@@ -284,7 +284,7 @@
     **/
    DwarfFrameParser::Ptr dauxinfo = getAuxDwarfInfo(lib.first);
    if (!dauxinfo || !dauxinfo->hasFrameDebugInfo()) {
-      sw_printf("%s:%u - Library %s does not have stackwalking debug info\n",
+      sw_printf("%s:%d - Library %s does not have stackwalking debug info\n",
                  FILE__, __LINE__, lib.first.c_str());
       return gcf_not_me;
    }
@@ -297,7 +297,7 @@
    isVsyscallPage = (strstr(lib.first.c_str(), "vsyscall-") != NULL);
 #endif
 
-   sw_printf("%s:%u - Using DWARF debug file info for %s\n",
+   sw_printf("%s:%d - Using DWARF debug file info for %s\n",
                    FILE__, __LINE__, lib.first.c_str());
    cur_frame = &in;
    gcframe_ret_t gcresult = getCallerFrameArch(pc, in, out, dauxinfo, isVsyscallPage);
@@ -307,7 +307,7 @@
    if (!result) return gcf_not_me;
 
    if (gcresult == gcf_success) {
-      sw_printf("%s:%u - Success walking with DWARF aux file\n",
+      sw_printf("%s:%d - Success walking with DWARF aux file\n",
                 FILE__, __LINE__);
       return gcf_success;
    }
@@ -363,7 +363,7 @@
                                          ret_value, this, frame_error);
    }
    if (!result) {
-      sw_printf("%s:%u - Couldn't get return debug info at %lx, error: %u\n",
+      sw_printf("%s:%d - Couldn't get return debug info at %lx, error: %d\n",
                 FILE__, __LINE__, in.getRA(), frame_error);
       return gcf_not_me;
    }
@@ -378,7 +378,7 @@
    result = dinfo->getRegValueAtFrame(pc, frame_reg,
                                       frame_value, this, frame_error);
    if (!result) {
-      sw_printf("%s:%u - Couldn't get frame debug info at %lx\n",
+      sw_printf("%s:%d - Couldn't get frame debug info at %lx\n",
                  FILE__, __LINE__, in.getRA());
       return gcf_not_me;
    }
@@ -387,7 +387,7 @@
    result = dinfo->getRegValueAtFrame(pc, Dyninst::FrameBase,
                                       stack_value, this, frame_error);
    if (!result) {
-      sw_printf("%s:%u - Couldn't get stack debug info at %lx\n",
+      sw_printf("%s:%d - Couldn't get stack debug info at %lx\n",
                  FILE__, __LINE__, in.getRA());
       return gcf_not_me;
    }
@@ -538,7 +538,7 @@
                                          ret_value, this, frame_error);
    }
    if (!result) {
-      sw_printf("%s:%u - Couldn't get return debug info at %lx, error: %u\n",
+      sw_printf("%s:%d - Couldn't get return debug info at %lx, error: %d\n",
                 FILE__, __LINE__, in.getRA(), frame_error);
       return gcf_not_me;
    }
@@ -551,7 +551,7 @@
    result = dinfo->getRegValueAtFrame(pc, frame_reg,
                                       frame_value, this, frame_error);
    if (!result) {
-      sw_printf("%s:%u - Couldn't get frame debug info at %lx\n",
+      sw_printf("%s:%d - Couldn't get frame debug info at %lx\n",
                  FILE__, __LINE__, in.getRA());
       return gcf_not_me;
    }
@@ -561,7 +561,7 @@
    result = dinfo->getRegValueAtFrame(pc, Dyninst::FrameBase,
                                       stack_value, this, frame_error);
    if (!result) {
-      sw_printf("%s:%u - Couldn't get stack debug info at %lx\n",
+      sw_printf("%s:%d - Couldn't get stack debug info at %lx\n",
                  FILE__, __LINE__, in.getRA());
       return gcf_not_me;
    }

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/dbgstepper-impl.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/dbgstepper-impl.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/frame.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/frame.C Changed

@@ -66,7 +66,7 @@
   sp_loc.location = loc_unknown;
   sp_loc.val.addr = 0x0;
   
-  sw_printf("%s:%u - Created null frame at %p\n", FILE__, __LINE__, this);
+  sw_printf("%s:%d - Created null frame at %p\n", FILE__, __LINE__, (void*)this);
 }
 
 Frame::Frame(Walker *parent_walker) :
@@ -93,14 +93,14 @@
   sp_loc.location = loc_unknown;
   sp_loc.val.addr = 0x0;
   
-  sw_printf("%s:%u - Created frame at %p\n", FILE__, __LINE__, this);
+  sw_printf("%s:%d - Created frame at %p\n", FILE__, __LINE__, (void*)this);
 }
 
 Frame *Frame::newFrame(Dyninst::MachRegisterVal pc, Dyninst::MachRegisterVal sp, Dyninst::MachRegisterVal fp, Walker *walker) {
-  sw_printf("%s:%u - Manually creating frame with %lx, %lx, %lx, %p\n",
-	    FILE__, __LINE__, pc, sp, fp, walker);
+  sw_printf("%s:%d - Manually creating frame with %lx, %lx, %lx, %p\n",
+	    FILE__, __LINE__, pc, sp, fp, (void*)walker);
   if (!walker) {
-    sw_printf("%s:%u - Trying to create Frame with NULL Walker\n",
+    sw_printf("%s:%d - Trying to create Frame with NULL Walker\n",
 	      FILE__, __LINE__);
     setLastError(err_badparam, "Walker parameter cannot be NULL when creating frame");
   }
@@ -130,20 +130,20 @@
 }
 
 void Frame::setStepper(FrameStepper *newstep) {
-  sw_printf("%s:%u - Setting frame %p's stepper to %p\n", 
-	    FILE__, __LINE__, this, newstep);
+  sw_printf("%s:%d - Setting frame %p's stepper to %p\n", 
+	    FILE__, __LINE__, (void*)this, (void*)newstep);
   stepper = newstep;
 }
 
 void Frame::markTopFrame() {
-  sw_printf("%s:%u - Marking frame %p as top\n",
-	    FILE__, __LINE__, this);
+  sw_printf("%s:%d - Marking frame %p as top\n",
+	    FILE__, __LINE__, (void*)this);
   top_frame = true;
 }
 
 void Frame::markBottomFrame() {
-  sw_printf("%s:%u - Marking frame %p as bottom\n", 
-	    FILE__, __LINE__, this);
+  sw_printf("%s:%d - Marking frame %p as bottom\n", 
+	    FILE__, __LINE__, (void*)this);
   bottom_frame = true;
 }
 
@@ -172,34 +172,34 @@
 }
 
 void Frame::setRA(Dyninst::MachRegisterVal newval) {
-  sw_printf("%s:%u - Setting ra of frame %p to %lx\n",
-	    FILE__, __LINE__, this, newval);
+  sw_printf("%s:%d - Setting ra of frame %p to %lx\n",
+	    FILE__, __LINE__, (void*)this, newval);
   ra = newval;
   frame_complete = true;
 }
 
 void Frame::setFP(Dyninst::MachRegisterVal newval) {
-  sw_printf("%s:%u - Setting fp of frame %p to %lx\n",
-			  FILE__, __LINE__, this, newval);
+  sw_printf("%s:%d - Setting fp of frame %p to %lx\n",
+			  FILE__, __LINE__, (void*)this, newval);
   fp = newval;
 }
 
 void Frame::setSP(Dyninst::MachRegisterVal newval) {
-  sw_printf("%s:%u - Setting sp of frame %p to %lx\n",
-	    FILE__, __LINE__, this, newval);
+  sw_printf("%s:%d - Setting sp of frame %p to %lx\n",
+	    FILE__, __LINE__, (void*)this, newval);
   sp = newval;
 }
 
 static void debug_print_location(const char *s, Frame *f, location_t val) {
   if (val.location == loc_address)
-    sw_printf("%s:%u - Setting frame %p %s location to address %lx\n",
-              FILE__, __LINE__, f, s, val.val.addr);
+    sw_printf("%s:%d - Setting frame %p %s location to address %lx\n",
+              FILE__, __LINE__, (void*)f, s, val.val.addr);
   else if (val.location == loc_register)
-    sw_printf("%s:%u - Setting frame %p %s location to register %s\n",
-              FILE__, __LINE__, f, s, val.val.reg.name().c_str());
+    sw_printf("%s:%d - Setting frame %p %s location to register %s\n",
+              FILE__, __LINE__, (void*)f, s, val.val.reg.name().c_str());
   else if (val.location == loc_unknown)
-     sw_printf("%s:%u - Setting frame %p %s location to unknown\n",
-               FILE__, __LINE__, f, s);
+     sw_printf("%s:%d - Setting frame %p %s location to unknown\n",
+               FILE__, __LINE__, (void*)f, s);
 }
 
 void Frame::setRALocation(location_t newval) {
@@ -229,7 +229,7 @@
   
   if (!walker) {
     setLastError(err_nosymlookup, "No Walker object was associated with this frame");
-    sw_printf("%s:%u - Error, No walker found.\n", FILE__, __LINE__);
+    sw_printf("%s:%d - Error, No walker found.\n", FILE__, __LINE__);
     name_val_set = nv_err;
     return;
   }
@@ -237,7 +237,7 @@
   SymbolLookup *lookup = walker->getSymbolLookup();
   if (!lookup) {
     setLastError(err_nosymlookup, "No SymbolLookup object was associated with the Walker");
-    sw_printf("%s:%u - Error, No symbol lookup found.\n", FILE__, __LINE__);
+    sw_printf("%s:%d - Error, No symbol lookup found.\n", FILE__, __LINE__);
     name_val_set = nv_err;
     return;
   }
@@ -250,12 +250,12 @@
   // address, we will get C rather than A. 
   bool result = lookup->lookupAtAddr(getRA() - 1, sym_name, sym_value);
   if (!result) {
-    sw_printf("%s:%u - Error, returned by lookupAtAddr().\n", FILE__, __LINE__);
+    sw_printf("%s:%d - Error, returned by lookupAtAddr().\n", FILE__, __LINE__);
     name_val_set = nv_err;
   }
   
-  sw_printf("%s:%u - Successfully looked up symbol for frame %p\n",
-	    FILE__, __LINE__, this);
+  sw_printf("%s:%d - Successfully looked up symbol for frame %p\n",
+	    FILE__, __LINE__, (const void*)this);
   
   name_val_set = nv_set;
 }
@@ -264,13 +264,13 @@
   setNameValue();
   if (name_val_set == nv_set) {
     str = sym_name;
-    sw_printf("%s:%u - Frame::getName (frame %p) returning %s\n",
-	      FILE__, __LINE__, this, str.c_str());
+    sw_printf("%s:%d - Frame::getName (frame %p) returning %s\n",
+	      FILE__, __LINE__, (const void*)this, str.c_str());
     return true;
   }
   else {
-    sw_printf("%s:%u - Frame::getName (frame %p) returning error\n",
-	      FILE__, __LINE__, this);
+    sw_printf("%s:%d - Frame::getName (frame %p) returning error\n",
+	      FILE__, __LINE__, (const void*)this);
     return false;
   }
 }
@@ -279,13 +279,13 @@
   setNameValue();
   if (name_val_set == nv_set) {
     obj = sym_value;
-    sw_printf("%s:%u - Frame::getObject (frame %p) returning %p\n",
-	      FILE__, __LINE__, this, obj);
+    sw_printf("%s:%d - Frame::getObject (frame %p) returning %p\n",
+	      FILE__, __LINE__, (const void*)this, obj);
     return true;
   }
   else {
-    sw_printf("%s:%u - Frame::getObject (frame %p) returning error\n",
-	      FILE__, __LINE__, this);
+    sw_printf("%s:%d - Frame::getObject (frame %p) returning error\n",
+	      FILE__, __LINE__, (const void*)this);
     return false;
   }
 }
@@ -319,14 +319,14 @@
 }
 
 Frame::~Frame() {
-  sw_printf("%s:%u - Destroying frame %p\n", FILE__, __LINE__, this);
+  sw_printf("%s:%d - Destroying frame %p\n", FILE__, __LINE__, (void*)this);
 }
 
 bool Frame::getLibOffset(std::string &lib, Dyninst::Offset &offset, void*& symtab) const
 {
   LibraryState *libstate = getWalker()->getProcessState()->getLibraryTracker();
   if (!libstate) {
-    sw_printf("%s:%u - getLibraryAtAddr, had no library tracker\n",
+    sw_printf("%s:%d - getLibraryAtAddr, had no library tracker\n",
               FILE__, __LINE__);
     setLastError(err_unsupported, "No valid library tracker registered");
     return false;
@@ -335,7 +335,7 @@
   LibAddrPair la;
   bool result = libstate->getLibraryAtAddr(getRA(), la);
   if (!result) {
-    sw_printf("%s:%u - getLibraryAtAddr returned false for %x\n",
+    sw_printf("%s:%d - getLibraryAtAddr returned false for %lx\n",
               FILE__, __LINE__, getRA());
     return false;
   }

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/framestepper.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/framestepper.C Changed

@@ -46,15 +46,15 @@
 FrameStepper::FrameStepper(Walker *w) :
   walker(w)
 {
-  sw_printf("%s:%u - Creating FrameStepper %p with walker %p\n",
-	    FILE__, __LINE__, this, walker);
+  sw_printf("%s:%d - Creating FrameStepper %p with walker %p\n",
+	    FILE__, __LINE__, (void*)this, (void*)walker);
   assert(walker);
 }
 
 FrameStepper::~FrameStepper()
 {
   walker = NULL;
-  sw_printf("%s:%u - Deleting FrameStepper %p\n", FILE__, __LINE__, this);
+  sw_printf("%s:%d - Deleting FrameStepper %p\n", FILE__, __LINE__, (void*)this);
 }
 
 Walker *FrameStepper::getWalker()
@@ -108,14 +108,14 @@
 
    result = getProcessState()->getLibraryTracker()->getLibraryAtAddr(in.getRA(), lib);
    if (!result) {
-      sw_printf("%s:%u - Stackwalking through an invalid PC at %lx\n",
+      sw_printf("%s:%d - Stackwalking through an invalid PC at %lx\n",
                  FILE__, __LINE__, in.getRA());
       return gcf_error;
    }
 
    SymReader *reader = LibraryWrapper::getLibrary(lib.first);
    if (!reader) {
-      sw_printf("%s:%u - Could not open file %s\n",
+      sw_printf("%s:%d - Could not open file %s\n",
                  FILE__, __LINE__, lib.first.c_str());
       setLastError(err_nofile, "Could not open file for Debugging stackwalker\n");
       return gcf_error;
@@ -132,7 +132,7 @@
      is_rewritten_binary = (*i).second;
    }
    if (!is_rewritten_binary) {
-     sw_printf("%s:u - Decided that current binary is not rewritten, "
+     sw_printf("%s:%d - Decided that current binary is not rewritten, "
 	       "DyninstInstrStepper returning gcf_not_me at %lx\n",
 	       FILE__, __LINE__, in.getRA());
      return gcf_not_me;
@@ -143,26 +143,26 @@
    const char *s = name.c_str();
    if (strstr(s, "dyninst") != s)
    {
-     sw_printf("%s:%u - Current function %s not dyninst generated\n",
+     sw_printf("%s:%d - Current function %s not dyninst generated\n",
 		FILE__, __LINE__, s);
      return gcf_not_me;
    }
 
    if (strstr(s, "dyninstBT") != s)
    {
-     sw_printf("%s:%u - Dyninst, but don't know how to read non-tramp %s\n",
+     sw_printf("%s:%d - Dyninst, but don't know how to read non-tramp %s\n",
 		FILE__, __LINE__, s);
      return gcf_not_me;
    }
 
-   sw_printf("%s:%u - Current function %s is baseTramp\n",
+   sw_printf("%s:%d - Current function %s is baseTramp\n",
 	      FILE__, __LINE__, s);
    Address base;
    unsigned size;
    int num_read = sscanf(s, "dyninstBT_%lx_%u_%x", &base, &size, &stack_height);
    bool has_stack_frame = (num_read == 3);
    if (!has_stack_frame) {
-      sw_printf("%s:%u - Don't know how to walk through instrumentation without a stack frame\n",
+      sw_printf("%s:%d - Don't know how to walk through instrumentation without a stack frame\n",
                 FILE__, __LINE__);
      return gcf_not_me;
    }
@@ -196,8 +196,8 @@
    aout_init(false),
    libthread_init(false)
 {
-   sw_printf("%s:%u - Constructing BottomOfStackStepperImpl at %p\n",
-             FILE__, __LINE__, this);
+   sw_printf("%s:%d - Constructing BottomOfStackStepperImpl at %p\n",
+             FILE__, __LINE__, (void*)this);
    initialize();
 }
 
@@ -373,19 +373,19 @@
     // Check if the FP is close to the SP. If it is not, the FP is likely invalid and this
     // isn't an instrimentation frame. This check is required to prevent a deref of an invalid FP. 
     if ( diff >= (addr_width * 500) ) {
-      sw_printf("%s:%u - I am Rejecting frame because (FP - stackPtr) > 500 stack positions - FP: %lx , SP: %lx, DIFF: %llu, Check: %u\n",
+      sw_printf("%s:%d - I am Rejecting frame because (FP - stackPtr) > 500 stack positions - FP: %lx , SP: %lx, DIFF: %lu, Check: %u\n",
           FILE__, __LINE__, framePtr, stackPtr, diff,  (addr_width * 500));          
       return gcf_not_me;
     }
 
-    sw_printf("%s:%u - %lx reading from memory at location %lx with framePtr %lx\n",
-        FILE__, __LINE__, ret, framePtr + addr_width);    
+    sw_printf("%s:%d - reading from memory at location %lx with framePtr %lx\n",
+        FILE__, __LINE__, framePtr + addr_width, framePtr);
 
     // Read the location in the stack where the Special Value should be.
     // This value was inserted into the stack at inst frame creation. 
     if (getWord(ret, framePtr + magicWordPos)) {    
         // check the return 
-        sw_printf("%s:%u - %lx read from memory at location %lx\n",
+        sw_printf("%s:%d - %lx read from memory at location %lx\n",
             FILE__, __LINE__, ret, magicWordPos);
         // Check if that value is equal to the magic word, if its not we are not in 
         // an instrimentation frame
@@ -394,13 +394,13 @@
             Address sp, ra, fp;
             // Read SP and FP for the next frame.
             if (!getWord(fp, framePtr) || !getWord(sp, framePtr + spPosition)) {
-                sw_printf("%s:%u - unable to read SP or FP from frame\n",
+                sw_printf("%s:%d - unable to read SP or FP from frame\n",
                     FILE__, __LINE__);           
                 return gcf_not_me;
             }
             // Get the return address by reading the SP.
             if (!getWord(ra, sp)) {
-                sw_printf("%s:%u - unable to read return address from %lx\n",
+                sw_printf("%s:%d - unable to read return address from %lx\n",
                     FILE__, __LINE__, sp);           
                 return gcf_not_me;
             }
@@ -410,7 +410,7 @@
             out.setRA(ra);
             out.setFP(fp);
             out.setSP(sp);
-            sw_printf("%s:%u - Accepted frame, output new frame with SP: %lx\n",
+            sw_printf("%s:%d - Accepted frame, output new frame with SP: %lx\n",
                     FILE__, __LINE__, sp);           
             return gcf_success;
         }
@@ -422,14 +422,14 @@
 {
    const unsigned addr_width = getProcessState()->getAddressWidth();
    if (start < 1024) {
-      sw_printf("%s:%u - %lx too low to be valid memory\n",
+      sw_printf("%s:%d - %lx too low to be valid memory\n",
                 FILE__, __LINE__, start);
       return false;
    }
    word_out = 0x0;
    bool result = getProcessState()->readMem(&word_out, start, addr_width);
    if (!result) {
-      sw_printf("%s:%u - DyninstInstFrameStepperImpl couldn't read from stack at 0x%lx\n",
+      sw_printf("%s:%d - DyninstInstFrameStepperImpl couldn't read from stack at 0x%lx\n",
                 FILE__, __LINE__, start);
       return false;
    }

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/framestepper_pimple.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/framestepper_pimple.h Changed

@@ -70,8 +70,8 @@
 {
 
 #if defined(PIMPL_NAME)
-  sw_printf("%s:%u - Constructing " PIMPL_NAME " at %p\n",
-	    FILE__, __LINE__, this);
+  sw_printf("%s:%d - Constructing " PIMPL_NAME " at %p\n",
+	    FILE__, __LINE__, (void*)this);
 #endif
   impl = new PIMPL_IMPL_CLASS(w, this
 #if defined(PIMPL_ARG1)
@@ -87,7 +87,7 @@
 {
   if (!impl) {
 #if defined(PIMPL_NAME)
-    sw_printf("%s:%u - Error, " PIMPL_NAME " not implemented on this platform\n",
+    sw_printf("%s:%d - Error, " PIMPL_NAME " not implemented on this platform\n",
 	      FILE__, __LINE__);
     setLastError(err_unsupported, PIMPL_NAME " not supported on this platform");
     return gcf_error;
@@ -103,7 +103,7 @@
 {
   if (!impl) {
 #if defined(PIMPL_NAME)
-    sw_printf("%s:%u - Error, " PIMPL_NAME " not implemented on this platform\n",
+    sw_printf("%s:%d - Error, " PIMPL_NAME " not implemented on this platform\n",
 	      FILE__, __LINE__);
     setLastError(err_unsupported, PIMPL_NAME " not supported on this platform");
 #endif
@@ -117,7 +117,7 @@
 {
   if (!impl) {
 #if defined(PIMPL_NAME)
-    sw_printf("%s:%u - Error, " PIMPL_NAME " not implemented on this platform\n",
+    sw_printf("%s:%d - Error, " PIMPL_NAME " not implemented on this platform\n",
 	      FILE__, __LINE__);
     setLastError(err_unsupported, PIMPL_NAME " not supported on this platform");
 #endif
@@ -130,7 +130,7 @@
 {
   if (!impl) {
 #if defined(PIMPL_NAME)
-    sw_printf("%s:%u - Error, " PIMPL_NAME " not implemented on this platform\n",
+    sw_printf("%s:%d - Error, " PIMPL_NAME " not implemented on this platform\n",
 	      FILE__, __LINE__);
     setLastError(err_unsupported, PIMPL_NAME " not supported on this platform");
 #endif
@@ -142,7 +142,7 @@
 PIMPL_CLASS::~PIMPL_CLASS()
 {
 #if defined(PIMPL_NAME)
-  sw_printf("%s:%u - Destructing " PIMPL_NAME " at %p\n", FILE__, __LINE__, this);
+  sw_printf("%s:%d - Destructing " PIMPL_NAME " at %p\n", FILE__, __LINE__, (void*)this);
 #endif
   if (impl)
     delete impl;
@@ -167,7 +167,7 @@
 gcframe_ret_t PIMPL_CLASS::getCallerFrame(const Frame &, Frame &)
 {
 #if defined(PIMPL_NAME)
-  sw_printf("%s:%u - Error, " PIMPL_NAME " not implemented on this platform\n",
+  sw_printf("%s:%d - Error, " PIMPL_NAME " not implemented on this platform\n",
 	    FILE__, __LINE__);
   setLastError(err_unsupported, PIMPL_NAME " not supported on this platform");
   return gcf_error;
@@ -180,7 +180,7 @@
 void PIMPL_CLASS::newLibraryNotification(LibAddrPair *, lib_change_t)
 {
 #if defined(PIMPL_NAME)
-  sw_printf("%s:%u - Error, " PIMPL_NAME " not implemented on this platform\n",
+  sw_printf("%s:%d - Error, " PIMPL_NAME " not implemented on this platform\n",
 	    FILE__, __LINE__);
   setLastError(err_unsupported, PIMPL_NAME " not supported on this platform");
 #endif
@@ -190,7 +190,7 @@
 unsigned PIMPL_CLASS::getPriority() const
 {
 #if defined(PIMPL_NAME)
-  sw_printf("%s:%u - Error, " PIMPL_NAME " not implemented on this platform\n",
+  sw_printf("%s:%d - Error, " PIMPL_NAME " not implemented on this platform\n",
 	    FILE__, __LINE__);
   setLastError(err_unsupported, PIMPL_NAME " not supported on this platform");
 #endif
@@ -200,7 +200,7 @@
 void PIMPL_CLASS::registerStepperGroup(StepperGroup *)
 {
 #if defined(PIMPL_NAME)
-  sw_printf("%s:%u - Error, " PIMPL_NAME " not implemented on this platform\n",
+  sw_printf("%s:%d - Error, " PIMPL_NAME " not implemented on this platform\n",
 	    FILE__, __LINE__);
   setLastError(err_unsupported, PIMPL_NAME " not supported on this platform");
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/libstate.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/libstate.C Changed

@@ -55,7 +55,7 @@
 {
    PID pid = procstate->getProcessId();
    
-   sw_printf("%s:%u - Creating a TrackLibState on pid %d\n",
+   sw_printf("%s:%d - Creating a TrackLibState on pid %d\n",
              FILE__, __LINE__, pid);
    if (!symfactory)
       symfactory = Walker::getSymbolReader();
@@ -67,7 +67,7 @@
       translate = AddressTranslate::createAddressTranslator(pid, &procreader, symfactory, INVALID_HANDLE_VALUE, executable_);
    }
    if (!translate) {
-      sw_printf("%s:%u - Creation of AddressTranslate failed "
+      sw_printf("%s:%d - Creation of AddressTranslate failed "
                 "on pid %d!\n", FILE__, __LINE__, pid);
    }
    assert(translate);
@@ -104,16 +104,16 @@
    PID pid = procstate->getProcessId();
    bool result = translate->refresh();
    if (!result) {
-      sw_printf("%s:%u - Could not get load addresses out of SymtabAPI for %d."
+      sw_printf("%s:%d - Could not get load addresses out of SymtabAPI for %d."
                 "This may happen during process create before libs have be set up\n",
                  FILE__, __LINE__, pid);
       needs_update = true;
    }
 
-   vector<pair<LibAddrPair, unsigned int> > arch_libs;
-   if (!updateLibsArch(arch_libs)) {
+   vector<pair<LibAddrPair, unsigned int> > libs;
+   if (!updateLibsArch(libs)) {
 #if !defined(os_linux) && !defined(arch_x86_64)
-      sw_printf("%s:%u - updateLibsArch failed\n",  FILE__, __LINE__);
+      sw_printf("%s:%d - updateLibsArch failed\n",  FILE__, __LINE__);
 #endif
    }
 
@@ -144,7 +144,7 @@
 {
    bool result = refresh();
    if (!result) {
-      sw_printf("%s:%u - Failed to refresh library.\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Failed to refresh library.\n", FILE__, __LINE__);
       setLastError(err_symtab, "Failed to refresh library list");
       return false;
    }
@@ -164,7 +164,7 @@
    LoadedLib *ll;
    result = translate->getLibAtAddress(addr, ll);
    if (!result) {
-      sw_printf("%s:%u - no file loaded at %lx\n", FILE__, __LINE__, addr);
+      sw_printf("%s:%d - no file loaded at %lx\n", FILE__, __LINE__, addr);
       setLastError(err_nofile, "No file loaded at specified address");
       return false;
    }
@@ -301,7 +301,7 @@
    updateLibs();
    aout = translate->getExecutable();
    if (!aout) {
-      sw_printf("%s:%u - Error.  SymtabAPI getAOut failed\n",
+      sw_printf("%s:%d - Error.  SymtabAPI getAOut failed\n",
                 FILE__, __LINE__);
       return false;
    }

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/linux-aarch64-swk.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/linux-aarch64-swk.C Changed

@@ -61,45 +61,45 @@
     stepper = new FrameFuncStepper(this);
     result = addStepper(stepper);
     if (!result) {
-        sw_printf("%s:%u - Error adding stepper %p\n", FILE__, __LINE__,
-                  stepper);
+        sw_printf("%s:%d - Error adding stepper %p\n", FILE__, __LINE__,
+                  (void*)stepper);
         return false;
     } else {
-        sw_printf("%s:%u - Stepper %p is FrameFuncStepper\n",
-                  FILE__, __LINE__, stepper);
+        sw_printf("%s:%d - Stepper %p is FrameFuncStepper\n",
+                  FILE__, __LINE__, (void*)stepper);
     }
 
     stepper = new DebugStepper(this);
     result = addStepper(stepper);
     if (!result){
-        sw_printf("%s:%u - Error adding stepper %p\n", FILE__, __LINE__,
-                  stepper);
+        sw_printf("%s:%d - Error adding stepper %p\n", FILE__, __LINE__,
+                  (void*)stepper);
         return false;
     } else{
-        sw_printf("%s:%u - Stepper %p is DebugStepper\n",
-                  FILE__, __LINE__, stepper);
+        sw_printf("%s:%d - Stepper %p is DebugStepper\n",
+                  FILE__, __LINE__, (void*)stepper);
     }
 
     stepper = new SigHandlerStepper(this);
     result = addStepper(stepper);
     if (!result) {
-        sw_printf("%s:%u - Error adding stepper %p\n", FILE__, __LINE__,
-                  stepper);
+        sw_printf("%s:%d - Error adding stepper %p\n", FILE__, __LINE__,
+                  (void*)stepper);
         return false;
     }else {
-        sw_printf("%s:%u - Stepper %p is SigHandlerStepper\n",
-                  FILE__, __LINE__, stepper);
+        sw_printf("%s:%d - Stepper %p is SigHandlerStepper\n",
+                  FILE__, __LINE__, (void*)stepper);
     }
 
     stepper = new BottomOfStackStepper(this);
     result = addStepper(stepper);
     if (!result){
-        sw_printf("%s:%u - Error adding stepper %p\n", FILE__, __LINE__,
-                  stepper);
+        sw_printf("%s:%d - Error adding stepper %p\n", FILE__, __LINE__,
+                  (void*)stepper);
         return false;
     }else{
-        sw_printf("%s:%u - Stepper %p is BottomOfStackStepper\n",
-                  FILE__, __LINE__, stepper);
+        sw_printf("%s:%d - Stepper %p is BottomOfStackStepper\n",
+                  FILE__, __LINE__, (void*)stepper);
     }
 
     return true;
@@ -150,8 +150,8 @@
     {
         result = getProcessState()->readMem(&sp, sp_loc.val.addr, addr_size);
         if (!result) {
-            sw_printf("%s:%u Unexpected error reading from stack memory 0x%lx for signal frame\n",
-                      FILE__, __LINE__);
+            sw_printf("%s:%d Unexpected error reading from stack memory 0x%lx for signal frame\n",
+                      FILE__, __LINE__, sp_loc.val.addr);
             return gcf_error;
         }
         last_read_sp_addr = sp_loc.val.addr;
@@ -166,12 +166,12 @@
     Address fp = 0x0;
     fp_loc.location = loc_address;
     fp_loc.val.addr = in.getFP() + fp_offset - sizeof(dummy_context);
-    sw_printf("%s:%u - SigHandler Reading FP from %lx\n",
+    sw_printf("%s:%d - SigHandler Reading FP from %lx\n",
               FILE__, __LINE__, fp_loc.val.addr);
     result = getProcessState()->readMem(&fp, fp_loc.val.addr, addr_size);
     if (!result) {
-        sw_printf("%s:%u Unexpected error reading from stack memory 0x%lx for signal frame\n",
-                  FILE__, __LINE__);
+        sw_printf("%s:%d Unexpected error reading from stack memory 0x%lx for signal frame\n",
+                  FILE__, __LINE__, fp_loc.val.addr);
         return gcf_error;
     }
 
@@ -179,12 +179,12 @@
     Address pc = 0x0;
     pc_loc.location = loc_address;
     pc_loc.val.addr = in.getFP() + pc_offset - sizeof(dummy_context);
-    sw_printf("%s:%u - SigHandler Reading PC from %lx\n",
+    sw_printf("%s:%d - SigHandler Reading PC from %lx\n",
               FILE__, __LINE__, pc_loc.val.addr);
     result = getProcessState()->readMem(&pc, pc_loc.val.addr, addr_size);
     if (!result) {
-        sw_printf("%s:%u Unexpected error reading from stack memory 0x%lx for signal frame\n",
-                  FILE__, __LINE__);
+        sw_printf("%s:%d Unexpected error reading from stack memory 0x%lx for signal frame\n",
+                  FILE__, __LINE__, pc_loc.val.addr);
         return gcf_error;
     }

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/linux-ppc-swk.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/linux-ppc-swk.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/linux-swk.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/linux-swk.C Changed

@@ -117,20 +117,20 @@
    AuxvParser *parser = AuxvParser::createAuxvParser(ps->getProcessId(),
                                                      ps->getAddressWidth());
    if (!parser) {
-      sw_printf("%s:%u - Unable to parse auxv for %d\n", FILE__, __LINE__,
+      sw_printf("%s:%d - Unable to parse auxv for %d\n", FILE__, __LINE__,
                 ps->getProcessId());
       goto done;
    }
 
    start = parser->getVsyscallBase();
    end = parser->getVsyscallEnd();
-   sw_printf("%s:%u - Found vsyscall over range %lx to %lx\n",
+   sw_printf("%s:%d - Found vsyscall over range %lx to %lx\n",
              FILE__, __LINE__, start, end);   
    parser->deleteAuxvParser();
    
    if (!start || !end || end == start)
    {
-      sw_printf("%s:%u - Error collecting vsyscall base and end\n",
+      sw_printf("%s:%d - Error collecting vsyscall base and end\n",
                 FILE__, __LINE__);
       goto done;
    }
@@ -144,20 +144,20 @@
    assert(buffer);
    result = ps->readMem(buffer, start, end - start);
    if (!result) {
-      sw_printf("%s:%u - Error reading vsys memory\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Error reading vsys memory\n", FILE__, __LINE__);
       goto done;
    }
    ret->vsys_mem = buffer;
 
    fact = Walker::getSymbolReader();
    if (!fact) {
-      sw_printf("%s:%u - No symbol reading capability\n",
+      sw_printf("%s:%d - No symbol reading capability\n",
                 FILE__, __LINE__);
       goto done;
    }   
    reader = fact->openSymbolReader(buffer, end - start);
    if (!reader) {
-      sw_printf("%s:%u - Error reading symbol info\n");
+      sw_printf("%s:%d - Error reading symbol info\n", FILE__, __LINE__);
       goto done;
    }
    ret->syms = reader;
@@ -194,7 +194,6 @@
    return true;
 }
 
-#define NUM_VSYS_SIGRETURNS 5
 static const char* vsys_sigreturns = {
    "sigreturn",
    "_sigreturn",
@@ -202,37 +201,38 @@
    "__kernel_sigreturn",
    "__kernel_rt_sigreturn"
 };
+static const size_t NUM_VSYS_SIGRETURNS = sizeof vsys_sigreturns / sizeof vsys_sigreturns0;
 
 void SigHandlerStepperImpl::registerStepperGroup(StepperGroup *group)
 {
-  sw_printf("%s:%u - Begin SigHandlerStepperImpl::registerStepperGroup\n", FILE__, __LINE__);
+  sw_printf("%s:%d - Begin SigHandlerStepperImpl::registerStepperGroup\n", FILE__, __LINE__);
    ProcessState *ps = getProcessState();
    assert(ps);
 
    LibraryState *libs = getProcessState()->getLibraryTracker();
    if (!libs) {
-      sw_printf("%s:%u - Custom library tracker.  Don't know how to"
+      sw_printf("%s:%d - Custom library tracker.  Don't know how to"
                 " to get libc\n", FILE__, __LINE__);
       return;
    }
    SymbolReaderFactory *fact = Walker::getSymbolReader();
    if (!fact) {
-      sw_printf("%s:%u - Failed to get symbol reader\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Failed to get symbol reader\n", FILE__, __LINE__);
       return;
    }
-  sw_printf("%s:%u - Got lib tracker and sym reader OK, checking for __restore_rt...\n", FILE__, __LINE__);
+  sw_printf("%s:%d - Got lib tracker and sym reader OK, checking for __restore_rt...\n", FILE__, __LINE__);
 
    if (!init_libc) {
       /**
        * Get __restore_rt out of libc
        **/
-      sw_printf("%s:%u - Getting __restore_rt from libc\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Getting __restore_rt from libc\n", FILE__, __LINE__);
       LibAddrPair libc_addr;
       Dyninst::SymReader *libc = NULL;
       Symbol_t libc_restore;
       bool result = libs->getLibc(libc_addr);
       if (!result) {
-         sw_printf("%s:%u - Unable to find libc, not registering restore_rt"
+         sw_printf("%s:%d - Unable to find libc, not registering restore_rt"
                    "tracker.\n", FILE__, __LINE__);
       }
       if (!init_libc) {
@@ -240,7 +240,7 @@
             init_libc = true;
             libc = fact->openSymbolReader(libc_addr.first);
             if (!libc) {
-               sw_printf("%s:%u - Unable to open libc, not registering restore_rt\n",
+               sw_printf("%s:%d - Unable to open libc, not registering restore_rt\n",
                          FILE__, __LINE__);
             }   
          }
@@ -248,7 +248,7 @@
             init_libc = true;
             libc_restore = libc->getSymbolByName("__restore_rt");
             if (!libc->isValidSymbol(libc_restore)) {
-               sw_printf("%s:%u - Unable to find restore_rt in libc\n",
+               sw_printf("%s:%d - Unable to find restore_rt in libc\n",
                          FILE__, __LINE__);
             }
             else {
@@ -256,7 +256,7 @@
                Dyninst::Address end = libc->getSymbolSize(libc_restore) + start;
                if (start == end)
                   end = start + 16; //Estimate--annoying
-               sw_printf("%s:%u - Registering libc restore_rt as at %lx to %lx\n",
+               sw_printf("%s:%d - Registering libc restore_rt as at %lx to %lx\n",
                          FILE__, __LINE__, start, end);
                group->addStepper(parent_stepper, start, end);
             }
@@ -268,19 +268,19 @@
       /**
        * Get __restore_rt out of libpthread
        **/
-      sw_printf("%s:%u - Getting __restore_rt out of libpthread\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Getting __restore_rt out of libpthread\n", FILE__, __LINE__);
       LibAddrPair libpthread_addr;
       Dyninst::SymReader *libpthread = NULL;
       Symbol_t libpthread_restore;
       bool result  = libs->getLibthread(libpthread_addr);
       if (!result) {
-         sw_printf("%s:%u - Unable to find libpthread, not registering restore_rt"
+         sw_printf("%s:%d - Unable to find libpthread, not registering restore_rt"
                    "pthread tracker.\n", FILE__, __LINE__);
       }
       if (result) {
          libpthread = fact->openSymbolReader(libpthread_addr.first);
          if (!libpthread) {
-            sw_printf("%s:%u - Unable to open libc, not registering restore_rt\n",
+            sw_printf("%s:%d - Unable to open libc, not registering restore_rt\n",
                       FILE__, __LINE__);
          }
          init_libthread = true;
@@ -288,7 +288,7 @@
       if (libpthread) {
          libpthread_restore = libpthread->getSymbolByName("__restore_rt");
          if (!libpthread->isValidSymbol(libpthread_restore)) {
-            sw_printf("%s:%u - Unable to find restore_rt in libpthread\n",
+            sw_printf("%s:%d - Unable to find restore_rt in libpthread\n",
                       FILE__, __LINE__);
          }
          else {
@@ -296,7 +296,7 @@
             Dyninst::Address end = libpthread->getSymbolSize(libpthread_restore) + start;
             if (start == end)
                end = start + 16; //Estimate--annoying
-            sw_printf("%s:%u - Registering libpthread restore_rt as at %lx to %lx\n",
+            sw_printf("%s:%d - Registering libpthread restore_rt as at %lx to %lx\n",
                       FILE__, __LINE__, start, end);
             group->addStepper(parent_stepper, start, end);
          }
@@ -306,12 +306,12 @@
    /**
     * Get symbols out of vsyscall page
     **/
-   sw_printf("%s:%u - Getting vsyscall page symbols\n", FILE__, __LINE__);
+   sw_printf("%s:%d - Getting vsyscall page symbols\n", FILE__, __LINE__);
    vsys_info *vsyscall = getVsysInfo(ps);
    if (!vsyscall)
    {
 #if !defined(arch_x86_64) && !defined(arch_aarch64)
-      sw_printf("%s:%u - Odd.  Couldn't find vsyscall page. Signal handler"
+      sw_printf("%s:%d - Odd.  Couldn't find vsyscall page. Signal handler"
                 " stepping may not work\n", FILE__, __LINE__);
 #endif
    }
@@ -319,7 +319,7 @@
    {
       SymReader *vsys_syms = vsyscall->syms;
       if (!vsys_syms) {
-         sw_printf("%s:%u - Vsyscall page wasn't parsed\n", FILE__, __LINE__);
+         sw_printf("%s:%d - Vsyscall page wasn't parsed\n", FILE__, __LINE__);
       }
       else {
          for (unsigned i=0; i<NUM_VSYS_SIGRETURNS; i++)

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/linux-x86-swk.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/linux-x86-swk.C Changed

@@ -100,8 +100,8 @@
       {
          result = getProcessState()->readMem(&sp, sp_loc.val.addr, addr_size);
          if (!result) {
-            sw_printf("%s:%u Unexpected error reading from stack memory 0x%lx for signal frame\n",
-                      FILE__, __LINE__);
+            sw_printf("%s:%d Unexpected error reading from stack memory 0x%lx for signal frame\n",
+                      FILE__, __LINE__, last_read_sp_addr);
             return gcf_error;
          }
          last_read_sp_addr = sp_loc.val.addr;
@@ -112,22 +112,22 @@
       }
 
       if (framesi.frame_size && (sp != in.getSP() + framesi.frame_size)) {
-         sw_printf("%s:%u - Signal frame candidate %d does not fit (%lx != %lx). Trying another.\n",
+         sw_printf("%s:%d - Signal frame candidate %u does not fit (%lx != %lx). Trying another.\n",
                    FILE__, __LINE__, i, sp, in.getSP() + framesi.frame_size);
          continue;
       }
-      sw_printf("%s:%u - Using signal frame candidate %d\n", FILE__, __LINE__, i);
+      sw_printf("%s:%d - Using signal frame candidate %u\n", FILE__, __LINE__, i);
 
       location_t fp_loc;
       Address fp = 0x0;
       fp_loc.location = loc_address;
       fp_loc.val.addr = in.getSP() + framesi.fp_offset;
-      sw_printf("%s:%u - SigHandler Reading FP from %lx\n",
+      sw_printf("%s:%d - SigHandler Reading FP from %lx\n",
                 FILE__, __LINE__, fp_loc.val.addr);
       result = getProcessState()->readMem(&fp, fp_loc.val.addr, addr_size);
       if (!result) {
-         sw_printf("%s:%u Unexpected error reading from stack memory 0x%lx for signal frame\n",
-                   FILE__, __LINE__);
+         sw_printf("%s:%d Unexpected error reading from stack memory 0x%lx for signal frame\n",
+                   FILE__, __LINE__, fp_loc.val.addr);
          return gcf_error;
       }
 
@@ -135,12 +135,12 @@
       Address pc = 0x0;
       pc_loc.location = loc_address;
       pc_loc.val.addr = in.getSP() + framesi.pc_offset;
-      sw_printf("%s:%u - SigHandler Reading PC from %lx\n",
+      sw_printf("%s:%d - SigHandler Reading PC from %lx\n",
                 FILE__, __LINE__, pc_loc.val.addr);
       result = getProcessState()->readMem(&pc, pc_loc.val.addr, addr_size);
       if (!result) {
-         sw_printf("%s:%u Unexpected error reading from stack memory 0x%lx for signal frame\n",
-                   FILE__, __LINE__);
+         sw_printf("%s:%d Unexpected error reading from stack memory 0x%lx for signal frame\n",
+                   FILE__, __LINE__, pc_loc.val.addr);
          return gcf_error;
       }
 
@@ -154,6 +154,6 @@
       return gcf_success;
    }
    
-   sw_printf("%s:%u - Could not find matching candidate for signal frame\n", FILE__, __LINE__);
+   sw_printf("%s:%d - Could not find matching candidate for signal frame\n", FILE__, __LINE__);
    return gcf_not_me;
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/linuxbsd-swk.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/linuxbsd-swk.C Changed

@@ -120,7 +120,7 @@
     }
     reading_memory = true;
     if( sigsetjmp(readmem_jmp, 1) ) {
-        sw_printf("%s:%u - Caught fault while reading from %lx to %lx\n",
+        sw_printf("%s:%d - Caught fault while reading from %lx to %lx\n",
                 FILE__, __LINE__, source, source + size);
         setLastError(err_procread, "Could not read from process");
         return false;
@@ -145,7 +145,7 @@
     result = getDefaultThread(tid);
 
     if( !result ) {
-        sw_printf("%s:%u - Could not read default thread\n",
+        sw_printf("%s:%d - Could not read default thread\n",
                 FILE__, __LINE__);
         return false;
     }
@@ -160,7 +160,7 @@
     THR_ID tid = P_gettid();
     if( tid <= 0 ) {
         const char *sys_err_msg = strerror(errno);
-        sw_printf("%s:%u - gettid syscall failed with %s\n",
+        sw_printf("%s:%d - gettid syscall failed with %s\n",
                 FILE__, __LINE__, sys_err_msg);
         // Note, it's illegal to use a string temp for setLastError, so this
         // just sets a non-specific const message instead.  But P_gettid
@@ -194,14 +194,14 @@
    //Get the address to install a trap to
    LibraryState *libs = pself->getLibraryTracker();
    if (!libs) {
-      sw_printf("%s:%u - Not using lib tracker, don't know how "
+      sw_printf("%s:%d - Not using lib tracker, don't know how "
                 "to get library load address\n", FILE__, __LINE__);
       lib_trap_addr_self_err = true;
       return;
    }
    lib_trap_addr_self = libs->getLibTrapAddress();
    if (!lib_trap_addr_self) {
-      sw_printf("%s:%u - Error getting trap address, can't install lib tracker",
+      sw_printf("%s:%d - Error getting trap address, can't install lib tracker",
                 FILE__, __LINE__);
       lib_trap_addr_self_err = true;
       return;
@@ -211,7 +211,7 @@
    unsigned maps_size;
    map_entries *maps = getVMMaps(getpid(), maps_size);
    if (!maps) {
-      sw_printf("%s:%u - Error reading proc/%d/maps.  Can't install lib tracker",
+      sw_printf("%s:%d - Error reading proc/%d/maps.  Can't install lib tracker",
                 FILE__, __LINE__, getpid());
       lib_trap_addr_self_err = true;
       return;
@@ -236,7 +236,7 @@
                                PROT_READ|PROT_WRITE|PROT_EXEC);
          if (result == -1) {
             int errnum = errno;
-            sw_printf("%s:%u - Error setting premissions for page containing %lx. "
+            sw_printf("%s:%d - Error setting premissions for page containing %lx. "
                       "Can't install lib tracker: %s\n", FILE__, __LINE__,
                       lib_trap_addr_self, strerror(errnum));
             free(maps);
@@ -247,7 +247,7 @@
    }
    free(maps);
    if (!found) {
-      sw_printf("%s:%u - Couldn't find page containing %lx.  Can't install lib "
+      sw_printf("%s:%d - Couldn't find page containing %lx.  Can't install lib "
                 "tracker.", FILE__, __LINE__, lib_trap_addr_self);
       lib_trap_addr_self_err = true;
       return;
@@ -261,7 +261,7 @@
    signal(SIGTRAP, lib_trap_handler);
 
    memcpy((void*) lib_trap_addr_self, trap_buffer, actual_len);
-   sw_printf("%s:%u - Successfully install lib tracker at 0x%lx\n",
+   sw_printf("%s:%d - Successfully install lib tracker at 0x%lx\n",
             FILE__, __LINE__, lib_trap_addr_self);
 }
 
@@ -289,17 +289,17 @@
    ProcessState *proc = walker->getProcessState();
    assert(proc);
 
-   sw_printf("%s:%u - Initializing BottomOfStackStepper\n", FILE__, __LINE__);
+   sw_printf("%s:%d - Initializing BottomOfStackStepper\n", FILE__, __LINE__);
 
    LibraryState *libs = proc->getLibraryTracker();
    if (!libs) {
-      sw_printf("%s:%u - Error initing StackBottom.  No library state for process.\n",
+      sw_printf("%s:%d - Error initing StackBottom.  No library state for process.\n",
                 FILE__, __LINE__);
       return;
    }
    SymbolReaderFactory *fact = Walker::getSymbolReader();
    if (!fact) {
-      sw_printf("%s:%u - Failed to get symbol reader\n");
+      sw_printf("%s:%d - Failed to get symbol reader\n", FILE__, __LINE__);
       return;
    }
 
@@ -319,7 +319,7 @@
             Dyninst::Address start = aout->getSymbolOffset(start_sym)+aout_addr.second;
             Dyninst::Address end = aout->getSymbolSize(start_sym) + start;
             if (start == end) {
-               sw_printf("%s:%u - %s symbol has 0 length, using length heuristics\n",
+               sw_printf("%s:%d - %s symbol has 0 length, using length heuristics\n",
                        FILE__, __LINE__, START_FUNC_NAME);
                if (heuristic_length == 1) {
                    end = start + heuristic_length_array0;
@@ -327,13 +327,13 @@
                    for (int i = 0; i < heuristic_length; ++i) {
                        end = start + heuristic_length_arrayi;
                        uint8_t byteValue;
-                       bool result = proc->readMem(&byteValue, end - 1, 1);
+                       result = proc->readMem(&byteValue, end - 1, 1);
                        if (result && byteValue != expectedValue) continue; 
                        break;
                    }
                }
             }
-            sw_printf("%s:%u - Bottom stepper taking %lx to %lx for start\n",
+            sw_printf("%s:%d - Bottom stepper taking %lx to %lx for start\n",
                       FILE__, __LINE__, start, end);
             ra_stack_tops.push_back(std::pair<Address, Address>(start, end));
          }
@@ -356,7 +356,7 @@
             Dyninst::Address start = libthread->getSymbolOffset(clone_sym) +
                libthread_addr.second;
             Dyninst::Address end = libthread->getSymbolSize(clone_sym) + start;
-            sw_printf("%s:%u - Bottom stepper taking %lx to %lx for clone\n",
+            sw_printf("%s:%d - Bottom stepper taking %lx to %lx for clone\n",
                       FILE__, __LINE__, start, end);
             ra_stack_tops.push_back(std::pair<Address, Address>(start, end));
          }
@@ -365,7 +365,7 @@
             Dyninst::Address start = libthread->getSymbolOffset(startthread_sym) +
                libthread_addr.second;
             Dyninst::Address end = libthread->getSymbolSize(startthread_sym) + start;
-            sw_printf("%s:%u - Bottom stepper taking %lx to %lx for start_thread\n",
+            sw_printf("%s:%d - Bottom stepper taking %lx to %lx for start_thread\n",
                       FILE__, __LINE__, start, end);
             ra_stack_tops.push_back(std::pair<Address, Address>(start, end));
          }

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/linuxbsd-x86-swk.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/linuxbsd-x86-swk.C Changed

@@ -64,16 +64,16 @@
   result = addStepper(stepper);
   if (!result)
      goto error;
-  sw_printf("%s:%u - Stepper %p is DebugStepper\n",
-            FILE__, __LINE__, stepper);
+  sw_printf("%s:%d - Stepper %p is DebugStepper\n",
+            FILE__, __LINE__, (void*)stepper);
 
   frameFuncHelper_x86 = LookupFuncStart::getLookupFuncStart(getProcessState());
   stepper = new FrameFuncStepper(this, frameFuncHelper_x86);
   result = addStepper(stepper);
   if (!result)
      goto error;
-  sw_printf("%s:%u - Stepper %p is FrameFuncStepper\n",
-            FILE__, __LINE__, stepper);
+  sw_printf("%s:%d - Stepper %p is FrameFuncStepper\n",
+            FILE__, __LINE__, (void*)stepper);
 
   //Call getLookupFuncStart twice to get reference counts correct.
   frameFuncHelper_x86 = LookupFuncStart::getLookupFuncStart(getProcessState());
@@ -82,30 +82,30 @@
   result = addStepper(stepper);
   if (!result)
      goto error;
-  sw_printf("%s:%u - Stepper %p is StepperWanderer\n",
-            FILE__, __LINE__, stepper);
+  sw_printf("%s:%d - Stepper %p is StepperWanderer\n",
+            FILE__, __LINE__, (void*)stepper);
 
   stepper = new SigHandlerStepper(this);
   result = addStepper(stepper);
   if (!result)
      goto error;
-  sw_printf("%s:%u - Stepper %p is SigHandlerStepper\n",
-            FILE__, __LINE__, stepper);
+  sw_printf("%s:%d - Stepper %p is SigHandlerStepper\n",
+            FILE__, __LINE__, (void*)stepper);
 
   stepper = new BottomOfStackStepper(this);
   result = addStepper(stepper);
   if (!result)
      goto error;
-  sw_printf("%s:%u - Stepper %p is BottomOfStackStepper\n",
-            FILE__, __LINE__, stepper);
+  sw_printf("%s:%d - Stepper %p is BottomOfStackStepper\n",
+            FILE__, __LINE__, (void*)stepper);
 
 #ifdef USE_PARSE_API
   stepper = new AnalysisStepper(this);
   result = addStepper(stepper);
   if (!result)
      goto error;
-  sw_printf("%s:%u - Stepper %p is AnalysisStepper\n",
-            FILE__, __LINE__, stepper);
+  sw_printf("%s:%d - Stepper %p is AnalysisStepper\n",
+            FILE__, __LINE__, (void*)stepper);
 #endif
 
   stepper = new DyninstInstFrameStepper(this);
@@ -115,7 +115,8 @@
 
   return true;
  error:
-  sw_printf("%s:%u - Error adding stepper %p\n", stepper);
+  sw_printf("%s:%d - Error adding stepper %p\n",
+            FILE__, __LINE__, (void*)stepper);
     return false;
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/ppc-swk.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/ppc-swk.C Changed

@@ -91,9 +91,15 @@
      found_reg = true;
   }
 
-  sw_printf("%s:%u - Returning value %lx for reg %s\n", 
+  if (found_reg)  {
+     sw_printf("%s:%d - Returning value %lx for reg %s\n", 
             FILE__, __LINE__, val, reg.name().c_str());
-  return true;
+  }  else  {
+     sw_printf("%s:%d - Register not found\n", 
+            FILE__, __LINE__);
+  }
+
+  return found_reg;
 }
 
 Dyninst::Architecture ProcSelf::getArchitecture()
@@ -136,7 +142,7 @@
   if (helper && in.isTopFrame())
   {
     alloc_frame = helper->allocatesFrame(in.getRA());
-    sw_printf("%s:%u - FrameFuncHelper for 0x%lx reports %d, %d\n", FILE__, __LINE__,
+    sw_printf("%s:%d - FrameFuncHelper for 0x%lx reports %d, %d\n", FILE__, __LINE__,
               in.getRA(), alloc_frame.first, alloc_frame.second);
   }
 
@@ -158,7 +164,7 @@
                                          sizeof(this_frame_pair.pair32));
   }
   if (!result) {
-    sw_printf("%s:%u - Couldn't read from %lx\n", FILE__, __LINE__, in_fp);
+    sw_printf("%s:%d - Couldn't read from %lx\n", FILE__, __LINE__, in_fp);
     return gcf_error;
   }
 
@@ -172,7 +178,7 @@
                                         sizeof(last_frame_pair.pair32));
   }
   if (!result) {
-    sw_printf("%s:%u - Couldn't read from %lx\n", FILE__, __LINE__,
+    sw_printf("%s:%d - Couldn't read from %lx\n", FILE__, __LINE__,
 	      out.getFP());
     return gcf_error;
   }
@@ -202,7 +208,7 @@
       result = getProcessState()->getRegValue(ppc32::lr, in.getThread(), out_ra);
     }
     if (!result) {
-        sw_printf("%s:%u - Error getting PC value for thrd %d\n",
+        sw_printf("%s:%d - Error getting PC value for thrd %d\n",
                   FILE__, __LINE__, (int) in.getThread());
         return gcf_error;
     }
@@ -260,21 +266,21 @@
 
 bool WandererHelper::isPrevInstrACall(Address, Address&)
 {
-   sw_printf("%s:%u - Unimplemented on this platform!\n");
+   sw_printf("%s:%d - Unimplemented on this platform!\n", FILE__, __LINE__);
    assert(0);
    return false;
 }
 
 WandererHelper::pc_state WandererHelper::isPCInFunc(Address, Address)
 {
-   sw_printf("%s:%u - Unimplemented on this platform!\n");
+   sw_printf("%s:%d - Unimplemented on this platform!\n", FILE__, __LINE__);
    assert(0);
    return unknown_s;
 }
 
 bool WandererHelper::requireExactMatch()
 {
-   sw_printf("%s:%u - Unimplemented on this platform!\n");
+   sw_printf("%s:%d - Unimplemented on this platform!\n", FILE__, __LINE__);
    assert(0);
    return true;
 }
@@ -319,7 +325,7 @@
                                         sizeof(ra_fp_pair.pair32));
   }
   if (!result) {
-    sw_printf("%s:%u - Couldn't read frame from %lx\n", FILE__, __LINE__, in_fp);
+    sw_printf("%s:%d - Couldn't read frame from %lx\n", FILE__, __LINE__, in_fp);
     return gcf_error;
   }
   if (sizeof(uint64_t) == addrWidth) {
@@ -337,7 +343,7 @@
   result = getProcessState()->readMem(&out_ra, raLocation.val.addr, 
                                       sizeof(out_ra));
   if (!result) {
-    sw_printf("%s:%u - Couldn't read instrumentation RA from %lx\n", FILE__, __LINE__, raLocation.val.addr);
+    sw_printf("%s:%d - Couldn't read instrumentation RA from %lx\n", FILE__, __LINE__, raLocation.val.addr);
     return gcf_error;
   }
   out.setRA(out_ra);

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/procstate.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/procstate.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/steppergroup.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/steppergroup.C Changed

@@ -79,8 +79,8 @@
 AddrRangeGroup::AddrRangeGroup(Walker *new_walker) :
    StepperGroup(new_walker)
 {
-   sw_printf("%s:%u - Constructing new AddrRangeGroup at %p\n",
-              FILE__, __LINE__, this);
+   sw_printf("%s:%d - Constructing new AddrRangeGroup at %p\n",
+              FILE__, __LINE__, (void*)this);
    impl = new AddrRangeGroupImpl();
 }
 
@@ -88,13 +88,13 @@
                                         const FrameStepper *last_tried)
 {
    addrRange *range;
-   sw_printf("%s:%u - AddrRangeGroup trying to find stepper at %lx " 
+   sw_printf("%s:%d - AddrRangeGroup trying to find stepper at %lx " 
              "(last_tried = %s)\n", FILE__, __LINE__, addr, 
              last_tried ? last_tried->getName() : "<NONE>");
 
    bool result = impl->range_map.find(addr, range);
     if (!result) {
-      sw_printf("%s:%u - Couldn't find a FrameStepper at %lx\n",
+      sw_printf("%s:%d - Couldn't find a FrameStepper at %lx\n",
                  FILE__, __LINE__, addr);
       setLastError(err_nostepper, "No FrameStepper found at the given address");
         return false;
@@ -107,7 +107,7 @@
       assert(stepper_set->steppers.size());
       StepperSet::iterator iter = stepper_set->steppers.begin();
       out = *(iter);
-      sw_printf("%s:%u - Found FrameStepper %s at address %lx\n",
+      sw_printf("%s:%d - Found FrameStepper %s at address %lx\n",
                 FILE__, __LINE__, out->getName(), addr);
       return true;
     }
@@ -127,7 +127,7 @@
    }
     
    out = *iter;
-   sw_printf("%s:%u - Found FrameStepper %s at address %lx\n",
+   sw_printf("%s:%d - Found FrameStepper %s at address %lx\n",
              FILE__, __LINE__, out->getName(), addr);
    return true;
 }
@@ -139,14 +139,14 @@
 
    if (!stepper || end <= start)
    {
-      sw_printf("%s:%u - addStepper called with bad params: %s, %lx, %lx\n",
+      sw_printf("%s:%d - addStepper called with bad params: %s, %lx, %lx\n",
                 FILE__, __LINE__, stepper->getName(), start, end);
       setLastError(err_badparam, "Invalid parameters");
       return false;
    }
 
    steppers.insert(stepper);
-   sw_printf("%s:%u - Adding stepper %s to address ranges %lx -> %lx\n",
+   sw_printf("%s:%d - Adding stepper %s to address ranges %lx -> %lx\n",
              FILE__, __LINE__, stepper->getName(), start, end);
    if (!result) {
       //We don't have anything that overlaps.  Just add the stepper.

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/sw_pcontrol.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/sw_pcontrol.C Changed

@@ -92,7 +92,7 @@
    Process::ptr proc = Process::attachProcess(pid, executable);
    if (!proc) {
       Stackwalker::setLastError(err_proccontrol, ProcControlAPI::getLastErrorMsg());
-      sw_printf("%s:%u - ProcControl error creating process\n", FILE__, __LINE__);
+      sw_printf("%s:%d - ProcControl error creating process\n", FILE__, __LINE__);
       return NULL;
    }
 
@@ -125,7 +125,7 @@
    Process::ptr proc = Process::createProcess(executable, argv);
    if (!proc) {
       Stackwalker::setLastError(err_proccontrol, ProcControlAPI::getLastErrorMsg());
-      sw_printf("%s:%u - ProcControl error creating process\n", FILE__, __LINE__);
+      sw_printf("%s:%d - ProcControl error creating process\n", FILE__, __LINE__);
       return NULL;
    }
 
@@ -145,7 +145,7 @@
 #define CHECK_PROC_LIVE_RET(val) \
    do { \
    if (!proc || proc->isTerminated()) { \
-     sw_printf("%s:%u - operation on exited process\n", FILE__, __LINE__); \
+     sw_printf("%s:%d - operation on exited process\n", FILE__, __LINE__); \
      Stackwalker::setLastError(err_procexit, "Process has exited or been detached"); \
      return (val); \
    } \
@@ -167,14 +167,14 @@
    }
    ThreadPool::iterator thrd_i = proc->threads().find(thread);
    if (thrd_i == proc->threads().end()) {
-      sw_printf("%s:%u - Invalid thread ID to getRegValue\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Invalid thread ID to getRegValue\n", FILE__, __LINE__);
       Stackwalker::setLastError(err_badparam, "Invalid thread ID\n");
       return false;
    }
    Thread::ptr thrd = *thrd_i;
    bool result = thrd->getRegister(reg, val);
    if (!result) {
-      sw_printf("%s:%u - ProcControlAPI error reading register\n", FILE__, __LINE__);
+      sw_printf("%s:%d - ProcControlAPI error reading register\n", FILE__, __LINE__);
       Stackwalker::setLastError(err_proccontrol, ProcControlAPI::getLastErrorMsg());
    }
    return result;
@@ -185,7 +185,7 @@
    CHECK_PROC_LIVE;
    bool result = proc->readMemory(dest, source, size);
    if (!result) {
-     sw_printf("%s:%u - ProcControlAPI error reading memory at 0x%lx\n", FILE__, __LINE__, source);
+     sw_printf("%s:%d - ProcControlAPI error reading memory at 0x%lx\n", FILE__, __LINE__, source);
       Stackwalker::setLastError(err_proccontrol, ProcControlAPI::getLastErrorMsg());
    }
    return result;
@@ -219,21 +219,21 @@
    CHECK_PROC_LIVE;
    if (tid == NULL_THR_ID)
       getDefaultThread(tid);
-   sw_printf("%s:%u - Calling preStackwalk for thread %d\n", FILE__, __LINE__, tid);
+   sw_printf("%s:%d - Calling preStackwalk for thread %ld\n", FILE__, __LINE__, tid);
 
    ThreadPool::iterator thread_iter = proc->threads().find(tid);
    if (thread_iter == proc->threads().end()) {
-      sw_printf("%s:%u - Stackwalk on non-existant thread\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Stackwalk on non-existant thread\n", FILE__, __LINE__);
       Stackwalker::setLastError(err_badparam, "Invalid thread ID\n");
       return false;
    }
    Thread::ptr active_thread = *thread_iter;
 
    if (active_thread->isRunning()) {
-      sw_printf("%s:%u - Stopping running thread %d\n", FILE__, __LINE__, tid);
+      sw_printf("%s:%d - Stopping running thread %ld\n", FILE__, __LINE__, tid);
       bool result = active_thread->stopThread();
       if (!result) {
-         sw_printf("%s:%u - Error stopping thread\n", FILE__, __LINE__);
+         sw_printf("%s:%d - Error stopping thread\n", FILE__, __LINE__);
          Stackwalker::setLastError(err_proccontrol, "Could not stop thread for stackwalk\n");
          return false;
       }
@@ -247,11 +247,11 @@
    CHECK_PROC_LIVE;
    if (tid == NULL_THR_ID)
       getDefaultThread(tid);
-   sw_printf("%s:%u - Calling postStackwalk for thread %d\n", FILE__, __LINE__, tid);
+   sw_printf("%s:%d - Calling postStackwalk for thread %ld\n", FILE__, __LINE__, tid);
 
    ThreadPool::iterator thread_iter = proc->threads().find(tid);
    if (thread_iter == proc->threads().end()) {
-      sw_printf("%s:%u - Stackwalk on non-existant thread\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Stackwalk on non-existant thread\n", FILE__, __LINE__);
       Stackwalker::setLastError(err_badparam, "Invalid thread ID\n");
       return false;
    }
@@ -259,10 +259,10 @@
 
    set<Thread::ptr>::iterator i = needs_resume.find(active_thread);
    if (i != needs_resume.end()) {
-      sw_printf("%s:%u - Resuming thread %d after stackwalk\n", FILE__, __LINE__, tid);
+      sw_printf("%s:%d - Resuming thread %ld after stackwalk\n", FILE__, __LINE__, tid);
       bool result = active_thread->continueThread();
       if (!result) {
-         sw_printf("%s:%u - Error resuming stopped thread %d\n", FILE__, __LINE__, tid);
+         sw_printf("%s:%d - Error resuming stopped thread %ld\n", FILE__, __LINE__, tid);
          Stackwalker::setLastError(err_proccontrol, ProcControlAPI::getLastErrorMsg());
          return false;
       }
@@ -275,11 +275,11 @@
 {
    CHECK_PROC_LIVE;
    if (tid == NULL_THR_ID) {
-      sw_printf("%s:%u - Stopping process %d\n", FILE__, __LINE__, proc->getPid());
+      sw_printf("%s:%d - Stopping process %d\n", FILE__, __LINE__, proc->getPid());
 
       bool result = proc->stopProc();
       if (!result) {
-         sw_printf("%s:%u - Error stopping process %d\n",
+         sw_printf("%s:%d - Error stopping process %d\n",
                    FILE__, __LINE__, proc->getPid());
          Stackwalker::setLastError(err_proccontrol, ProcControlAPI::getLastErrorMsg());
          return false;
@@ -289,21 +289,21 @@
 
    ThreadPool::iterator thread_iter = proc->threads().find(tid);
    if (thread_iter == proc->threads().end()) {
-      sw_printf("%s:%u - stop on non-existant thread\n", FILE__, __LINE__);
+      sw_printf("%s:%d - stop on non-existant thread\n", FILE__, __LINE__);
       Stackwalker::setLastError(err_badparam, "Invalid thread ID\n");
       return false;
    }
    Thread::ptr thread = *thread_iter;
-   sw_printf("%s:%u - Stopping thread %d\n", FILE__, __LINE__, tid);
+   sw_printf("%s:%d - Stopping thread %ld\n", FILE__, __LINE__, tid);
 
    if (thread->isStopped()) {
-      sw_printf("%s:%u - Thread %d is already stopped\n", FILE__, __LINE__, tid);
+      sw_printf("%s:%d - Thread %ld is already stopped\n", FILE__, __LINE__, tid);
       return true;
    }
 
    bool result = thread->stopThread();
    if (!result) {
-      sw_printf("%s:%u - Error stopping thread %d\n", FILE__, __LINE__, tid);
+      sw_printf("%s:%d - Error stopping thread %ld\n", FILE__, __LINE__, tid);
       Stackwalker::setLastError(err_proccontrol, ProcControlAPI::getLastErrorMsg());
       return false;
    }
@@ -315,11 +315,11 @@
 {
    CHECK_PROC_LIVE;
    if (tid == NULL_THR_ID) {
-      sw_printf("%s:%u - Running process %d\n", FILE__, __LINE__, proc->getPid());
+      sw_printf("%s:%d - Running process %d\n", FILE__, __LINE__, proc->getPid());
 
       bool result = proc->continueProc();
       if (!result) {
-         sw_printf("%s:%u - Error running process %d\n",
+         sw_printf("%s:%d - Error running process %d\n",
                    FILE__, __LINE__, proc->getPid());
          Stackwalker::setLastError(err_proccontrol, ProcControlAPI::getLastErrorMsg());
          return false;
@@ -329,21 +329,21 @@
 
    ThreadPool::iterator thread_iter = proc->threads().find(tid);
    if (thread_iter == proc->threads().end()) {
-      sw_printf("%s:%u - continue on non-existant thread\n", FILE__, __LINE__);
+      sw_printf("%s:%d - continue on non-existant thread\n", FILE__, __LINE__);
       Stackwalker::setLastError(err_badparam, "Invalid thread ID\n");
       return false;
    }
    Thread::ptr thread = *thread_iter;
-   sw_printf("%s:%u - Running thread %d\n", FILE__, __LINE__, tid);
+   sw_printf("%s:%d - Running thread %ld\n", FILE__, __LINE__, tid);
 
    if (thread->isRunning()) {
-      sw_printf("%s:%u - Thread %d is already running\n", FILE__, __LINE__, tid);
+      sw_printf("%s:%d - Thread %ld is already running\n", FILE__, __LINE__, tid);
       return true;
    }
 
    bool result = thread->continueThread();
    if (!result) {
-      sw_printf("%s:%u - Error running thread %d\n", FILE__, __LINE__, tid);
+      sw_printf("%s:%d - Error running thread %ld\n", FILE__, __LINE__, tid);
       Stackwalker::setLastError(err_proccontrol, ProcControlAPI::getLastErrorMsg());
       return false;
    }
@@ -361,7 +361,7 @@
    CHECK_PROC_LIVE;
    bool result = proc->detach(leave_stopped);
    if (!result) {
-      sw_printf("%s:%u - Error detaching from process %d\n", FILE__, __LINE__,
+      sw_printf("%s:%d - Error detaching from process %d\n", FILE__, __LINE__,
                 proc->getPid());
       Stackwalker::setLastError(err_proccontrol, ProcControlAPI::getLastErrorMsg());
       return false;
@@ -384,7 +384,7 @@
 {
    bool result = Process::handleEvents(block);
    if (!result) {
-      sw_printf("%s:%u - Error handling debug events\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Error handling debug events\n", FILE__, __LINE__);
       Stackwalker::setLastError(err_proccontrol, ProcControlAPI::getLastErrorMsg());
       return false;
    }
@@ -424,7 +424,7 @@
    SymbolReaderFactory *fact = getDefaultSymbolReader();
    SymReader *reader = fact->openSymbolReader(filename);
    if (!reader) {
-      sw_printf("%s:%u - Error could not open expected file %s\n",
+      sw_printf("%s:%d - Error could not open expected file %s\n",
                 FILE__, __LINE__, filename.c_str());
       return false;
    }
@@ -497,7 +497,7 @@
 
    if (lib->getData())
       return;
-   sw_printf("%s:%u - Detected new library %s at %lx, notifying\n",
+   sw_printf("%s:%d - Detected new library %s at %lx, notifying\n",
              FILE__, __LINE__, lib->getName().c_str(), lib->getLoadAddress());
 
    lib->setData((void *) 0x1);
@@ -545,13 +545,12 @@
     * manually.
     **/
 
-   vector<pair<LibAddrPair, unsigned int> > arch_libs;
-   updateLibsArch(arch_libs);
-   vector<pair<LibAddrPair, unsigned int> >::iterator j;
-   for (j = arch_libs.begin(); j != arch_libs.end(); j++) {
-      string name = (*j).first.first;
-      Address start = (*j).first.second;
-      Address size = (*j).second;
+   vector<pair<LibAddrPair, unsigned int> > libs;
+   updateLibsArch(libs);
+   for (auto j : libs) {
+      string name = j.first.first;
+      Address start = j.first.second;
+      Address size = j.second;
       if (addr >= start && addr < start + size) {
          lib.first = name;
          lib.second = start;
@@ -618,7 +617,7 @@
       if (distance == 0) {
          lib.first = slib->getName();
          lib.second = slib->getLoadAddress();
-         sw_printf("%s:%u - Found library %s contains address %lx\n",
+         sw_printf("%s:%d - Found library %s contains address %lx\n",
                    FILE__, __LINE__, lib.first.c_str(), addr);
          return true;
       }
@@ -650,7 +649,7 @@
    if (nearest_predecessor && checkLibraryContains(addr, nearest_predecessor)) {
       lib.first = nearest_predecessor->getName();
       lib.second = nearest_predecessor->getLoadAddress();
-      sw_printf("%s:%u - Found library %s contains address %lx\n",
+      sw_printf("%s:%d - Found library %s contains address %lx\n",
                 FILE__, __LINE__, lib.first.c_str(), addr);
       return true;
    }
@@ -660,7 +659,7 @@
    if (nearest_successor && checkLibraryContains(addr, nearest_successor)) {
       lib.first = nearest_successor->getName();
       lib.second = nearest_successor->getLoadAddress();
-      sw_printf("%s:%u - Found library %s contains address %lx\n",
+      sw_printf("%s:%d - Found library %s contains address %lx\n",
                 FILE__, __LINE__, lib.first.c_str(), addr);
       return true;
    }
@@ -682,12 +681,12 @@
 
      lib.first = proc->libraries().getExecutable()->getName();
      lib.second = proc->libraries().getExecutable()->getLoadAddress();
-     sw_printf("%s:%u - Found executable %s contains address %lx\n", FILE__,
+     sw_printf("%s:%d - Found executable %s contains address %lx\n", FILE__,
 	       __LINE__, lib.first.c_str(), addr);
      return true;
    }
 
-   sw_printf("%s:%u - Could not find library for addr %lx\n",
+   sw_printf("%s:%d - Could not find library for addr %lx\n",
              FILE__, __LINE__, addr);
    return false;
 }
@@ -705,11 +704,10 @@
       libs.push_back(LibAddrPair((*i)->getName(), (*i)->getLoadAddress()));
    }
 
-   vector<pair<LibAddrPair, unsigned int> > arch_libs;
-   vector<pair<LibAddrPair, unsigned int> >::iterator j;
-   updateLibsArch(arch_libs);
-   for (j = arch_libs.begin(); j != arch_libs.end(); j++) {
-      libs.push_back(j->first);
+   vector<pair<LibAddrPair, unsigned int> > a_libs;
+   updateLibsArch(a_libs);
+   for (auto j : a_libs) {
+      libs.push_back(j.first);
    }
 
    return true;
@@ -745,7 +743,7 @@
 
    Library::ptr lib = proc->libraries().getExecutable();
    if (!lib) {
-      sw_printf("%s:%u - Could not get executable\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Could not get executable\n", FILE__, __LINE__);
       return false;
    }
    ao = LibAddrPair(lib->getName(), lib->getLoadAddress());
@@ -817,7 +815,7 @@
    Process::ptr proc = thr->getProcess();
    ProcessState *pstate = ProcessState::getProcessStateByPid(proc->getPid());
    if (!pstate) {
-      sw_printf("%s:%u - Error, unknown process state for %d while starting stackwalk\n",
+      sw_printf("%s:%d - Error, unknown process state for %d while starting stackwalk\n",
                 FILE__, __LINE__, proc->getPid());
       return false;
    }

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/symlookup.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/symlookup.C Changed

@@ -45,13 +45,13 @@
    walker(NULL),
    executable_path(exec_path)
 {
-  sw_printf("%s:%u - Creating SymbolLookup %p\n", 
-	    FILE__, __LINE__, this);
+  sw_printf("%s:%d - Creating SymbolLookup %p\n", 
+	    FILE__, __LINE__, (void*)this);
 }
 
 SymbolLookup::~SymbolLookup() {
   walker = NULL;
-  sw_printf("%s:%u - Destroying SymbolLookup %p\n", FILE__, __LINE__);
+  sw_printf("%s:%d - Destroying SymbolLookup %p\n", FILE__, __LINE__, (void*)this);
 }
 
 Walker *SymbolLookup::getWalker()
@@ -80,7 +80,7 @@
                              std::string &,
                              void* &)
 {
-   sw_printf("%s:%u - Error: Called root symbol lookup\n", FILE__, __LINE__);
+   sw_printf("%s:%d - Error: Called root symbol lookup\n", FILE__, __LINE__);
    assert(0);
    return false;
 }
@@ -102,14 +102,14 @@
    LibAddrPair lib;
    bool result = ls->getLibraryAtAddr(addr, lib);
    if (!result) {
-      sw_printf("%s:%u - Failed to find a library at %lx for lookup\n",
+      sw_printf("%s:%d - Failed to find a library at %lx for lookup\n",
                 FILE__, __LINE__, addr);
       return false;
    }
 
    SymReader *reader = LibraryWrapper::getLibrary(lib.first);
    if (!reader) {
-      sw_printf("%s:%u - Failed to open a symbol reader for %s\n", 
+      sw_printf("%s:%d - Failed to open a symbol reader for %s\n", 
                 FILE__, __LINE__, lib.first.c_str());
       return false;
    }
@@ -117,13 +117,13 @@
    Offset off = addr - lib.second;
    Symbol_t sym = reader->getContainingSymbol(off);
    if (!reader->isValidSymbol(sym)) {
-      sw_printf("%s:%u - Could not find symbol in binary\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Could not find symbol in binary\n", FILE__, __LINE__);
       return false;
    }
 
    out_name = reader->getDemangledName(sym);
    out_value = NULL;
-   sw_printf("%s:%u - Found symbol %s at address %lx\n", FILE__, __LINE__, out_name.c_str(), addr);
+   sw_printf("%s:%d - Found symbol %s at address %lx\n", FILE__, __LINE__, out_name.c_str(), addr);
    return true;
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/symtab-swk.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/symtab-swk.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/walker.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/walker.C Changed

@@ -69,13 +69,13 @@
    proc = p;
    proc->walker = this;
 
-   sw_printf("%s:%u - Creating new Walker with proc=%p, sym=%p, step = %d\n",
-             FILE__, __LINE__, proc, sym, (int) default_steppers);
+   sw_printf("%s:%d - Creating new Walker with proc=%p, sym=%p, step = %d\n",
+             FILE__, __LINE__, (void*)proc, (void*)sym, (int) default_steppers);
    group = grp ? grp : createDefaultStepperGroup();
    if (default_steppers) {
       result = createDefaultSteppers();
       if (!result) {
-         sw_printf("%s:%u - Error creating default steppers\n",
+         sw_printf("%s:%d - Error creating default steppers\n",
                    FILE__, __LINE__);
          creation_error = true;
          return;
@@ -87,32 +87,32 @@
       lookup->walker = this;
    }
    else {
-      sw_printf("%s:%u - WARNING, no symbol lookup available\n",
+      sw_printf("%s:%d - WARNING, no symbol lookup available\n",
                 FILE__, __LINE__);
    }
 }
 
 Walker* Walker::newWalker(std::string exec_name)
 {
-  sw_printf("%s:%u - Creating new stackwalker on current process\n",
+  sw_printf("%s:%d - Creating new stackwalker on current process\n",
             FILE__, __LINE__);
 
   ProcessState *newproc = createDefaultProcess(exec_name);
   if (!newproc) {
-    sw_printf("%s:%u - Error creating default process\n",
+    sw_printf("%s:%d - Error creating default process\n",
 	      FILE__, __LINE__);
     return NULL;
   }
 
   Walker *newwalker = new Walker(newproc, NULL, NULL, true, exec_name);
   if (!newwalker || newwalker->creation_error) {
-    sw_printf("%s:%u - Error creating new Walker object %p\n",
-	      FILE__, __LINE__, newwalker);
+    sw_printf("%s:%d - Error creating new Walker object %p\n",
+	      FILE__, __LINE__, (void*)newwalker);
     return NULL;
   }
 
-  sw_printf("%s:%u - Successfully created Walker %p\n",
-	    FILE__, __LINE__, newwalker);
+  sw_printf("%s:%d - Successfully created Walker %p\n",
+	    FILE__, __LINE__, (void*)newwalker);
 
   return newwalker;
 }
@@ -120,25 +120,25 @@
 Walker *Walker::newWalker(Dyninst::PID pid,
                           std::string executable)
 {
-  sw_printf("%s:%u - Creating new stackwalker for process %d on %s\n",
+  sw_printf("%s:%d - Creating new stackwalker for process %d on %s\n",
             FILE__, __LINE__, (int) pid, executable.c_str());
 
   ProcessState *newproc = createDefaultProcess(pid, executable);
   if (!newproc) {
-    sw_printf("%s:%u - Error creating default process\n",
+    sw_printf("%s:%d - Error creating default process\n",
 	      FILE__, __LINE__);
     return NULL;
   }
 
   Walker *newwalker = new Walker(newproc, NULL, NULL, true, executable);
   if (!newwalker || newwalker->creation_error) {
-    sw_printf("%s:%u - Error creating new Walker object %p\n",
-	      FILE__, __LINE__, newwalker);
+    sw_printf("%s:%d - Error creating new Walker object %p\n",
+	      FILE__, __LINE__, (void*)newwalker);
     return NULL;
   }
 
-  sw_printf("%s:%u - Successfully created Walker %p\n",
-	    FILE__, __LINE__, newwalker);
+  sw_printf("%s:%d - Successfully created Walker %p\n",
+	    FILE__, __LINE__, (void*)newwalker);
 
   return newwalker;
 }
@@ -146,25 +146,25 @@
 Walker *Walker::newWalker(std::string exec_name,
                           const std::vector<std::string> &argv)
 {
-   sw_printf("%s:%u - Creating new stackwalker with process %s\n",
+   sw_printf("%s:%d - Creating new stackwalker with process %s\n",
              FILE__, __LINE__, exec_name.c_str());
 
    ProcessState *newproc = createDefaultProcess(exec_name, argv);
    if (!newproc) {
-      sw_printf("%s:%u - Error creating default process\n",
+      sw_printf("%s:%d - Error creating default process\n",
                 FILE__, __LINE__);
       return NULL;
    }
 
    Walker *newwalker = new Walker(newproc, NULL, NULL, true, exec_name);
    if (!newwalker || newwalker->creation_error) {
-      sw_printf("%s:%u - Error creating new Walker object %p\n",
-                FILE__, __LINE__, newwalker);
+      sw_printf("%s:%d - Error creating new Walker object %p\n",
+                FILE__, __LINE__, (void*)newwalker);
       return NULL;
    }
 
-   sw_printf("%s:%u - Successfully created Walker %p\n",
-             FILE__, __LINE__, newwalker);
+   sw_printf("%s:%d - Successfully created Walker %p\n",
+             FILE__, __LINE__, (void*)newwalker);
 
    return newwalker;
 }
@@ -175,24 +175,24 @@
                           bool default_steppers)
 {
    if (!proc) {
-      sw_printf("%s:%u - Error proc parameter to newWalker must not be NULL\n",
+      sw_printf("%s:%d - Error proc parameter to newWalker must not be NULL\n",
                 FILE__, __LINE__);
       setLastError(err_badparam, "Tried to create a walker with a NULL " \
                    "ProcessState param");
       return NULL;
    }
-   sw_printf("%s:%u - Creating custom Walker with proc = %p" \
-             "lookup = %p\n", FILE__, __LINE__, proc, lookup);
+   sw_printf("%s:%d - Creating custom Walker with proc = %p" \
+             "lookup = %p\n", FILE__, __LINE__, (void*)proc, (void*)lookup);
 
    Walker *newwalker = new Walker(proc, grp, lookup, default_steppers, "");
    if (!newwalker || newwalker->creation_error) {
-      sw_printf("%s:%u - Error creating new Walker object %p\n",
-                FILE__, __LINE__, newwalker);
+      sw_printf("%s:%d - Error creating new Walker object %p\n",
+                FILE__, __LINE__, (void*)newwalker);
       return NULL;
    }
 
-   sw_printf("%s:%u - Successfully created Walker %p\n",
-             FILE__, __LINE__, newwalker);
+   sw_printf("%s:%d - Successfully created Walker %p\n",
+             FILE__, __LINE__, (void*)newwalker);
 
    return newwalker;
 }
@@ -204,25 +204,25 @@
 
 Walker *Walker::newWalker(Dyninst::ProcControlAPI::Process::ptr proc)
 {
-  sw_printf("%s:%u - Creating new stackwalker for ProcControl process %d\n",
+  sw_printf("%s:%d - Creating new stackwalker for ProcControl process %d\n",
 	    FILE__, __LINE__, (int) proc->getPid());
 
   ProcessState *newproc = createDefaultProcess(proc);
   if (!newproc) {
-    sw_printf("%s:%u - Error creating default process\n",
+    sw_printf("%s:%d - Error creating default process\n",
 	      FILE__, __LINE__);
     return NULL;
   }
 
   Walker *newwalker = new Walker(newproc, NULL, NULL, true, string());
   if (!newwalker || newwalker->creation_error) {
-    sw_printf("%s:%u - Error creating new Walker object %p\n",
-	      FILE__, __LINE__, newwalker);
+    sw_printf("%s:%d - Error creating new Walker object %p\n",
+	      FILE__, __LINE__, (void*)newwalker);
     return NULL;
   }
 
-  sw_printf("%s:%u - Successfully created Walker %p\n",
-	    FILE__, __LINE__, newwalker);
+  sw_printf("%s:%d - Successfully created Walker %p\n",
+	    FILE__, __LINE__, (void*)newwalker);
 
   return newwalker;
 }
@@ -237,14 +237,14 @@
                        std::vector<Walker *> &walkers_out,
                        std::string executable)
 {
-  sw_printf("%s:%u - Creating multiple stackwalkers\n",
+  sw_printf("%s:%d - Creating multiple stackwalkers\n",
 	    FILE__, __LINE__);
   unsigned num_errors = 0;
 
   vector<ProcDebug *> new_dbs;
   bool pd_result = createDefaultProcess(pids, new_dbs);
   if (!pd_result) {
-     sw_printf("%s:%u - Errors attaching to some processes\n",
+     sw_printf("%s:%d - Errors attaching to some processes\n",
                FILE__, __LINE__);
   }
 
@@ -260,14 +260,14 @@
 
      Walker *newwalker = new Walker((ProcessState *) pd, NULL, NULL, true, executable);
      if (!newwalker || newwalker->creation_error) {
-        sw_printf("%s:%u - Error creating new Walker object %p\n",
-                  FILE__, __LINE__, newwalker);
+        sw_printf("%s:%d - Error creating new Walker object %p\n",
+                  FILE__, __LINE__, (void*)newwalker);
         walkers_out.push_back(NULL);
         num_errors++;
         continue;
      }
 
-     sw_printf("%s:%u - Successfully created walker for %d\n",
+     sw_printf("%s:%d - Successfully created walker for %d\n",
                FILE__, __LINE__, pd->getProcessId());
      walkers_out.push_back(newwalker);
   }
@@ -374,7 +374,7 @@
    if (thread == NULL_THR_ID) {
       result = proc->getDefaultThread(thread);
       if (!result) {
-         sw_printf("%s:%u - Couldn't get initial thread on %d\n",
+         sw_printf("%s:%d - Couldn't get initial thread on %d\n",
                    FILE__, __LINE__, proc->getProcessId());
          return false;
       }
@@ -382,24 +382,24 @@
 
    result = callPreStackwalk(thread);
    if (!result) {
-      sw_printf("%s:%u - Call to preStackwalk failed, exiting from stackwalk\n",
+      sw_printf("%s:%d - Call to preStackwalk failed, exiting from stackwalk\n",
                 FILE__, __LINE__);
       return false;
    }
 
-   sw_printf("%s:%u - Starting stackwalk on thread %d\n",
+   sw_printf("%s:%d - Starting stackwalk on thread %d\n",
              FILE__, __LINE__, (int) thread);
 
    getInitialFrameImpl(initialFrame, thread);
    if (!result) {
-      sw_printf("%s:%u - Failed to get registers from process\n",
+      sw_printf("%s:%d - Failed to get registers from process on thread %d\n",
                 FILE__, __LINE__, (int) thread);
       goto done;
    }
 
    result = walkStackFromFrame(stackwalk, initialFrame);
    if (!result) {
-      sw_printf("%s:%u - walkStackFromFrame failed\n",
+      sw_printf("%s:%d - walkStackFromFrame failed on thread %d\n",
                 FILE__, __LINE__, (int) thread);
       goto done;
    }
@@ -407,7 +407,7 @@
  done:
    bool postresult = callPostStackwalk(thread);
    if (!postresult) {
-      sw_printf("%s:%u - Call to postStackwalk failed\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Call to postStackwalk failed\n", FILE__, __LINE__);
       return false;
    }
    return result;
@@ -421,12 +421,12 @@
    stackwalk.clear();
    stackwalk.push_back(frame);
 
-   sw_printf("%s:%u - walkStackFromFrame called with frame at %lx\n",
+   sw_printf("%s:%d - walkStackFromFrame called with frame at %lx\n",
              FILE__, __LINE__, stackwalk.back().getRA());
 
    result = callPreStackwalk();
    if (!result) {
-      sw_printf("%s:%u - Call to preStackwalk failed, exiting from stackwalk\n",
+      sw_printf("%s:%d - Call to preStackwalk failed, exiting from stackwalk\n",
                 FILE__, __LINE__);
       return false;
    }
@@ -434,18 +434,18 @@
 
    for (;;) {
      Frame cur_frame(this);
-     sw_printf("%s:%u - Walking single frame from %lx\n", FILE__, __LINE__,
+     sw_printf("%s:%d - Walking single frame from %lx\n", FILE__, __LINE__,
 	       stackwalk.back().getRA());
 
      result = walkSingleFrame(stackwalk.back(), cur_frame);
      if (!result) {
         if (getLastError() == err_stackbottom) {
-           sw_printf("%s:%u - Reached bottom of stack\n", FILE__, __LINE__);
+           sw_printf("%s:%d - Reached bottom of stack\n", FILE__, __LINE__);
            clearLastError();
            result = true;
            goto done;
         }
-        sw_printf("%s:%u - Error walking through stack frame %s\n",
+        sw_printf("%s:%d - Error walking through stack frame %s\n",
                   FILE__, __LINE__, getLastErrorMsg());
         result = false;
         goto done;
@@ -466,7 +466,7 @@
  done:
    bool postresult = callPostStackwalk();
    if (!postresult) {
-      sw_printf("%s:%u - Call to postStackwalk failed\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Call to postStackwalk failed\n", FILE__, __LINE__);
       return false;
    }
 
@@ -477,7 +477,7 @@
      swi->prev_frame = NULL;
    }
 
-   sw_printf("%s:%u - Finished walking callstack from frame, result = %s\n",
+   sw_printf("%s:%d - Finished walking callstack from frame, result = %s\n",
              FILE__, __LINE__, result ? "true" : "false");
 
    return result;
@@ -489,12 +489,12 @@
    bool result;
    Frame last_frame = in;
 
-   sw_printf("%s:%u - Attempting to walk through frame with RA 0x%lx\n",
+   sw_printf("%s:%d - Attempting to walk through frame with RA 0x%lx\n",
 	     FILE__, __LINE__, last_frame.getRA());
 
    result = callPreStackwalk();
    if (!result) {
-      sw_printf("%s:%u - Call to preStackwalk failed, exiting from stackwalk\n",
+      sw_printf("%s:%d - Call to preStackwalk failed, exiting from stackwalk\n",
                 FILE__, __LINE__);
       return false;
    }
@@ -513,23 +513,23 @@
      bool res = group->findStepperForAddr(last_frame.getRA(), cur_stepper,
                                           last_stepper);
      if (!res) {
-        sw_printf("%s:%u - Unable to find a framestepper for %lx\n",
+        sw_printf("%s:%d - Unable to find a framestepper for %lx\n",
                   FILE__, __LINE__, last_frame.getRA());
         result = false;
         goto done;
      }
-     sw_printf("%s:%u - Attempting to use stepper %s\n",
+     sw_printf("%s:%d - Attempting to use stepper %s\n",
                FILE__, __LINE__, cur_stepper->getName());
      gcf_result = cur_stepper->getCallerFrame(in, out);
      if (gcf_result == gcf_success) {
-       sw_printf("%s:%u - Success using stepper %s on 0x%lx\n",
+       sw_printf("%s:%d - Success using stepper %s on 0x%lx\n",
                  FILE__, __LINE__, cur_stepper->getName(), in.getRA());
        if (!checkValidFrame(in, out)) {
-          sw_printf("%s:%u - Resulting frame is not valid\n", FILE__, __LINE__);
+          sw_printf("%s:%d - Resulting frame is not valid\n", FILE__, __LINE__);
           result = false;
           goto done;
        }
-       sw_printf("%s:%u - Returning frame with RA %lx, SP %lx, FP %lx\n",
+       sw_printf("%s:%d - Returning frame with RA %lx, SP %lx, FP %lx\n",
 		 FILE__, __LINE__, out.getRA(), out.getSP(), out.getFP());
        out.setStepper(cur_stepper);
        result = true;
@@ -537,20 +537,20 @@
      }
      else if (gcf_result == gcf_not_me) {
        last_stepper = cur_stepper;
-       sw_printf("%s:%u - Stepper %s declined address 0x%lx\n",
+       sw_printf("%s:%d - Stepper %s declined address 0x%lx\n",
                  FILE__, __LINE__, cur_stepper->getName(), in.getRA());
        continue;
      }
      else if (gcf_result == gcf_stackbottom) {
-        sw_printf("%s:%u - Stepper %s bottomed out on 0x%lx\n",
+        sw_printf("%s:%d - Stepper %s bottomed out on 0x%lx\n",
                   FILE__, __LINE__, cur_stepper->getName(), in.getRA());
        setLastError(err_stackbottom, "walkSingleFrame reached bottom of stack");
        result = false;
        goto done;
      }
      else if (gcf_result == gcf_error) {
-        sw_printf("%s:%u - A stepper reported error %d on frame at %lx\n",
-                  FILE__, __LINE__, cur_stepper, in.getRA());
+        sw_printf("%s:%d - A stepper reported error %p on frame at %lx\n",
+                  FILE__, __LINE__, (void*)cur_stepper, in.getRA());
        result = false;
        goto done;
      }
@@ -560,7 +560,7 @@
    out.setThread(in.getThread());
    bool postresult = callPostStackwalk();
    if (!postresult) {
-      sw_printf("%s:%u - Call to postStackwalk failed\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Call to postStackwalk failed\n", FILE__, __LINE__);
       return false;
    }
 
@@ -572,19 +572,19 @@
    frame.walker = this;
    result = callPreStackwalk(thread);
    if (!result) {
-      sw_printf("%s:%u - Call to preStackwalk failed, exiting from stackwalk\n",
+      sw_printf("%s:%d - Call to preStackwalk failed, exiting from stackwalk\n",
                 FILE__, __LINE__);
       return false;
    }
 
    getInitialFrameImpl(frame, thread);
    if (!result) {
-      sw_printf("%s:%u - getInitialFrameImpl failed\n",
+      sw_printf("%s:%d - getInitialFrameImpl failed on thread %d\n",
                 FILE__, __LINE__, (int) thread);
    }
    bool postresult = callPostStackwalk(thread);
    if (!postresult) {
-      sw_printf("%s:%u - Call to postStackwalk failed\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Call to postStackwalk failed\n", FILE__, __LINE__);
       return false;
    }
 
@@ -597,10 +597,10 @@
    bool result = proc->getThreadIds(threads);
    if (dyn_debug_stackwalk) {
       if (!result) {
-         sw_printf("%s:%u - getThreadIds error\n", FILE__, __LINE__);
+         sw_printf("%s:%d - getThreadIds error\n", FILE__, __LINE__);
       }
       else {
-         sw_printf("%s:%u - getThreadIds returning %d values:\t\n",
+         sw_printf("%s:%d - getThreadIds returning %lu values:\t\n",
                    FILE__, __LINE__, threads.size());
          for (unsigned i=0; i<threads.size(); i++) {
             sw_printf("%d ", (int) threadsi);
@@ -654,8 +654,8 @@
 bool Walker::addStepper(FrameStepper *s)
 {
    assert(group);
-   sw_printf("%s:%u - Registering stepper %s with group %p\n",
-             FILE__, __LINE__, s->getName(), group);
+   sw_printf("%s:%d - Registering stepper %s with group %p\n",
+             FILE__, __LINE__, s->getName(), (void*)group);
    group->registerStepper(s);
    return true;
 }
@@ -783,7 +783,7 @@
 
 bool WalkerSet::walkStacks(CallTree &tree, bool walk_initial_only) const {
    if (empty()) {
-      sw_printf("%s:%u - Attempt to walk stacks of empty process set\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Attempt to walk stacks of empty process set\n", FILE__, __LINE__);
       return false;
    }
    if (!iwalkerset->non_pd_walkers) {
@@ -797,7 +797,7 @@
          //Error
          return false;
       }
-      sw_printf("%s:%u - Platform does not have OS supported unwinding\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Platform does not have OS supported unwinding\n", FILE__, __LINE__);
    }
 
    bool had_error = false;
@@ -806,7 +806,7 @@
       Walker *walker = *i;
       bool result = walker->getAvailableThreads(threads);
       if (!result) {
-         sw_printf("%s:%u - Error getting threads for process %d\n", FILE__, __LINE__,
+         sw_printf("%s:%d - Error getting threads for process %d\n", FILE__, __LINE__,
                    walker->getProcessState()->getProcessId());
          had_error = true;
          continue;
@@ -816,9 +816,9 @@
          std::vector<Frame> swalk;
          THR_ID thr = *j;
 
-         bool result = walker->walkStack(swalk, thr);
+         result = walker->walkStack(swalk, thr);
          if (!result && swalk.empty()) {
-            sw_printf("%s:%u - Error walking stack for %d/%d\n", FILE__, __LINE__,
+            sw_printf("%s:%d - Error walking stack for %d/%ld\n", FILE__, __LINE__,
                       walker->getProcessState()->getProcessId(), thr);
             had_error = true;
             continue;

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/x86-swk.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/x86-swk.C Changed

@@ -58,7 +58,7 @@
      //Generate some (skipped) code involving frame_pointer before
      // the assembly snippet.  This keeps gcc from optimizing 
      // the below snippet by pulling it up into the function prolog.
-     sw_printf("%p%p\n", frame_pointer, &frame_pointer);
+     sw_printf("%p%p\n", (void*)frame_pointer, (void*)&frame_pointer);
   }
 
 #if defined(arch_x86_64) && (defined(os_linux) || defined(os_freebsd))
@@ -96,7 +96,7 @@
         val = (Dyninst::MachRegisterVal) (frame_pointer + 2);
         break;      
      default:
-        sw_printf("%s:%u - Request for unsupported register %s\n",
+        sw_printf("%s:%d - Request for unsupported register %s\n",
                   FILE__, __LINE__, reg.name().c_str());
         setLastError(err_badparam, "Unknown register passed in reg field");
   }
@@ -150,7 +150,7 @@
   }
 
   if (!result) {
-    sw_printf("%s:%u - Couldn't read from %lx\n", FILE__, __LINE__, in_fp);
+    sw_printf("%s:%d - Couldn't read from %lx\n", FILE__, __LINE__, in_fp);
     return gcf_error;
   }
   
@@ -176,7 +176,7 @@
 bool Walker::checkValidFrame(const Frame &in, const Frame &out)
 {
    if (out.getSP() <= in.getSP()) {
-      sw_printf("%s:%u - Stackwalk went backwards, %lx to %lx\n",
+      sw_printf("%s:%d - Stackwalk went backwards, %lx to %lx\n",
                 FILE__, __LINE__, in.getSP(), out.getSP());
       return false;
    }
@@ -283,7 +283,7 @@
 
    result = checkCache(addr, res);
    if (result) {
-      sw_printf("%s:%u - Cached value for %lx is %d/%d\n",
+      sw_printf("%s:%d - Cached value for %lx is %d/%d\n",
                 FILE__, __LINE__, addr, (int) res.first, (int) res.second);
       return res;
    }
@@ -291,27 +291,27 @@
    result = proc->getLibraryTracker()->getLibraryAtAddr(addr, lib);
    if (!result)
    {
-      sw_printf("%s:%u - No library at %lx\n", FILE__, __LINE__, addr);
+      sw_printf("%s:%d - No library at %lx\n", FILE__, __LINE__, addr);
       goto done;
    }
 
    reader = LibraryWrapper::getLibrary(lib.first);
    if (!reader) {
-      sw_printf("%s:%u - Failed to open symbol reader %s\n",
+      sw_printf("%s:%d - Failed to open symbol reader %s\n",
                 FILE__, __LINE__, lib.first.c_str() );
       goto done;
    }   
    off = addr - lib.second;
    sym = reader->getContainingSymbol(off);
    if (!reader->isValidSymbol(sym)) {
-      sw_printf("%s:%u - Could not find symbol in binary\n", FILE__, __LINE__);
+      sw_printf("%s:%d - Could not find symbol in binary\n", FILE__, __LINE__);
       goto done;
    }
    func_addr = reader->getSymbolOffset(sym) + lib.second;
 
    result = proc->readMem(mem, func_addr, FUNCTION_PROLOG_TOCHECK);
    if (!result) {
-      sw_printf("%s:%u - Error.  Couldn't read from memory at %lx\n",
+      sw_printf("%s:%d - Error.  Couldn't read from memory at %lx\n",
                 FILE__, __LINE__, func_addr);
       goto done;
    }
@@ -362,7 +362,7 @@
       res.second = set_frame;
 
  done:
-   sw_printf("%s:%u - Function containing %lx has frame type %d/%d\n",
+   sw_printf("%s:%d - Function containing %lx has frame type %d/%d\n",
              FILE__, __LINE__, addr, (int) res.first, (int) res.second);
    updateCache(addr, res);
    return res;
@@ -415,9 +415,9 @@
   unsigned long sp_value = 0x0;
   Address sp_addr = 0x0;
 
-  sw_printf("%s:%u - DyninstDynamicStepper with lib_base 0x%lx, stack-height %d, orig_ra 0x%lx, aligned %d %s\n",
+  sw_printf("%s:%d - DyninstDynamicStepper with lib_base 0x%lx, stack-height %u, orig_ra 0x%lx, aligned %d %s\n",
             FILE__, __LINE__, lib_base, stack_height, orig_ra, aligned, pEntryExit ? "<entry/exit>" : "<normal>");
-  sw_printf("%s:%u - incoming frame has RA 0x%lx, SP 0x%lx, FP 0x%lx\n",
+  sw_printf("%s:%d - incoming frame has RA 0x%lx, SP 0x%lx, FP 0x%lx\n",
             FILE__, __LINE__, in.getRA(), in.getSP(), in.getFP());
   // Handle frameless instrumentation
   if (0x0 != orig_ra)
@@ -428,7 +428,7 @@
     out.setFP(in.getFP());
     out.setSP(in.getSP()); //Not really correct, but difficult to compute and unlikely to matter
     out.setRALocation(unknownLocation);
-    sw_printf("%s:%u - DyninstDynamicStepper handled frameless instrumentation\n",
+    sw_printf("%s:%d - DyninstDynamicStepper handled frameless instrumentation\n",
               FILE__, __LINE__);
     return gcf_success;
   }
@@ -454,14 +454,14 @@
     result = getProcessState()->readMem(&ra_value, newRAAddr, addr_width);
 
     if (!result) {
-      sw_printf("%s:%u - Couldn't read from %lx\n", FILE__, __LINE__, newRAAddr);
+      sw_printf("%s:%d - Couldn't read from %lx\n", FILE__, __LINE__, newRAAddr);
       return gcf_error;
     }
 
     out.setRA(ra_value);
     out.setFP(in.getFP()); // FP stays the same
     out.setSP(newRAAddr + addr_width);
-    sw_printf("%s:%u - DyninstDynamicStepper handled post entry/exit instrumentation\n",
+    sw_printf("%s:%d - DyninstDynamicStepper handled post entry/exit instrumentation\n",
               FILE__, __LINE__);
     return gcf_success;
   }
@@ -479,16 +479,16 @@
     result = getProcessState()->readMem(&sp_value, sp_addr, addr_width);
 
     if (!result) {
-      sw_printf("%s:%u - Couldn't read from %lx\n", FILE__, __LINE__, sp_addr);
+      sw_printf("%s:%d - Couldn't read from %lx\n", FILE__, __LINE__, sp_addr);
       return gcf_error;
     }
 
-    sw_printf("%s:%u - Read SP %p from addr %p, using stack height of 0x%lx\n",
+    sw_printf("%s:%d - Read SP %lx from addr %lx, using stack height of 0x%x\n",
               FILE__, __LINE__, sp_value, sp_addr, stack_height);
     out.setSP(sp_value);
   }
 
-  sw_printf("%s:%u - DyninstDynamicStepper handled normal instrumentation\n",
+  sw_printf("%s:%d - DyninstDynamicStepper handled normal instrumentation\n",
             FILE__, __LINE__);
   return gcf_success;
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/stackwalk/src/x86-wanderer.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/stackwalk/src/x86-wanderer.C Changed

@@ -40,6 +40,8 @@
 
 #include "common/src/Types.h"
 
+#include "compiler_annotations.h"
+
 #include "common/h/SymReader.h"
 
 using namespace Dyninst;
@@ -72,7 +74,7 @@
 
 gcframe_ret_t StepperWandererImpl::getCallerFrame(const Frame &in, Frame &out)
 {
-   sw_printf("%s:%u - Wanderer attempting to walk from 0x%lx\n",
+   sw_printf("%s:%d - Wanderer attempting to walk from 0x%lx\n",
              FILE__, __LINE__, in.getRA());
 
    const unsigned addr_width = getProcessState()->getAddressWidth();
@@ -90,7 +92,7 @@
    do {
       result = getWord(word, current_stack);
       if (!result) {
-         sw_printf("%s:%u - getWord returned false\n", FILE__, __LINE__);
+         sw_printf("%s:%d - getWord returned false\n", FILE__, __LINE__);
          return gcf_not_me;
       }
       
@@ -106,19 +108,20 @@
           case WandererHelper::outside_func:
             // TODO re-enable this heuristic for Dyninst when the Analysis Stepper is working
             if (whelper->requireExactMatch()) {  
-            sw_printf("%s:%u - Wanderer discarded word 0x%lx at 0x%lx\n",
+                sw_printf("%s:%d - Wanderer discarded word 0x%lx at 0x%lx\n",
                       FILE__, __LINE__, word, current_stack);
-            // not a candidate
-            break;
+                // not a candidate
+                break;
             }
+            DYNINST_FALLTHROUGH;
           case WandererHelper::unknown_s:
-            sw_printf("%s:%u - Wanderer added word 0x%lx at 0x%lx as candidate return "
+            sw_printf("%s:%d - Wanderer added word 0x%lx at 0x%lx as candidate return "
                       " address\n", FILE__, __LINE__, word, current_stack);
             candidate.push_back(std::pair<Address, Address>(word, current_stack));
             break;
 
           case WandererHelper::in_func:
-            sw_printf("%s:%u - Wanderer thinks word 0x%lx at 0x%lx  is return "
+            sw_printf("%s:%d - Wanderer thinks word 0x%lx at 0x%lx  is return "
                       " address\n", FILE__, __LINE__, word, current_stack);
             found_base = current_stack;
             found_ra = word;
@@ -133,7 +136,7 @@
    } while (num_words_tried < MAX_WANDERER_DEPTH);
 
    if (!found_exact_match && !candidate.size()) {
-      sw_printf("%s:%u - Wanderer couldn't find anything in %u words\n",
+      sw_printf("%s:%d - Wanderer couldn't find anything in %d words\n",
                 FILE__, __LINE__, MAX_WANDERER_DEPTH);
       return gcf_not_me;
    }
@@ -165,7 +168,7 @@
       result = getProcessState()->readMem(&new_fp, out.getSP(), 
                                           getProcessState()->getAddressWidth());
       if (!result) {
-         sw_printf("%s:%u - Error, couln't read from stack at %lx\n",
+         sw_printf("%s:%d - Error, couln't read from stack at %lx\n",
                    FILE__, __LINE__, out.getSP());
          return gcf_error;
       }
@@ -183,14 +186,14 @@
 {
    const unsigned addr_width = getProcessState()->getAddressWidth();
    if (start < 1024) {
-      sw_printf("%s:%u - %lx too low to be valid memory\n",
+      sw_printf("%s:%d - %lx too low to be valid memory\n",
                 FILE__, __LINE__, start);
       return false;
    }
    word_out = 0x0;
    bool result = getProcessState()->readMem(&word_out, start, addr_width);
    if (!result) {
-      sw_printf("%s:%u - Wanderer couldn't read from stack at 0x%lx\n",
+      sw_printf("%s:%d - Wanderer couldn't read from stack at 0x%lx\n",
                 FILE__, __LINE__, start);
       return false;
    }
@@ -220,7 +223,7 @@
 
    result = tracker->getLibraryAtAddr(func_entry, func_lib);
    if (!result) {
-      sw_printf("%s:%u - Failed to find library at %lx\n",
+      sw_printf("%s:%d - Failed to find library at %lx\n",
                 FILE__, __LINE__, func_entry);
       return unknown_s;
    }
@@ -228,14 +231,14 @@
 
    reader = LibraryWrapper::getLibrary(func_lib.first);
    if (!reader) {
-      sw_printf("%s:%u - Failed to open reader for %s\n", 
+      sw_printf("%s:%d - Failed to open reader for %s\n", 
                 FILE__, __LINE__, func_lib.first.c_str());
       goto reader_fail;
    }
    
    section = reader->getSectionByAddress(func_entry_offset);
    if (reader->getSectionName(section) == std::string(".plt")) {
-      sw_printf("%s:%u - %lx is a PLT entry, trying to map to real target\n",
+      sw_printf("%s:%d - %lx is a PLT entry, trying to map to real target\n",
                 FILE__, __LINE__, func_entry);
       int got_offset = -1;
       Address got_abs = 0x0;
@@ -253,7 +256,7 @@
             got_abs = *((uint32_t*) (buffer+2));
          }
          else {
-            sw_printf("%s:%u - Unrecognized PLT idiom at %lx: ",
+            sw_printf("%s:%d - Unrecognized PLT idiom at %lx: ",
                       FILE__, __LINE__, func_entry);
             for (unsigned i=0; i<MAX_PLT32_IDIOM_SIZE; i++) {
                sw_printf("%x ", bufferi);
@@ -271,7 +274,7 @@
             got_abs = *((int32_t *) (buffer+2)) + func_entry + 6;
          }
          else {
-            sw_printf("%s:%u - Unrecognized PLT idiom at %lx: ",
+            sw_printf("%s:%d - Unrecognized PLT idiom at %lx: ",
                       FILE__, __LINE__, func_entry);
             for (unsigned i=0; i<MAX_PLT32_IDIOM_SIZE; i++) {
                sw_printf("%x ", bufferi);
@@ -281,7 +284,7 @@
       }
       
       if (got_offset != -1) {
-         sw_printf("%s:%u - Computed PLT to be going through GOT offset %d\n",
+         sw_printf("%s:%d - Computed PLT to be going through GOT offset %d\n",
                    FILE__, __LINE__, got_offset);
          Section_t got_section = reader->getSectionByName(".got");
          if (reader->isValidSection(got_section)) {
@@ -293,7 +296,7 @@
       if (got_abs) {
          Address real_target;
          result = proc->readMem(&real_target, got_abs, proc->getAddressWidth());
-         sw_printf("%s:%u - Computed PLT to be going through GOT abs %lx to "
+         sw_printf("%s:%d - Computed PLT to be going through GOT abs %lx to "
                    "real target %lx\n", FILE__, __LINE__, got_abs, real_target);
          return isPCInFunc(real_target, pc);
       }
@@ -302,42 +305,42 @@
 
    result = tracker->getLibraryAtAddr(pc, pc_lib);
    if (!result) {
-      sw_printf("%s:%u - Failed to find library at %lx\n",
+      sw_printf("%s:%d - Failed to find library at %lx\n",
                 FILE__, __LINE__, pc);
       return unknown_s;
    }
    pc_offset = pc - pc_lib.second;
 
    if (func_entry > pc) {
-      sw_printf("%s:%u - func_entry %lx is greater than pc %lx\n",
+      sw_printf("%s:%d - func_entry %lx is greater than pc %lx\n",
                 FILE__, __LINE__, func_entry, pc);
       return outside_func;
    }
    
    if (pc_lib != func_lib)
    {
-      sw_printf("%s:%u - %lx and %lx are from different libraries\n",
+      sw_printf("%s:%d - %lx and %lx are from different libraries\n",
                 FILE__, __LINE__, func_entry, pc);
       return outside_func;
    }
 
    func_symbol = reader->getContainingSymbol(func_entry_offset);
    if (!reader->isValidSymbol(func_symbol)) {
-      sw_printf("%s:%u - No functions begin at %lx\n", 
+      sw_printf("%s:%d - No functions begin at %lx\n", 
                 FILE__, __LINE__, func_entry_offset);
       goto reader_fail;
    }
 
    pc_symbol = reader->getContainingSymbol(pc_offset);
    if (!reader->isValidSymbol(pc_symbol)) {
-      sw_printf("%s:%u - No functions begin at %lx\n", 
+      sw_printf("%s:%d - No functions begin at %lx\n", 
                 FILE__, __LINE__, func_entry_offset);
       goto reader_fail;
    }
 
    func_offset = reader->getSymbolOffset(func_symbol);
    pc_offset = reader->getSymbolOffset(pc_symbol);
-   sw_printf("%s:%u - Decided func at offset %lx and pc-func at offset %lx\n",
+   sw_printf("%s:%d - Decided func at offset %lx and pc-func at offset %lx\n",
              FILE__, __LINE__, func_offset, pc_offset);
    if (func_offset == pc_offset)
    {

_service:tar_scm:dyninst-11.0.1.tar.gz/symlite/CMakeLists.txt -> _service:tar_scm:dyninst-12.2.1.tar.gz/symlite/CMakeLists.txt Changed

@@ -1,31 +1,22 @@
 # CMake configuration for symlite directory
 
-if (NOT UNIX)
-  return()
+if(NOT UNIX)
+    return()
 endif()
 
-include_directories (
-  src
-  ${PROJECT_SOURCE_DIR}/elf/h
-  )
+include_directories(src ${PROJECT_SOURCE_DIR}/elf/h)
 
-set (SRC_LIST
-     src/SymLite-elf.C
-  )
+set(SRC_LIST src/SymLite-elf.C)
 add_definitions(-DSYMLITE_LIB)
 
-#add_library (symLite ${SRC_LIST})
-#add_library (symLite_static STATIC ${SRC_LIST})
-#FILE (GLOB headers "h/*.h")
-#set_target_properties (symLite symLite_static PROPERTIES PUBLIC_HEADER "${headers}")
+# add_library (symLite ${SRC_LIST}) add_library (symLite_static STATIC ${SRC_LIST}) FILE
+# (GLOB headers "h/*.h") set_target_properties (symLite symLite_static PROPERTIES
+# PUBLIC_HEADER "${headers}")
 
-#target_link_private_libraries (symLite common)
-#target_link_private_libraries (symLite dynElf)
+# target_link_private_libraries (symLite common) target_link_private_libraries (symLite
+# dynElf)
 
-#INSTALL (TARGETS symLite symLite_static
-#        EXPORT DyninstTargets
-#        RUNTIME DESTINATION ${INSTALL_LIB_DIR}
-#        LIBRARY DESTINATION ${INSTALL_LIB_DIR}
-#        ARCHIVE DESTINATION ${INSTALL_LIB_DIR}
-#        PUBLIC_HEADER DESTINATION ${INSTALL_INCLUDE_DIR})
+# INSTALL (TARGETS symLite symLite_static EXPORT DyninstTargets RUNTIME DESTINATION
+# ${INSTALL_LIB_DIR} LIBRARY DESTINATION ${INSTALL_LIB_DIR} ARCHIVE DESTINATION
+# ${INSTALL_LIB_DIR} PUBLIC_HEADER DESTINATION ${INSTALL_INCLUDE_DIR})
 dyninst_library(symLite common dynElf)

_service:tar_scm:dyninst-11.0.1.tar.gz/symlite/src/SymLite-elf.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symlite/src/SymLite-elf.C Changed

@@ -141,17 +141,17 @@
 #define UNSET_INDEX_CODE ((int) 0xfffffffe)
 
 #define FOR_EACH_SYMBOL(shdr, symbols, str_buffer, idx) \
-   Elf_X_Data sym_data = shdr.get_data(); \
-   Elf_X_Sym symbols = sym_data.get_sym(); \
-   int str_index = shdr.sh_link(); \
-   Elf_X_Shdr str_shdr = elf->get_shdr(str_index); \
+   Elf_X_Data FES_sym_data = shdr.get_data(); \
+   Elf_X_Sym symbols = FES_sym_data.get_sym(); \
+   int FES_str_index = shdr.sh_link(); \
+   Elf_X_Shdr str_shdr = elf->get_shdr(FES_str_index); \
    if (!str_shdr.isValid()) { \
       continue; \
    } \
-   Elf_X_Data str_data = str_shdr.get_data(); \
-   const char *str_buffer = (const char *) str_data.d_buf(); \
-   unsigned sym_count = symbols.count(); \
-   for (unsigned idx=0; idx<sym_count; idx++)
+   Elf_X_Data FES_str_data = str_shdr.get_data(); \
+   const char *str_buffer = (const char *) FES_str_data.d_buf(); \
+   unsigned FES_sym_count = symbols.count(); \
+   for (unsigned idx=0; idx<FES_sym_count; idx++)
 
 #define MAKE_SYMBOL(name, idx, shdr, sym) \
    sym.v1 = (void *) (const_cast<char *>(name)); \
@@ -608,7 +608,7 @@
 Dyninst::Offset SymElf::imageOffset() 
 { 
    assert(0); return 0;
-};
+}
 
 Dyninst::Offset SymElf::dataOffset() 
 {

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/CMakeLists.txt -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/CMakeLists.txt Changed

@@ -1,121 +1,83 @@
 # CMake configuration for symtabAPI directory
 
-include_directories (
-  src
-  h
-  ${PROJECT_SOURCE_DIR}/dwarf/h
-  ${PROJECT_SOURCE_DIR}/elf/h
-  )
+include_directories(src h ${PROJECT_SOURCE_DIR}/dwarf/h ${PROJECT_SOURCE_DIR}/elf/h)
 
 if(NOT WIN32)
-  include_directories(${PROJECT_SOURCE_DIR}/common/src)
+    include_directories(${PROJECT_SOURCE_DIR}/common/src)
 endif()
 
-
-
-set (SRC_LIST
-                src/Object.C 
-                src/Aggregate.C 
-                src/Function.C 
-                src/Variable.C 
-                src/Symbol.C 
-                src/LineInformation.C 
-                src/Symtab.C 
-                src/Symtab-edit.C 
-                src/Symtab-lookup.C 
-                src/Symtab-deprecated.C 
-                src/Module.C 
-                src/Region.C 
-                src/Collections.C 
-                src/Type.C 
-                src/AddrLookup.C 
-                src/annotations.C 
-                src/debug.C 
-                src/SymtabReader.C 
-  )
-
-if (PLATFORM MATCHES freebsd OR 
-    PLATFORM MATCHES linux OR 
-    PLATFORM MATCHES cnl)
-
-set (SRC_LIST ${SRC_LIST}
-    src/Object-elf.C 
-    src/Archive.C 
-    src/Archive-elf.C 
-    src/parseDwarf.C
-        src/parseStab.C
+set(SRC_LIST
+    src/Object.C
+    src/Aggregate.C
+    src/Function.C
+    src/Variable.C
+    src/Symbol.C
+    src/LineInformation.C
+    src/Symtab.C
+    src/Symtab-edit.C
+    src/Symtab-lookup.C
+    src/Module.C
+    src/Region.C
+    src/Collections.C
+    src/Type.C
+    src/AddrLookup.C
+    src/annotations.C
+    src/debug.C
+    src/SymtabReader.C)
+
+if(PLATFORM MATCHES freebsd OR PLATFORM MATCHES linux)
+
+    set(SRC_LIST
+        ${SRC_LIST}
+        src/Object-elf.C
+        src/Archive.C
+        src/Archive-elf.C
+        src/parseDwarf.C
         src/LinkMap.C
         src/emitElf.C
-    src/emitElfStatic.C
-    src/dwarfWalker.C
-)
-
-if (PLATFORM MATCHES x86_64 OR PLATFORM MATCHES amd64)
-set (SRC_LIST ${SRC_LIST}
-    src/emitElfStatic-x86.C
-    src/relocationEntry-elf-x86.C
-    )
-elseif (PLATFORM MATCHES i386)
-set (SRC_LIST ${SRC_LIST}
-    src/emitElfStatic-x86.C
-    src/relocationEntry-elf-x86.C
-    )
-elseif (PLATFORM MATCHES ppc32)
-set (SRC_LIST ${SRC_LIST}
-    src/emitElfStatic-ppc32.C 
-    src/relocationEntry-elf-ppc32.C
-    )
-elseif (PLATFORM MATCHES ppc64)
-set (SRC_LIST ${SRC_LIST}
-    src/emitElfStatic-ppc64.C
-    src/relocationEntry-elf-ppc64.C
-    )
-elseif (PLATFORM MATCHES aarch64)
-set (SRC_LIST ${SRC_LIST}
-    src/emitElfStatic-aarch64.C
-    src/relocationEntry-elf-aarch64.C
-    )
-else (TRUE)
-set (SRC_LIST ${SRC_LIST}
-    src/emitElfStatic-stub.C
-    src/relocationEntry-stub.C
-    )
-endif()
+        src/emitElfStatic.C
+        src/dwarfWalker.C)
+
+    if(PLATFORM MATCHES x86_64 OR PLATFORM MATCHES amd64)
+        set(SRC_LIST ${SRC_LIST} src/emitElfStatic-x86.C src/relocationEntry-elf-x86.C)
+    elseif(PLATFORM MATCHES i386)
+        set(SRC_LIST ${SRC_LIST} src/emitElfStatic-x86.C src/relocationEntry-elf-x86.C)
+    elseif(PLATFORM MATCHES ppc64)
+        set(SRC_LIST ${SRC_LIST} src/emitElfStatic-ppc64.C
+                     src/relocationEntry-elf-ppc64.C)
+    elseif(PLATFORM MATCHES aarch64)
+        set(SRC_LIST ${SRC_LIST} src/emitElfStatic-aarch64.C
+                     src/relocationEntry-elf-aarch64.C)
+    else(TRUE)
+        set(SRC_LIST ${SRC_LIST} src/emitElfStatic-stub.C src/relocationEntry-stub.C)
+    endif()
 endif()
 
-
-if (PLATFORM MATCHES nt)
-set (SRC_LIST ${SRC_LIST}
-    src/Object-nt.C
-	src/emitWin.C
-	src/relocationEntry-stub.C
-)
+if(PLATFORM MATCHES nt)
+    set(SRC_LIST ${SRC_LIST} src/Object-nt.C src/emitWin.C src/relocationEntry-stub.C)
 endif()
 
-SET_SOURCE_FILES_PROPERTIES(${SRC_LIST} PROPERTIES LANGUAGE CXX)
+set_source_files_properties(${SRC_LIST} PROPERTIES LANGUAGE CXX)
 
-ADD_DEFINITIONS(-DSYMTAB_LIB)
+add_definitions(-DSYMTAB_LIB)
 
-set (DEPS common)
+set(DEPS common)
 
 if(UNIX)
-  list (APPEND DEPS
-    dynElf
-    dynDwarf
-    ${ElfUtils_LIBRARIES}
-    )
+    list(APPEND DEPS dynElf dynDwarf ${ElfUtils_LIBRARIES})
 else()
-  list (APPEND DEPS dbghelp)
+    list(APPEND DEPS dbghelp)
 endif()
 
 dyninst_library(symtabAPI ${DEPS})
 
 if(TARGET ElfUtils)
-  add_dependencies(symtabAPI ElfUtils)
+    add_dependencies(symtabAPI ElfUtils)
 endif()
 
 target_link_private_libraries(symtabAPI ${Boost_LIBRARIES})
 
 if(USE_OpenMP)
-  set_target_properties(symtabAPI PROPERTIES COMPILE_FLAGS ${OpenMP_CXX_FLAGS} LINK_FLAGS ${OpenMP_CXX_FLAGS})
+    set_target_properties(symtabAPI PROPERTIES COMPILE_FLAGS ${OpenMP_CXX_FLAGS}
+                                               LINK_FLAGS ${OpenMP_CXX_FLAGS})
 endif()

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/doc/1-Intro.tex -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/doc/1-Intro.tex Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/doc/4-Definitions.tex -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/doc/4-Definitions.tex Changed

@@ -20,18 +20,18 @@
 \itemMangled Name A mangled name for a symbol provides a way of encoding additional information about a function, structure, class or another data type in a symbol name.
 It is a technique used to produce unique names for programming entities in many modern programming languages.
 For example, the method \emph{foo} of class C with signature \emph{int C::foo(int, int)} has a mangled name \emph{\_ZN1C3fooEii} when compiled with gcc.
-Mangled names may include a sequence of clone suffixes (begins with `.' that indicate a compiler synthesized function), and this may be followed by a version suffix (begins with `@') or stabs type information (begins with `:').
+Mangled names may include a sequence of clone suffixes (begins with `.' that indicate a compiler synthesized function), and this may be followed by a version suffix (begins with `@').
 \itemPretty Name A pretty name for a symbol is the demangled user-level symbolic name without type information for the function parameters and return types.
 For non-mangled names, the pretty name is the symbol name.
 Any function clone suffixes of the symbol are appended to the result of the demangler.
 For example, a symbol with a mangled name \emph{\_ZN1C3fooEii} for the method \emph{int C::foo(int, int)} has a pretty name \emph{C::foo}.
-Version and stabs suffixes are removed from the mangled name before conversion to the pretty name.
+Version suffixes are removed from the mangled name before conversion to the pretty name.
 The pretty name can be obtained by running the command line tool \code{c++filt} as \code{c++filt -i -p \emph{name}}, or using the libiberty library function \code{cplus\_demangle} with options of \code{DMGL\_AUTO | DMGL\_ANSI}.
 \itemTyped Name A typed name for a symbol is the demangled user-level symbolic name including type information for the function parameters.
 Typically, but not always, function return type information is not included. Any function clone information is also included.
 For non-mangled names, the typed name is the symbol name.
 For example, a symbol with a mangled name \emph{\_ZN1C3fooEii} for the method \emph{int C::foo(int, int)} has a typed name \emph{C::foo(int, int)}.
-Version and stabs suffixes are removed from the mangled name before conversion to the typed name.
+Version suffixes are removed from the mangled name before conversion to the typed name.
 The typed name can be obtained by running the command line tool \code{c++filt} as \code{c++filt -i \emph{name}}, or using the libiberty library function \code{cplus\_demangle} with options of \code{DMGL\_AUTO | DMGL\_ANSI | DMGL\_PARAMS}.
 \itemSymbol Linkage The symbol linkage for a symbol gives information on the visibility (binding) of this symbol, whether it is visible only in the object file where it is defined (local), if it is visible to all the object files that are being linked (global), or if its a weak alias to a global symbol.
 \itemSymbol Type Symbol type for a symbol represents the category of symbols to which it belongs. It can be a function symbol or a variable symbol or a module symbol.

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/doc/API/Symtab/Module.tex -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/doc/API/Symtab/Module.tex Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/doc/symtabAPI.pdf -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/doc/symtabAPI.pdf Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/h/Aggregate.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/h/Aggregate.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/h/Collections.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/h/Collections.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/h/Function.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/h/Function.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/h/Module.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/h/Module.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/h/StringTable.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/h/StringTable.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/h/Symbol.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/h/Symbol.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/h/Symtab.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/h/Symtab.h Changed

@@ -105,6 +105,7 @@
    friend class emitWin;
    friend class Aggregate;
    friend class relocationEntry;
+   friend class Object;
 
  public:
 
@@ -507,8 +508,6 @@
    Offset main_call_addr_; // address of call to main()
 
    unsigned address_width_;
-   char *code_ptr_;
-   char *data_ptr_;
    std::string interpreter_name_;
    Offset entry_address_;
    Offset base_address_;
@@ -561,13 +560,12 @@
        class iterator : public std::iterator<std::forward_iterator_tag,Symbol*> {
            master_t::iterator m;
        public:
-           iterator(master_t::iterator i) : m(i) {};
-           ~iterator() {};
-           bool operator==(const iterator& x) { return m == x.m; };
-           bool operator!=(const iterator& x) { return !operator==(x); };
-           Symbol* const& operator*() const { return m->first; };
-           Symbol* const* operator->() const { return &operator*(); };
-           iterator& operator++() { ++m; return *this; };
+           iterator(master_t::iterator i) : m(i) {}
+           bool operator==(const iterator& x) { return m == x.m; }
+           bool operator!=(const iterator& x) { return !operator==(x); }
+           Symbol* const& operator*() const { return m->first; }
+           Symbol* const* operator->() const { return &operator*(); }
+           iterator& operator++() { ++m; return *this; }
            iterator operator++(int) {
                iterator old(m);
                operator++();
@@ -623,14 +621,6 @@
    //type info valid flag
    bool isTypeInfoValid_;
 
-   int nlines_;
-   unsigned long fdptr_;
-   char *lines_;
-   char *stabstr_;
-   int nstabs_;
-   void *stabs_;
-   char *stringpool_;
-
    //Relocation sections
    bool hasRel_;
    bool hasRela_;
@@ -679,9 +669,9 @@
    public:
       ExceptionBlock(Offset tStart, unsigned tSize, Offset cStart);
       ExceptionBlock(Offset cStart);
-      ExceptionBlock(const ExceptionBlock &eb);
-      ~ExceptionBlock();
-      ExceptionBlock();
+      SYMTAB_EXPORT ExceptionBlock(const ExceptionBlock &eb) = default;
+      SYMTAB_EXPORT ~ExceptionBlock() = default;
+      SYMTAB_EXPORT ExceptionBlock() = default;
 
       bool hasTry() const;
       Offset tryStart() const;

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/h/Type.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/h/Type.h Changed

@@ -111,8 +111,6 @@
 class SYMTAB_EXPORT Type : public  TYPE_ANNOTATABLE_CLASS
 {
    friend class typeCollection;
-   friend std::string parseStabString(Module *, int linenum, char *, int, 
-				      typeCommon*);
    static Type* upgradePlaceholder(Type *placeholder, Type *new_type);
    
    boost::weak_ptr<Type> self_;  // For carrying the reference count across
@@ -166,7 +164,7 @@
 
 public:
    virtual bool operator==(const Type &) const;
-   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); };
+   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); }
    virtual bool isCompatible(Type *oType);
    virtual void fixupUnknowns(Module *);
 
@@ -174,13 +172,14 @@
    Type(std::string name, dataClass dataTyp = dataNullType);
 
    Type();
-   virtual ~Type();
+   virtual ~Type() = default;
+   Type& operator=(const Type&) = default;
 
    // Fake unique_ptr type. TODO: Replace with std::unique_ptr for C++11
    class unique_ptr_Type {
       Type* ptr;
    public:
-      unique_ptr_Type(Type* p) : ptr(p) {};
+      unique_ptr_Type(Type* p) : ptr(p) {}
       operator boost::shared_ptr<Type>() {
          return ptr->reshare();
       }
@@ -263,11 +262,11 @@
    Field(std::string name, boost::shared_ptr<Type> typ, int offsetVal = -1, 
 		   visibility_t vis = visUnknown);
    Field(std::string n, Type* t, int ov = -1, visibility_t v = visUnknown)
-      : Field(n, t->reshare(), ov, v) {};
+      : Field(n, t ? t->reshare() : nullptr, ov, v) {}
    
    // Copy constructor
    Field(Field &f);
-   ~Field();
+   virtual ~Field();
 
    std::string &getName();
    boost::shared_ptr<Type> getType(Type::do_share_t);
@@ -286,20 +285,22 @@
 
 class SYMTAB_EXPORT fieldListInterface {
  public:
-   virtual ~fieldListInterface() {};
+   virtual ~fieldListInterface() = default;
+   fieldListInterface& operator=(const fieldListInterface&) = default;
    virtual dyn_c_vector<Field *> *getComponents() const = 0;
 };
 
 class SYMTAB_EXPORT rangedInterface {
  public:
-   virtual ~rangedInterface() {};
+   virtual ~rangedInterface() = default;
+   rangedInterface& operator=(const rangedInterface&) = default;
    virtual unsigned long getLow() const = 0;
    virtual unsigned long getHigh() const  = 0;
 };  
 
 class SYMTAB_EXPORT derivedInterface{
  public:
-   virtual ~derivedInterface() {};
+   virtual ~derivedInterface() = default;
    virtual boost::shared_ptr<Type> getConstituentType(Type::do_share_t) const = 0;
    Type* getConstituentType() const { return getConstituentType(Type::share).get(); }
 };
@@ -318,6 +319,7 @@
  public:
    fieldListType();
    ~fieldListType();
+   fieldListType& operator=(const fieldListType&) = default;
    bool operator==(const Type &) const;
    dyn_c_vector<Dyninst::SymtabAPI::Field*> *getComponents() const;
    
@@ -353,7 +355,6 @@
    rangedType(std::string &name, dataClass typeDes, int size, unsigned long low, unsigned long hi);
  public:
    rangedType();
-   ~rangedType();
    bool operator==(const Type &) const;
    unsigned long getLow() const { return low_; }
    unsigned long getHigh() const { return hi_; }
@@ -369,7 +370,6 @@
    derivedType(std::string &name, int size, dataClass typeDes);
  public:
    derivedType();
-   ~derivedType();
    bool operator==(const Type &) const;
    boost::shared_ptr<Type> getConstituentType(Type::do_share_t) const;
    Type* getConstituentType() const { return getConstituentType(Type::share).get(); }
@@ -392,7 +392,7 @@
    bool addConstant(const std::string &fieldname,int value);
    dyn_c_vector<std::pair<std::string, int> > &getConstants();
    bool setName(const char *name);
-   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); };
+   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); }
    bool isCompatible(Type *otype);
 };
 typeEnum& Type::asEnumType() { return dynamic_cast<typeEnum&>(*this); }
@@ -408,10 +408,10 @@
    typeFunction();
    typeFunction(typeId_t ID, boost::shared_ptr<Type> retType, std::string name = "");
    typeFunction(typeId_t i, Type* r, std::string n = "")
-      : typeFunction(i, r->reshare(), n) {};
+      : typeFunction(i, r->reshare(), n) {}
    typeFunction(boost::shared_ptr<Type> retType, std::string name = "");
    typeFunction(Type* retType, std::string name = "")
-      : typeFunction(retType->reshare(), name) {};
+      : typeFunction(retType->reshare(), name) {}
    static typeFunction *create(std::string &name, boost::shared_ptr<Type> retType, 
                                dyn_c_vector<boost::shared_ptr<Type>> &paramTypes, Symtab *obj = NULL);
    static typeFunction *create(std::string &n, Type* rt, dyn_c_vector<Type*> &p, Symtab* o = NULL) {
@@ -420,7 +420,6 @@
      for(auto it = pp.begin(); it != pp.end(); ++it) p.push_back(it->get());
      return r;
    }
-   ~typeFunction();
    bool addParam(boost::shared_ptr<Type> type);
    bool addParam(Type* t) { return addParam(t->reshare()); }
    boost::shared_ptr<Type> getReturnType(Type::do_share_t) const;
@@ -429,22 +428,65 @@
    bool setRetType(Type* t) { return setRetType(t->reshare()); }
 
    dyn_c_vector<boost::shared_ptr<Type>> &getParams();
-   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); };
+   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); }
    bool isCompatible(Type *otype);
 };
 typeFunction& Type::asFunctionType() { return dynamic_cast<typeFunction&>(*this); }
 
 class SYMTAB_EXPORT typeScalar : public Type {
- private:
-   bool isSigned_;
- public:
-   typeScalar();
-   typeScalar(typeId_t ID, unsigned int size, std::string name = "", bool isSigned = false);
-   typeScalar(unsigned int size, std::string name = "", bool isSigned = false);
-   static typeScalar *create(std::string &name, int size, Symtab *obj = NULL);
-   bool isSigned();
-   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); };
-   bool isCompatible(Type *otype);
+public:
+  struct properties_t {
+	  // Summary properties
+	  // NB: See DwarfWalker::parseBaseType for how these are computed
+	  bool is_integral;
+	  bool is_floating_point;
+	  bool is_string;
+
+	  // Detailed properties
+	  bool is_address;
+	  bool is_boolean;
+	  bool is_complex_float;
+	  bool is_float;
+	  bool is_imaginary_float;
+	  bool is_decimal_float;
+	  bool is_signed;
+	  bool is_signed_char;
+	  bool is_unsigned;
+	  bool is_unsigned_char;
+	  bool is_UTF;
+  };
+
+private:
+  properties_t props{};
+
+public:
+  typeScalar() = default;
+
+  typeScalar(typeId_t ID, unsigned int size, std::string name, properties_t p)
+      : Type(name, ID, dataScalar), props{p} {
+    size_ = size;
+  }
+
+  typeScalar(typeId_t ID, unsigned int size, std::string name = "", bool isSigned = false)
+      : Type(name, ID, dataScalar) {
+	props.is_signed = isSigned;
+    size_ = size;
+  }
+
+  typeScalar(unsigned int size, std::string name = "", bool isSigned = false)
+    : typeScalar()
+    {
+        ID_ = this->getUniqueTypeId();
+        size_ = size;
+        name_ = name;
+        props.is_signed = isSigned;
+    }
+
+  static typeScalar *create(std::string &name, int size, Symtab *obj = NULL);
+  bool isSigned() const { return props.is_signed; }
+  properties_t const& properties() const { return props; }
+  bool isCompatible(boost::shared_ptr<Type> x) {return isCompatible(x.get());}
+  bool isCompatible(Type *otype);
 };
 
 class SYMTAB_EXPORT typeCommon : public fieldListType {
@@ -509,7 +551,7 @@
    static typeStruct *create(std::string &name, dyn_c_vector<Field *> &fields,
                              Symtab *obj = NULL);
 
-   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); };
+   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); }
    bool isCompatible(Type *otype);
 };
 bool Type::isStructType() { return dynamic_cast<typeStruct*>(this) != NULL; }
@@ -538,7 +580,7 @@
    }
    static typeUnion *create(std::string &name, dyn_c_vector<Field *> &fields, 
 							Symtab *obj = NULL);
-   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); };
+   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); }
    bool isCompatible(Type *otype);
 };
 
@@ -549,10 +591,10 @@
    typePointer();
    typePointer(typeId_t ID, boost::shared_ptr<Type> ptr, std::string name = "");
    typePointer(typeId_t i, Type* p, std::string n = "")
-     : typePointer(i, p->reshare(), n) {};
+     : typePointer(i, p->reshare(), n) {}
    typePointer(boost::shared_ptr<Type> ptr, std::string name = "");
    typePointer(Type* p, std::string n = "")
-     : typePointer(p->reshare(), n) {};
+     : typePointer(p->reshare(), n) {}
    static typePointer *create(std::string &name, boost::shared_ptr<Type> ptr, Symtab *obj = NULL);
    static typePointer *create(std::string &n, Type* p, Symtab *o = NULL) {
      return create(n, p->reshare(), o);
@@ -563,10 +605,10 @@
    							Symtab *o = NULL) {
      return create(n, p->reshare(), s, o);
    }
-   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); };
+   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); }
    bool isCompatible(Type *otype);
    bool setPtr(boost::shared_ptr<Type> ptr);
-   bool setPtr(Type* ptr) { return setPtr(ptr->reshare()); };
+   bool setPtr(Type* ptr) { return setPtr(ptr->reshare()); }
 };
 
 class SYMTAB_EXPORT typeTypedef: public derivedType {
@@ -581,16 +623,16 @@
    typeTypedef();
    typeTypedef(typeId_t ID, boost::shared_ptr<Type> base, std::string name, unsigned int sizeHint = 0);
    typeTypedef(typeId_t i, Type* b, std::string n, unsigned int s = 0)
-     : typeTypedef(i, b->reshare(), n, s) {};
+     : typeTypedef(i, b->reshare(), n, s) {}
    typeTypedef(boost::shared_ptr<Type> base, std::string name, unsigned int sizeHint = 0);
    typeTypedef(Type* b, std::string n, unsigned int s = 0)
-     : typeTypedef(b->reshare(), n, s) {};
+     : typeTypedef(b->reshare(), n, s) {}
    
    static typeTypedef *create(std::string &name, boost::shared_ptr<Type> ptr, Symtab *obj = NULL);
    static typeTypedef *create(std::string &n, Type* p, Symtab *o = NULL) {
      return create(n, p->reshare(), o);
    }
-   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); };
+   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); }
    bool isCompatible(Type *otype);
    bool operator==(const Type &otype) const;
 };
@@ -602,15 +644,15 @@
    typeRef();
    typeRef(typeId_t ID, boost::shared_ptr<Type> refType, std::string name);
    typeRef(typeId_t i, Type* r, std::string n)
-     : typeRef(i, r->reshare(), n) {};
+     : typeRef(i, r->reshare(), n) {}
    typeRef(boost::shared_ptr<Type> refType, std::string name);
    typeRef(Type* r, std::string n)
-     : typeRef(r->reshare(), n) {};
+     : typeRef(r->reshare(), n) {}
    static typeRef *create(std::string &name, boost::shared_ptr<Type> ptr, Symtab * obj = NULL);
    static typeRef *create(std::string &n, Type* p, Symtab * o = NULL) {
      return create(n, p->reshare(), o);
    }
-   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); };
+   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); }
    bool isCompatible(Type *otype);
    bool operator==(const Type &otype) const;
 };
@@ -623,7 +665,7 @@
    typeSubrange(typeId_t ID, int size, long low, long hi, std::string name);
    typeSubrange( int size, long low, long hi, std::string name);
    static typeSubrange *create(std::string &name, int size, long low, long hi, Symtab *obj = NULL);
-   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); };
+   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); }
    bool isCompatible(Type *otype);
 };
 
@@ -638,17 +680,17 @@
    typeArray();
    typeArray(typeId_t ID, boost::shared_ptr<Type> base, long low, long hi, std::string name, unsigned int sizeHint = 0);
    typeArray(typeId_t i, Type* b, long l, long h, std::string n, unsigned int s = 0)
-     : typeArray(i, b->reshare(), l, h, n, s) {};
+     : typeArray(i, b->reshare(), l, h, n, s) {}
    typeArray(boost::shared_ptr<Type> base, long low, long hi, std::string name, unsigned int sizeHint = 0);
    typeArray(Type* b, long l, long h, std::string n, unsigned int s = 0)
-     : typeArray(b->reshare(), l, h, n, s) {};
+     : typeArray(b->reshare(), l, h, n, s) {}
    static typeArray *create(std::string &name, boost::shared_ptr<Type> typ,  long low, long hi, Symtab *obj = NULL);
    static typeArray *create(std::string &n, Type* t,  long l, long h, Symtab *o = NULL) {
      return create(n, t->reshare(), l, h, o);
    }
    boost::shared_ptr<Type> getBaseType(Type::do_share_t) const;
    Type* getBaseType() const { return getBaseType(Type::share).get(); }
-   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); };
+   bool isCompatible(boost::shared_ptr<Type> x) { return isCompatible(x.get()); }
    bool isCompatible(Type *otype);
    bool operator==(const Type &otype) const;
    void fixupUnknowns(Module *);

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/h/Variable.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/h/Variable.h Changed

@@ -37,9 +37,6 @@
 #include "dyn_regs.h"
 #include "VariableLocation.h"
 
-//class Dyninst::SymtabAPI::Variable;
-SYMTAB_EXPORT std::ostream &operator<<(std::ostream &os, const Dyninst::SymtabAPI::Variable &);
-
 namespace Dyninst {
 namespace SymtabAPI {
 
@@ -52,8 +49,7 @@
 
 class SYMTAB_EXPORT Variable : public Aggregate, public AnnotatableSparse {
 	friend class Symtab;
-	friend std::ostream &::operator<<(std::ostream &os, const Dyninst::SymtabAPI::Variable &);
-
+	friend std::ostream &operator<<(std::ostream &os, const Variable &);
 	private:
    Variable(Symbol *sym);
    static Variable *createVariable(Symbol *sym);
@@ -64,14 +60,21 @@
     bool removeSymbol(Symbol *sym);      
 
    void setType(boost::shared_ptr<Type> type);
-   void setType(Type* t) { setType(t->reshare()); };
+   void setType(Type* t) { setType(t->reshare()); }
    boost::shared_ptr<Type> getType(Type::do_share_t);
    Type* getType() { return getType(Type::share).get(); }
    bool operator==(const Variable &v);
 
+   friend std::ostream &operator<<(std::ostream &os, Variable const& v) {
+	   v.print(os);
+	   return os;
+   }
+
  private:
 
    boost::shared_ptr<Type> type_;
+
+   void print(std::ostream &) const;
 };
 
 class SYMTAB_EXPORT localVar : public AnnotatableSparse
@@ -104,7 +107,7 @@
             std::vector<VariableLocation> *locs = NULL);
 	localVar(std::string n, Type* t, std::string fn, int l, FunctionBase *f, 
             std::vector<VariableLocation> *ls = NULL)
-      : localVar(n, t->reshare(), fn, l, f, ls) {};
+      : localVar(n, t->reshare(), fn, l, f, ls) {}
             
 	// Copy constructor
 	localVar(localVar &lvar);
@@ -118,7 +121,7 @@
 	boost::shared_ptr<Type> getType(Type::do_share_t);
     Type* getType() { return getType(Type::share).get(); }
 	bool setType(boost::shared_ptr<Type> newType);
-	bool setType(Type* t) { return setType(t->reshare()); };
+	bool setType(Type* t) { return setType(t->reshare()); }
 	int  getLineNum();
 	std::string &getFileName();
 	std::vector<VariableLocation> &getLocationLists();
@@ -128,5 +131,4 @@
 }
 }
 
-
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/h/symutil.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/h/symutil.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/AddrLookup.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/AddrLookup.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/Aggregate.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/Aggregate.C Changed

@@ -259,30 +259,24 @@
     return true;
 }
 
-namespace Dyninst {
-namespace SymtabAPI {
-std::ostream& operator<<(std::ostream &os, const Aggregate &a)
-{
-  std::string modname = a.module_ ? a.module_->fullName() : std::string("no_mod");
+void Aggregate::print(std::ostream &os) const {
+  std::string modname = module_ ? module_->fullName() : std::string("no_mod");
   os   << "Aggregate{"
        << " Module=" << modname
        << " MangledNames=";
   ostream_iterator<string> out_iter(std::cout, ", ");
-  std::copy(a.mangled_names_begin(), a.mangled_names_end(), out_iter);
+  std::copy(mangled_names_begin(), mangled_names_end(), out_iter);
   os << "";
   
   os << " PrettyNames="; 
-  std::copy(a.pretty_names_begin(), a.pretty_names_end(), out_iter);
+  std::copy(pretty_names_begin(), pretty_names_end(), out_iter);
   os << "";
   os << " TypedNames="; 
-  std::copy(a.typed_names_begin(), a.typed_names_end(), out_iter);
+  std::copy(typed_names_begin(), typed_names_end(), out_iter);
   
   os << "";
   os << " }";
-  
-  return os;
 }
-}}
 
 bool Aggregate::operator==(const Aggregate &a)
 {

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/LineInformation.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/LineInformation.C Changed

@@ -60,8 +60,12 @@
                                         lowInclusiveAddr, highExclusiveAddr);
     Statement::Ptr insert_me(the_stmt);
     insert_me->setStrings_(strings_);
-   return insert( insert_me).second;
-
+   bool result;
+#pragma omp critical (addLine)
+{
+   result = insert( insert_me).second;
+}
+   return result;
 } /* end setLineToAddressRangeMapping() */
 bool LineInformation::addLine( std::string lineSource,
                                unsigned int lineNo,
@@ -69,17 +73,20 @@
                                Offset lowInclusiveAddr,
                                Offset highExclusiveAddr )
 {
-    auto index = strings_->get<1>().insert(StringTableEntry(lineSource,"")).first;
+    auto i = strings_->get<1>().insert(StringTableEntry(lineSource,"")).first;
 
-    return addLine(index->str, lineNo, lineOffset, lowInclusiveAddr, highExclusiveAddr);
+    return addLine(i->str, lineNo, lineOffset, lowInclusiveAddr, highExclusiveAddr);
 }
 
 void LineInformation::addLineInfo(LineInformation *lineInfo)
 {
     if(!lineInfo)
         return;
+#pragma omp critical (addLine)
+{
     insert(lineInfo->begin(), lineInfo->end());
 }
+}
 
 bool LineInformation::addAddressRange( Offset lowInclusiveAddr, 
       Offset highExclusiveAddr, 
@@ -203,8 +210,8 @@
     std::pair<const_line_info_iterator, const_line_info_iterator > bounds;
     for(auto found = found_range.first; ((found != found_range.second) && (found != strings_->get<2>().end())); ++found)
     {
-        unsigned index = strings_->project<0>(found) - strings_->begin();
-        auto idx = boost::make_tuple(index, lineNo);
+        unsigned i = strings_->project<0>(found) - strings_->begin();
+        auto idx = boost::make_tuple(i, lineNo);
         bounds =  get<Statement::line_info>().equal_range(idx);
         if(bounds.first != bounds.second) {
             return bounds;
@@ -217,16 +224,16 @@
 std::pair<LineInformation::const_line_info_iterator, LineInformation::const_line_info_iterator>
 LineInformation::equal_range(std::string file) const {
     auto found = strings_->get<1>().find(file);
-    unsigned index = strings_->project<0>(found) - strings_->begin();
-    return get<Statement::line_info>().equal_range(index);
+    unsigned i = strings_->project<0>(found) - strings_->begin();
+    return get<Statement::line_info>().equal_range(i);
 }
 
 StringTablePtr LineInformation::getStrings()  {
     return strings_;
 }
 
-void LineInformation::setStrings(StringTablePtr strings_) {
-    LineInformation::strings_ = strings_;
+void LineInformation::setStrings(StringTablePtr strings) {
+    LineInformation::strings_ = strings;
 }
 
 LineInformation::const_iterator LineInformation::find(Offset addressInRange, const_iterator hint) const {

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/LinkMap.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/LinkMap.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/Module.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/Module.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/Object-elf.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/Object-elf.C Changed

@@ -47,6 +47,8 @@
 
 #include "dwarfWalker.h"
 
+#include "Object-elf.h"
+
 using namespace Dyninst;
 using namespace Dyninst::SymtabAPI;
 using namespace Dyninst::DwarfDyninst;
@@ -86,7 +88,6 @@
 
 string symt_current_func_name;
 string symt_current_mangled_func_name;
-Symbol *symt_current_func = NULL;
 
 std::vector<Symbol *> opdsymbols_;
 
@@ -297,10 +298,6 @@
 const char *SYMTAB_NAME = ".symtab";
 const char *STRTAB_NAME = ".strtab";
 const char *SYMTAB_SHNDX_NAME = ".symtab_shndx";
-const char *STAB_NAME = ".stab";
-const char *STABSTR_NAME = ".stabstr";
-const char *STAB_INDX_NAME = ".stab.index";
-const char *STABSTR_INDX_NAME = ".stab.indexstr";
 const char *COMMENT_NAME = ".comment";
 const char *OPD_NAME = ".opd"; // PPC64 Official Procedure Descriptors
 // sections from dynamic executables and shared objects
@@ -336,8 +333,6 @@
 bool Object::loaded_elf(Offset &txtaddr, Offset &dataddr,
                         Elf_X_Shdr *&bssscnp,
                         Elf_X_Shdr *&symscnp, Elf_X_Shdr *&strscnp,
-                        Elf_X_Shdr *&stabscnp, Elf_X_Shdr *&stabstrscnp,
-                        Elf_X_Shdr *&stabs_indxcnp, Elf_X_Shdr *&stabstrs_indxcnp,
                         Elf_X_Shdr *&rel_plt_scnp, Elf_X_Shdr *&plt_scnp,
                         Elf_X_Shdr *&got_scnp, Elf_X_Shdr *&dynsym_scnp,
                         Elf_X_Shdr *&dynstr_scnp, Elf_X_Shdr *&dynamic_scnp,
@@ -393,24 +388,13 @@
     plt_size_ = 0;
     symtab_addr_ = 0;
     strtab_addr_ = 0;
-#if defined (ppc32_linux)
-    plt_entry_size_ = 8;
-  rel_plt_entry_size_ = 8;
-#else
     plt_entry_size_ = 0;
     rel_plt_entry_size_ = 0;
-#endif
     rel_plt_addr_ = 0;
     rel_plt_size_ = 0;
     rel_addr_ = 0;
     rel_size_ = 0;
     rel_entry_size_ = 0;
-    stab_off_ = 0;
-    stab_size_ = 0;
-    stabstr_off_ = 0;
-    stab_indx_off_ = 0;
-    stab_indx_size_ = 0;
-    stabstr_indx_off_ = 0;
     dwarvenDebugInfo = false;
 
     txtaddr = 0;
@@ -615,9 +599,9 @@
             std::string sname(name);
             std::map<std::string, int>::iterator s = secnNameMap.find(sname);
             if (s != secnNameMap.end()) {
-                int i = (*s).second;
-                DebugSectionMapi.dbg_offset = scn.sh_addr();
-                DebugSectionMapi.dbg_size = scn.sh_size();
+                int j = (*s).second;
+                DebugSectionMapj.dbg_offset = scn.sh_addr();
+                DebugSectionMapj.dbg_size = scn.sh_size();
             }
             scn.setDebugFile(true);
 
@@ -750,22 +734,7 @@
                 strscnp = scnp;
                 strtab_addr_ = scn.sh_addr();
             }
-        } else if (strcmp(name, STAB_INDX_NAME) == 0) {
-            stabs_indxcnp = scnp;
-            stab_indx_off_ = scn.sh_offset();
-            stab_indx_size_ = scn.sh_size();
-        } else if (strcmp(name, STABSTR_INDX_NAME) == 0) {
-            stabstrs_indxcnp = scnp;
-            stabstr_indx_off_ = scn.sh_offset();
-        } else if (strcmp(name, STAB_NAME) == 0) {
-            stabscnp = scnp;
-            stab_off_ = scn.sh_offset();
-            stab_size_ = scn.sh_size();
-        } else if (strcmp(name, STABSTR_NAME) == 0) {
-            stabstrscnp = scnp;
-            stabstr_off_ = scn.sh_offset();
-        }
-        else if ((secAddrTagMapping.find(scn.sh_addr()) != secAddrTagMapping.end()) &&
+        } else if ((secAddrTagMapping.find(scn.sh_addr()) != secAddrTagMapping.end()) &&
                  secAddrTagMappingscn.sh_addr() == DT_JMPREL) {
             rel_plt_scnp = scnp;
             rel_plt_addr_ = scn.sh_addr();
@@ -822,7 +791,7 @@
                             plt_entry_size_ = 8;
                         else {
                             if (plt_entry_size_ != 8)
-                                create_printf("%s%d:  weird plt_entry_size_ is %d, not 8\n",
+                                create_printf("%s%d:  weird plt_entry_size_ is %u, not 8\n",
                                               FILE__, __LINE__, plt_entry_size_);
                         }
 
@@ -1050,10 +1019,10 @@
                 dyn_c_hash_map<std::string, std::vector<Symbol*>>::accessor a;
                 if (symbols_.find(a, &strssym.st_name(index))) {
                     vector<Symbol *> &syms = a->second;
-                    for (vector<Symbol *>::iterator i = syms.begin(); i != syms.end(); i++) {
-                        if (!(*i)->isInDynSymtab())
+                    for (auto s: syms) {
+                        if (!s->isInDynSymtab())
                             continue;
-                        re.addDynSym(*i);
+                        re.addDynSym(s);
                         break;
                     }
                 }
@@ -1234,7 +1203,7 @@
                     }
 
                 } else {
-                    create_printf("ERROR: Can't handle %d PLT entry size\n",
+                    create_printf("ERROR: Can't handle %u PLT entry size\n",
                                   plt_entry_size_);
                     return false;
                 }
@@ -1419,10 +1388,10 @@
                     dyn_c_hash_map<std::string,std::vector<Symbol*>>::const_accessor ca;
                     if (symbols_.find(ca, targ_name)) {
                         const vector<Symbol *> &syms = ca->second;
-                        for (auto i = syms.begin(); i != syms.end(); i++) {
-                            if (!(*i)->isInDynSymtab())
+			for (auto s: syms) {
+                            if (!s->isInDynSymtab())
                                 continue;
-                            dynsym_list.push_back(*i);
+                            dynsym_list.push_back(s);
                         }
                     } else {
                         dynsym_list.clear();
@@ -1442,10 +1411,10 @@
                             // we cannot call associated_symtab->findFuncByEntryOffset
                             for (iter = symbols_.begin(); iter != symbols_.end(); ++iter) {
                                 std::string name = iter->first;
-                                Symbol *sym = iter->second0;
-                                if (sym->getOffset() == (Offset) addend) {
+                                Symbol *s = iter->second0;
+                                if (s->getOffset() == (Offset) addend) {
                                     // Use dynsym_list.push_back(sym) instead?
-                                    re.addDynSym(sym);
+                                    re.addDynSym(s);
                                     break;
                                 }
                             }
@@ -1483,10 +1452,6 @@
     Elf_X_Shdr *bssscnp = 0;
     Elf_X_Shdr *symscnp = 0;
     Elf_X_Shdr *strscnp = 0;
-    Elf_X_Shdr *stabscnp = 0;
-    Elf_X_Shdr *stabstrscnp = 0;
-    Elf_X_Shdr *stabs_indxcnp = 0;
-    Elf_X_Shdr *stabstrs_indxcnp = 0;
     Offset txtaddr = 0;
     Offset dataddr = 0;
     Elf_X_Shdr *rel_plt_scnp = 0;
@@ -1513,7 +1478,6 @@
         // EEL, added one more parameter
 
         if (!loaded_elf(txtaddr, dataddr, bssscnp, symscnp, strscnp,
-                        stabscnp, stabstrscnp, stabs_indxcnp, stabstrs_indxcnp,
                         rel_plt_scnp, plt_scnp, got_scnp, dynsym_scnp, dynstr_scnp,
                         dynamic_scnp, eh_frame_scnp, gcc_except, interp_scnp,
                         opd_scnp, symtab_shndx_scnp, true)) {
@@ -1525,12 +1489,6 @@
         // find code and data segments....
         find_code_and_data(*elfHdr, txtaddr, dataddr);
 
-        if (elfHdr->e_type() != ET_REL) {
-            if (!code_ptr_ || !code_len_) {
-                //bpfatal( "no text segment\n");
-                goto cleanup;
-            }
-        }
         get_valid_memory_areas(*elfHdr);
 
 #if (defined(os_linux) || defined(os_freebsd))
@@ -1547,8 +1505,7 @@
             interpreter_name_ = (char *) interp_scnp->get_data().d_buf();
         }
 
-        // global symbols are put in global_symbols. Later we read the
-        // stab section to find the module to where they belong.
+        // global symbols are put in global_symbols.
         // Experiment : lets try to be a bit more intelligent about
         // how we initially size the global_symbols table.
         // dictionary_lite takes an initial # of bins (2nd param),
@@ -1575,12 +1532,6 @@
             no_of_symbols_ = nsymbols();
 
             // try to resolve the module names of global symbols
-            // Sun compiler stab.index section
-            fix_global_symbol_modules_static_stab(stabs_indxcnp, stabstrs_indxcnp);
-
-            // STABS format (.stab section)
-            fix_global_symbol_modules_static_stab(stabscnp, stabstrscnp);
-
             // DWARF format (.debug_info section)
             fix_global_symbol_modules_static_dwarf();
 
@@ -1775,7 +1726,7 @@
     // special location 0 and only record differences.
     Offset baseTOC = buf1;
     TOC_table_0 = baseTOC;
-    create_printf("Set base TOC to %p\n", baseTOC);
+    create_printf("Set base TOC to %p\n", (void*)baseTOC);
 
     // Note the lack of 32/64 here: okay because the only platform with an OPD
     // is 64-bit elf.
@@ -1793,7 +1744,7 @@
 
         if (toc != baseTOC) {
             TOC_table_func = toc;
-            create_printf("Set TOC for %p to %p\n", func, toc);
+            create_printf("Set TOC for %p to %p\n", (void*)func, (void*)toc);
         }
         i += 2;
     }
@@ -2263,7 +2214,7 @@
 Dwarf_Sword declFileNo = 0;
 char **declFileNoToName = NULL;
 
-bool Object::dwarf_parse_aranges(Dwarf *dbg, std::set<Dwarf_Off> &dies_seen) {
+bool Object::dwarf_parse_aranges(Dwarf *dbg, std::set<Dwarf_Off> &/*dies_seen*/) {
     Dwarf_Aranges *ranges;
     size_t num_ranges;
     int status = dwarf_getaranges(dbg, &ranges, &num_ranges);
@@ -2286,10 +2237,7 @@
         auto off_die = dwarf_dieoffset(&cu_die);
         //if (dies_seen.find(off_die) != dies_seen.end()) continue;
 
-        std::string modname;
-        if (!DwarfWalker::findDieName(cu_die, modname)) {
-            modname = associated_symtab->file(); // default module
-        }
+        std::string modname = DwarfWalker::die_name(cu_die);
 
         Offset actual_start, actual_end;
         convertDebugOffset(start, actual_start);
@@ -2344,10 +2292,8 @@
     for (size_t i = 0; i < dies.size(); i++) {
         Dwarf_Die cu_die = diesi;
 
-        std::string modname;
-        if (!DwarfWalker::findDieName(cu_die, modname)) {
-            modname = associated_symtab->file(); // default module
-        }
+        std::string modname = DwarfWalker::die_name(cu_die);
+
         if(modname=="<artificial>")
         {
             auto off_die = dwarf_dieoffset(&cu_die);
@@ -2379,16 +2325,16 @@
             if (dwarf_getsrclines(&cu_die, &lines, &num_lines) == 0)
             {
                 Dwarf_Addr low;
-                for (size_t i = 0; i < num_lines; ++i) {
-                    Dwarf_Line *line = dwarf_onesrcline(lines, i);
+                for (size_t j = 0; j < num_lines; ++j) {
+                    Dwarf_Line *line = dwarf_onesrcline(lines, j);
                     if ((dwarf_lineaddr(line, &low) == 0) && low)
                     {
                         Dwarf_Addr high = low;
                         int result = 0;
-                        for (; (i < num_lines) &&
-                               (result == 0); ++i)
+                        for (; (j < num_lines) &&
+                               (result == 0); ++j)
                         {
-                            line = dwarf_onesrcline(lines, i);
+                            line = dwarf_onesrcline(lines, j);
                             if (!line) continue;
 
                             bool is_end = false;
@@ -2424,224 +2370,6 @@
 
 #endif // cap_dwarf
 
-/********************************************************
- *
- * For object files only....
- *  read the .stab section to find the module of global symbols
- *
- ********************************************************/
-
-bool Object::fix_global_symbol_modules_static_stab(Elf_X_Shdr *stabscnp, Elf_X_Shdr *stabstrscnp) {
-    // Read the stab section to find the module of global symbols.
-    // The symbols appear in the stab section by module. A module begins
-    // with a symbol of type N_UNDF and ends with a symbol of type N_ENDM.
-    // All the symbols in between those two symbols belong to the module.
-
-    if (!stabscnp || !stabstrscnp) return false;
-
-    Elf_X_Data stabdata = stabscnp->get_data();
-    Elf_X_Data stabstrdata = stabstrscnp->get_data();
-    stab_entry *stabptr = NULL;
-
-    if (!stabdata.isValid() || !stabstrdata.isValid()) return false;
-
-    switch (addressWidth_nbytes) {
-        case 4:
-            stabptr = new stab_entry_32(stabdata.d_buf(),
-                                        stabstrdata.get_string(),
-                                        stabscnp->sh_size() / sizeof(stab32));
-            break;
-
-        case 8:
-            stabptr = new stab_entry_64(stabdata.d_buf(),
-                                        stabstrdata.get_string(),
-                                        stabscnp->sh_size() / sizeof(stab64));
-            break;
-    };
-
-    const char *next_stabstr = stabptr->getStringBase();
-    string module = "DEFAULT_MODULE";
-
-    // the stabstr contains one string table for each module.
-    // stabstr_offset gives the offset from the begining of stabstr of the
-    // string table for the current module.
-
-    bool is_fortran = false;  // is the current module fortran code?
-
-    for (unsigned i = 0; i < stabptr->count(); i++) {
-        switch (stabptr->type(i)) {
-            case N_UNDF: /* start of object file */
-                stabptr->setStringBase(next_stabstr);
-                next_stabstr = stabptr->getStringBase() + stabptr->val(i);
-                break;
-
-            case N_ENDM: /* end of object file */
-                is_fortran = false;
-                module = "DEFAULT_MODULE";
-                break;
-
-            case N_SO: /* compilation source or file name */
-                if ((stabptr->desc(i) == N_SO_FORTRAN) || (stabptr->desc(i) == N_SO_F90))
-                    is_fortran = true;
-
-                module = string(stabptr->name(i));
-                break;
-
-            case N_ENTRY: /* fortran alternate subroutine entry point */
-            case N_GSYM: /* global symbol */
-                // the name string of a function or object appears in the stab
-                // string table as <symbol name>:<symbol descriptor><other stuff>
-                // where <symbol descriptor> is a one char code.
-                // we must extract the name and descriptor from the string
-            {
-                const char *p = stabptr->name(i);
-                // bperr("got %d type, str = %s\n", stabptr->type(i), p);
-                // if (stabptr->type(i) == N_FUN && strlen(p) == 0) {
-
-                if (strlen(p) == 0) {
-                    // GNU CC 2.8 and higher associate a null-named function
-                    // entry with the end of a function.  Just skip it.
-                    break;
-                }
-
-                const char *q = strchr(p, ':');
-                unsigned len;
-
-                if (q) {
-                    len = q - p;
-                } else {
-                    len = strlen(p);
-                }
-
-                if (len == 0) {
-                    // symbol name is empty.Skip it.- 02/12/07 -Giri
-                    break;
-                }
-
-                char *sname = new charlen + 1;
-                strncpy(sname, p, len);
-                snamelen = 0;
-
-                string SymName = string(sname);
-
-                // q points to the ':' in the name string, so
-                // q1 is the symbol descriptor. We must check the symbol descriptor
-                // here to skip things we are not interested in, such as prototypes.
-
-                bool res = symbols_.contains(SymName);
-
-                if (!res && is_fortran) {
-                    // Fortran symbols usually appear with an '_' appended in .symtab,
-                    // but not on .stab
-                    SymName += "_";
-                    res = symbols_.contains(SymName);
-                }
-
-                if (res && (q == 0 || q1 != SD_PROTOTYPE)) {
-                    unsigned int count = 0;
-                    dyn_c_hash_map<std::string,std::vector<Symbol*>>::const_accessor ca;
-                    if (!symbols_.find(ca, SymName))  {
-                        assert(!"symbols_.find(ca, SymName)");
-                    }
-                    const std::vector<Symbol *> &syms = ca->second;
-
-                    /* If there's only one, apply regardless. */
-                    if (syms.size() == 1) {
-                        // TODO: set module
-                        //		    symbols_SymName0->setModuleName(module);
-                    } else {
-                        for (unsigned int i = 0; i < syms.size(); i++) {
-                            if (symsi->getLinkage() == Symbol::SL_GLOBAL) {
-                                // TODO: set module
-                                //			    symbols_SymNamei->setModuleName(module);
-                                count++;
-                            }
-                        }
-                    }
-                }
-                break;
-            }
-            case N_FUN:
-                /* function */
-            {
-                const char *p = stabptr->name(i);
-
-                if (strlen(p) == 0) {
-                    // Rumours are that GNU CC 2.8 and higher associate a
-                    // null-named function entry with the end of a
-                    // function. Just skip it.
-                    break;
-                }
-
-                const char *q = strchr(p, ':');
-
-                if (q == 0) {
-                    // bperr( "Unrecognized stab format: %s\n", p);
-                    // Happens with the Solaris native compiler (.xstabs entries?)
-                    break;
-                }
-
-                if (q1 == SD_PROTOTYPE) {
-                    // We see a prototype, skip it
-                    break;
-                }
-
-                unsigned long entryAddr = stabptr->val(i);
-
-                if (entryAddr == 0) {
-                    // The function stab doesn't contain a function address
-                    // (happens with the Solaris native compiler). We have to
-                    // look up the symbol by its name. That's unfortunate, since
-                    // names may not be unique and we may end up assigning a wrong
-                    // module name to the symbol.
-                    unsigned len = q - p;
-                    if (len == 0) {
-                        // symbol name is empty.Skip it.- 02/12/07 -Giri
-                        break;
-                    }
-
-                    char *sname = new charlen + 1;
-                    strncpy(sname, p, len);
-                    snamelen = 0;
-                    string nameFromStab = string(sname);
-                    delete sname;
-
-                    dyn_c_hash_map<std::string,std::vector<Symbol*>>::const_accessor ca;
-                    if (!symbols_.find(ca, nameFromStab))  {
-                        assert(!"symbols_.find(ca, nameFromStab)");
-                    }
-                    for (unsigned i = 0; i < ca->second.size(); i++) {
-                        symsToModules_.insert({ca->secondi, module});
-                    }
-                } else {
-                    if (!symsByOffset_.contains(entryAddr)) {
-                        //bperr( "fix_global_symbol_modules_static_stab "
-                        //	   "can't find address 0x%lx of STABS entry %s\n", entryAddr, p);
-                        break;
-                    }
-                    dyn_c_hash_map<Offset,std::vector<Symbol*>>::const_accessor ca;
-                    if (!symsByOffset_.find(ca, entryAddr))  {
-                        assert(!"symsByOffset_.find(ca, entryAddr)");
-                    }
-                    for (unsigned i = 0; i < ca->second.size(); i++) {
-                        symsToModules_.insert({ca->secondi, module});
-                    }
-                }
-                break;
-            }
-
-            default:
-                /* ignore other entries */
-                break;
-        }
-    }
-
-    delete stabptr;
-
-    return true;
-}
-
-
 // find_code_and_data(): populates the following members:
 //   code_ptr_, code_off_, code_len_
 //   data_ptr_, data_off_, data_len_
@@ -2695,42 +2423,6 @@
     //if (addressWidth_nbytes == 8) bperr( ">>> 64-bit find_code_and_data() successful\n");
 }
 
-const char *Object::elf_vaddr_to_ptr(Offset vaddr) const {
-    const char *ret = NULL;
-    unsigned code_size_ = code_len_;
-    unsigned data_size_ = data_len_;
-
-    if (vaddr >= code_off_ && vaddr < code_off_ + code_size_) {
-        ret = ((char *) code_ptr_) + (vaddr - code_off_);
-    } else if (vaddr >= data_off_ && vaddr < data_off_ + data_size_) {
-        ret = ((char *) data_ptr_) + (vaddr - data_off_);
-    }
-
-    return ret;
-}
-
-stab_entry *Object::get_stab_info() const {
-    char *file_ptr = (char *) mf->base_addr();
-
-    // check that file has .stab info
-    if (stab_off_ && stab_size_ && stabstr_off_) {
-        switch (addressWidth_nbytes) {
-            case 4: // 32-bit object
-                return new stab_entry_32(file_ptr + stab_off_,
-                                         file_ptr + stabstr_off_,
-                                         stab_size_ / sizeof(stab32));
-                break;
-            case 8: // 64-bit object
-                return new stab_entry_64(file_ptr + stab_off_,
-                                         file_ptr + stabstr_off_,
-                                         stab_size_ / sizeof(stab64));
-                break;
-        };
-    }
-
-    return new stab_entry_64();
-}
-
 Object::Object(MappedFile *mf_, bool, void (*err_func)(const char *),
                bool alloc_syms, Symtab *st) :
         AObject(mf_, err_func, st),
@@ -2752,8 +2444,6 @@
         rel_plt_addr_(0), rel_plt_size_(0), rel_plt_entry_size_(0),
         rel_addr_(0), rel_size_(0), rel_entry_size_(0),
         opd_addr_(0), opd_size_(0),
-        stab_off_(0), stab_size_(0), stabstr_off_(0),
-        stab_indx_off_(0), stab_indx_size_(0), stabstr_indx_off_(0),
         dwarvenDebugInfo(false),
         loadAddress_(0), entryAddress_(0),
         interpreter_name_(NULL),
@@ -2769,7 +2459,8 @@
         EEL(false), did_open(false),
         obj_type_(obj_Unknown),
         DbgSectionMapSorted(false),
-        soname_(NULL)
+        soname_(NULL),
+        containingFunc(nullptr)
 {
     li_for_object = NULL; 
 
@@ -2891,9 +2582,6 @@
   s << " rel_plt_entry_size_ = " << rel_plt_entry_size_ << endl;
   s << " rel_size_ = " << rel_size_ << endl;
   s << " rel_entry_size_ = " << rel_entry_size_ << endl;
-  s << " stab_off_ = " << stab_off_ << endl;
-  s << " stab_size_ = " << stab_size_ << endl;
-  s << " stabstr_off_ = " << stabstr_off_ << endl;
   s << " dwarvenDebugInfo = " << dwarvenDebugInfo << endl;
 
   // and dump the relocation table....
@@ -3435,7 +3123,7 @@
 
 
 struct exception_compare : public binary_function<const ExceptionBlock &, const ExceptionBlock &, bool> {
-    bool operator()(const ExceptionBlock &e1, const ExceptionBlock &e2) {
+    bool operator()(const ExceptionBlock &e1, const ExceptionBlock &e2) const {
         if (e1.tryStart() < e2.tryStart())
             return true;
         return false;
@@ -3487,166 +3175,8 @@
 void Object::getModuleLanguageInfo(dyn_hash_map<string, supportedLanguages> *mod_langs) {
     string working_module;
     const char *ptr;
-    // check .stabs section to get language info for modules:
-    //   int stab_nsyms;
-    //   char *stabstr_nextoffset;
-    //   const char *stabstrs = 0;
-
     string mod_string;
 
-    // This ugly flag is set when certain (sun) fortran compilers are detected.
-    // If it is set at any point during the following iteration, this routine
-    // ends with "backtrack mode" and reiterates through all chosen languages, changing
-    // lang_Fortran to lang_Fortran_with_pretty_debug.
-    //
-    // This may be ugly, but it is set up this way since the information that is used
-    // to determine whether this flag is set comes from the N_OPT field, which
-    // seems to come only once per image.  The kludge is that we assume that all
-    // fortran sources in the module have this property (they probably do, but
-    // could conceivably be mixed (???)).
-    int fortran_kludge_flag = 0;
-
-    // "state variables" we use to accumulate potentially useful information
-    //  A final module<->language decision is not made until we have arrived at the
-    //  next module entry, at which point we use any and all info we have to
-    //  make the most sensible guess
-    supportedLanguages working_lang = lang_Unknown;
-    char *working_options = NULL;
-    const char *working_name = NULL;
-
-    stab_entry *stabptr = NULL;
-    const char *next_stabstr = NULL;
-#if defined(TIMED_PARSE)
-    struct timeval starttime;
-  gettimeofday(&starttime, NULL);
-#endif
-
-    //Using the Object to get the pointers to the .stab and .stabstr
-    // XXX - Elf32 specific needs to be in seperate file -- jkh 3/18/99
-    stabptr = get_stab_info();
-    next_stabstr = stabptr->getStringBase();
-
-    for (unsigned int i = 0; i < stabptr->count(); i++) {
-        if (stabptr->type(i) == N_UNDF) {/* start of object file */
-            /* value contains offset of the next string table for next module */
-            // assert(stabptr->nameIdx(i) == 1);
-            stabptr->setStringBase(next_stabstr);
-            next_stabstr = stabptr->getStringBase() + stabptr->val(i);
-        } else if (stabptr->type(i) == N_OPT) {
-            //  We can use the compiler option string (in a pinch) to guess at the source file language
-            //  There is possibly more useful information encoded somewhere around here, but I lack
-            //  an immediate reference....
-            if (working_name)
-                working_options = const_cast<char *>(stabptr->name(i));
-        } else if ((stabptr->type(i) == N_SO) || (stabptr->type(i) == N_ENDM)) { /* compilation source or file name */
-            // We have arrived at the next source file, finish up with the last one and reset state
-            // before starting next
-
-
-            //   XXXXXXXXXXX  This block is mirrored near the end of routine, if you edit it,
-            //   XXXXXXXXXXX  change it there too.
-            if (working_name) {
-                working_lang = pickLanguage(working_module, working_options, working_lang);
-                if (working_lang == lang_Fortran_with_pretty_debug)
-                    fortran_kludge_flag = 1;
-                (*mod_langs)working_module = working_lang;
-
-            }
-            //   XXXXXXXXXXX
-
-            // reset "state" here
-            working_lang = lang_Unknown;
-            working_options = NULL;
-
-            //  Now:  out with the old, in with the new
-
-            if (stabptr->type(i) == N_ENDM) {
-                // special case:
-                // which is most likely both broken (and ignorable ???)
-                working_name = "DEFAULT_MODULE";
-            } else {
-                working_name = stabptr->name(i);
-                ptr = strrchr(working_name, '/');
-                if (ptr) {
-                    ptr++;
-                    working_name = ptr;
-                }
-            }
-            working_module = string(working_name);
-
-            if ((mod_langs->find(working_module) != mod_langs->end()) && (*mod_langs)working_module != lang_Unknown) {
-                //  we already have a module with this name in the map.  If it has been given
-                //  a language assignment (not lang_Unknown), we can just skip ahead
-                working_name = NULL;
-                working_options = NULL;
-                continue;
-            } else {
-                //cerr << __FILE__ << __LINE__ << ":  Module: " <<working_module<< " has language "<< stabptr->desc(i) << endl;
-                switch (stabptr->desc(i)) {
-                    case N_SO_FORTRAN:
-                        working_lang = lang_Fortran;
-                        break;
-                    case N_SO_F90:
-                        working_lang = lang_Fortran;  // not sure if this should be different from N_SO_FORTRAN
-                        break;
-                    case N_SO_AS:
-                        working_lang = lang_Assembly;
-                        break;
-                    case N_SO_ANSI_C:
-                    case N_SO_C:
-                        working_lang = lang_C;
-                        break;
-                    case N_SO_CC:
-                        working_lang = lang_CPlusPlus;
-                        break;
-                    default:
-                        //  currently uncovered options are lang_CMFortran, and lang_GnuCPlusPlus
-                        //  do we need to make this kind of distinction here?
-                        working_lang = lang_Unknown;
-                        break;
-                }
-
-            }
-        } // end N_SO section
-    } // for loop
-
-    //  Need to make sure we finish up with the module we were last collecting information
-    //  about
-
-    //   XXXXXXXXXXX  see note above (find the X's)
-    if (working_name) {
-        working_lang = pickLanguage(working_module, working_options, working_lang);
-        if (working_lang == lang_Fortran_with_pretty_debug)
-            fortran_kludge_flag = 1;
-        (*mod_langs)working_module = working_lang;
-    }
-    //   XXXXXXXXXXX
-
-    if (fortran_kludge_flag) {
-        //  XXX  This code does not appear to be used anymore??
-        // go through map and change all lang_Fortran to lang_Fortran_with_pretty_symtab
-        dyn_hash_map<string, supportedLanguages>::iterator iter = (*mod_langs).begin();
-        string aname;
-        supportedLanguages alang;
-        for (; iter != (*mod_langs).end(); iter++) {
-            aname = iter->first;
-            alang = iter->second;
-            if (lang_Fortran == alang) {
-                (*mod_langs)aname = lang_Fortran_with_pretty_debug;
-            }
-        }
-    }
-#if defined(TIMED_PARSE)
-    struct timeval endtime;
-  gettimeofday(&endtime, NULL);
-  unsigned long lstarttime = starttime.tv_sec * 1000 * 1000 + starttime.tv_usec;
-  unsigned long lendtime = endtime.tv_sec * 1000 * 1000 + endtime.tv_usec;
-  unsigned long difftime = lendtime - lstarttime;
-  double dursecs = difftime/(1000 );
-  cout << __FILE__ << ":" << __LINE__ <<": getModuleLanguageInfo took "<<dursecs <<" msecs" << endl;
-#endif
-    delete stabptr;
-
 #if defined(cap_dwarf)
     if (hasDwarfInfo()) {
         Dwarf **dbg_ptr = dwarf->type_dbg();
@@ -3792,232 +3322,6 @@
     return interpreter_name_;
 }
 
-/* Parse everything in the file on disk, and cache that we've done so,
-   because our modules may not bear any relation to the name source files. */
-void Object::parseStabFileLineInfo() {
-    static dyn_hash_map<string, bool> haveParsedFileMap;
-
-    /* We haven't parsed this file already, so iterate over its stab entries. */
-
-    stab_entry *stabEntry = get_stab_info();
-    if (stabEntry == NULL) return;
-    const char *nextStabString = stabEntry->getStringBase();
-
-    const char *currentSourceFile = NULL;
-    const char *moduleName = NULL;
-    Function *currentFunction = NULL;
-    Offset currentAddress = 0;
-    unsigned currentLineBase = 0;
-    unsigned functionLineToPossiblyAdd = 0;
-
-    //Offset baseAddress = getBaseAddress();
-    LineInformation *li_for_module = NULL;
-
-    for (unsigned int i = 0; i < stabEntry->count(); i++) {
-        switch (stabEntry->type(i)) {
-            case N_UNDF: /* start of an object file */
-            {
-                stabEntry->setStringBase(nextStabString);
-                nextStabString = stabEntry->getStringBase() + stabEntry->val(i);
-
-                currentSourceFile = NULL;
-            }
-                break;
-
-            case N_SO: /* compilation source or file name */
-            {
-                const char *sourceFile = stabEntry->name(i);
-                currentSourceFile = strrchr(sourceFile, '/');
-
-                if (currentSourceFile == NULL) {
-                    currentSourceFile = sourceFile;
-                } else {
-                    ++currentSourceFile;
-                }
-                Module *mod;
-
-                moduleName = currentSourceFile;
-                if (!associated_symtab->findModuleByName(mod, moduleName)) {
-                    mod = associated_symtab->getDefaultModule();
-                }
-                li_for_module = mod->getLineInformation();
-                if (!li_for_module) {
-                    li_for_module = new LineInformation;
-                    mod->setLineInfo(li_for_module);
-                }
-
-            }
-                break;
-
-            case N_SOL: /* file name (possibly an include file) */
-            {
-                const char *sourceFile = stabEntry->name(i);
-                currentSourceFile = strrchr(sourceFile, '/');
-                if (currentSourceFile == NULL) {
-                    currentSourceFile = sourceFile;
-                } else {
-                    ++currentSourceFile;
-                }
-
-            }
-                break;
-
-            case N_FUN: /* a function */
-            {
-                if (*stabEntry->name(i) == 0) {
-                    currentFunction = NULL;
-                    currentLineBase = 0;
-                    break;
-                } /* end if the N_FUN is an end-of-function-marker. */
-
-                std::vector<Function *> funcs;
-                char stringbuf2048;
-                const char *stabstr = stabEntry->name(i);
-                unsigned iter = 0;
-
-                while (iter < 2048) {
-                    char c = stabstriter;
-
-                    if ((c == ':') || (c == '\0')) {
-                        //stabstrs use ':' as delimiter
-                        stringbufiter = '\0';
-                        break;
-                    }
-
-                    stringbufiter = c;
-
-                    iter++;
-                }
-
-                if (iter >= 2047) {
-                    create_printf("%s%d:  something went horribly awry\n", FILE__, __LINE__);
-                    continue;
-                } else {
-                    switch (stabstriter + 1) {
-                        case 'F':
-                        case 'f':
-                            //  A "good" function
-                            break;
-                        case 'P':
-                        case 'p':
-                            //  A prototype function? need to discard
-                            continue;
-                            break;
-                        default:
-                            continue;
-                            break;
-                    };
-                }
-
-                if (!associated_symtab->findFunctionsByName(funcs, std::string(stringbuf))
-                    || !funcs.size()) {
-                    continue;
-                }
-
-                currentFunction = funcs0;
-                currentLineBase = stabEntry->desc(i);
-                functionLineToPossiblyAdd = currentLineBase;
-
-                if (!currentFunction) continue;
-                currentAddress = currentFunction->getOffset();
-
-            }
-                break;
-
-            case N_SLINE: {
-                unsigned current_col = 0;
-
-                if (!currentLineBase) {
-                    continue;
-                }
-
-                unsigned newLineSpec = stabEntry->desc(i);
-
-                //  Addresses specified in SLINEs are relative to the beginning of the fn
-                Offset newLineAddress = stabEntry->val(i) + currentFunction->getOffset();
-
-                if (newLineAddress <= currentAddress) {
-                    continue;
-                }
-
-                //  If we just got our first N_SLINE after a function definition
-                //  its possible that the line number specified in the function
-                //  definition was less than the line number that we are currently on
-                //  If so, add an additional line number entry that encompasses
-                //  the line number of the original function definition in addition
-                //  to this SLINE ( use the same address range)
-
-                if (functionLineToPossiblyAdd) {
-                    if (functionLineToPossiblyAdd < newLineSpec) {
-                        if (li_for_module)
-                            li_for_module->addLine(currentSourceFile,
-                                                   functionLineToPossiblyAdd,
-                                                   current_col, currentAddress,
-                                                   newLineAddress);
-                    }
-
-                    functionLineToPossiblyAdd = 0;
-                }
-
-                if (li_for_module)
-                    li_for_module->addLine(currentSourceFile, newLineSpec,
-                                           current_col, currentAddress,
-                                           newLineAddress);
-
-                currentAddress = newLineAddress;
-                currentLineBase = newLineSpec + 1;
-
-            }
-                break;
-
-        } /* end switch on the ith stab entry's type */
-
-    } /* end iteration over stab entries. */
-
-    //  haveParsedFileMap key  = true;
-} /* end parseStabFileLineInfo() */
-
-class open_statement {
-    public:
-        open_statement() { reset(); };
-        Dwarf_Addr noAddress() { return (Dwarf_Addr) ~0; }
-        bool uninitialized() {
-            return start_addr == noAddress();
-        };
-        void reset() {
-            string_table_index = -1;
-            start_addr = noAddress();
-            end_addr = noAddress();
-            line_number = 0;
-            column_number = 0;
-        };
-        bool sameFileLineColumn(const open_statement &rhs) {
-            return ((string_table_index == rhs.string_table_index) &&
-                    (line_number == rhs.line_number) &&
-                    (column_number == rhs.column_number));
-        };
-        void operator=(const open_statement &rhs) {
-            string_table_index = rhs.string_table_index;
-            start_addr = rhs.start_addr;
-            end_addr = rhs.end_addr;
-            line_number = rhs.line_number;
-            column_number = rhs.column_number;
-        };
-        friend std::ostream& operator<<(std::ostream& os, const open_statement& st)
-        {
-            os << hex << st.start_addr << " " << st.end_addr << " line:"
-                << dec << st.line_number << " file:" << st.string_table_index << " col:" << st.column_number << std::endl;
-            return os;
-        }
-    public:
-        Dwarf_Word string_table_index;
-        Dwarf_Addr start_addr;
-        Dwarf_Addr end_addr;
-        int line_number;
-        int column_number;
-};
-
-
 void Object::parseLineInfoForCU(Dwarf_Die cuDIE, LineInformation* li_for_module)
 {
     /* Acquire this CU's source lines. */
@@ -4064,12 +3368,9 @@
         return s_name;
     };
 
-    // dwarf_line_srcfileno == 0 means unknown; 1...n means files0...n-1
-    // so we ensure that we're adding a block of unknown, 1...n to the string table
-    // and that offset + dwarf_line_srcfileno points to the correct string
     using namespace boost::filesystem;
     strings->emplace_back("<Unknown file>","");
-    for(size_t i = 1; i < filecount; i++)
+    for(size_t i = 0; i < filecount; i++)
     {
         auto filename = dwarf_filesrc(files, i, nullptr, nullptr);
         if(!filename) continue;
@@ -4181,7 +3482,7 @@
                         (unsigned int)(current_line.line_number),
                         (unsigned int)(current_line.column_number),
                         current_line.start_addr, current_line.end_addr);
-            	lineinfo_printf("%d, %d) %s:%d %s\n", current_line.start_addr, current_line.end_addr,
+            	lineinfo_printf("%lu, %lu) %s:%d %s\n", current_line.start_addr, current_line.end_addr,
             			((*strings)current_line.string_table_index).str.c_str(), current_line.line_number, (success?" inserted":" not"));
                 current_line = current_statement;
 
@@ -4197,13 +3498,137 @@
 }
 
 
+void
+dumpLineWithInlineContext
+(
+ open_statement &saved_statement,
+ vector<open_statement> &inline_context
+)
+{
+  saved_statement.dump(cout, true);
+  if (inline_context.size()) {
+    for (unsigned int i = inline_context.size(); i > 0; i--) {
+      inline_contexti -1.dump(cout, false);
+    }
+  }
+}
+
+
+void
+Object::recordLine
+(
+ Region *debug_str,
+ open_statement &saved_statement,
+ vector<open_statement> &inline_context
+)
+{
+  lineinfo_printf("Object::recordLine for %lx, %lx)\n", saved_statement.start_addr, saved_statement.end_addr);
+  // record line map entry
+  li_for_object->addLine((unsigned int)(saved_statement.string_table_index),
+			 (unsigned int)(saved_statement.line_number),
+			 (unsigned int)(saved_statement.column_number),
+			 saved_statement.start_addr, saved_statement.end_addr);    
+  // record inline context, if any
+  if (debug_str != nullptr && inline_context.size()) {
+
+    // We only do a lookup when the current function does not contain the current range    
+    if (containingFunc == nullptr || 
+        containingFunc->getOffset() >= saved_statement.start_addr ||
+        containingFunc->getOffset() + containingFunc->getSize() < saved_statement.start_addr) {
+        if (containingFunc != nullptr) {
+            associated_symtab->addFunctionRange(containingFunc, 0);
+        }
+
+        associated_symtab->getContainingFunction(saved_statement.start_addr, containingFunc);
+        if (containingFunc == nullptr) {
+            lineinfo_printf("Cannot find function contains range %lx, %lx)\n", saved_statement.start_addr, saved_statement.end_addr);
+            return;
+        }  
+    }
+    
+    FunctionBase* cur = static_cast<FunctionBase*>(containingFunc);
+    StringTablePtr strings(li_for_object->getStrings());
+
+    // Record all inline call sites
+    for (unsigned int i = 0; i < inline_context.size() - 1; ++i) {          
+      cur = recordAnInlinedFunction(
+          inline_contexti,
+          inline_contexti + 1,
+          strings,
+          cur,
+          saved_statement.start_addr,
+          saved_statement.end_addr);
+    }
+    recordAnInlinedFunction(
+        *(inline_context.rbegin()),
+        saved_statement,
+        strings,
+        cur,
+        saved_statement.start_addr,
+        saved_statement.end_addr);
+  }
+
+  if (common_debug_lineinfo) {
+    dumpLineWithInlineContext(saved_statement, inline_context);
+  }
+}
+
+InlinedFunction* Object::recordAnInlinedFunction(
+    open_statement& caller,
+    open_statement& callee,
+    StringTablePtr strings,
+    FunctionBase *parent,
+    Dwarf_Addr start,
+    Dwarf_Addr end
+) {
+    InlinedFunction *ifunc = new InlinedFunction(parent);
+
+    // Use the filename and line number from the caller 
+    const string& src_file = (*strings)caller.string_table_index.str;                
+    ifunc->callsite_file_number = strings->project<0>(strings->get<1>().insert(StringTableEntry(src_file,"")).first) - strings->begin();      
+    ifunc->callsite_line = caller.line_number;
+    
+    // Use the function name from the callee
+    if (callee.funcname != nullptr) {
+        ifunc->addMangledName(callee.funcname, true, true);
+    }
+    ifunc->ranges.emplace_back(FuncRange(start, end - start, ifunc));
+    return ifunc;
+}
+
+
+void
+Object::lookupInlinedContext
+(
+ vector<open_statement> &inline_context,
+ open_statement &saved_statement
+)
+{
+  // If we encounter an unseen inline context,
+  // the current inlining call path is stored with the inline context id.
+  // Otherwise, we replace current context with the stored one
+  void* c = (void*)saved_statement.context;
+  if (c != nullptr) {
+    if (contextMap.find(c) == contextMap.end()) {
+        contextMapc = inline_context;
+    } else {
+        inline_context = contextMapc;
+    }
+  }
+}
+
+
 LineInformation* Object::parseLineInfoForObject(StringTablePtr strings)
 {
+    Region *debug_str = nullptr;
+    std::string debug_str_secname = ".debug_str";
+    associated_symtab->findRegion(debug_str, debug_str_secname);
+
     if (li_for_object) {
         // The line information for this object has been parsed.
         return li_for_object;
     }
-    li_for_object = new LineInformation(); 
+    li_for_object = new LineInformation();
     li_for_object->setStrings(strings);
     /* Initialize libdwarf. */
     Dwarf **dbg_ptr = dwarf->type_dbg();
@@ -4221,20 +3646,22 @@
 
     int status;
 
-    while ((status = dwarf_next_lines(dbg, off = next_off, &next_off, &cu,
-			     &files, &fileCount, &lineBuffer, &lineCount)) == 0)
-    {
+    while (1) {
+
+#pragma omp critical (next_lines)
+{
+    status = dwarf_next_lines(dbg, off = next_off, &next_off, &cu,
+                              &files, &fileCount, &lineBuffer, &lineCount);
+}
+    if (status != 0) break;
+      
 
-    StringTablePtr strings(li_for_object->getStrings());
     boost::unique_lock<dyn_mutex> l(strings->lock);
     size_t offset = strings->size();
 
-    // dwarf_line_srcfileno == 0 means unknown; 1...n means files0...n-1
-    // so we ensure that we're adding a block of unknown, 1...n to the string table
-    // and that offset + dwarf_line_srcfileno points to the correct string
     using namespace boost::filesystem;
     strings->emplace_back("<Unknown file>","");
-    for(size_t i = 1; i < fileCount; i++)
+    for(size_t i = 0; i < fileCount; i++)
     {
         auto filename = dwarf_filesrc(files, i, nullptr, nullptr);
         if(!filename) continue;
@@ -4259,12 +3686,19 @@
 
     Offset baseAddr = getBaseAddress();
 
-    /* Iterate over this CU's source lines. */
-    open_statement current_line;
+    /* Iterate over this object's source lines. */
+    open_statement saved_statement;
     open_statement current_statement;
+
+    vector<open_statement> inline_context;
+    // The line map may contain un-relocated entries,
+    // which often corresponds to dead code.
+    // If we find line map entries with zero address,
+    // we ignore them until the end of sequence
+    bool isZeroAddress = false;
     for(size_t i = 0; i < lineCount; i++ )
     {
-        auto line = dwarf_onesrcline(lineBuffer, i); 
+        auto line = dwarf_onesrcline(lineBuffer, i);
 
         /* Acquire the line number, address, source, and end of sequence flag. */
         status = dwarf_lineno(line, &current_statement.line_number);
@@ -4282,6 +3716,10 @@
             cout << "dwarf_lineaddr failed" << endl;
             continue;
         }
+        if (current_statement.start_addr == 0) {
+            isZeroAddress = true;
+            containingFunc = nullptr;
+        }
 
         current_statement.start_addr += baseAddr;
 
@@ -4291,7 +3729,7 @@
             if (result)
                 current_statement.start_addr = new_lineAddr;
         }
-        
+
         //status = dwarf_line_srcfileno(line, &current_statement.string_table_index);
         const char * file_name = dwarf_linesrc(line, NULL, NULL);
         if ( !file_name ) {
@@ -4304,9 +3742,9 @@
         int index = -1;
         for(size_t idx = offset; idx < strings->size(); ++idx)
         {
-            if((*strings)idx.str==file_name_str) 
-            {  
-                index = idx; 
+            if((*strings)idx.str==file_name_str)
+            {
+                index = idx;
                 break;
             }
         }
@@ -4331,23 +3769,60 @@
             cout << "dwarf_linebeginstatement failed" << endl;
             continue;
         }
-	if (current_line.uninitialized()) {
-	  current_line = current_statement;
-	} else {
-	      current_line.end_addr = current_statement.start_addr;
-	      if (!current_line.sameFileLineColumn(current_statement) ||
-		  isEndOfSequence) {
-                li_for_object->addLine((unsigned int)(current_line.string_table_index),
-                                       (unsigned int)(current_line.line_number),
-                                       (unsigned int)(current_line.column_number),
-                                       current_line.start_addr, current_line.end_addr);
-		current_line = current_statement;
-	      }
-	}
-	if (isEndOfSequence) {
-	  current_line.reset();
-	}
-    } 
+
+        // Only attempt to parse inlining context and inline function name
+        // when there is a .debug_str section.
+        if (debug_str != nullptr) {
+            current_statement.context = dwarf_linecontext(lineBuffer, line);
+            current_statement.funcname = dwarf_linefunctionname(dbg, line);
+        }
+
+        if (!isZeroAddress && saved_statement.uninitialized()) {
+            saved_statement = current_statement;
+        } else if (!isZeroAddress) {
+            bool pushed = false;
+            saved_statement.end_addr = current_statement.start_addr;
+            if (saved_statement.context || current_statement.context) {
+                // if saved_statement.context is non-zero, we need to remove any previously
+                // recorded inlined context that matches saved_statement.context or is
+                // nexted inside the matching context
+                lookupInlinedContext(inline_context, saved_statement);
+
+                // record saved_statement and its inlining context if any addresses fall
+                // between saved_statement and current_statement.
+                if (current_statement.start_addr != saved_statement.start_addr)
+                    recordLine (debug_str, saved_statement, inline_context);
+
+                // record saved_statement as inlined context for current_statement`
+                inline_context.push_back(saved_statement);
+                pushed = true;
+            }
+            if ((!saved_statement.sameFileLineColumn(current_statement) || isEndOfSequence)) {
+
+                if (!pushed) {
+                // we didn't add saved_statement to the inlined context of current_statement,
+                // so a line map entry for saved_statement needs to be recorded
+                    recordLine (debug_str, saved_statement, inline_context);
+                }
+
+                if (current_statement.context == 0) {
+                    // a line map statement with context 0 clears all inlined context.
+                    // remove all inlined context entries in the vector.
+                    inline_context.resize(0);
+                }
+
+                saved_statement = current_statement;
+            }
+        }
+        if (isEndOfSequence) {
+            isZeroAddress = false;
+            saved_statement.reset();
+            contextMap.clear();
+            if (containingFunc != nullptr) {
+                associated_symtab->addFunctionRange(containingFunc, 0);
+            }
+        }
+    }
     }
     return li_for_object;
 }
@@ -4391,7 +3866,6 @@
 void Object::parseFileLineInfo() {
     if (parsedAllLineInfo) return;
 
-    parseStabFileLineInfo();
     parseDwarfFileLineInfo();
     parsedAllLineInfo = true;
 
@@ -4403,7 +3877,6 @@
   gettimeofday(&starttime, NULL);
 #endif
 
-    parseStabTypes();
     Dwarf **typeInfo = dwarf->type_dbg();
     if (!typeInfo) return;
     DwarfWalker walker(associated_symtab, *typeInfo);
@@ -4420,318 +3893,6 @@
 #endif
 }
 
-void Object::parseStabTypes() {
-    types_printf("Entry to parseStabTypes for %s\n", associated_symtab->name().c_str());
-    stab_entry *stabptr = NULL;
-    const char *next_stabstr = NULL;
-
-    unsigned i;
-    char *modName = NULL;
-    string temp;
-    char *ptr = NULL, *ptr2 = NULL, *ptr3 = NULL;
-    bool parseActive = false;
-
-    std::string *currentFunctionName = NULL;
-    Symbol *commonBlockVar = NULL;
-    string *commonBlockName = NULL;
-    boost::shared_ptr<Type> commonBlock = NULL;
-
-    Module *mod;
-    typeCollection *tc = NULL;
-
-#if defined(TIMED_PARSE)
-    struct timeval starttime;
-  gettimeofday(&starttime, NULL);
-  unsigned int pss_count = 0;
-  double pss_dur = 0;
-  unsigned int src_count = 0;
-  double src_dur = 0;
-  unsigned int fun_count = 0;
-  double fun_dur = 0;
-  struct timeval t1, t2;
-#endif
-
-
-    stabptr = get_stab_info();
-    if (!stabptr) {
-        types_printf("\tWarning: no stab ptr, returning immediately\n");
-        return;
-    }
-
-    //Using the Object to get the pointers to the .stab and .stabstr
-    // XXX - Elf32 specific needs to be in seperate file -- jkh 3/18/99
-    next_stabstr = stabptr->getStringBase();
-    types_printf("\t Parsing %d stab entries\n", stabptr->count());
-    for (i = 0; i < stabptr->count(); i++) {
-        switch (stabptr->type(i)) {
-            case N_UNDF: /* start of object file */
-                /* value contains offset of the next string table for next module */
-                // assert(stabptr->nameIdx(i) == 1);
-                stabptr->setStringBase(next_stabstr);
-                next_stabstr = stabptr->getStringBase() + stabptr->val(i);
-
-                //N_UNDF is the start of object file. It is time to
-                //clean source file name at this moment.
-                /*
-	if(currentSourceFile){
-	delete currentSourceFile;
-	currentSourceFile = NULL;
-	delete absoluteDirectory;
-	absoluteDirectory = NULL;
-	delete currentFunctionName;
-	currentFunctionName = NULL;
-	currentFileInfo = NULL;
-	currentFuncInfo = NULL;
-	}
-      */
-                break;
-
-            case N_ENDM: /* end of object file */
-                break;
-
-            case N_SO: /* compilation source or file name */
-                /* bperr("Resetting CURRENT FUNCTION NAME FOR NEXT OBJECT FILE\n");*/
-#ifdef TIMED_PARSE
-                src_count++;
-      gettimeofday(&t1, NULL);
-#endif
-                symt_current_func_name = ""; // reset for next object file
-                symt_current_mangled_func_name = ""; // reset for next object file
-                symt_current_func = NULL;
-
-                modName = const_cast<char *>(stabptr->name(i));
-                // cerr << "checkpoint B" << endl;
-                ptr = strrchr(modName, '/');
-                //  cerr << "checkpoint C" << endl;
-                if (ptr) {
-                    ptr++;
-                    modName = ptr;
-                }
-                if (associated_symtab->findModuleByName(mod, modName)) {
-                    tc = typeCollection::getModTypeCollection(mod);
-                    parseActive = true;
-                    if (!mod) {
-                        create_printf("%s%d:  FIXME\n", FILE__, __LINE__);
-                    } else if (!tc) {
-                        create_printf("%s%d:  FIXME\n", FILE__, __LINE__);
-                    } else
-                        tc->clearNumberedTypes();
-                } else {
-                    //parseActive = false;
-                    mod = associated_symtab->getDefaultModule();
-                    tc = typeCollection::getModTypeCollection(mod);
-                    types_printf("\t Warning: failed to find module name matching %s, using %s\n", modName,
-                                 mod->fileName().c_str());
-                }
-
-#ifdef TIMED_PARSE
-            gettimeofday(&t2, NULL);
-      src_dur += (t2.tv_sec - t1.tv_sec)*1000.0 + (t2.tv_usec - t1.tv_usec)/1000.0;
-      //src_dur += (t2.tv_sec/1000 + t2.tv_usec*1000) - (t1.tv_sec/1000 + t1.tv_usec*1000) ;
-#endif
-                break;
-            case N_SLINE:
-                break;
-            default:
-                break;
-        }
-        if (parseActive || !is_aout()) {
-            std::vector<Symbol *> bpfv;
-            switch (stabptr->type(i)) {
-                case N_FUN:
-#ifdef TIMED_PARSE
-                    fun_count++;
-    gettimeofday(&t1, NULL);
-#endif
-                    //all we have to do with function stabs at this point is to assure that we have
-                    //properly set the var currentFunctionName for the later case of (parseActive)
-                    symt_current_func = NULL;
-                    int currentEntry = i;
-                    int funlen = strlen(stabptr->name(currentEntry));
-                    ptr = new charfunlen + 1;
-                    strcpy(ptr, stabptr->name(currentEntry));
-                    while (strlen(ptr) != 0 && ptrstrlen(ptr) - 1 == '\\') {
-                        ptrstrlen(ptr) - 1 = '\0';
-                        currentEntry++;
-                        strcat(ptr, stabptr->name(currentEntry));
-                    }
-                    char *colonPtr = NULL;
-                    if (currentFunctionName) delete currentFunctionName;
-                    if (!ptr || !(colonPtr = strchr(ptr, ':')))
-                        currentFunctionName = NULL;
-                    else {
-                        char *tmp = new charcolonPtr - ptr + 1;
-                        strncpy(tmp, ptr, colonPtr - ptr);
-                        tmpcolonPtr - ptr = '\0';
-                        currentFunctionName = new string(tmp);
-                        // Shouldn't this be a function name lookup?
-                        std::vector<Symbol *> syms;
-                        if (!associated_symtab->findSymbol(syms,
-                                                           *currentFunctionName,
-                                                           Symbol::ST_FUNCTION,
-                                                           mangledName)) {
-                            if (!associated_symtab->findSymbol(syms,
-                                                               "_" + *currentFunctionName,
-                                                               Symbol::ST_FUNCTION,
-                                                               mangledName)) {
-                                string fortranName = *currentFunctionName + string("_");
-                                if (associated_symtab->findSymbol(syms,
-                                                                  fortranName,
-                                                                  Symbol::ST_FUNCTION,
-                                                                  mangledName)) {
-                                    delete currentFunctionName;
-                                    currentFunctionName = new string(fortranName);
-                                }
-                            }
-                        }
-                        syms.clear();
-                        delete tmp;
-                    }
-                    delete ptr;
-#ifdef TIMED_PARSE
-                gettimeofday(&t2, NULL);
-    fun_dur += (t2.tv_sec - t1.tv_sec)*1000.0 + (t2.tv_usec - t1.tv_usec)/1000.0;
-    //fun_dur += (t2.tv_sec/1000 + t2.tv_usec*1000) - (t1.tv_sec/1000 + t1.tv_usec*1000);
-#endif
-                    break;
-            }
-            if (!parseActive) continue;
-            switch (stabptr->type(i)) {
-                case N_BCOMM: {
-                    // begin Fortran named common block
-                    string tmp = string(stabptr->name(i));
-                    commonBlockName = &tmp;
-                    // find the variable for the common block
-
-                    //TODO? change this. findLocalVar will cause an infinite loop
-                    std::vector<Symbol *> vars;
-                    if (!associated_symtab->findSymbol(vars,
-                                                       *commonBlockName,
-                                                       Symbol::ST_OBJECT,
-                                                       mangledName)) {
-                        if (!associated_symtab->findSymbol(vars,
-                                                           *commonBlockName,
-                                                           Symbol::ST_OBJECT,
-                                                           mangledName,
-                                                           true))
-                            commonBlockVar = NULL;
-                        else
-                            commonBlockVar = vars0;
-                    } else
-                        commonBlockVar = vars0;
-                    if (!commonBlockVar) {
-                        // //bperr("unable to find variable %s\n", commonBlockName);
-                    } else {
-                        commonBlock = tc->findVariableType(*commonBlockName, Type::share);
-                        if (!commonBlock->isCommonType()) {
-                            // its still the null type, create a new one for it
-                            commonBlock = Type::make_shared<typeCommon>(*commonBlockName);
-                            tc->addGlobalVariable(commonBlock);
-                        }
-                        // reset field list
-                        commonBlock->asCommonType().beginCommonBlock();
-                    }
-                    break;
-                }
-                case N_ECOMM: {
-                    //copy this set of fields
-                    if (!currentFunctionName) break;
-                    if (!associated_symtab->findSymbol(bpfv,
-                                                       *currentFunctionName,
-                                                       Symbol::ST_FUNCTION,
-                                                       mangledName)) {
-                        if (!associated_symtab->findSymbol(bpfv,
-                                                           *currentFunctionName,
-                                                           Symbol::ST_FUNCTION,
-                                                           mangledName,
-                                                           true)) {
-                            // //bperr("unable to locate current function %s\n", currentFunctionName->c_str());
-                        } else {
-                            Symbol *func = bpfv0;
-                            commonBlock->asCommonType().endCommonBlock(func, (void *) commonBlockVar->getOffset());
-                        }
-                    } else {
-                        if (bpfv.size() > 1) {
-                            // warn if we find more than one function with this name
-                            // //bperr("%s%d:  WARNING: found %d funcs matching name %s, using the first\n",
-                            //                     __FILE__, __LINE__, bpfv.size(), currentFunctionName->c_str());
-                        }
-                        Symbol *func = bpfv0;
-                        commonBlock->asCommonType().endCommonBlock(func, (void *) commonBlockVar->getOffset());
-                    }
-                    //TODO?? size for local variables??
-                    //       // update size if needed
-                    //       if (commonBlockVar)
-                    //           commonBlockVar->setSize(commonBlock->getSize());
-                    commonBlockVar = NULL;
-                    commonBlock.reset();
-                    break;
-                }
-                    // case C_BINCL: -- what is the elf version of this jkh 8/21/01
-                    // case C_EINCL: -- what is the elf version of this jkh 8/21/01
-                case 32:    // Global symbols -- N_GYSM
-                case 38:    // Global Static -- N_STSYM
-                case N_FUN:
-                case 128:   // typedefs and variables -- N_LSYM
-                case 160:   // parameter variable -- N_PSYM
-                case 0xc6:  // position-independant local typedefs -- N_ISYM
-                case 0xc8: // position-independant external typedefs -- N_ESYM
-#ifdef TIMED_PARSE
-                    pss_count++;
-    gettimeofday(&t1, NULL);
-#endif
-                    if (stabptr->type(i) == N_FUN) symt_current_func = NULL;
-                    ptr = const_cast<char *>(stabptr->name(i));
-                    while (ptrstrlen(ptr) - 1 == '\\') {
-                        //ptrstrlen(ptr)-1 = '\0';
-                        ptr2 = const_cast<char *>(stabptr->name(i + 1));
-                        ptr3 = (char *) malloc(strlen(ptr) + strlen(ptr2) + 1);
-                        strcpy(ptr3, ptr);
-                        ptr3strlen(ptr) - 1 = '\0';
-                        strcat(ptr3, ptr2);
-                        ptr = ptr3;
-                        i++;
-                        // XXX - memory leak on multiple cont. lines
-                    }
-                    // bperr("stab #%d = %s\n", i, ptr);
-                    // may be nothing to parse - XXX  jdd 5/13/99
-
-                    temp = parseStabString(mod, stabptr->desc(i), (char *) ptr, stabptr->val(i), &commonBlock->asCommonType());
-                    if (temp.length()) {
-                        //Error parsing the stabstr, return should be \0
-                        // //bperr( "Stab string parsing ERROR!! More to parse: %s\n",
-                        //				                  temp.c_str());
-                        // //bperr( "  symbol: %s\n", ptr);
-                    }
-#ifdef TIMED_PARSE
-                gettimeofday(&t2, NULL);
-    pss_dur += (t2.tv_sec - t1.tv_sec)*1000.0 + (t2.tv_usec - t1.tv_usec)/1000.0;
-    //      pss_dur += (t2.tv_sec/1000 + t2.tv_usec*1000) - (t1.tv_sec/1000 + t1.tv_usec*1000);
-#endif
-                    break;
-                default:
-                    break;
-            }
-        }
-    }
-#if defined(TIMED_PARSE)
-    struct timeval endtime;
-  gettimeofday(&endtime, NULL);
-  unsigned long lstarttime = starttime.tv_sec * 1000 * 1000 + starttime.tv_usec;
-  unsigned long lendtime = endtime.tv_sec * 1000 * 1000 + endtime.tv_usec;
-  unsigned long difftime = lendtime - lstarttime;
-  double dursecs = difftime/(1000 );
-  cout << __FILE__ << ":" << __LINE__ <<": parseTypes("<< mod->fileName()
-       <<") took "<<dursecs <<" msecs" << endl;
-  cout << "Breakdown:" << endl;
-  cout << "     Functions: " << fun_count << " took " << fun_dur << "msec" << endl;
-  cout << "     Sources: " << src_count << " took " << src_dur << "msec" << endl;
-  cout << "     parseStabString: " << pss_count << " took " << pss_dur << "msec" << endl;
-  cout << "     Total: " << pss_dur + fun_dur + src_dur
-       << " msec" << endl;
-#endif
-}
-
 bool sort_dbg_map(const Object::DbgAddrConversion_t &a,
                   const Object::DbgAddrConversion_t &b) {
     return (a.dbg_offset < b.dbg_offset);
@@ -4743,7 +3904,7 @@
     int hi = DebugSectionMap.size();
 
     if (hi == 0) {
-      // DebugSectionMap is empty; handle this case separately 
+      // DebugSectionMap is empty; handle this case separately
       DbgSectionMapSorted = true;
       return true;
     }

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/Object-elf.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/Object-elf.h Changed

@@ -72,194 +72,75 @@
 }
 
 namespace SymtabAPI{
-/*
- * The standard symbol table in an elf file is the .symtab section. This section does
- * not have information to find the module to which a global symbol belongs, so we must
- * also read the .stab section to get this info.
- */
-
-// Declarations for the .stab section.
-// These are not declared in any system header files, so we must provide our own
-// declarations. The declarations below were taken from:
-//       SPARCWorks 3.0.x Debugger Interface, July 1994
-// 
-struct stab32 {
-    unsigned int name;  // stabstr table index for this symbol
-    unsigned char type; // type of this symbol
-    unsigned char other;
-    unsigned short desc;
-    unsigned int val;   // value of this symbol -- usually zero. The real value must
-			// be obtained from the symtab section
-};
-struct stab64 {
-    // XXX ELF stabs are currently not implementing actual 64-bit support
-    //     on AMD-64, for which this separation was introduced. Until we
-    //     start seeing stab records with fields of the appropriate length,
-    //     we should assume the smaller records.
-    //unsigned long name; // stabstr table index for this symbol
-    unsigned int name; // stabstr table index for this symbol
-    unsigned char type; // type of this symbol
-    unsigned char other;
-    unsigned short desc;
-    //unsigned long val;
-    unsigned int val;  // value of this symbol -- usually zero. The real value must
-			// be obtained from the symtab section
-};
-
-// 
-// Extended to a class for 32/64-bit stab entries at runtime. - Ray
-// 
-class stab_entry {
-  public:
-    stab_entry(void *_stabptr = 0, const char *_stabstr = 0, long _nsyms = 0)
-	: stabptr(_stabptr), stabstr(_stabstr), nsyms(_nsyms) { }
-    virtual ~stab_entry() {};
-
-    virtual const char *name(int i) = 0;
-    virtual unsigned long nameIdx(int i) = 0;
-    virtual unsigned char type(int i) = 0;
-    virtual unsigned char other(int i) = 0;
-    virtual unsigned short desc(int i) = 0;
-    virtual unsigned long val(int i) = 0;
-
-    unsigned long count() { return nsyms; }
-    void setStringBase(const char *ptr) { stabstr = const_cast<char *>(ptr); }
-    const char *getStringBase() { return stabstr; }
-
-  protected:
-    void *stabptr;
-    const char *stabstr;
-    long nsyms;
-};
-
-class stab_entry_32 : public stab_entry {
-  public:
-    stab_entry_32(void *_stabptr = 0, const char *_stabstr = 0, long _nsyms = 0)
-	: stab_entry(_stabptr, _stabstr, _nsyms) { }
-    virtual ~stab_entry_32() {};
-
-    const char *name(int i = 0) { 
-       if (!stabptr) {
-          return "bad_name";
-       }
-       return stabstr + ((stab32 *)stabptr)i.name; 
-    }
-    unsigned long nameIdx(int i = 0) {
-       if (!stabptr) {
-          return 0L;
-       }
-       return ((stab32 *)stabptr)i.name; 
-    }
-    unsigned char type(int i = 0) {
-       if (!stabptr) {
-          return 0;
-       }
-       return ((stab32 *)stabptr)i.type; 
-    }
-    unsigned char other(int i = 0) {
-       if (!stabptr) {
-          return 0;
-       }
-       return ((stab32 *)stabptr)i.other; 
-    }
-    unsigned short desc(int i = 0) { 
-       if (!stabptr) {
-          return 0;
-       }
-       return ((stab32 *)stabptr)i.desc; 
-    }
-    unsigned long val(int i = 0) { 
-       if (!stabptr) {
-          return 0L;
-       }
-       return ((stab32 *)stabptr)i.val; 
-    }
-};
-
-class stab_entry_64 : public stab_entry {
-  public:
-    stab_entry_64(void *_stabptr = 0, const char *_stabstr = 0, long _nsyms = 0)
-	: stab_entry(_stabptr, _stabstr, _nsyms) { }
-    virtual ~stab_entry_64() {};
-
-    const char *name(int i = 0) { 
-       if (!stabptr) {
-          return "bad_name";
-       }
-       return stabstr + ((stab64 *)stabptr)i.name; 
-    }
-    unsigned long nameIdx(int i = 0) {
-       if (!stabptr) {
-          return 0L;
-       }
-       return ((stab64 *)stabptr)i.name; 
-    }
-    unsigned char type(int i = 0) {
-       if (!stabptr) {
-          return 0;
-       }
-       return ((stab64 *)stabptr)i.type; 
-    }
-    unsigned char other(int i = 0) { 
-       if (!stabptr) {
-          return 0;
-       }
-       return ((stab64 *)stabptr)i.other; 
-    }
-    unsigned short desc(int i = 0) { 
-       if (!stabptr) {
-          return 0;
-       }
-       return ((stab64 *)stabptr)i.desc; 
-    }
-    unsigned long val(int i = 0) { 
-       if (!stabptr) {
-          return 0L;
-       }
-       return ((stab64 *)stabptr)i.val; 
-    }
-};
-
-// Types 
-#define N_UNDF  0x00 /* start of object file */
-#define N_GSYM  0x20 /* global symbol */
-#define N_FUN   0x24 /* function or procedure */
-#define N_STSYM 0x26 /* initialized static symbol */
-#define N_LCSYM 0x28 /* unitialized static symbol */
-#define N_ROSYM 0x2c /* read-only static symbol */
-#define N_OPT   0x3c /* compiler options */
-#define N_ENDM  0x62 /* end module */
-#define N_SO    0x64 /* source directory and file */
-#define N_ENTRY 0xa4 /* fortran alternate subroutine entry point */
-#define N_BCOMM 0xe2 /* start fortran named common block */
-#define N_ECOMM 0xe4 /* start fortran named common block */
-
-// Language code -- the desc field in a N_SO entry is a language code
-#define N_SO_AS      1 /* assembler source */
-#define N_SO_C       2 /* K & R C source */
-#define N_SO_ANSI_C  3 /* ANSI C source */
-#define N_SO_CC      4 /* C++ source */
-#define N_SO_FORTRAN 5 /* fortran source */
-#define N_SO_PASCAL  6 /* Pascal source */
-#define N_SO_F90     7 /* Fortran90 source */
-
-//line information data
-#define N_SLINE  0x44 /* line number in text segment */
-#define N_SOL    0x84 /* name of the include file*/
-
-// Symbol descriptors
-// The format of a name is "<name>:<symbol descriptor><rest of name>
-// The following are the descriptors of interest
-#define SD_GLOBAL_FUN 'F' /* global function or procedure */
-#define SD_PROTOTYPE  'P'  /* function prototypes */
-#define SD_GLOBAL_VAR 'G' /* global variable */
-
-// end of stab declarations
 
 class pdElfShdr;
 class Symtab;
 class Region;
 class Object;
+class InlinedFunction;
+
+class open_statement {
+    public:
+        open_statement() { reset(); }
+        Dwarf_Addr noAddress() { return (Dwarf_Addr) ~0; }
+        bool uninitialized() {
+            return start_addr == noAddress();
+        }
+        void reset() {
+            string_table_index = -1;
+            start_addr = noAddress();
+            end_addr = noAddress();
+            line_number = 0;
+            column_number = 0;
+            context = nullptr;
+            funcname = nullptr;
+        }
+        bool sameFileLineColumn(const open_statement &rhs) {
+            return ((string_table_index == rhs.string_table_index) &&
+                    (line_number == rhs.line_number) &&
+                    (column_number == rhs.column_number));
+        }
+        void operator=(const open_statement &rhs) {
+            string_table_index = rhs.string_table_index;
+            start_addr = rhs.start_addr;
+            end_addr = rhs.end_addr;
+            line_number = rhs.line_number;
+            column_number = rhs.column_number;
+            context = rhs.context;
+            funcname = rhs.funcname;
+        }
+        friend std::ostream& operator<<(std::ostream& os, const open_statement& st)
+        {
+	    st.dump(os, true);
+            return os;
+	}
+
+        void dump(std::ostream& os, bool addrRange) const {
+	    // to facilitate comparison with nvdisasm output, where each function starts at 0,
+	    // set o to an offset that makes a function of interest report addresses that
+	    // match its unrelocated offsets reported by nvdisasm
+	    unsigned int o = 0;
+	    if (addrRange) os << "" << std::hex << start_addr - o << ", " << end_addr - o << "";
+	    else os << "  inlined at";
+	    os << " file:" << string_table_index;
+	    os << " line:" << std::dec << line_number;
+	    os << " col:" << column_number;
+	    if (context != nullptr) {
+	        os << " context " << context;
+           os << " function name " << funcname;
+	    }
+	    os << std::endl;
+        }
+    public:
+        Dwarf_Word string_table_index;
+        Dwarf_Addr start_addr;
+        Dwarf_Addr end_addr;
+        int line_number;
+        int column_number;
+        Dwarf_Line* context;
+        const char* funcname;
+};
+
 
 class Object : public AObject 
 {
@@ -275,11 +156,8 @@
   virtual ~Object();
 
   bool emitDriver(std::string fName, std::set<Symbol *> &allSymbols, unsigned flag);
-  
-  const char *elf_vaddr_to_ptr(Offset vaddr) const;
-  bool hasStabInfo() const { return ! ( !stab_off_ || !stab_size_ || !stabstr_off_ ); }
+    
   bool hasDwarfInfo() const { return dwarvenDebugInfo; }
-  stab_entry * get_stab_info() const;
   std::string getFileName() const;
   void getModuleLanguageInfo(dyn_hash_map<std::string, supportedLanguages> *mod_langs);
   void parseFileLineInfo();
@@ -366,7 +244,7 @@
     
     bool convertDebugOffset(Offset off, Offset &new_off);
 
-    std::vector< std::vector<Offset> > getMoveSecAddrRange() const {return moveSecAddrRange;};
+    std::vector< std::vector<Offset> > getMoveSecAddrRange() const {return moveSecAddrRange;}
     dyn_hash_map<int, Region*> getTagRegionMapping() const { return secTagRegionMapping;}
 
     bool hasReldyn() const {return hasReldyn_;}
@@ -467,14 +345,6 @@
   Offset   opd_addr_;
   unsigned opd_size_;
 
-  Offset   stab_off_;           // .stab section
-  unsigned stab_size_;          // .stab section
-  Offset   stabstr_off_;        // .stabstr section
-
-  Offset   stab_indx_off_;	 // .stab.index section
-  unsigned  stab_indx_size_;	 // .stab.index section
-  Offset   stabstr_indx_off_;	 // .stabstr.index section
-
   bool      dwarvenDebugInfo;    // is DWARF debug info present?
   Offset   loadAddress_;      // The object may specify a load address
                                //   Set to 0 if it may load anywhere
@@ -524,8 +394,6 @@
   bool loaded_elf( Offset &, Offset &,
   		    Elf_X_Shdr* &,
 		    Elf_X_Shdr* &, Elf_X_Shdr* &, 
-		    Elf_X_Shdr* &, Elf_X_Shdr* &, 
-		    Elf_X_Shdr* &, Elf_X_Shdr* &, 
 		    Elf_X_Shdr*& rel_plt_scnp, Elf_X_Shdr*& plt_scnp, 
 		    Elf_X_Shdr*& got_scnp, Elf_X_Shdr*& dynsym_scnp,
 		    Elf_X_Shdr*& dynstr_scnp, Elf_X_Shdr*& dynamic_scnp, Elf_X_Shdr*& eh_frame,
@@ -536,7 +404,6 @@
   Symbol *handle_opd_symbol(Region *opd, Symbol *sym);
   void handle_opd_relocations();
   void parse_opd(Elf_X_Shdr *);
-  void parseStabFileLineInfo();
  public:
   void parseDwarfFileLineInfo();
   void parseLineInfoForAddr(Offset addr_to_find);
@@ -545,13 +412,27 @@
 
 private:
     void parseLineInfoForCU(Module::DebugInfoT cuDIE, LineInformation* li);
+    void recordLine(
+       Region *debug_str,
+       open_statement &saved_statement,
+       std::vector<open_statement> &inline_context
+    );
+    InlinedFunction* recordAnInlinedFunction(
+       open_statement&,
+       open_statement&,
+       StringTablePtr,
+       FunctionBase*,
+       Dwarf_Addr,
+       Dwarf_Addr
+    );
+
+    void lookupInlinedContext( std::vector<open_statement> &, open_statement &);
     
     LineInformation* li_for_object;
     LineInformation* parseLineInfoForObject(StringTablePtr strings);
     bool dwarf_parse_aranges(::Dwarf *dbg, std::set<Dwarf_Off>& dies_seen);
 
   void parseDwarfTypes(Symtab *obj);
-  void parseStabTypes();
 
   void load_object(bool);
   void load_shared_object(bool);
@@ -586,8 +467,7 @@
 
   void find_code_and_data(Elf_X &elf,
        Offset txtaddr, Offset dataddr);
-  bool fix_global_symbol_modules_static_stab(Elf_X_Shdr *stabscnp,
-					     Elf_X_Shdr *stabstrscnp);
+
   bool fix_global_symbol_modules_static_dwarf();
 
   void get_valid_memory_areas(Elf_X &elf);
@@ -620,6 +500,8 @@
   std::vector<std::pair<long, long> > new_dynamic_entries;
  private:
   const char* soname_;
+  Function* containingFunc;
+  std::unordered_map<void*, std::vector<open_statement> > contextMap;
 
         };

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/Object-nt.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/Object-nt.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/Object.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/Object.C Changed

@@ -52,8 +52,6 @@
 using namespace Dyninst;
 using namespace Dyninst::SymtabAPI;
 
-string Symbol::emptyString("");
-
 
 //#ifdef BINEDIT_DEBUG
 bool ____sym_hdr_printed = false;
@@ -155,7 +153,6 @@
       CASE_RETURN_STR(lang_CPlusPlus);
       CASE_RETURN_STR(lang_GnuCPlusPlus);
       CASE_RETURN_STR(lang_Fortran);
-      CASE_RETURN_STR(lang_Fortran_with_pretty_debug);
       CASE_RETURN_STR(lang_CMFortran);
    };
    return "bad_language";
@@ -231,16 +228,6 @@
 	return NULL;
 }
 
-SYMTAB_EXPORT ExceptionBlock::~ExceptionBlock() 
-{
-}
-
-SYMTAB_EXPORT ExceptionBlock::ExceptionBlock() :
-  tryStart_(0), trySize_(0), catchStart_(0), hasTry_(false),
-  tryStart_ptr(0), tryEnd_ptr(0), catchStart_ptr(0), fdeStart_ptr(0), fdeEnd_ptr(0)
-{
-}
-
 SYMTAB_EXPORT Offset ExceptionBlock::catchStart() const 
 {
 	return catchStart_;
@@ -411,7 +398,7 @@
       supportedLanguages working_lang)
 {
    supportedLanguages lang = lang_Unknown;
-   static int sticky_fortran_modifier_flag = 0;
+
    // (2) -- check suffixes -- try to keep most common suffixes near the top of the checklist
    string::size_type len = working_module.length();
    if((len>2) && (working_module.substr(len-2,2) == string(".c"))) lang = lang_C;
@@ -441,12 +428,7 @@
    //  have the "pretty" names, we need to detect this in order to properly read the debug.
    if (working_lang == lang_Fortran)
    {
-      if (sticky_fortran_modifier_flag)
-      {
-         //cerr << FILE__ << __LINE__ << ": UPDATE: lang_Fortran->lang_Fortran_with_pretty_debug." << endl;
-         working_lang = lang_Fortran_with_pretty_debug;
-      }
-      else if (working_options)
+      if (working_options)
       {
          char *dbg_gen = NULL;
          //cerr << FILE__ << __LINE__ << ":  OPT: " << working_options << endl;			
@@ -460,14 +442,6 @@
             if (NULL != next_dot)
             {
                *next_dot = '\0';  //terminate major version number string
-               int ver_maj = atoi(dbg_gen_ver_maj);
-               //cerr <<"Major Debug Ver. "<<ver_maj<< endl;
-               if (ver_maj < 3)
-               {
-                  working_lang = lang_Fortran_with_pretty_debug;
-                  sticky_fortran_modifier_flag = 1;
-                  //cerr << __FILE__ << __LINE__ << ": UPDATE: lang_Fortran->lang_Fortran_with_pretty_debug.  " << "Major Debug Ver. "<<ver_maj<<endl;
-               }
             }
          }
       }

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/Object.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/Object.h Changed

@@ -128,7 +128,7 @@
                                                   Dyninst::MachRegisterVal & /*reg_result*/,
                                                   Dyninst::SymtabAPI::MemRegReader * /*reader*/) {return false;}
     
-    SYMTAB_EXPORT virtual Dyninst::Architecture getArch() const { return Arch_none; };
+    SYMTAB_EXPORT virtual Dyninst::Architecture getArch() const { return Arch_none; }
     SYMTAB_EXPORT const std::string findModuleForSym(Symbol *sym);
     SYMTAB_EXPORT void setModuleForOffset(Offset sym_off, std::string module);
     SYMTAB_EXPORT void clearSymsToMods();
@@ -142,8 +142,8 @@
     virtual Region::RegionType getRelType() const { return Region::RT_INVALID; }
 
     // Only implemented for ELF right now
-    SYMTAB_EXPORT virtual void getSegmentsSymReader(std::vector<SymSegment> &) {};
-	SYMTAB_EXPORT virtual void rebase(Offset) {};
+    SYMTAB_EXPORT virtual void getSegmentsSymReader(std::vector<SymSegment> &) {}
+	SYMTAB_EXPORT virtual void rebase(Offset) {}
 protected:
     SYMTAB_EXPORT virtual ~AObject();
     // explicitly protected

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/Region.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/Region.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/Symbol.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/Symbol.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/Symtab-edit.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/Symtab-edit.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/Symtab-lookup.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/Symtab-lookup.C Changed

@@ -40,7 +40,6 @@
 #include <algorithm>
 
 #include "common/src/Timer.h"
-#include "common/src/debugOstream.h"
 #include "common/src/pathName.h"
 
 #include "debug.h"
@@ -694,7 +693,7 @@
 
 struct Dyninst::SymtabAPI::SymbolCompareByAddr
 {
-    bool operator()(Function *a, Function *b)
+    bool operator()(Function *a, Function *b) const
     {
        return (a->offset_ < b->offset_);
     }
@@ -723,13 +722,13 @@
    for (FuncRangeCollection::iterator i = ranges.begin(); i != ranges.end(); i++) {
       FuncRange &range = *i;
       if (range.low() == sym_low && range.high() == sym_high)
-         found_sym_range = true;
+         found_sym_range = true;      
       func_lookup->insert(&range);
    }
 
    //Add symbol range to func_lookup, if present and not already added
    if (!found_sym_range && sym_low && sym_high) {
-      FuncRange *frange = new FuncRange(sym_low, sym_high - sym_low, func);
+      FuncRange *frange = new FuncRange(sym_low, sym_high - sym_low, func);      
       func_lookup->insert(frange);
    }
 
@@ -826,7 +825,7 @@
 }
 
 bool Symtab::getContainingInlinedFunction(Offset offset, FunctionBase* &func)
-{
+{   
    if (!func_lookup)
       parseFunctionRanges();
    assert(func_lookup);
@@ -852,7 +851,7 @@
    // Therefore, here we heuristicaly prefer the deeper call chain
    // to reflect inlining information.
    int maxDepth = 0;
-   for (auto range : ranges) {
+   for (auto range : ranges) {      
       FunctionBase *cur_func = range->container;
       int depth = 0;
       while (cur_func) {
@@ -863,7 +862,7 @@
          maxDepth = depth;
          func = range->container;
       }
-   }
+   }   
    return true;
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/Symtab.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/Symtab.C Changed

@@ -39,7 +39,6 @@
 #include <sstream>
 
 #include "common/src/Timer.h"
-#include "common/src/debugOstream.h"
 #include "common/src/pathName.h"
 
 #include "Symtab.h"
@@ -88,7 +87,7 @@
 void symtab_log_perror(const char *msg)
 {
    errMsg = std::string(msg);
-};
+}
 
 
 static thread_local SymtabError serr = SymtabError::No_Error;
@@ -107,9 +106,9 @@
    serr = new_err;
 }
 
-std::string Symtab::printError(SymtabError serr)
+std::string Symtab::printError(SymtabError e)
 {
-    switch (serr)
+    switch (e)
     {
        case Obj_Parsing:
            return "Failed to parse the Object"+errMsg;
@@ -176,7 +175,6 @@
 
    // NOTE: integral type  mean twos-complement
    // -1  int, 32 bit signed integral type
-   // in stab document, size specified in bits, system size is in bytes
    builtInTypes->addBuiltInType(Type::make_shared<typeScalar>(-1, 4, "int", true));
    // -2  char, 8 bit type holding a character. GDB treats as signed
    builtInTypes->addBuiltInType(Type::make_shared<typeScalar>(-2, 1, "char", true));
@@ -315,7 +313,6 @@
    is_a_out(false),
    main_call_addr_(0),
    address_width_(sizeof(int)),
-   code_ptr_(NULL), data_ptr_(NULL),
    entry_address_(0), base_address_(0), load_address_(0),
    object_type_(obj_Unknown), is_eel_(false),
    no_of_sections(0),
@@ -323,9 +320,6 @@
    no_of_symbols(0),
    sorted_everyFunction(false),
    isTypeInfoValid_(false),
-   nlines_(0), fdptr_(0), lines_(NULL),
-   stabstr_(NULL), nstabs_(0), stabs_(NULL),
-   stringpool_(NULL),
    hasRel_(false), hasRela_(false), hasReldyn_(false),
    hasReladyn_(false), hasRelplt_(false), hasRelaplt_(false),
    isStaticBinary_(false), isDefensiveBinary_(false),
@@ -348,7 +342,6 @@
    is_a_out(false),
    main_call_addr_(0),
    address_width_(sizeof(int)),
-   code_ptr_(NULL), data_ptr_(NULL),
    entry_address_(0), base_address_(0), load_address_(0),
    object_type_(obj_Unknown), is_eel_(false),
    no_of_sections(0),
@@ -356,9 +349,6 @@
    no_of_symbols(0),
    sorted_everyFunction(false),
    isTypeInfoValid_(false),
-   nlines_(0), fdptr_(0), lines_(NULL),
-   stabstr_(NULL), nstabs_(0), stabs_(NULL),
-   stringpool_(NULL),
    hasRel_(false), hasRela_(false), hasReldyn_(false),
    hasReladyn_(false), hasRelplt_(false), hasRelaplt_(false),
    isStaticBinary_(false), isDefensiveBinary_(false),
@@ -434,17 +424,6 @@
     // Should we update the underlying Object?
 }
 
-/*
-SYMTAB_EXPORT char* Symtab::image_ptr ()  const 
-{
-   return code_ptr_;
-}
-
-SYMTAB_EXPORT char* Symtab::data_ptr ()  const 
-{ 
-   return data_ptr_;
-}
-*/
 SYMTAB_EXPORT const char*  Symtab::getInterpreterName() const 
 {
    if (interpreter_name_.length())
@@ -933,7 +912,7 @@
 {
    if (!mod_langs->size())
       return;  // cannot do anything here
-   //  this case will arise on non-stabs platforms until language parsing can be introduced at this level
+   //  this case will arise until language parsing can be introduced at this level
    Module *currmod = NULL;
    //int dump = 0;
 
@@ -1037,7 +1016,7 @@
     fullNm = name;
     fileNm = extract_pathname_tail(name);
 
-    create_printf("%s%d: In %p: Creating new module '%s'/'%s'\n", FILE__, __LINE__, this, fileNm.c_str(), fullNm.c_str());
+    create_printf("%s%d: In %p: Creating new module '%s'/'%s'\n", FILE__, __LINE__, (void*)this, fileNm.c_str(), fullNm.c_str());
 
     ret = new Module(lang, addr, fullNm, this);
     assert(ret);
@@ -1077,7 +1056,6 @@
    is_a_out(false),
    main_call_addr_(0),
    address_width_(sizeof(int)),
-   code_ptr_(NULL), data_ptr_(NULL),
    entry_address_(0), base_address_(0), load_address_(0),
    object_type_(obj_Unknown), is_eel_(false),
    no_of_sections(0),
@@ -1085,9 +1063,6 @@
    no_of_symbols(0),
    sorted_everyFunction(false),
    isTypeInfoValid_(false),
-   nlines_(0), fdptr_(0), lines_(NULL),
-   stabstr_(NULL), nstabs_(0), stabs_(NULL),
-   stringpool_(NULL),
    hasRel_(false), hasRela_(false), hasReldyn_(false),
    hasReladyn_(false), hasRelplt_(false), hasRelaplt_(false),
    isStaticBinary_(false), isDefensiveBinary_(defensive_bin),
@@ -1150,7 +1125,6 @@
    is_a_out(false),
    main_call_addr_(0),
    address_width_(sizeof(int)),
-   code_ptr_(NULL), data_ptr_(NULL),
    entry_address_(0), base_address_(0), load_address_(0),
    object_type_(obj_Unknown), is_eel_(false),
    no_of_sections(0),
@@ -1158,9 +1132,6 @@
    no_of_symbols(0),
    sorted_everyFunction(false),
    isTypeInfoValid_(false),
-   nlines_(0), fdptr_(0), lines_(NULL),
-   stabstr_(NULL), nstabs_(0), stabs_(NULL),
-   stringpool_(NULL),
    hasRel_(false), hasRela_(false), hasReldyn_(false),
    hasReladyn_(false), hasRelplt_(false), hasRelaplt_(false),
    isStaticBinary_(false),
@@ -1173,15 +1144,15 @@
    // Initialize error parameter
    err = false;
   
-   create_printf("%s%d: created symtab for memory image at addr %u\n", 
-                 FILE__, __LINE__, mem_image);
+   create_printf("%s%d: created symtab for memory image at addr %p\n", 
+                 FILE__, __LINE__, (void*)mem_image);
 
    //  createMappedFile handles reference counting
    mf = MappedFile::createMappedFile(mem_image, image_size, name);
    if (!mf) {
       create_printf("%s%d: WARNING: creating symtab for memory image at " 
-                    "addr %u, createMappedFile() failed\n", FILE__, __LINE__, 
-                    mem_image);
+                    "addr %p, createMappedFile() failed\n", FILE__, __LINE__, 
+                    (void*)mem_image);
       err = true;
       return;
    }
@@ -1196,7 +1167,7 @@
    if (!extractInfo(obj_private))
    {
       create_printf("%s%d: WARNING: creating symtab for memory image at addr" 
-                    "%u, extractInfo() failed\n", FILE__, __LINE__, mem_image);
+                    "%p, extractInfo() failed\n", FILE__, __LINE__, (void*)mem_image);
       err = true;
    }
 
@@ -1332,8 +1303,6 @@
     /* insert error check here. check if parsed */
     address_width_ = linkedFile->getAddressWidth();
     is_a_out = linkedFile->is_aout();
-    code_ptr_ = linkedFile->code_ptr();
-    data_ptr_ = linkedFile->data_ptr();
 
     if (linkedFile->interpreter_name())
        interpreter_name_ = std::string(linkedFile->interpreter_name());
@@ -1433,7 +1402,6 @@
    is_a_out(obj.is_a_out),
    main_call_addr_(obj.main_call_addr_),
    address_width_(sizeof(int)),
-   code_ptr_(NULL), data_ptr_(NULL),
    entry_address_(0), base_address_(0), load_address_(0),
    object_type_(obj_Unknown), is_eel_(false),
    defaultNamespacePrefix(obj.defaultNamespacePrefix),
@@ -1442,9 +1410,6 @@
    no_of_symbols(obj.no_of_symbols),
    sorted_everyFunction(false),
    isTypeInfoValid_(obj.isTypeInfoValid_),
-   nlines_(0), fdptr_(0), lines_(NULL),
-   stabstr_(NULL), nstabs_(0), stabs_(NULL),
-   stringpool_(NULL),
    hasRel_(false), hasRela_(false), hasReldyn_(false),
    hasReladyn_(false), hasRelplt_(false), hasRelaplt_(false),
    isStaticBinary_(false), isDefensiveBinary_(obj.isDefensiveBinary_),
@@ -1453,7 +1418,7 @@
    obj_private(NULL),
    _ref_cnt(1)
 {
-    create_printf("%s%d: Creating symtab 0x%p from symtab 0x%p\n", FILE__, __LINE__, this, &obj);
+    create_printf("%s%d: Creating symtab 0x%p from symtab 0x%p\n", FILE__, __LINE__, (const void*)this, (const void*)&obj);
 
    unsigned i;
 
@@ -1669,7 +1634,7 @@
       delete excpBlocksi;
 
    create_printf("%s%d: Symtab::~Symtab removing %p from allSymtabs\n", 
-         FILE__, __LINE__, this);
+         FILE__, __LINE__, (void*)this);
 
    deps_.clear();
 
@@ -2563,16 +2528,6 @@
 {
 }
 
-SYMTAB_EXPORT ExceptionBlock::ExceptionBlock(const ExceptionBlock &eb) :
-   tryStart_(eb.tryStart_), trySize_(eb.trySize_), 
-   catchStart_(eb.catchStart_), hasTry_(eb.hasTry_),
-   tryStart_ptr(eb.tryStart_ptr),
-   tryEnd_ptr(eb.tryEnd_ptr),
-   catchStart_ptr(eb.catchStart_ptr),
-   fdeStart_ptr(eb.fdeStart_ptr),
-   fdeEnd_ptr(eb.fdeEnd_ptr)
-{
-}
 SYMTAB_EXPORT bool ExceptionBlock::hasTry() const
 { 
    return hasTry_;

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/Type-mem.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/Type-mem.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/Type.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/Type.C Changed

@@ -70,10 +70,10 @@
   return ::getUniqueTypeId();
 }
 
-void Type::updateUniqueTypeId(typeId_t ID_)
+void Type::updateUniqueTypeId(typeId_t id)
 {
   typeId_t val = user_type_id.load();
-  while((ID_ < 0) && (val >= ID_))
+  while((id < 0) && (val >= id))
   {
     user_type_id.compare_exchange_weak(val, val-1);
   }
@@ -148,12 +148,6 @@
 		name = std::string("unnamed_") + std::string(dataClass2Str(type_));
 }
 
-/* type destructor
- * Basic destructor for proper memory management.
- */
-Type::~Type()
-{
-}
 
 const char *Dyninst::SymtabAPI::dataClass2Str(dataClass dc)
 {
@@ -573,9 +567,6 @@
    }	 
 }
 
-typeFunction::~typeFunction()
-{ 
-}
 
 /*
  * RANGE
@@ -751,10 +742,16 @@
 
    if (ec1 != ec2) 
    {
-      char message80;
-      sprintf(message, "Incompatible number of elements %lu..%lu vs. %lu..%lu",
-	      this->low_, this->hi_, oArraytype->low_, oArraytype->hi_);
-      //reportError(BPatchWarning, 112, message);
+//      char message126;
+//      int r = snprintf(message, sizeof message,
+//              "Incompatible number of elements %lu..%lu vs. %lu..%lu",
+//              this->low_, this->hi_, oArraytype->low_, oArraytype->hi_);
+//      if (r < 0 || (size_t)r >= sizeof message)  {
+//         // Ignore truncation this is just debugging, and if unsigned
+//         // longs are 64-bit this cannot overflow
+//         ;
+//      }
+//      //reportError(BPatchWarning, 112, message);
       return false;
    }
 
@@ -1040,20 +1037,6 @@
 /*
  * SCALAR
  */
-
-   
-typeScalar::typeScalar(typeId_t ID, unsigned int size, std::string name, bool isSigned) :
-    Type(name, ID, dataScalar), isSigned_(isSigned)
-{
-   size_ = size;
-}
-
-typeScalar::typeScalar(unsigned int size, std::string name, bool isSigned) :
-    Type(name, ::getUniqueTypeId(), dataScalar), isSigned_(isSigned)
-{
-   size_ = size;
-}
-
 typeScalar *typeScalar::create(std::string &name, int size, Symtab *obj)
 {
    typeScalar *typ = new typeScalar(size, name);
@@ -1066,10 +1049,6 @@
    return typ;	
 }
 
-bool typeScalar::isSigned(){
-    return isSigned_;
-}
-
 bool typeScalar::isCompatible(Type *otype) {
    if((otype->getDataClass() == dataUnknownType) || (otype->getDataClass() == dataNullType))
        return true;
@@ -1411,8 +1390,8 @@
          /* FIXME: visibility can also be described on a per-name basis in the
             subclass.  We have now way to convey this information currently, but I'm not
             sure that it matters for our purposes... */
-         for( unsigned int i = 0; i < superClassFields->size(); i++ ) {
-            Field * currentSuperField = (*superClassFields)i;
+         for( unsigned int j = 0; j < superClassFields->size(); j++ ) {
+            Field * currentSuperField = (*superClassFields)j;
             // bperr( "Considering superfield '%s'\n", currentSuperField->getName() );
             
             if( currentSuperField->getVisibility() != visPrivate ) {
@@ -1530,8 +1509,6 @@
    }
 }
 
-derivedType::~derivedType()
-{}
 
 /*
  * RANGED
@@ -1564,8 +1541,6 @@
 }
 */
 
-rangedType::~rangedType() {
-}
 
 bool rangedType::operator==(const Type &otype) const 
 {
@@ -1722,7 +1697,6 @@
 derivedType::derivedType() : baseType_(NULL) {}
 typeEnum::typeEnum() {}
 typeFunction::typeFunction() : retType_(NULL) {}
-typeScalar::typeScalar() : isSigned_(false) {}
 typeCommon::typeCommon() {}
 typeStruct::typeStruct() {}
 typeUnion::typeUnion() {}

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/Variable.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/Variable.C Changed

@@ -72,21 +72,18 @@
 	return type_;
 }
 
-std::ostream &operator<<(std::ostream &os, const Dyninst::SymtabAPI::Variable &v)
-{
-	boost::shared_ptr<Type> var_t = (const_cast<Variable &>(v)).getType(Type::share);
+void Variable::print(std::ostream &os) const {
+	boost::shared_ptr<Type> var_t = const_cast<Variable *>(this)->getType(Type::share);
 	std::string tname(var_t ? var_t->getName() : "no_type");
-	const auto& ag = dynamic_cast<const Aggregate &>(v);
 
 	os  << "Variable{"        
 		<< " type=" 
 		<< tname
 	    << " ";
-	os  << 	ag;					   
+	Aggregate::print(os);
 	os  << 	"}";
-	return os;	
-
 }
+
 bool Variable::operator==(const Variable &v)
 {
 	if (type_ && !v.type_)
@@ -126,14 +123,15 @@
 }
 
 localVar::localVar(localVar &lvar)
+:
+	AnnotatableSparse(),
+	name_(lvar.name_),
+	type_(lvar.type_),
+	fileName_(lvar.fileName_),
+	lineNum_(lvar.lineNum_),
+	func_(lvar.func_),
+	locsExpanded_(lvar.locsExpanded_)
 {
-	name_ = lvar.name_;
-	type_ = lvar.type_;
-	fileName_ = lvar.fileName_;
-	lineNum_ = lvar.lineNum_;
-        func_ = lvar.func_;
-        locsExpanded_ = lvar.locsExpanded_;
-
         std::copy(lvar.locs_.begin(), lvar.locs_.end(),
                   std::back_inserter(locs_));
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/debug.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/debug.C Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/debug.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/debug.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/dwarfWalker.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/dwarfWalker.C Changed

@@ -51,37 +51,38 @@
 using namespace DwarfDyninst;
 using namespace std;
 
-#define DWARF_FAIL_RET_VAL(x, v) {                                      \
-      int status = (x);                                                 \
-      if (status != 0) {                                                \
+#define DWARF_FAIL_RET_VAL(x, v) do  {                                  \
+      int dwarf_fail_ret_val_status = (x);                              \
+      if (dwarf_fail_ret_val_status != 0) {                             \
          types_printf("%s:%d: libdwarf returned %d, ret false\n",     \
-                 FILE__, __LINE__, status);                             \
+                 FILE__, __LINE__, dwarf_fail_ret_val_status);          \
          return (v);                                                    \
       }                                                                 \
-   }
+   } while (0)
 #define DWARF_FAIL_RET(x) DWARF_FAIL_RET_VAL(x, false)
 
-#define DWARF_ERROR_RET_VAL(x, v) {                                     \
-      int status = (x);                                                 \
-      if (status == 1 /*DW_DLV_ERROR*/) {                               \
+#define DWARF_ERROR_RET_VAL(x, v) do  {                                 \
+      int dwarf_error_ret_val_status = (x);                             \
+      if (dwarf_error_ret_val_status == 1 /*DW_DLV_ERROR*/) {           \
          types_printf("%s:%d: parsing failure, ret false\n",          \
                  FILE__, __LINE__);                                     \
          return (v);                                                    \
       }                                                                 \
-   }
+   } while (0)
 #define DWARF_ERROR_RET(x) DWARF_ERROR_RET_VAL(x, false)
 
-#define DWARF_CHECK_RET_VAL(x, v) {                                     \
+#define DWARF_CHECK_RET_VAL(x, v) do  {                                 \
       if (x) {                                                          \
          types_printf("%s:%d: parsing failure, ret false\n",          \
                  FILE__, __LINE__);                                     \
          return (v);                                                    \
       }                                                                 \
-   }
+   } while (0)
 #define DWARF_CHECK_RET(x) DWARF_CHECK_RET_VAL(x, false)
 
-DwarfWalker::DwarfWalker(Symtab *symtab, ::Dwarf * dbg) :
+DwarfWalker::DwarfWalker(Symtab *symtab, ::Dwarf *dbg, std::shared_ptr<ParsedFuncs> pf) :
    DwarfParseActions(symtab, dbg),
+   parsedFuncs(pf),
    is_mangled_name_(false),
    modLow(0),
    modHigh(0),
@@ -96,6 +97,9 @@
    next_cu_header(0),
    compile_offset(0)
 {
+    if (!parsedFuncs)  {
+        parsedFuncs = std::make_shared<ParsedFuncs>();
+    }
 }
 
 DwarfWalker::~DwarfWalker() {
@@ -109,7 +113,7 @@
     initializer(omp_priv = NULL)
 
 bool DwarfWalker::parse() {
-    dwarf_printf("In DwarfWalker::parse() Parsing DWARF for %s, dgb():0x%x\n",filename().c_str(), dbg());
+    dwarf_printf("In DwarfWalker::parse() Parsing DWARF for %s, dgb():0x%p\n",filename().c_str(), (void*)dbg());
 
     /* Start the dwarven debugging. */
     Module *fixUnknownMod = NULL;
@@ -180,7 +184,7 @@
     } else {
 #pragma omp parallel
     {
-    DwarfWalker w(symtab(), dbg());
+    DwarfWalker w(symtab(), dbg(), parsedFuncs);
 #pragma omp for reduction(leftmost:fixUnknownMod) \
         schedule(dynamic) nowait
     for (unsigned int i = 0; i < module_dies.size(); i++) {
@@ -232,18 +236,17 @@
         return false;
 
     /* Extract the name of this module. */
-    std::string moduleName;
-    if (!findDieName(moduleDIE, moduleName)) return false;
+    std::string moduleName = die_name(moduleDIE);
 
     // DIEs without name or named <artificial> will be associated to
     // the default module (whose name is ELF filename)
     setModuleFromName(moduleName);
-    dwarf_printf("Mapped to Symtab module 0x%x %s\n", mod(), mod()->fileName().c_str());
+    dwarf_printf("Mapped to Symtab module 0x%p %s\n", (void*)mod(), mod()->fileName().c_str());
 
     if (moduleName.empty() && moduleTag == DW_TAG_type_unit) {
         uint64_t sig8 = * reinterpret_cast<uint64_t*>(&signature);
         char buf20;
-        snprintf(buf, sizeof(buf), "{%016llx}", (long long) sig8);
+        snprintf(buf, sizeof(buf), "{%016llx}", (unsigned long long)sig8);
         moduleName = buf;
     }
 
@@ -259,7 +262,7 @@
         moduleName = "<artificial>" + suffix.str();
     }
 
-    dwarf_printf("Next DWARF module: %s with DIE %p and tag %d\n", moduleName.c_str(), moduleDIE.addr, moduleTag);
+    dwarf_printf("Next DWARF module: %s with DIE %p and tag %d\n", moduleName.c_str(), (void*)moduleDIE.addr, moduleTag);
 
     /* Set the language, if any. */
     Dwarf_Attribute languageAttribute;
@@ -363,8 +366,8 @@
         dwarf_printf("(0x%lx) Parsing entry with context size %d, func %s, encl %p, (%s), mod:%s, tag: %x\n",
                 id(), stack_size(),
                 curFunc()?curFunc()->getName().c_str():"(N/A)",
-                curEnclosure().get(), (dbg()!=desc)?"sup":"not sup",
-                mod()->fullName().c_str(), dwarf_tag(&e));
+                (void*)curEnclosure().get(), (dbg()!=desc)?"sup":"not sup",
+                mod()->fullName().c_str(), (unsigned int)dwarf_tag(&e));
 
         bool ret = false;
         switch(dwarf_tag(&e)) {
@@ -378,6 +381,12 @@
             case DW_TAG_lexical_block:
                 ret = parseLexicalBlock();
                 break;
+            case DW_TAG_try_block:
+                ret = parseTryBlock();
+                break;
+            case DW_TAG_catch_block:
+                ret = parseCatchBlock();
+                break;
             case DW_TAG_common_block:
                 ret = parseCommonBlock();
                 break;
@@ -458,7 +467,7 @@
                     Dwarf_Die importedDIE;
                     auto die_p = dwarf_formref_die(&importAttribute, &importedDIE);
                     Dwarf * desc1 = dwarf_cu_getdwarf(importedDIE.cu);
-                    dwarf_printf("(0x%lx) Imported DIE dwarf_desc: %p\n", id(), desc1);
+                    dwarf_printf("(0x%lx) Imported DIE dwarf_desc: %p\n", id(), (void*)desc1);
                     if(!die_p) break;
                     if (!parse_int(importedDIE, true))
                         return false;
@@ -466,7 +475,7 @@
                 }
             default:
                 dwarf_printf("(0x%lx) Warning: unparsed entry with tag 0x%x, dwarf_tag(): 0x%x\n",
-                        id(), tag(), dwarf_tag(&e));
+                        id(), tag(), (unsigned int)dwarf_tag(&e));
                 ret = true;
                 break;
         }
@@ -611,6 +620,28 @@
    curFunc()->addPrettyName(name, true, true);
 }
 
+
+// helper class to set and restore currentSubprogramFunction
+namespace {
+class SetAndRestoreFunction
+{
+    public:
+        SetAndRestoreFunction(FunctionBase* &v, FunctionBase* newFunc) : var(v)
+        {
+            savedFunc = var;
+            var = newFunc;
+        }
+        ~SetAndRestoreFunction()
+        {
+            var = savedFunc;
+        }
+    private:
+        FunctionBase* &var;
+        FunctionBase* savedFunc;
+};
+}
+
+
 bool DwarfWalker::parseSubprogram(DwarfWalker::inline_t func_type) {
    bool name_result;
 
@@ -646,15 +677,29 @@
       return true;
    }
 
-   if (parsedFuncs.find(func) != parsedFuncs.end()) {
-      dwarf_printf("(0x%lx) parseSubprogram not parsing children b/c curFunc() not in parsedFuncs\n", id());
-      if(name_result) {
-	  dwarf_printf("\tname is %s\n", curName().c_str());
-      }
-      setParseChild(false);
-      return true;
+   // this function's accessor lock to check if parsed and/or parse it
+   ParsedFuncs::accessor funcParsed;
+
+   // recursive if parsing a specification or abstract origin,
+   // accessor is already locked
+   bool isRecursiveSubprogramParse = (func == currentSubprogramFunction);
+
+   if (!isRecursiveSubprogramParse)  {
+       // check if function is parsed, hold mutex until scope is left
+       parsedFuncs->insert(funcParsed, func);
+       if (funcParsed->second) {
+          dwarf_printf("(0x%lx) parseSubprogram not parsing children b/c curFunc() marked parsed in parsedFuncs\n", id());
+          if(name_result) {
+              dwarf_printf("\tname is %s\n", curName().c_str());
+          }
+          setParseChild(false);
+          return true;
+       }
    }
 
+   // set the current function being parsed and restore old value on return
+   SetAndRestoreFunction setAndRestore(currentSubprogramFunction, func);
+
    if (name_result && !curName().empty()) {
       dwarf_printf("(0x%lx) Identified function name as %s\n", id(), curName().c_str());
       if (isMangledName()) {
@@ -712,9 +757,13 @@
           return false;
    }
 
-   parsedFuncs.insert(func);
+   if (!isRecursiveSubprogramParse)  {
+       // the function is now parsed
+       funcParsed->second = true;
+   }
+
     if (func_type == InlinedFunc) {
-        dwarf_printf("End parseSubprogram for inlined func at 0x%x\n", func->getOffset());
+        dwarf_printf("End parseSubprogram for inlined func at 0x%p\n", (void*)func->getOffset());
     }
 
    return true;
@@ -816,11 +865,20 @@
    return parseRangeTypes(dbg(), entry());
 }
 
+bool DwarfWalker::parseTryBlock() {
+   dwarf_printf("(0x%lx) Parsing try block ranges\n", id());
+   return parseRangeTypes(dbg(), entry());
+}
+
+bool DwarfWalker::parseCatchBlock() {
+   dwarf_printf("(0x%lx) Parsing catch block ranges\n", id());
+   return parseRangeTypes(dbg(), entry());
+}
+
 bool DwarfWalker::parseCommonBlock() {
    dwarf_printf("(0x%lx) Parsing common block\n", id());
 
-   std::string commonBlockName;
-   if (!findDieName(entry(), commonBlockName)) return false;
+   std::string commonBlockName = die_name(entry());
    Symbol* commonBlockVar = findSymbolForCommonBlock(commonBlockName);
    if(!commonBlockVar)
    {
@@ -878,9 +936,7 @@
    if (!handleSpecification(hasSpecification))
        return false;
 
-   if (!findName(curName()))
-       return false;
-
+   curName() = std::move(die_name());
    removeFortranUnderscore(curName());
 
    /* We'll start with the location, since that's most likely to
@@ -976,10 +1032,10 @@
                                          (int) variableLineNo,
                                          curFunc());
    dwarf_printf("(0x%lx) Created localVariable '%s' (%p), currentFunction %p\n",
-                   id(), curName().c_str(), newVariable, curFunc());
+                   id(), curName().c_str(), (void*)newVariable, (void*)curFunc());
 
    for (unsigned int i = 0; i < locs.size(); ++i) {
-         dwarf_printf("(0x%lx) (%s) Adding location %d of %d: (0x%lx - 0x%lx): %s, %s, %s, %ld\n",
+         dwarf_printf("(0x%lx) (%s) Adding location %u of %d: (0x%lx - 0x%lx): %s, %s, %s, %ld\n",
                       id(), newVariable->getName().c_str(), i + 1, (int) locs.size(), locsi.lowPC, locsi.hiPC,
                       storageClass2Str(locsi.stClass),
                       storageRefClass2Str(locsi.refClass),
@@ -1040,7 +1096,7 @@
        return false;
    }
 
-   if (!findName(curName())) return false;
+   curName() = std::move(die_name());
    /* We can't do anything with anonymous parameters. */
    if (!nameDefined()) {
      dwarf_printf("(0x%lx) No name associated with formal, returning\n", id());
@@ -1066,10 +1122,10 @@
    dwarf_printf("(0x%lx) Creating new formal parameter %s/%p (%s) (%p)\n",
                 id(),
                 curName().c_str(),
-                paramType.get(), paramType->getName().c_str(),
+                (void*)paramType.get(), paramType->getName().c_str(),
 		//                ((curFunc() && !curFunc()->getAllMangledNames().empty()) ?
 		//curFunc()->getAllMangledNames()0.c_str() : ""),
-                curFunc());
+                (void*)curFunc());
 
    for (unsigned int i = 0; i < locs.size(); ++i)
    {
@@ -1085,28 +1141,80 @@
    if(!tc()) return false;
    dwarf_printf("(0x%lx) parseBaseType entry\n", id());
 
-   if (!findName(curName())) return false;
+   curName() = std::move(die_name());
    if (!nameDefined()) {
       dwarf_printf("(0x%lx) No name for type, returning early\n", id());
       return true;
    }
 
    unsigned size = 0;
-   if (!findSize(size)) return false;
+   if (!findSize(size)) {
+	   dwarf_printf("(0x%lx) No size for type '%s', returning early\n", id(), curName().c_str());
+	   return false;
+   }
+
+   // Fetch the encoding
+   Dwarf_Die e = entry();
+   Dwarf_Attribute encoding_attr{};
+
+   if(!dwarf_attr(&e, DW_AT_encoding, &encoding_attr)) {
+	   dwarf_printf("(0x%lx) Unable to determine encoding for type '%s'\n", id(), curName().c_str());
+       return false;
+   }
+
+   Dwarf_Sword encoding{};
+   DWARF_FAIL_RET(dwarf_formsdata(&encoding_attr, &encoding));
+
+   // linear machine address (for segmented addressing modes)
+   const bool is_address = encoding == DW_ATE_address;
+
+   // Integral types
+   // NB: We explicitly don't support DW_ATE_unsigned_fixed and DW_ATE_packed_decimal
+   //     because we don't support languages that use those (e.g., COBOL)
+   const bool is_boolean = encoding == DW_ATE_boolean;
+   const bool is_signed_int = encoding == DW_ATE_signed;
+   const bool is_signed_char = encoding == DW_ATE_signed_char;
+   const bool is_unsigned_int = encoding == DW_ATE_unsigned;
+   const bool is_unsigned_char = encoding == DW_ATE_unsigned_char;
+
+   // Float types
+   const bool is_complex_float = encoding == DW_ATE_complex_float;
+   const bool is_float = encoding == DW_ATE_float;
+   const bool is_imaginary_float = encoding == DW_ATE_imaginary_float;
+   const bool is_decimal_float = encoding == DW_ATE_decimal_float;
+
+   // Stringy types
+   // NB: We explicitly don't support DW_ATE_edited and DW_ATE_numeric_string
+   //     because we don't support languages that use those (e.g., COBOL)
+   const bool is_UTF = encoding == DW_ATE_UTF;
+
+   const bool is_signed = is_signed_int || is_signed_char;
+   const bool is_unsigned = is_unsigned_int || is_unsigned_char;
+   const bool is_integral = is_boolean || is_signed || is_unsigned;
+   const bool is_floating_point = is_float || is_complex_float || is_imaginary_float || is_decimal_float;
+   const bool is_string = is_UTF;
+
+   typeScalar::properties_t p = {
+	   is_integral, is_floating_point, is_string,
+	   is_address, is_boolean,
+	   is_complex_float, is_float, is_imaginary_float, is_decimal_float,
+	   is_signed, is_signed_char, is_unsigned, is_unsigned_char,
+	   is_UTF
+   };
 
    /* Generate the appropriate built-in type; since there's no
       reliable way to distinguish between a built-in and a scalar,
       we don't bother to try. */
-   auto baseType = Type::make_shared<typeScalar>( type_id(), (unsigned int) size, curName());
+   auto baseType = Type::make_shared<typeScalar>( type_id(), size, curName(), p);
 
    /* Add the basic type to our collection. */
    typeScalar *debug = baseType.get();
    auto baseTy = tc()->addOrUpdateType( baseType );
-   dwarf_printf("(0x%lx) Created type %p / %s (pre add %p / %s) for id %d, size %d, in TC %p\n", id(),
-                baseTy.get(), baseTy->getName().c_str(),
-                debug, debug->getName().c_str(),
+   dwarf_printf("(0x%lx) Created type %p / %s (pre add %p / %s) for id %d, size %u, in TC %p\n", id(),
+                (void*)baseTy.get(), baseTy->getName().c_str(),
+                (void*)debug, debug->getName().c_str(),
                 (int) offset(), size,
-                tc());
+                (void*)tc());
 
    return true;
 }
@@ -1117,15 +1225,15 @@
     boost::shared_ptr<Type> referencedType;
     if (!findType(referencedType, true)) return false;
 
-    if (!findName(curName())) return false;
+    curName() = std::move(die_name());
     if (!nameDefined()) {
         if (!fixName(curName(), referencedType)) return false;
     }
 
     auto typeDef = tc()->addOrUpdateType( Type::make_shared<typeTypedef>( type_id(), referencedType, curName()) );
-    dwarf_printf("(0x%lx) Created type %p / %s for type_id %d, offset 0x%x, size %d, in TC %p, mod:%s\n", id(),
-            typeDef.get(), typeDef->getName().c_str(), type_id(),
-            (int) offset(), typeDef->getSize(), tc(), mod()->fullName().c_str());
+    dwarf_printf("(0x%lx) Created type %p / %s for type_id %d, offset 0x%lx, size %u, in TC %p, mod:%s\n", id(),
+            (void*)typeDef.get(), typeDef->getName().c_str(), type_id(),
+            offset(), typeDef->getSize(), (void*)tc(), mod()->fullName().c_str());
 
     return true;
 }
@@ -1149,7 +1257,7 @@
     if (!findType(elementType, false)) return false;
     if (!elementType) return false;
 
-    if (!findName(curName())) return false;
+    curName() = std::move(die_name());
 
    // curName may get overridden by the subrange parsing code.
    // TODO: make this part of the context stack.
@@ -1180,7 +1288,7 @@
    /* The baseArrayType is an anonymous type with its own typeID.  Extract
       the information and add an array type for this DIE. */
     std::string baseTypeName = baseArrayType.getBaseType(Type::share)->getName();
-   dwarf_printf("(0x%lx) Creating array with base type %s, low bound %ld, high bound %ld, named %s\n",
+   dwarf_printf("(0x%lx) Creating array with base type %s, low bound %lu, high bound %lu, named %s\n",
                 id(), baseTypeName.c_str(),
                 baseArrayType.getLow(),
                 baseArrayType.getHigh(),
@@ -1210,7 +1318,7 @@
 bool DwarfWalker::parseEnum() {
    if(!tc()) return false;
    dwarf_printf("(0x%lx) parseEnum entry\n", id());
-   if (!findName(curName())) return false;
+   curName() = std::move(die_name());
    //setEnum(tc()->addOrUpdateType( Type::make_shared<typeEnum>( type_id(), "enum " + curName())));
    setEnum(tc()->addOrUpdateType( Type::make_shared<typeEnum>( type_id(), curName())));
    return true;
@@ -1224,7 +1332,7 @@
    if (!findType(superClass, false)) return false;
    if (!superClass) return false;
 
-   dwarf_printf("(0x%lx) Found %p as superclass\n", id(), superClass.get());
+   dwarf_printf("(0x%lx) Found %p as superclass\n", id(), (void*)superClass.get());
 
    visibility_t visibility = visUnknown;
    if (!findVisibility(visibility)) return false;
@@ -1233,7 +1341,7 @@
       Type::getComponents() will Do the Right Thing. */
    std::string fName = "{superclass}";
    curEnclosure()->asFieldListType().addField( fName, superClass, -1, visibility );
-   dwarf_printf("(0x%lx) Added type %p as %s to %p\n", id(), superClass.get(), fName.c_str(), curEnclosure().get());
+   dwarf_printf("(0x%lx) Added type %p as %s to %p\n", id(), (void*)superClass.get(), fName.c_str(), (void*)curEnclosure().get());
    return true;
 }
 
@@ -1249,7 +1357,7 @@
         return false;
     }
 
-    if (!findName(curName())) return false;
+    curName() = std::move(die_name());
     dwarf_printf("(0x%lx) Struct/Union/Class name from dwarf: %s\n", id(), curName().c_str());
 
     if (!nameDefined()) {
@@ -1288,9 +1396,9 @@
                 auto ts = Type::make_shared<typeStruct>( type_id(), curName());
                 ts->setSize(size);
                 containingType = tc()->addOrUpdateType(ts);
-                dwarf_printf("(0x%lx) Created type %p / %s for type_id %d, offset 0x%x, size %d, in TC %p, mod:%s\n", id(),
-                        containingType.get(), containingType->getName().c_str(), type_id(),
-                        (int) offset(), containingType->getSize(), tc(), mod()->fullName().c_str());
+                dwarf_printf("(0x%lx) Created type %p / %s for type_id %d, offset 0x%lx, size %u, in TC %p, mod:%s\n", id(),
+                        (void*)containingType.get(), containingType->getName().c_str(), type_id(),
+                        offset(), containingType->getSize(), (void*)tc(), mod()->fullName().c_str());
                 break;
             }
         case DW_TAG_union_type:
@@ -1298,36 +1406,34 @@
                 auto tu = Type::make_shared<typeUnion>( type_id(), curName());
                 tu->setSize(size);
                 containingType = tc()->addOrUpdateType(tu);
-                dwarf_printf("(0x%lx) Created type %p / %s for type_id %d, offset 0x%x, size %d, in TC %p, mod:%s\n", id(),
-                        containingType.get(), containingType->getName().c_str(), type_id(),
-                        (int) offset(), containingType->getSize(), tc(), mod()->fullName().c_str());
+                dwarf_printf("(0x%lx) Created type %p / %s for type_id %d, offset 0x%lx, size %u, in TC %p, mod:%s\n", id(),
+                        (void*)containingType.get(), containingType->getName().c_str(), type_id(),
+                        offset(), containingType->getSize(), (void*)tc(), mod()->fullName().c_str());
                 break;
             }
         default:
             {
                 Dwarf_Die e = entry();
                 dwarf_printf("(0x%lx) Warning: type not created tag 0x%x, dwarf_tag(): 0x%x\n",
-                        id(), tag(), dwarf_tag(&e));
+                        id(), tag(), (unsigned int)dwarf_tag(&e));
             }
 
     }
     setEnclosure(containingType);
     dwarf_printf("(0x%lx) Started class, union, or struct: %p\n",
-            id(), containingType.get());
+            id(), (void*)containingType.get());
     return true;
 }
 
 bool DwarfWalker::parseEnumEntry() {
    dwarf_printf("(0x%lx) parseEnumEntry entry\n", id());
 
-   std::string name;
-   if (!findName(name)) return false;
+   std::string name = die_name();
 
-   long value = 0;
-   bool valid;
-   if (!findValue(value, valid)) return false;
+   auto value = findConstValue();
+   if(!value) { return false; }
 
-   curEnum()->asEnumType().addConstant(name, value);
+   curEnum()->asEnumType().addConstant(name, *value);
    return true;
 }
 
@@ -1339,12 +1445,9 @@
    if (!findType(memberType, false)) return false;
    if (!memberType) return false;
 
-   if (!findName(curName())) return false;
+   curName() = std::move(die_name());
 
-   long value;
-   bool hasValue;
-   if (!findValue(value, hasValue)) return false;
-   if (hasValue) {
+   if (findConstValue()) {
       if(!nameDefined()) return false;
       dwarf_printf("(0x%lx) member is a named constant, forwarding to parseConstant\n", id());
       return parseConstant();
@@ -1377,7 +1480,7 @@
 
    int offset_to_use = locs0.frameOffset;
 
-   dwarf_printf("(0x%lx) Using offset of 0x%lx\n", id(), offset_to_use);
+   dwarf_printf("(0x%lx) Using offset of 0x%x\n", id(), (unsigned int)offset_to_use);
 
    if (nameDefined()) {
       curEnclosure()->asFieldListType().addField(curName(), memberType, offset_to_use);
@@ -1395,7 +1498,7 @@
    boost::shared_ptr<Type> type = NULL;
    if (!findType(type, true)) return false;
 
-   if (!findName(curName())) return false;
+   curName() = std::move(die_name());
    if (!nameDefined()) {
        dwarf_printf("(0x%lx) parseConstPackedVolatile fixName\n", id());
        if (!fixName(curName(), type)) return false;
@@ -1415,11 +1518,7 @@
        return false;
    }
 
-   if (!findName(curName()))
-   {
-       dwarf_printf("(0x%lx) name not found\n", id());
-       return false;
-   }
+   curName() = std::move(die_name());
 
    Dwarf_Die e = entry();
    boost::shared_ptr<Type> indirectType;
@@ -1432,20 +1531,23 @@
       case DW_TAG_pointer_type:
          indirectType = tc()->addOrUpdateType(Type::make_shared<typePointer>(
                             type_id(), typePointedTo, curName()));
-         dwarf_printf("(0x%lx) Created type %p / %s for type_id %d, offset 0x%x, size %d, in TC %p, mod:%s\n", id(),
-                 indirectType.get(), indirectType->getName().c_str(), type_id(),
-                 (int) offset(), indirectType->getSize(), tc(), mod()->fullName().c_str());
+         dwarf_printf("(0x%lx) Created type %p / %s for type_id %d, offset 0x%lx, size %u, in TC %p, mod:%s\n", id(),
+                 (void*)indirectType.get(), indirectType->getName().c_str(), type_id(),
+                 offset(), indirectType->getSize(), (void*)tc(), mod()->fullName().c_str());
          break;
       case DW_TAG_reference_type:
+    	 if(!nameDefined()){
+    		 curName() = "&";
+    	 }
          indirectType = tc()->addOrUpdateType(Type::make_shared<typeRef>(
                             type_id(), typePointedTo, curName()));
-         dwarf_printf("(0x%lx) Created type %p / %s for type_id %d, offset 0x%x, size %d, in TC %p\n", id(),
-                 indirectType.get(), indirectType->getName().c_str(), type_id(),
-                 (int) offset(), indirectType->getSize(), tc());
+         dwarf_printf("(0x%lx) Created type %p / %s for type_id %d, offset 0x%lx, size %u, in TC %p\n", id(),
+                 (void*)indirectType.get(), indirectType->getName().c_str(), type_id(),
+                 offset(), indirectType->getSize(), (void*)tc());
          break;
       default:
          dwarf_printf("(0x%lx) Warning: nothing done for tag 0x%x, dwarf_tag(): 0x%x\n",
-                 id(), tag(), dwarf_tag(&e));
+                 id(), tag(), (unsigned int)dwarf_tag(&e));
          return false;
    }
 
@@ -1524,48 +1626,79 @@
     return true;
 }
 
-bool DwarfWalker::findDieName(Dwarf_Die die, std::string &name)
+std::string DwarfWalker::die_name(Dwarf_Die die)
 {
-    auto cname = dwarf_diename(&die);
-    if (cname == 0) {
-        name = std::string();
-        return true;
-    }
+    auto name = dwarf_diename(&die);
 
-    name = cname;
-    return true;
+    // You cannot construct a std::string from a null pointer
+    if (name) {
+        return name;
+    }
+    return {};
 }
 
-bool DwarfWalker::findName(std::string &name) {
-    if (!findDieName(specEntry(), name)) return false;
+std::string DwarfWalker::die_name() {
+    auto name = die_name(specEntry());
     dwarf_printf("(0x%lx) Found name %s.\n", id(), name.c_str());
-    return true;
+    return name;
 }
 
 
 bool DwarfWalker::findFuncName() {
-    dwarf_printf("(0x%lx) Checking for linkage name\n", id());
-    /* Prefer linkage names. */
+    dwarf_printf("(0x%lx) Checking for function name\n", id());
 
-    Dwarf_Attribute linkageNameAttr;
     Dwarf_Die e = entry();
-    auto status = dwarf_attr_integrate(&e, DW_AT_MIPS_linkage_name, &linkageNameAttr);
 
-    if (status == 0)
-        status = dwarf_attr_integrate(&e, DW_AT_linkage_name, &linkageNameAttr);
-    if ( status != 0 )  { // previously ==1
-        const char *dwarfName = dwarf_formstring(&linkageNameAttr);
-        //DWARF_FAIL_RET(dwarfName);
-        if(dwarfName==NULL) return false;
-        curName() = dwarfName;
-        setMangledName(true);
-        dwarf_printf("(0x%lx) Found DW_AT_linkage_name of %s, using\n", id(), curName().c_str());
-        return true;
+    // Does this function have a linkage name?
+    {
+        Dwarf_Attribute linkageNameAttr{};
+        Dwarf_Attribute *attr = dwarf_attr_integrate(&e, DW_AT_linkage_name, &linkageNameAttr);
+        if (attr)  {
+          char const* dwarfName = dwarf_formstring(attr);
+          if(!dwarfName) {
+            dwarf_printf("(0x%lx) Found 'DW_AT_linkage_name', but formstring is empty\n", id());
+            return false;
+          }
+          curName() = dwarfName;
+          setMangledName(true);
+          dwarf_printf("(0x%lx) Found DW_AT_linkage_name of %s\n", id(), curName().c_str());
+          return true;
+        }
     }
-    dwarf_printf("(0x%lx) DW_AT_linkage_name name not found\n", id(), curName().c_str());
 
+    // Is this an inlined function?
+    {
+        int const is_inline = dwarf_hasattr(&e, DW_AT_inline);
+        if(is_inline != -1) {
+          // Find the 'DW_AT_name' for this DIE. Do not traverse this as an abstract
+          // instance root (if it is one)- i.e., don't use dwarf_attr_integrate here.
+          Dwarf_Attribute nameAttr{};
+          Dwarf_Attribute *res = dwarf_attr(&e, DW_AT_name, &nameAttr);
+          if(!res) {
+        	  dwarf_printf("(0x%lx) Found an inlined subroutine, but has no 'DW_AT_name'\n", id());
+        	  return false;
+          }
+          char const* dwarfName = dwarf_formstring(&nameAttr);
+          if(!dwarfName) {
+            dwarf_printf("(0x%lx) Found an inlined subroutine, but formstring is empty\n", id());
+            return false;
+          }
+          curName() = dwarfName;
+
+          // Section 2.15 of the DWARF5 spec suggests that DW_AT_name should be the name as it
+          // appears in the source- not mangled.
+          setMangledName(false);
+
+          dwarf_printf("(0x%lx) Found inline DW_AT_name '%s'\n", id(), curName().c_str());
+          return true;
+        }
+    }
+
+    // Assume the name is the unmangled name associated with the current DIE, if any
+    curName() = std::move(die_name(entry()));
     setMangledName(false);
-    return findDieName(entry(), curName());
+    dwarf_printf("(0x%lx) No explicit function name found; using most-recently found name '%s'\n", id(), curName().c_str());
+    return true;
 }
 
 std::vector<VariableLocation>& DwarfParseActions::getFramePtrRefForInit()
@@ -1649,15 +1782,8 @@
 
    // if parsing a struct-member which is not a regular member (i.e. not with an offset)
    if (curEnclosure()->getDataClass() == dataStructure && locs.size() == 0) {
-	long value;
-	bool hasValue;
-	if (!findValue(value, hasValue)) return false;
-
-	// and, if it is not a constant, then it must be a static field member
-	if (!hasValue) {
-		isStatic = true;
-		return true;
-	}
+     // and it is not a constant, then it must be a static field member
+     isStatic = !findConstValue();
    }
 
    return true;
@@ -1724,11 +1850,11 @@
     /* If this is a ref_sig8, look for the type elsewhere. */
     Dwarf_Half form = dwarf_whatform(&typeAttribute);
     if (form == DW_FORM_ref_sig8) {
-        Dwarf_Sig8 signature;
+        Dwarf_Sig8 sig8;
         const char * sig = dwarf_formstring(&typeAttribute);
         if(!sig) return false;
-        memcpy(signature.signature, sig, 8);
-        return findSig8Type(&signature, type);
+        memcpy(sig8.signature, sig, 8);
+        return findSig8Type(&sig8, type);
     }
 
     Dwarf_Off typeOffset;
@@ -1752,7 +1878,7 @@
     bool is_sup = dbg()!=desc;
     typeId_t type_id = get_type_id(typeOffset, is_info, is_sup);
 
-    dwarf_printf("(0x%lx) type offset 0x%x, is_supplemental=%s\n", id(), (int) typeOffset, is_sup?"true":"false");
+    dwarf_printf("(0x%lx) type offset 0x%lx, is_supplemental=%s\n", id(), (unsigned long)typeOffset, is_sup?"true":"false");
 
     /* The typeOffset forms a module-unique type identifier,
        so the Type look-ups by it rather than name. */
@@ -1766,7 +1892,7 @@
     }
 
     dwarf_printf("(0x%lx) type pointer %p / name:%s, type_id %d, tc():%p, mod: %s, specificType:%s\n",
-            id(), type.get(), type->getName().c_str(), type_id, tc(), mod()->fullName().c_str(), type->specificType().c_str());
+            id(), (void*)type.get(), type->getName().c_str(), type_id, (void*)tc(), mod()->fullName().c_str(), type->specificType().c_str());
 
     return true;
 }
@@ -1785,7 +1911,7 @@
         Dwarf_Word fileNameDeclVal;
         DWARF_FAIL_RET(dwarf_formudata(&fileDeclAttribute, &fileNameDeclVal));
         if (fileNameDeclVal >= files->size() || fileNameDeclVal <= 0) {
-            dwarf_printf("Dwarf error reading line index %d from srcFiles of size %lu\n",
+            dwarf_printf("Dwarf error reading line index %lu from srcFiles of size %lu\n",
                     fileNameDeclVal, files->size());
             return false;
         }
@@ -1868,7 +1994,7 @@
             locDescs.push_back(ld);
         }while(offset > 0);
         if (locDescs.size() <= 0) {
-            dwarf_printf("(0x%lx) Failed loclist decode: %d\n", id());
+            dwarf_printf("(0x%lx) Failed loclist decode\n", id());
             return true;
         }
 
@@ -1912,8 +2038,8 @@
         StringTablePtr strs = mod()->getStrings();
         boost::unique_lock<dyn_mutex> l(strs->lock);
         if (line_index >= strs->size()) {
-            dwarf_printf("Dwarf error reading line index %d from srcFiles(%p) of size %lu\n",
-                    line_index, strs.get(), strs->size());
+            dwarf_printf("Dwarf error reading line index %lu from srcFiles(%p) of size %lu\n",
+                    line_index, (void*)strs.get(), strs->size());
             return false;
         }
         //       cout << "findString found " << (*srcFiles())line_index.str << " at srcFiles" << line_index << " for " << mod()->fileName() << endl;
@@ -2087,24 +2213,29 @@
     return true;
 }
 
-bool DwarfWalker::findValue(long &value, bool &valid) {
-    Dwarf_Attribute valueAttr;
+boost::optional<long> DwarfWalker::findConstValue() {
+	dwarf_printf("(0x%lx) findConstValue entry\n", id());
+
+    Dwarf_Attribute valueAttr{};
     Dwarf_Die e = entry();
-    auto status = dwarf_attr(&e, DW_AT_const_value, & valueAttr);
 
-    if (status == 0) {
-        valid = false;
-        return true;
+    // This also applies to constexpr objects (i.e., DW_AT_const_expr)
+    if(!dwarf_attr(&e, DW_AT_const_value, & valueAttr)) {
+    	dwarf_printf("No const value found\n");
+    	return {};
     }
 
     Dwarf_Sword enumValue;
+    if(dwarf_formsdata(&valueAttr, &enumValue) != 0) {
+    	dwarf_printf("ERROR: dwarf_formsdata error for entry %p\n", static_cast<void*>(&e));
+    	return {};
+    }
 
-    DWARF_FAIL_RET(dwarf_formsdata(&valueAttr, &enumValue));
+    dwarf_printf("Found value '%ld'\n", static_cast<long>(enumValue));
 
-    value = enumValue;
-    valid = true;
+    dwarf_printf("(0x%lx) end findConstValue\n", id());
 
-    return true;
+    return enumValue;
 }
 
 bool DwarfWalker::fixBitFields(std::vector<VariableLocation> &locs,
@@ -2162,8 +2293,7 @@
 
    supportedLanguages lang = mod()->language();
    if ((lang != lang_Fortran) &&
-       (lang != lang_CMFortran) &&
-       (lang != lang_Fortran_with_pretty_debug)) return;
+       (lang != lang_CMFortran)) return;
 
    if (namename.length()-1 == '_') {
       name = name.substr(0, name.length()-1);
@@ -2180,7 +2310,6 @@
     /* Set the default lower bound, if we know it. */
     switch ( mod()->language() ) {
         case lang_Fortran:
-        case lang_Fortran_with_pretty_debug:
         case lang_CMFortran:
             loBound = "1";
             break;
@@ -2215,10 +2344,7 @@
     } /* end if we found an upper bound or count. */
 
     /* Construct the range type. */
-    if (!findName(curName())) {
-        dwarf_printf("cannot find subrange name %s\n", curName().c_str());
-        return false;
-    }
+    curName() = std::move(die_name());
     if (!nameDefined()) {
         curName() = "{anonymousRange}";
     }
@@ -2239,12 +2365,12 @@
         hi_conv = LONG_MAX;
     }
 
-    dwarf_printf("(0x%lx) Adding subrange type: id %d, low %ld, high %ld, named %s\n",
+    dwarf_printf("(0x%lx) Adding subrange type: id %d, low %lu, high %lu, named %s\n",
             id(), type_id,
             low_conv, hi_conv, curName().c_str());
     boost::shared_ptr<Type> rangeType = tc()->addOrUpdateType(
       Type::make_shared<typeSubrange>( type_id, 0, low_conv, hi_conv, curName()));
-    dwarf_printf("(0x%lx) Subrange has pointer %p (tc %p)\n", id(), rangeType.get(), tc());
+    dwarf_printf("(0x%lx) Subrange has pointer %p (tc %p)\n", id(), (void*)rangeType.get(), (void*)tc());
     return true;
 }
 
@@ -2298,7 +2424,7 @@
     auto outerType = tc()->addOrUpdateType(
         Type::make_shared<typeArray>( innerType,
           atoi(loBound.c_str()), atoi(hiBound.c_str()), aName));
-    dwarf_printf("\t(0x%lx)parseMultiDimentionalArray status 0, lower bound %d, upper bound %d\n",id(), outerType->asArrayType().getLow(), outerType->asArrayType().getHigh());
+    dwarf_printf("\t(0x%lx)parseMultiDimentionalArray status 0, lower bound %lu, upper bound %lu\n",id(), outerType->asArrayType().getLow(), outerType->asArrayType().getHigh());
     return outerType;
 } /* end parseMultiDimensionalArray() */
 
@@ -2353,8 +2479,8 @@
                 if(!ret_p) return false;
 
                 /* Does it have a name? */
-                if (findDieName(boundEntry, boundString)
-                        && !boundString.empty())
+                boundString = std::move(die_name(boundEntry));
+                if (!boundString.empty())
                     return true;
 
                 /* Does it describe a nameless constant? */
@@ -2468,10 +2594,10 @@
         // If location == 0..-1, it's "unset" and we keep the big range unless
         // we're in a lexical block construct.
         //
-        dwarf_printf("(0x%lx) Decoding entry %d of %d over range 0x%lx - 0x%lx, mod 0x%lx - 0x%lx, base 0x%lx\n",
+        dwarf_printf("(0x%lx) Decoding entry %u of %d over range 0x%lx - 0x%lx, mod 0x%lx - 0x%lx, base 0x%lx\n",
                 id(), locIndex+1, (int) listLength,
-                (long) location->ld_lopc,
-                (long) location->ld_hipc,
+                location->ld_lopc,
+                location->ld_hipc,
                 modLow, modHigh, base);
 
         if (location->ld_lopc == max_addr) {
@@ -2521,9 +2647,10 @@
             }
         }
         else {
-            dwarf_printf("(0x%lx) Using lexical range, shifted by module low\n", id());
-            loc.lowPC = location->ld_lopc + base;
-            loc.hiPC = location->ld_hipc + base;
+            dwarf_printf("(0x%lx) Using lexical range\n", id());
+
+            loc.lowPC = location->ld_lopc;
+            loc.hiPC = location->ld_hipc;
 
             dwarf_printf("(0x%lx) valid over range 0x%lx to 0x%lx\n",
                     id(), loc.lowPC, loc.hiPC);
@@ -2610,8 +2737,9 @@
   unsigned int val = getNextTypeId();
   {
     type_map::accessor a;
-    type_ids.insert(a, make_pair((type_key){offset,is_sup,mod()}, val));
-    dwarf_printf("(0x%lx) type_id %d, key created {0x%x,%s,mod: %s}\n", id(),val,offset,is_sup?"sup":"not sup", mod()->fullName().c_str());
+    type_key tk{offset, is_sup, mod()};
+    type_ids.insert(a, make_pair(tk, val));
+    dwarf_printf("(0x%lx) type_id %u, key created {0x%lx,%s,mod: %s}\n", id(),val,offset,is_sup?"sup":"not sup", mod()->fullName().c_str());
   }
 
   return val;
@@ -2693,13 +2821,13 @@
       dyn_c_hash_map<uint64_t, typeId_t>::accessor a;
       sig8_type_ids_.insert(a, std::make_pair(sig8, type_id));
     }
-    dwarf_printf("Mapped Sig8 {%016llx} to type id 0x%x\n", (long long) sig8, type_id);
+    dwarf_printf("Mapped Sig8 {%016llx} to type id 0x%x\n", (unsigned long long) sig8, (unsigned int)type_id);
     return true;
 }
 
-bool DwarfWalker::findSig8Type(Dwarf_Sig8 * signature, boost::shared_ptr<Type>&returnType)
+bool DwarfWalker::findSig8Type(Dwarf_Sig8 * s, boost::shared_ptr<Type>&returnType)
 {
-   uint64_t sig8 = * reinterpret_cast<uint64_t*>(signature);
+   uint64_t sig8 = * reinterpret_cast<uint64_t*>(s);
    typeId_t type_id = 0;
    {
      dyn_c_hash_map<uint64_t, typeId_t>::const_accessor a;
@@ -2708,11 +2836,11 @@
 
    if(type_id){
      returnType = tc()->findOrCreateType(type_id, Type::share);
-     dwarf_printf("Found Sig8 {%016llx} as type id 0x%x\n", (long long) sig8, type_id);
+     dwarf_printf("Found Sig8 {%016llx} as type id 0x%x\n", (unsigned long long) sig8, (unsigned int)type_id);
      return true;
    }
 
-   dwarf_printf("Couldn't find Sig8 {%016llx}!\n", (long long) sig8);
+   dwarf_printf("Couldn't find Sig8 {%016llx}!\n", (unsigned long long) sig8);
    return false;
 }

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/dwarfWalker.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/dwarfWalker.h Changed

@@ -18,6 +18,7 @@
 #include "Object.h"
 #include <boost/shared_ptr.hpp>
 #include <boost/functional/hash.hpp>
+#include <boost/optional.hpp>
 #include <Collections.h>
 
 //Concurrent Hash Map
@@ -25,30 +26,28 @@
 #include <bits/stdc++.h>
 
 namespace Dyninst {
-namespace SymtabAPI {
-    typedef struct {
-        Dwarf_Off off;
-        bool file;
-        Module * m;
-    } type_key;
-}
-}
-
-namespace tbb {
-    using namespace Dyninst::SymtabAPI;
-    template<>
-    struct tbb_hash_compare<type_key> {
-        static size_t hash(const type_key& k) {
-            size_t seed = 0;
-            boost::hash_combine(seed, k.off);
-            boost::hash_combine(seed, k.file);
-            boost::hash_combine(seed, static_cast<void *>(k.m));
-            return seed;
-        }
-        static bool equal(const type_key& k1, const type_key& k2) {
-            return (k1.off==k2.off && k1.file==k2.file && k1.m==k2.m);
-        }
-    };
+	namespace SymtabAPI {
+		typedef struct {
+			Dwarf_Off off;
+			bool file;
+			Module * m;
+		} type_key;
+		inline bool operator==(type_key const& k1, type_key const& k2) {
+			return k1.off==k2.off && k1.file==k2.file && k1.m==k2.m;
+		}
+	}
+	namespace concurrent {
+		template<>
+		struct hasher<SymtabAPI::type_key> {
+			size_t operator()(const SymtabAPI::type_key& k) const {
+				size_t seed = 0;
+				boost::hash_combine(seed, k.off);
+				boost::hash_combine(seed, k.file);
+				boost::hash_combine(seed, static_cast<void *>(k.m));
+				return seed;
+			}
+		};
+	}
 }
 
 namespace Dyninst {
@@ -92,41 +91,23 @@
             c(o.c), symtab_(o.symtab_)
             {
             }
+    virtual ~DwarfParseActions() = default;
     typedef std::vector<std::pair<Address, Address> > range_set_t;
     typedef boost::shared_ptr<std::vector<std::pair<Address, Address> > > range_set_ptr;
 private:
     struct Context {
-        FunctionBase *func;
-        boost::shared_ptr<Type> commonBlock;
-        boost::shared_ptr<Type> enumType;
-        boost::shared_ptr<Type> enclosure;
-        bool parseSibling;
-        bool parseChild;
-        Dwarf_Die offset;
-        Dwarf_Die specEntry;
-        Dwarf_Die abstractEntry;
-        unsigned int tag;
-        Address base;
-        range_set_ptr ranges;
-        Context() :
-            func(NULL), commonBlock(NULL),
-            enumType(NULL), enclosure(NULL),
-            parseSibling(true), parseChild(true),
-            tag(0), base(0) {
-        };
-        Context(const Context& o) :
-                func(o.func),
-                commonBlock(o.commonBlock),
-                enumType(o.enumType),
-                enclosure(o.enclosure),
-                parseSibling(o.parseSibling),
-                parseChild(o.parseChild),
-                specEntry(o.specEntry),
-                abstractEntry(o.specEntry),
-                offset(o.offset),
-                tag(o.tag),
-                base(o.base)
-        {}
+        FunctionBase *func{};
+        boost::shared_ptr<Type> commonBlock{};
+        boost::shared_ptr<Type> enumType{};
+        boost::shared_ptr<Type> enclosure{};
+        bool parseSibling{true};
+        bool parseChild{true};
+        Dwarf_Die offset{};
+        Dwarf_Die specEntry{};
+        Dwarf_Die abstractEntry{};
+        unsigned int tag{};
+        Address base{};
+        range_set_ptr ranges{};
     };
 
     std::stack<Context> c;
@@ -193,7 +174,7 @@
         return symtab()->getArchitecture();
     }
     virtual Offset convertDebugOffset(Offset from);
-    virtual void setFuncReturnType() {};
+    virtual void setFuncReturnType() {}
     virtual Symbol* findSymbolByName(std::string name, Symbol::SymbolType type)
     {
         std::vector<Symbol *> syms;
@@ -212,6 +193,10 @@
     Symtab *symtab_;
     virtual Object * obj() const ;
 
+    // Function object of current subprogram being parsed; used to detect
+    // parseSubprogram recursion
+    FunctionBase *currentSubprogramFunction = nullptr;
+
 }; // class DwarfParseActions 
 
 struct ContextGuard {
@@ -231,7 +216,9 @@
 
     } Error;
 
-    DwarfWalker(Symtab *symtab, Dwarf* dbg);
+    using ParsedFuncs = Dyninst::dyn_c_hash_map<FunctionBase *, bool>;
+
+    DwarfWalker(Symtab *symtab, Dwarf* dbg, std::shared_ptr<ParsedFuncs> pf = nullptr);
 
     DwarfWalker(const DwarfWalker& o) :
             DwarfParseActions(o),
@@ -252,7 +239,12 @@
             compile_offset(o.compile_offset),
             info_type_ids_(o.info_type_ids_),
             types_type_ids_(o.types_type_ids_),
-            sig8_type_ids_(o.sig8_type_ids_) {}
+            sig8_type_ids_(o.sig8_type_ids_)
+            {
+                if (!parsedFuncs)  {
+                    parsedFuncs = std::make_shared<ParsedFuncs>();
+                }
+            }
 
     virtual ~DwarfWalker();
 
@@ -277,6 +269,8 @@
 
     bool parseSubprogram(inline_t func_type);
     bool parseLexicalBlock();
+    bool parseTryBlock();
+    bool parseCatchBlock();
     bool parseRangeTypes(Dwarf* dbg, Dwarf_Die die);
     bool parseCommonBlock();
     bool parseConstant();
@@ -343,13 +337,13 @@
             bool &hasLineNumber,
             std::string &filename);
 public:
-    static bool findDieName(Dwarf_Die die, std::string &);
+    static std::string die_name(Dwarf_Die die);
 private:
-    bool findName(std::string &);
+    std::string die_name();
     void removeFortranUnderscore(std::string &);
     bool findSize(unsigned &size);
     bool findVisibility(visibility_t &visibility);
-    bool findValue(long &value, bool &valid);
+    boost::optional<long> findConstValue();
     bool fixName(std::string &name, boost::shared_ptr<Type> type);
     bool fixBitFields(std::vector<VariableLocation> &locs, long &size);
 
@@ -398,8 +392,8 @@
             Dwarf_Sword listLength);
 
 
-    // Header-only functions get multiple parsed.
-    std::set<FunctionBase *> parsedFuncs;
+    // Map of Function* to bool (indicates function parsed)
+    std::shared_ptr<ParsedFuncs> parsedFuncs;
 private:
     std::string name_;
     bool is_mangled_name_;
@@ -470,7 +464,7 @@
 
 }; // class DwarfWalker
 
-}; // namespace SymtabAPI 
-}; // namespace Dyninst 
+} // namespace SymtabAPI 
+} // namespace Dyninst 
 
 #endif

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/emitElf.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/emitElf.C Changed

@@ -342,7 +342,7 @@
             else {
                 if (vers) {
                     // There should only be one version string by this time
-                    //If the verison name already exists then add the same version number to the version symbol table
+                    //If the version name already exists then add the same version number to the version symbol table
                     //Else give a new number and add it to the mapping.
                     if (versionNames.find((*vers)0) == versionNames.end()) {
                         mpos += sprintf(mpos, "  new version name: %s\n", (*vers)0.c_str());
@@ -351,7 +351,7 @@
 
                     if (verneedEntries.find(fileName) != verneedEntries.end()) {
                         if (verneedEntriesfileName.find((*vers)0) != verneedEntriesfileName.end()) {
-                            mpos += sprintf(mpos, "  vernum: %d\n", verneedEntriesfileName(*vers)0);
+                            mpos += sprintf(mpos, "  vernum: %u\n", verneedEntriesfileName(*vers)0);
                             versionSymTable.push_back((unsigned short) verneedEntriesfileName(*vers)0);
                         }
                         else {
@@ -432,19 +432,19 @@
     rewrite_printf("::driver for emitElf\n");
 
     string strtmpl = fName + "XXXXXX";
-    char bufstrtmpl.length() + 1;
-    strncpy(buf, strtmpl.c_str(), strtmpl.length() + 1);
+    auto buf = std::unique_ptr<char>(new charstrtmpl.length() + 1);
+    strncpy(buf.get(), strtmpl.c_str(), strtmpl.length() + 1);
 
-    newfd = mkstemp(buf);
+    newfd = mkstemp(buf.get());
 
     if (newfd == -1) {
         log_elferror(err_func_, "error opening file to write symbols");
         return false;
     }
-    strtmpl = buf;
+    strtmpl = buf.get();
 
     fchmod(newfd, S_IRUSR | S_IWUSR | S_IXUSR | S_IRGRP | S_IXGRP);
-    rewrite_printf("Emitting to temporary file %s\n", buf);
+    rewrite_printf("Emitting to temporary file %s\n", buf.get());
 
 #if 0
     //open ELF File for writing
@@ -694,7 +694,7 @@
         }
         // Change offsets of sections based on the newly added sections
         if (movePHdrsFirst) {
-            /* This special case is specific to FreeBSD but there is no hurt in
+            /* This special case is specific to FreeBSD but there is no harm in
              * handling it on other platforms.
              *
              * This is necessary because the INTERP header must be located within in
@@ -749,8 +749,8 @@
             dataLinkInfostring(name) = std::make_pair(shdr->sh_link, shdr->sh_info);
 
         rewrite_printf("section %s addr = %lx off = %lx size = %lx\n",
-                       name, newshdr->sh_addr, newshdr->sh_offset, newshdr->sh_size);
-        rewrite_printf(" %02d Link(%d) Info(%d) change(%d)\n",
+                       name, (long unsigned int)newshdr->sh_addr, (long unsigned int)newshdr->sh_offset, (long unsigned int)newshdr->sh_size);
+        rewrite_printf(" %02u Link(%u) Info(%u) change(%u)\n",
                 sectionNumber, secLinkMappingsectionNumber, secInfoMappingsectionNumber,
                 changeMappingsectionNumber);
 
@@ -1088,7 +1088,7 @@
     {
         memcpy(newPhdr, &segmentsi, oldEhdr->e_phentsize);
         rewrite_printf("Updated program header: type %u (%s), offset 0x%lx, addr 0x%lx\n",
-                newPhdr->p_type, phdrTypeStr(newPhdr->p_type).c_str(), newPhdr->p_offset, newPhdr->p_vaddr);
+                newPhdr->p_type, phdrTypeStr(newPhdr->p_type).c_str(), (long unsigned int)newPhdr->p_offset, (long unsigned int)newPhdr->p_vaddr);
         ++newPhdr;
     }
 
@@ -1105,7 +1105,7 @@
         return;
 
     //We made a new section to contain the program headers--keeps
-    // libelf from overwriting the program headers data when outputing
+    // libelf from overwriting the program headers data when outputting
     // sections.  Fill in the new section's data with what we just wrote.
     Elf_Data *data = elf_newdata(phdrs_scn);
     size_t total_size = (size_t) newEhdr->e_phnum * (size_t) newEhdr->e_phentsize;
@@ -1135,7 +1135,7 @@
 template<class ElfTypes>
 void emitElf<ElfTypes>::updateDynamic(unsigned tag, Elf_Addr val) {
     if (isStaticBinary) return;
-    // This is for REL/RELA if it doesnt already exist in the original binary;
+    // This is for REL/RELA if it doesn't already exist in the original binary;
     if(dynamicSecData.find(tag) != dynamicSecData.end())
         dynamicSecDatatag0->d_tag = tag;
     else return;
@@ -1277,7 +1277,7 @@
         } else if (!firstNewLoadSec || !newSecsi->getDiskOffset()) {
             newshdr->sh_offset = shdr->sh_offset + shdr->sh_size;
         } else {
-            // The offset can be computed by determing the difference from
+            // The offset can be computed by determining the difference from
             // the first new loadable section
             newshdr->sh_offset = firstNewLoadSec->sh_offset + library_adjust +
                                  (newSecsi->getDiskOffset() - firstNewLoadSec->sh_addr);
@@ -1441,8 +1441,8 @@
         currEndAddress = newshdr->sh_addr + newshdr->sh_size;
 
         rewrite_printf("new section %s addr = %lx off = %lx size = %lx\n",
-                       newSecsi->getRegionName().c_str(), newshdr->sh_addr, newshdr->sh_offset,
-                       newshdr->sh_size);
+                       newSecsi->getRegionName().c_str(), (long unsigned int)newshdr->sh_addr, (long unsigned int)newshdr->sh_offset,
+                       (long unsigned int)newshdr->sh_size);
 
         newdata->d_version = 1;
         if (newshdr->sh_addralign < newdata->d_align) {
@@ -1632,7 +1632,7 @@
 
 /* Regenerates the .symtab, .strtab sections from the symbols
  * Add new .dynsym, .dynstr sections for the newly added dynamic symbols
- * Method - For every symbol call createElfSymbol to get a Elf_Sym corresposnding
+ * Method - For every symbol call createElfSymbol to get a Elf_Sym corresponding
  *          to a Symbol object. Accumulate all and their names to form the sections
  *          and add them to the list of new sections
  */
@@ -1676,11 +1676,11 @@
 
     //Initialize the list of new prereq libraries
     set<string> &plibs = obj->getObject()->prereq_libs;
-    for (auto i = plibs.begin(); i != plibs.end(); i++) {
-        addDTNeeded(*i);
+    for (auto plib : plibs) {
+        addDTNeeded(plib);
     }
     new_dynamic_entries = obj->getObject()->new_dynamic_entries;
-    Object *object = obj->getObject();
+    Object *object_ = obj->getObject();
     // recreate a "dummy symbol"
     Elf_Sym *sym = new Elf_Sym();
     symbolStrs.push_back("");
@@ -1718,7 +1718,7 @@
                         + errMsg;
 		Symtab::setSymtabError(Emit_Error);
                 symtab_log_perror(linkStaticError.c_str());
-		fprintf(stderr, "##### %s\n", linkStaticError.c_str());
+                fprintf(stderr, "##### %s\n", linkStaticError.c_str());
                 return false;
             }
 
@@ -1755,7 +1755,7 @@
         }
     }
 
-    // sort allSymbols in a way that every symmbol with index -1 are in order of offset 
+    // sort allSymbols in a way that every symbol with index -1 are in order of offset
     std::sort(allDynSymbols.begin(), allDynSymbols.end(), sortByOffsetNewIndices());
 
     int max_index = -1;
@@ -1833,9 +1833,9 @@
     }
 
     if (!isStripped) {
-        Region *sec;
-        if (obj->findRegion(sec, ".symtab"))
-            sec->setPtrToRawData(syms, symbols.size() * sizeof(Elf_Sym));
+        Region *section;
+        if (obj->findRegion(section, ".symtab"))
+            section->setPtrToRawData(syms, symbols.size() * sizeof(Elf_Sym));
         else
             obj->addRegion(0, syms, symbols.size() * sizeof(Elf_Sym), ".symtab", Region::RT_SYMTAB);
     }
@@ -1844,9 +1844,9 @@
 
     //reconstruct .strtab section
     if (!isStripped) {
-        Region *sec;
-        if (obj->findRegion(sec, ".strtab"))
-            sec->setPtrToRawData(str, symbolNamesLength);
+        Region *section;
+        if (obj->findRegion(section, ".strtab"))
+            section->setPtrToRawData(str, symbolNamesLength);
         else
             obj->addRegion(0, str, symbolNamesLength, ".strtab", Region::RT_STRTAB);
     }
@@ -1895,11 +1895,11 @@
             // Need to ensure that DT_REL and related fields added to .dynamic
             // The values of these fields will be set
 /*
-        if( !object->hasReldyn() && !object->hasReladyn() ) {
-            if( object->getRelType() == Region::RT_REL ) {
+        if( !object_->hasReldyn() && !object_->hasReladyn() ) {
+            if( object_->getRelType() == Region::RT_REL ) {
                 new_dynamic_entries.push_back(make_pair(DT_REL,0));
                 new_dynamic_entries.push_back(make_pair(DT_RELSZ,0));
-            }else if( object->getRelType() == Region::RT_RELA ) {
+            }else if( object_->getRelType() == Region::RT_RELA ) {
                 new_dynamic_entries.push_back(make_pair(DT_RELA,0));
                 new_dynamic_entries.push_back(make_pair(DT_RELASZ,0));
             }else{
@@ -1964,22 +1964,22 @@
 
         //Always create a dyn section, it may get our new relocations.
         //If both exist, then just try to maintain order.
-        bool has_plt = object->hasRelaplt() || object->hasRelplt();
-        bool has_dyn = object->hasReladyn() || object->hasReldyn();
+        bool has_plt = object_->hasRelaplt() || object_->hasRelplt();
+        bool has_dyn = object_->hasReladyn() || object_->hasReldyn();
         if (!has_plt) {
-            createRelocationSections(object->getDynRelocs(), true, dynSymNameMapping);
+            createRelocationSections(object_->getDynRelocs(), true, dynSymNameMapping);
         }
         else if (!has_dyn) {
-            createRelocationSections(object->getPLTRelocs(), false, dynSymNameMapping);
-            createRelocationSections(object->getDynRelocs(), true, dynSymNameMapping);
+            createRelocationSections(object_->getPLTRelocs(), false, dynSymNameMapping);
+            createRelocationSections(object_->getDynRelocs(), true, dynSymNameMapping);
         }
-        else if (object->getRelPLTAddr() < object->getRelDynAddr()) {
-            createRelocationSections(object->getPLTRelocs(), false, dynSymNameMapping);
-            createRelocationSections(object->getDynRelocs(), true, dynSymNameMapping);
+        else if (object_->getRelPLTAddr() < object_->getRelDynAddr()) {
+            createRelocationSections(object_->getPLTRelocs(), false, dynSymNameMapping);
+            createRelocationSections(object_->getDynRelocs(), true, dynSymNameMapping);
         }
         else {
-            createRelocationSections(object->getDynRelocs(), true, dynSymNameMapping);
-            createRelocationSections(object->getPLTRelocs(), false, dynSymNameMapping);
+            createRelocationSections(object_->getDynRelocs(), true, dynSymNameMapping);
+            createRelocationSections(object_->getPLTRelocs(), false, dynSymNameMapping);
         }
 
         //add .dynamic section
@@ -1990,6 +1990,32 @@
     if (!obj->getAllNewRegions(newSecs))
         log_elferror(err_func_, "No new sections to add");
 
+    unsigned int prev_size = 0;
+    unsigned long sec_addr = 0;
+    for (unsigned long nsi = 0; nsi < newSecs.size(); nsi++) {
+	// Update the _DYNAMIC symbol; described in the elf standard as:
+	//  The program header table will have an element of type PT_DYNAMIC.
+	//  This "segment" contains the .dynamic section. A special symbol,
+	//  _DYNAMIC, labels the section
+	if (newSecsnsi->getDiskOffset())
+	  sec_addr = newSecsnsi->getDiskOffset() + library_adjust;
+	else
+	  sec_addr += prev_size;
+	prev_size = newSecsnsi->getDiskSize();
+	if (".dynamic" == newSecsnsi->getRegionName()) {
+	    // Found the .dynamic section
+	    for (unsigned long symi = 0; symi < symbolStrs.size(); symi++)
+	      if ("_DYNAMIC" == symbolStrssymi) {
+		  // Found the _DYNAMIC symbol
+		  rewrite_printf("update _DYNAMIC symbol from %#lx to %#lx\n",
+				 (unsigned long) symssymi.st_value, (unsigned long) sec_addr);
+		  symssymi.st_value = sec_addr;
+		  break;
+	      }
+	    break;
+	}
+    }
+
     return true;
 }
 
@@ -2031,9 +2057,9 @@
             unsigned long sym_offset = 0;
             std::string sym_name = relocation_tablei.name();
             if (!sym_name.empty()) {
-                std::unordered_map<string, unsigned long>::iterator j = dynSymNameMapping.find(sym_name);
-                if (j != dynSymNameMapping.end())
-                    sym_offset = j->second;
+                std::unordered_map<string, unsigned long>::iterator it = dynSymNameMapping.find(sym_name);
+                if (it != dynSymNameMapping.end())
+                    sym_offset = it->second;
                 else {
                     Symbol *sym = relocation_tablei.getDynSym();
                     if (sym)
@@ -2055,16 +2081,16 @@
             unsigned long sym_offset = 0;
             std::string sym_name = relocation_tablei.name();
             if (!sym_name.empty()) {
-                std::unordered_map<string, unsigned long>::iterator j = dynSymNameMapping.find(sym_name);
-                if (j != dynSymNameMapping.end()) {
-                    sym_offset = j->second;
+                std::unordered_map<string, unsigned long>::iterator it = dynSymNameMapping.find(sym_name);
+                if (it != dynSymNameMapping.end()) {
+                    sym_offset = it->second;
                 }
                 else {
                     Symbol *sym = relocation_tablei.getDynSym();
                     if (sym) {
-                        j = dynSymNameMapping.find(sym->getMangledName());
-                        if (j != dynSymNameMapping.end())
-                            sym_offset = j->second;
+                        it = dynSymNameMapping.find(sym->getMangledName());
+                        if (it != dynSymNameMapping.end())
+                            sym_offset = it->second;
                     }
                 }
             }
@@ -2354,10 +2380,10 @@
 }
 
 template<class ElfTypes>
-void emitElf<ElfTypes>::createDynamicSection(void *dynData, unsigned size, Elf_Dyn *&dynsecData, unsigned &dynsecSize,
+void emitElf<ElfTypes>::createDynamicSection(void *dynData_, unsigned size, Elf_Dyn *&dynsecData, unsigned &dynsecSize,
                                                unsigned &dynSymbolNamesLength, std::vector<std::string> &dynStrs) {
     dynamicSecData.clear();
-    Elf_Dyn *dyns = (Elf_Dyn *) dynData;
+    Elf_Dyn *dyns = (Elf_Dyn *) dynData_;
     unsigned count = size / sizeof(Elf_Dyn);
     vector<string> &libs_rmd = object->libsRMd();
     dynsecSize = 2 * (count + DT_NEEDEDEntries.size() + new_dynamic_entries.size());

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/emitElf.h -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/emitElf.h Changed

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/emitElfStatic-ppc64.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/emitElfStatic-ppc64.C Changed

@@ -65,7 +65,7 @@
 static const Offset GOT_RESERVED_SLOTS = 0;
 
 unsigned int setBits(unsigned int target, unsigned int pos, unsigned int len, unsigned int value) {
-  rewrite_printf("setBits target 0x%lx value 0x%lx pos %d len %d \n", target, value, pos, len);
+  rewrite_printf("setBits target 0x%lx value 0x%lx pos %u len %u \n", (unsigned long)target, (unsigned long)value, pos, len);
 // There are three parts of the target - 0:pos, pos:len, len:32 
 // We want to create a mask with 0:pos and len:32 set to 1
 
@@ -83,10 +83,10 @@
 */
     unsigned int mask;
     mask = ((1 << len) - 1) << pos;
-    rewrite_printf(" mask 0x%lx value 0x%lx \n", mask, value);
+    rewrite_printf(" mask 0x%lx value 0x%lx \n", (unsigned long)mask, (unsigned long)value);
     value = value & mask;
     target = target | value;
-    rewrite_printf( "setBits target 0x%lx value 0x%lx pos %d len %d \n", target, value, pos, len);
+    rewrite_printf( "setBits target 0x%lx value 0x%lx pos %u len %u \n", (unsigned long)target, (unsigned long)value, pos, len);
 
     return target;
 }
@@ -170,7 +170,7 @@
 	// TODO: if multiple TOCs are needed
 	newTOCoffset = curTOCoffset;
 
-	rewrite_printf(" archSpecificRelocation %s\ndynsym %s, reloc offset 0x%lx\n new TOC 0x%lx, cur TOC 0x%x\n dest 0x%lx \n", 
+	rewrite_printf(" archSpecificRelocation %s\ndynsym %s, reloc offset 0x%lx\n new TOC 0x%lx, cur TOC 0x%lx\n dest 0x%lx \n", 
 		       rel.name().c_str(), 
 		       dynsym->getMangledName().c_str(), relOffset,
 		       newTOCoffset, curTOCoffset, dest);
@@ -214,7 +214,7 @@
        
         Offset symbolOffset = rel.getDynSym()->getOffset();
 
-        Elf64_Word addend;
+        Elf64_Word addend = 0;
         if( rel.regionType() == Region::RT_REL ) {
             memcpy(&addend, &targetDatadest, sizeof(Elf64_Word));
         }else if( rel.regionType() == Region::RT_RELA ) {
@@ -253,7 +253,7 @@
 	if (rel.name() == ".TOC.")
 	  symbolOffset = newTOCoffset;
 
-        rewrite_printf("\trelocation for '%s': TYPE = %s(%lu) S = %lx A = %lx P = %lx Total 0x%lx \n",
+        rewrite_printf("\trelocation for '%s': TYPE = %s(%lu) S = %lx A = %x P = %lx Total 0x%lx \n",
                 rel.name().c_str(), 
                 relocationEntry::relType2Str(rel.getRelType(), addressWidth_),
                 rel.getRelType(), symbolOffset, addend, relOffset, symbolOffset+addend);
@@ -365,7 +365,7 @@
 	  assert(0);
 	}
         rewrite_printf("\tbefore: relocation = 0x%lx @ 0x%lx target data %lx %lx %lx %lx %lx %lx \n", 
-	relocation, relOffset,targetDatadest-2,  targetDatadest-1, targetDatadest, targetDatadest+1,  targetDatadest+2,  targetDatadest+3);
+	(unsigned long)relocation, relOffset,targetDatadest-2,  targetDatadest-1, targetDatadest, targetDatadest+1,  targetDatadest+2,  targetDatadest+3);
 
 	if (relocation_length == 64) {
 		char *td = (targetData + dest - (dest%8));
@@ -378,7 +378,7 @@
         	memcpy(td, &target, sizeof(Elf64_Word));
 	}
 
-        rewrite_printf("\tafter: relocation = 0x%lx @ 0x%lx target data %lx %lx %lx %lx %lx %lx \n", relocation, relOffset,targetDatadest-2,  targetDatadest-1, targetDatadest, targetDatadest+1,  targetDatadest+2,  targetDatadest+3);
+        rewrite_printf("\tafter: relocation = 0x%lx @ 0x%lx target data %lx %lx %lx %lx %lx %lx \n", (unsigned long)relocation, relOffset,targetDatadest-2,  targetDatadest-1, targetDatadest, targetDatadest+1,  targetDatadest+2,  targetDatadest+3);
 
 /*
     if (branch_pred >= 0) {
@@ -523,7 +523,7 @@
        
         Offset symbolOffset = rel.getDynSym()->getOffset();
 
-        Elf32_Word addend;
+        Elf32_Word addend = 0;
         if( rel.regionType() == Region::RT_REL ) {
             memcpy(&addend, &targetDatadest, sizeof(Elf32_Word));
         }else if( rel.regionType() == Region::RT_RELA ) {
@@ -534,7 +534,7 @@
 		return false;
 	}
 
-        rewrite_printf("relocation for '%s': TYPE = %s(%lu) S = %lx A = %lx P = %lx\n",
+        rewrite_printf("relocation for '%s': TYPE = %s(%lu) S = %lx A = %x P = %lx\n",
                 rel.name().c_str(), 
                 relocationEntry::relType2Str(rel.getRelType(), addressWidth_),
                 rel.getRelType(), symbolOffset, addend, relOffset);
@@ -870,7 +870,7 @@
 
     // According to the ELF abi, entries 0, 1, 2 are reserved in a GOT on x86
     if( lmap.gotSymbolTable.size() > 0 ) {
-       rewrite_printf("Determining new GOT size: %d symtab entries, %d reserved slots, %d slot size\n",
+       rewrite_printf("Determining new GOT size: %lu symtab entries, %lu reserved slots, %u slot size\n",
                       lmap.gotSymbolTable.size(), GOT_RESERVED_SLOTS, slotSize);
         size = (lmap.gotSymbolTable.size()+GOT_RESERVED_SLOTS)*slotSize;
     }
@@ -941,11 +941,11 @@
     memset(&targetDatalmap.gotRegionOffset, 0, GOT_RESERVED_SLOTS*slotSize);
     curOffset += GOT_RESERVED_SLOTS*slotSize;
 
-    rewrite_printf("Copied GOT_RESERVED_SLOTS %d, curOffset 0x%lx\n",
+    rewrite_printf("Copied GOT_RESERVED_SLOTS %lu, curOffset 0x%lx\n",
 		   GOT_RESERVED_SLOTS, curOffset);
 
     vector<pair<Symbol *, Offset> >::iterator sym_it;
-    rewrite_printf("Copying in %d symbol table entries\n", lmap.gotSymbolTable.size());
+    rewrite_printf("Copying in %lu symbol table entries\n", lmap.gotSymbolTable.size());
 
     for(sym_it = lmap.gotSymbolTable.begin(); sym_it != lmap.gotSymbolTable.end(); ++sym_it) {
         Offset value = sym_it->first->getOffset()+sym_it->second;
@@ -1136,7 +1136,7 @@
   // reachable distance. TODO: calculate this from the original GOT and TOC value.
   Address deltaTOC = newTOC - oldTOC;
 
-  rewrite_printf("Set TOC to 0x%lx = 0x%lx + 0x%lx + 0x%lx; old 0x%lx\n", newTOC, GOTbase, 0x8000, globalOffset, oldTOC);
+  rewrite_printf("Set TOC to 0x%lx = 0x%lx + 0x%lx + 0x%lx; old 0x%lx\n", newTOC, GOTbase, 0x8000UL, globalOffset, oldTOC);
 
   // We're doing this _before_ the emitElf64::driver call, so we can make changes
   // to original sections. That's good, because we need to update the OPD section
@@ -1183,7 +1183,7 @@
 
   for (deque<Region *>::iterator reg_iter = lmap.codeRegions.begin(); reg_iter != lmap.codeRegions.end(); ++reg_iter) {
     vector<relocationEntry> region_rels = (*reg_iter)->getRelocations();
-    rewrite_printf("\t For region %s in %s, %d relocations, %d unique symbols so far\n",
+    rewrite_printf("\t For region %s in %s, %lu relocations, %lu unique symbols so far\n",
 		   (*reg_iter)->getRegionName().c_str(), 
 		   (*reg_iter)->symtab()->name().c_str(),
 		   region_rels.size(), 
@@ -1250,7 +1250,7 @@
     // A branch or other non-call/noop
     return false;
   }
-  if (!post != 0x60000000) {
+  if (post != 0x60000000) {
     // No noop for us to restore the TOC
     return false;
   }
@@ -1259,10 +1259,10 @@
   Offset branchOffset = stubOffset - relOffset;
   rewrite_printf("Handling TOC set stub, using stub offset 0x%lx, curr addr 0x%lx so branch is 0x%lx \n", 
 		 stubOffset, relOffset, branchOffset);
-  rewrite_printf("\t Raw original call is 0x%lx...", call);
+  rewrite_printf("\t Raw original call is 0x%x...", call);
   // 6 bits in, 24 bits long
   call = setBits(call, 6, 24, (unsigned) (branchOffset));
-  rewrite_printf("and patched 0x%lx\n", call);
+  rewrite_printf("and patched 0x%x\n", call);
   
   // And set the TOC restore
   // Post better be a noop. Assert for now, return false after devel is done.

_service:tar_scm:dyninst-11.0.1.tar.gz/symtabAPI/src/emitElfStatic-x86.C -> _service:tar_scm:dyninst-12.2.1.tar.gz/symtabAPI/src/emitElfStatic-x86.C Changed

@@ -157,7 +157,7 @@
             return false;
         }
 
-        rewrite_printf("relocation for '%s': TYPE = %s(%lu) S = %lx A = %lx P = %lx\n",
+        rewrite_printf("relocation for '%s': TYPE = %s(%lu) S = %lx A = %x P = %lx\n",
                 rel.name().c_str(), 
                 relocationEntry::relType2Str(rel.getRelType(), addressWidth_),
                 rel.getRelType(), symbolOffset, addend, relOffset);
@@ -257,7 +257,7 @@
             return false;
         }
 
-        rewrite_printf("relocation for '%s': TYPE = %s(%lu) S = %llx A = %llx P = %llx Z = %lx\n",
+        rewrite_printf("relocation for '%s': TYPE = %s(%lu) S = %lx A = %lx P = %lx Z = %x\n",
                 rel.name().c_str(), 
                 relocationEntry::relType2Str(rel.getRelType(), addressWidth_),
                 rel.getRelType(),
@@ -361,7 +361,7 @@
                 return false;
         }
 
-        rewrite_printf("relocation = 0x%llx @ 0x%llx\n", relocation, relOffset);
+        rewrite_printf("relocation = 0x%lx @ 0x%lx\n", relocation, relOffset);
 
         memcpy(&targetDatadest, &relocation, fieldSize);
     }else{
@@ -422,7 +422,7 @@
 }
 
 char emitElfStatic::getPaddingValue(Region::RegionType rtype) {
-    const char X86_NOP = 0x90;
+    const char X86_NOP = (char)0x90;
 
     char retChar = 0;
     if( rtype == Region::RT_TEXT || rtype == Region::RT_TEXTDATA ) {

_service:tar_scm:dyninst-11.0.1.tar.gz/syscalls/README -> _service:tar_scm:dyninst-12.2.1.tar.gz/syscalls/README Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/cmake/LibXml2.cmake Deleted

@@ -1,102 +0,0 @@
-#========================================================================================================
-# LibXml2.cmake
-#
-# Configure LibXml2 for Dyninst
-#
-#   ----------------------------------------
-#
-# Accepts the following CMake variables
-#
-# LibXml2_ROOT_DIR            - Hint directory that contains the LibXml2 installation
-# LibXml2_INCLUDEDIR          - Hint directory that contains the LibXml2 headers files
-#
-# Exports the following CMake cache variables
-#
-# LibXml2_ROOT_DIR            - Computed base directory the of LibXml2 installation
-# LibXml2_INCLUDE_DIRS        - LibXml2 include directories
-# LibXml2_LIBRARY_DIRS        - Link directories for LibXml2 libraries
-# LibXml2_DEFINITIONS         - Compile switches required for using LibXml2
-# LibXml2_LIBRARIES           - LibXml2 library files
-#
-# NOTE:
-# The exported LibXml2_ROOT_DIR can be different from the value provided by the user in the case that
-# it is determined to build LibXml2 from source. In such a case, LibXml2_ROOT_DIR will contain the
-# directory of the from-source installation.
-#
-#========================================================================================================
-
-if(LIBXML2_FOUND)
-  return()
-endif()
-
-# -------------- PATHS --------------------------------------------------------
-
-# Base directory the of LibXml2 installation
-set(LibXml2_ROOT_DIR "/usr"
-    CACHE PATH "Base directory the of LibXml2 installation")
-    
-# Hint directory that contains the LibXml2 header files
-set(LibXml2_INCLUDEDIR "${LibXml2_ROOT_DIR}/include"
-    CACHE PATH "Hint directory that contains the LibXml2 header files")
-
-# -------------- PACKAGES -----------------------------------------------------
-
-find_package(LibXml2)
-
-# -------------- SOURCE BUILD -------------------------------------------------
-if(LIBXML2_FOUND)
-  set(_lx_root ${LibXml2_ROOT_DIR})
-  set(_lx_inc_dir ${LIBXML2_INCLUDE_DIR})
-  set(_lx_lib_dirs ${LIBXML2_LIBRARY})
-  set(_lx_libs ${LIBXML2_LIBRARIES})
-  add_library(LibXml2 SHARED IMPORTED)
-elseif(NOT LIBXML2_FOUND AND STERILE_BUILD)
-  message(FATAL_ERROR "LibXml2 not found and cannot be downloaded because build is sterile.")
-else()
-  message(STATUS "${LibXml2_ERROR_REASON}")
-  message(STATUS "Attempting to build LibXml2 as external project")
-  
-  if(NOT UNIX)
-    message(FATAL_ERROR "Building LibXml2 from source is not supported on this platform")
-  endif()
-
-  include(ExternalProject)
-  ExternalProject_Add(
-    LibXml2
-    PREFIX ${CMAKE_BINARY_DIR}/LibXml2
-    URL ftp://xmlsoft.org/libxml2/libxml2-2.9.9.tar.gz
-    URL_MD5 c04a5a0a042eaa157e8e8c9eabe76bd6
-    BUILD_IN_SOURCE 1
-    CONFIGURE_COMMAND
-      CC=${CMAKE_C_COMPILER} CXX=${CMAKE_CXX_COMPILER}
-      <SOURCE_DIR>/configure
-      	--prefix=${CMAKE_INSTALL_PREFIX} --disable-static --with-pic --without-python
-    BUILD_COMMAND make
-    INSTALL_DIR ${CMAKE_INSTALL_PREFIX}
-    INSTALL_COMMAND make install
-  )
-
-  set(_lx_root ${CMAKE_INSTALL_PREFIX})
-  set(_lx_inc_dir ${_lx_root}/include/libxml2)
-  set(_lx_lib_dirs ${_lx_root}/lib)
-  set(_lx_libs ${_lx_lib_dirs}/libxml2.so)
-endif()
-  
-# -------------- EXPORT VARIABLES ---------------------------------------------
-
-set(LibXml2_ROOT_DIR ${_lx_root}
-    CACHE PATH "Base directory the of LibXml2 installation"
-    FORCE)
-set(LibXml2_INCLUDE_DIRS ${_lx_inc_dir}
-    CACHE PATH "LibXml2 header directory"
-    FORCE)
-set(LibXml2_LIBRARY_DIRS ${_lx_lib_dirs}
-    CACHE PATH "LibXml2 library directory"
-    FORCE)
-set(LibXml2_LIBRARIES ${_lx_libs}
-    CACHE FILEPATH "LibXml2 library files"
-    FORCE)
-
-message(STATUS "LibXml2 library dirs: ${LibXml2_LIBRARY_DIRS}")
-message(STATUS "LibXml2 header dirs: ${LibXml2_INCLUDE_DIRS}")
-message(STATUS "LibXml2 libraries: ${LibXml2_LIBRARIES}")

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/.gitignore Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/cmake-mutatees.txt Deleted

@@ -1,16 +0,0 @@
-add_subdirectory (ppc32_linux/symtab/g++/32/dyn/none/none)
-add_subdirectory (ppc32_linux/dyninst/g++/32/dyn/none/none)
-add_subdirectory (ppc32_linux/proccontrol/g++/32/dyn/none/none)
-add_subdirectory (ppc32_linux/dyninst/g++/32/dyn/pic/none)
-add_subdirectory (ppc32_linux/symtab/g++/32/dyn/pic/none)
-add_subdirectory (ppc32_linux/dyninst/g++/32/stat/none/none)
-add_subdirectory (ppc32_linux/proccontrol/g++/32/stat/none/none)
-add_subdirectory (ppc32_linux/dyninst/g++/32/stat/pic/none)
-add_subdirectory (ppc32_linux/symtab/gcc/32/dyn/none/none)
-add_subdirectory (ppc32_linux/dyninst/gcc/32/dyn/none/none)
-add_subdirectory (ppc32_linux/proccontrol/gcc/32/dyn/none/none)
-add_subdirectory (ppc32_linux/dyninst/gcc/32/dyn/pic/none)
-add_subdirectory (ppc32_linux/symtab/gcc/32/dyn/pic/none)
-add_subdirectory (ppc32_linux/dyninst/gcc/32/stat/none/none)
-add_subdirectory (ppc32_linux/proccontrol/gcc/32/stat/none/none)
-add_subdirectory (ppc32_linux/dyninst/gcc/32/stat/pic/none)

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/cmake-mutators.txt Deleted

@@ -1,724 +0,0 @@
-
-# This file is automatically generated by the Dyninst testing system.
-# For more information, see core/testsuite/src/specification/cmake_mutators.py
-
-######################################################################
-# A list of all the mutators to be compiled
-######################################################################
-
-
-include_directories ("..src/proccontrol")
-set (proccontrol_MUTATORS
-	pc_launch
-	pc_thread_cont
-	pc_breakpoint
-	pc_library
-	pc_addlibrary
-	pc_singlestep
-	pc_thread
-	pc_groups
-	pc_stat
-	pc_fork
-	pc_fork_exec
-	pc_irpc
-	pc_detach
-	pc_temp_detach
-	pc_terminate
-	pc_terminate_stopped
-	pc_tls
-)
-
-set (proccontrol_OBJS_ALL_MUTATORS
-	pc_launch.o
-	pc_thread_cont.o
-	pc_breakpoint.o
-	pc_library.o
-	pc_addlibrary.o
-	pc_singlestep.o
-	pc_thread.o
-	pc_groups.o
-	pc_stat.o
-	pc_fork.o
-	pc_fork_exec.o
-	pc_irpc.o
-	pc_detach.o
-	pc_temp_detach.o
-	pc_terminate.o
-	pc_terminate_stopped.o
-	pc_tls.o
-)
-
-
-include_directories ("..src/dyninst")
-set (dyninst_MUTATORS
-	test1_1
-	test1_2
-	test1_3
-	test1_4
-	test1_5
-	test1_6
-	test1_7
-	test1_8
-	test1_9
-	test1_10
-	test1_11
-	test1_12
-	test1_13
-	test1_14
-	test1_15
-	test1_16
-	test1_17
-	test1_18
-	test1_19
-	test1_20
-	test1_21
-	test1_22
-	test_reloc
-	snip_ref_shlib_var
-	snip_change_shlib_var
-	test_snip_remove
-	init_fini_callback
-	test1_23
-	test1_24
-	test1_25
-	test1_26
-	test1_27
-	test1_28
-	test1_29
-	test1_30
-	test1_31
-	test1_32
-	test1_33
-	test1_34
-	test1_36
-	test1_37
-	test1_38
-	test1_39
-	test1_40
-	test1_41
-	test_pt_ls
-	test2_1
-	test2_2
-	test2_3
-	test2_4
-	test2_5
-	test2_6
-	test2_7
-	test2_8
-	test2_12
-	test2_13
-	test2_14
-	test3_1
-	test3_2
-	test3_3
-	test3_4
-	test3_5
-	test3_6
-	test3_7
-	test4_1
-	test4_2
-	test4_3
-	test4_4
-	test5_1
-	test5_2
-	test5_3
-	test5_4
-	test5_5
-	test5_7
-	test5_8
-	test5_9
-	test_fork_5
-	test_fork_6
-	test_fork_7
-	test_fork_8
-	test_fork_9
-	test_fork_10
-	test_fork_11
-	test_fork_12
-	test_fork_13
-	test_fork_14
-	test_stack_1
-	test_stack_2
-	test_stack_3
-	test_stack_4
-	test_callback_1
-	test_callback_2
-	test_thread_1
-	test_thread_2
-	test_thread_3
-	test_thread_5
-	test_thread_6
-	test_thread_7
-	test_thread_8
-)
-
-set (dyninst_OBJS_ALL_MUTATORS
-	test1_1.o
-	test1_2.o
-	test1_3.o
-	test1_4.o
-	test1_5.o
-	test1_6.o
-	test1_7.o
-	test1_8.o
-	test1_9.o
-	test1_10.o
-	test1_11.o
-	test1_12.o
-	test1_13.o
-	test1_14.o
-	test1_15.o
-	test1_16.o
-	test1_17.o
-	test1_18.o
-	test1_19.o
-	test1_20.o
-	test1_21.o
-	test1_22.o
-	test_reloc.o
-	snip_ref_shlib_var.o
-	snip_change_shlib_var.o
-	test_snip_remove.o
-	init_fini_callback.o
-	test1_23.o
-	test1_24.o
-	test1_25.o
-	test1_26.o
-	test1_27.o
-	test1_28.o
-	test1_29.o
-	test1_30.o
-	test1_31.o
-	test1_32.o
-	test1_33.o
-	test1_34.o
-	test1_36.o
-	test1_37.o
-	test1_38.o
-	test1_39.o
-	test1_40.o
-	test1_41.o
-	test_pt_ls.o
-	test2_1.o
-	test2_2.o
-	test2_3.o
-	test2_4.o
-	test2_5.o
-	test2_6.o
-	test2_7.o
-	test2_8.o
-	test2_12.o
-	test2_13.o
-	test2_14.o
-	test3_1.o
-	test3_2.o
-	test3_3.o
-	test3_4.o
-	test3_5.o
-	test3_6.o
-	test3_7.o
-	test4_1.o
-	test4_2.o
-	test4_3.o
-	test4_4.o
-	test5_1.o
-	test5_2.o
-	test5_3.o
-	test5_4.o
-	test5_5.o
-	test5_7.o
-	test5_8.o
-	test5_9.o
-	test_fork_5.o
-	test_fork_6.o
-	test_fork_7.o
-	test_fork_8.o
-	test_fork_9.o
-	test_fork_10.o
-	test_fork_11.o
-	test_fork_12.o
-	test_fork_13.o
-	test_fork_14.o
-	test_stack_1.o
-	test_stack_2.o
-	test_stack_3.o
-	test_stack_4.o
-	test_callback_1.o
-	test_callback_2.o
-	test_thread_1.o
-	test_thread_2.o
-	test_thread_3.o
-	test_thread_5.o
-	test_thread_6.o
-	test_thread_7.o
-	test_thread_8.o
-)
-
-
-include_directories ("..src/instruction")
-set (instruction_MUTATORS
-	power_decode
-	aarch64_decode
-	aarch64_cft
-	aarch64_decode_ldst
-	aarch64_simd
-	power_cft
-)
-
-set (instruction_OBJS_ALL_MUTATORS
-	power_decode.o
-	aarch64_decode.o
-	aarch64_cft.o
-	aarch64_decode_ldst.o
-	aarch64_simd.o
-	power_cft.o
-)
-
-
-include_directories ("..src/symtab")
-set (symtab_MUTATORS
-	test_lookup_func
-	test_lookup_var
-	test_local_var_lookup
-	test_local_var_locations
-	test_add_symbols
-	test_line_info
-	test_module
-	test_relocations
-	test_type_info
-)
-
-set (symtab_OBJS_ALL_MUTATORS
-	test_lookup_func.o
-	test_lookup_var.o
-	test_local_var_lookup.o
-	test_local_var_locations.o
-	test_add_symbols.o
-	test_line_info.o
-	test_module.o
-	test_relocations.o
-	test_type_info.o
-)
-
-set (MUTATOR_NAME_LIST
-	aarch64_cft
-	aarch64_decode
-	aarch64_decode_ldst
-	aarch64_simd
-	init_fini_callback
-	pc_addlibrary
-	pc_breakpoint
-	pc_detach
-	pc_fork
-	pc_fork_exec
-	pc_groups
-	pc_irpc
-	pc_launch
-	pc_library
-	pc_singlestep
-	pc_stat
-	pc_temp_detach
-	pc_terminate
-	pc_terminate_stopped
-	pc_thread
-	pc_thread_cont
-	pc_tls
-	power_cft
-	power_decode
-	snip_change_shlib_var
-	snip_ref_shlib_var
-	test1_1
-	test1_10
-	test1_11
-	test1_12
-	test1_13
-	test1_14
-	test1_15
-	test1_16
-	test1_17
-	test1_18
-	test1_19
-	test1_2
-	test1_20
-	test1_21
-	test1_22
-	test1_23
-	test1_24
-	test1_25
-	test1_26
-	test1_27
-	test1_28
-	test1_29
-	test1_3
-	test1_30
-	test1_31
-	test1_32
-	test1_33
-	test1_34
-	test1_36
-	test1_37
-	test1_38
-	test1_39
-	test1_4
-	test1_40
-	test1_41
-	test1_5
-	test1_6
-	test1_7
-	test1_8
-	test1_9
-	test2_1
-	test2_12
-	test2_13
-	test2_14
-	test2_2
-	test2_3
-	test2_4
-	test2_5
-	test2_6
-	test2_7
-	test2_8
-	test3_1
-	test3_2
-	test3_3
-	test3_4
-	test3_5
-	test3_6
-	test3_7
-	test4_1
-	test4_2
-	test4_3
-	test4_4
-	test5_1
-	test5_2
-	test5_3
-	test5_4
-	test5_5
-	test5_7
-	test5_8
-	test5_9
-	test_add_symbols
-	test_callback_1
-	test_callback_2
-	test_fork_10
-	test_fork_11
-	test_fork_12
-	test_fork_13
-	test_fork_14
-	test_fork_5
-	test_fork_6
-	test_fork_7
-	test_fork_8
-	test_fork_9
-	test_line_info
-	test_local_var_locations
-	test_local_var_lookup
-	test_lookup_func
-	test_lookup_var
-	test_module
-	test_pt_ls
-	test_reloc
-	test_relocations
-	test_snip_remove
-	test_stack_1
-	test_stack_2
-	test_stack_3
-	test_stack_4
-	test_thread_1
-	test_thread_2
-	test_thread_3
-	test_thread_5
-	test_thread_6
-	test_thread_7
-	test_thread_8
-	test_type_info
-	)
-
-set (MUTATOR_MODULE_LIB_LIST
-	testinstruction
-	testinstruction
-	testinstruction
-	testinstruction
-	testdyninst
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testinstruction
-	testinstruction
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testsymtab
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testsymtab
-	testsymtab
-	testsymtab
-	testsymtab
-	testsymtab
-	testsymtab
-	testdyninst
-	testdyninst
-	testsymtab
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testsymtab
-	)
-
-set (SRC src)
-set (MUTATOR_SOURCE_LIST
-	${SRC}/instruction/aarch64_cft.C
-	${SRC}/instruction/aarch64_decode.C
-	${SRC}/instruction/aarch64_decode_ldst.C
-	${SRC}/instruction/aarch64_simd.C
-	${SRC}/dyninst/init_fini_callback.C
-	${SRC}/proccontrol/pc_addlibrary.C
-	${SRC}/proccontrol/pc_breakpoint.C
-	${SRC}/proccontrol/pc_detach.C
-	${SRC}/proccontrol/pc_fork.C
-	${SRC}/proccontrol/pc_fork_exec.C
-	${SRC}/proccontrol/pc_groups.C
-	${SRC}/proccontrol/pc_irpc.C
-	${SRC}/proccontrol/pc_launch.C
-	${SRC}/proccontrol/pc_library.C
-	${SRC}/proccontrol/pc_singlestep.C
-	${SRC}/proccontrol/pc_stat.C
-	${SRC}/proccontrol/pc_temp_detach.C
-	${SRC}/proccontrol/pc_terminate.C
-	${SRC}/proccontrol/pc_terminate_stopped.C
-	${SRC}/proccontrol/pc_thread.C
-	${SRC}/proccontrol/pc_thread_cont.C
-	${SRC}/proccontrol/pc_tls.C
-	${SRC}/instruction/power_cft.C
-	${SRC}/instruction/power_decode.C
-	${SRC}/dyninst/snip_change_shlib_var.C
-	${SRC}/dyninst/snip_ref_shlib_var.C
-	${SRC}/dyninst/test1_1.C
-	${SRC}/dyninst/test1_10.C
-	${SRC}/dyninst/test1_11.C
-	${SRC}/dyninst/test1_12.C
-	${SRC}/dyninst/test1_13.C
-	${SRC}/dyninst/test1_14.C
-	${SRC}/dyninst/test1_15.C
-	${SRC}/dyninst/test1_16.C
-	${SRC}/dyninst/test1_17.C
-	${SRC}/dyninst/test1_18.C
-	${SRC}/dyninst/test1_19.C
-	${SRC}/dyninst/test1_2.C
-	${SRC}/dyninst/test1_20.C
-	${SRC}/dyninst/test1_21.C
-	${SRC}/dyninst/test1_22.C
-	${SRC}/dyninst/test1_23.C
-	${SRC}/dyninst/test1_24.C
-	${SRC}/dyninst/test1_25.C
-	${SRC}/dyninst/test1_26.C
-	${SRC}/dyninst/test1_27.C
-	${SRC}/dyninst/test1_28.C
-	${SRC}/dyninst/test1_29.C
-	${SRC}/dyninst/test1_3.C
-	${SRC}/dyninst/test1_30.C
-	${SRC}/dyninst/test1_31.C
-	${SRC}/dyninst/test1_32.C
-	${SRC}/dyninst/test1_33.C
-	${SRC}/dyninst/test1_34.C
-	${SRC}/dyninst/test1_36.C
-	${SRC}/dyninst/test1_37.C
-	${SRC}/dyninst/test1_38.C
-	${SRC}/dyninst/test1_39.C
-	${SRC}/dyninst/test1_4.C
-	${SRC}/dyninst/test1_40.C
-	${SRC}/dyninst/test1_41.C
-	${SRC}/dyninst/test1_5.C
-	${SRC}/dyninst/test1_6.C
-	${SRC}/dyninst/test1_7.C
-	${SRC}/dyninst/test1_8.C
-	${SRC}/dyninst/test1_9.C
-	${SRC}/dyninst/test2_1.C
-	${SRC}/dyninst/test2_12.C
-	${SRC}/dyninst/test2_13.C
-	${SRC}/dyninst/test2_14.C
-	${SRC}/dyninst/test2_2.C
-	${SRC}/dyninst/test2_3.C
-	${SRC}/dyninst/test2_4.C
-	${SRC}/dyninst/test2_5.C
-	${SRC}/dyninst/test2_6.C
-	${SRC}/dyninst/test2_7.C
-	${SRC}/dyninst/test2_8.C
-	${SRC}/dyninst/test3_1.C
-	${SRC}/dyninst/test3_2.C
-	${SRC}/dyninst/test3_3.C
-	${SRC}/dyninst/test3_4.C
-	${SRC}/dyninst/test3_5.C
-	${SRC}/dyninst/test3_6.C
-	${SRC}/dyninst/test3_7.C
-	${SRC}/dyninst/test4_1.C
-	${SRC}/dyninst/test4_2.C
-	${SRC}/dyninst/test4_3.C
-	${SRC}/dyninst/test4_4.C
-	${SRC}/dyninst/test5_1.C
-	${SRC}/dyninst/test5_2.C
-	${SRC}/dyninst/test5_3.C
-	${SRC}/dyninst/test5_4.C
-	${SRC}/dyninst/test5_5.C
-	${SRC}/dyninst/test5_7.C
-	${SRC}/dyninst/test5_8.C
-	${SRC}/dyninst/test5_9.C
-	${SRC}/symtab/test_add_symbols.C
-	${SRC}/dyninst/test_callback_1.C
-	${SRC}/dyninst/test_callback_2.C
-	${SRC}/dyninst/test_fork_10.C
-	${SRC}/dyninst/test_fork_11.C
-	${SRC}/dyninst/test_fork_12.C
-	${SRC}/dyninst/test_fork_13.C
-	${SRC}/dyninst/test_fork_14.C
-	${SRC}/dyninst/test_fork_5.C
-	${SRC}/dyninst/test_fork_6.C
-	${SRC}/dyninst/test_fork_7.C
-	${SRC}/dyninst/test_fork_8.C
-	${SRC}/dyninst/test_fork_9.C
-	${SRC}/symtab/test_line_info.C
-	${SRC}/symtab/test_local_var_locations.C
-	${SRC}/symtab/test_local_var_lookup.C
-	${SRC}/symtab/test_lookup_func.C
-	${SRC}/symtab/test_lookup_var.C
-	${SRC}/symtab/test_module.C
-	${SRC}/dyninst/test_pt_ls.C
-	${SRC}/dyninst/test_reloc.C
-	${SRC}/symtab/test_relocations.C
-	${SRC}/dyninst/test_snip_remove.C
-	${SRC}/dyninst/test_stack_1.C
-	${SRC}/dyninst/test_stack_2.C
-	${SRC}/dyninst/test_stack_3.C
-	${SRC}/dyninst/test_stack_4.C
-	${SRC}/dyninst/test_thread_1.C
-	${SRC}/dyninst/test_thread_2.C
-	${SRC}/dyninst/test_thread_3.C
-	${SRC}/dyninst/test_thread_5.C
-	${SRC}/dyninst/test_thread_6.C
-	${SRC}/dyninst/test_thread_7.C
-	${SRC}/dyninst/test_thread_8.C
-	${SRC}/symtab/test_type_info.C
-	)
-
-foreach (val RANGE 130)
-	list (GET MUTATOR_NAME_LIST ${val} lib)
-	list (GET MUTATOR_SOURCE_LIST ${val} source)
-	list (GET MUTATOR_MODULE_LIB_LIST ${val} comp_dep)
-	set(SKIP FALSE)
-	foreach (dep ${comp_dep})
-		if(NOT TARGET ${dep})
-			set(SKIP TRUE)
-		endif()
-	endforeach()
-	if(NOT SKIP)
-		add_library (${lib} ${source})
-		target_link_libraries (${lib} ${comp_dep} ${LIBTESTSUITE})
-		install (TARGETS ${lib} 
-		         RUNTIME DESTINATION ${INSTALL_DIR}
-		         LIBRARY DESTINATION ${INSTALL_DIR})
-	endif()
-endforeach()
-

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/g++ Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/g++/32 Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/g++/32/dyn Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/g++/32/dyn/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/g++/32/dyn/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/g++/32/dyn/none/none/CMakeLists.txt Deleted

@@ -1,489 +0,0 @@
-# CMakeLists for dyninst/g++/32/dyn/none/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_gnu_cxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic")
-IF (NOT ${M_gnu_cxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_gnu_cxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic"
-	"CXX"
-	"gnu_cxx 32 dyn"
-	MUTATEEgnucxx32dynCXX)
-
-IF (MUTATEEgnucxx32dynCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc32_linux/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_cxx_group_test.dyn_g++_32_none_none ${SOURCE_LIST_22})
-foreach (f ${SOURCE_LIST_22})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_cxx_group_test.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (dyninst_group_test.dyn_g++_32_none_none ${SOURCE_LIST_7})
-foreach (f ${SOURCE_LIST_7})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (dyninst_group_test.dyn_g++_32_none_none ${CMAKE_DL_LIBS})
-add_executable (init_fini_callback.dyn_g++_32_none_none ${SOURCE_LIST_54})
-foreach (f ${SOURCE_LIST_54})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(init_fini_callback.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (init_fini_callback.dyn_g++_32_none_none ${CMAKE_DL_LIBS})
-add_executable (test1_12.dyn_g++_32_none_none ${SOURCE_LIST_67})
-foreach (f ${SOURCE_LIST_67})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_12.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_14.dyn_g++_32_none_none ${SOURCE_LIST_43})
-foreach (f ${SOURCE_LIST_43})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_14.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_19.dyn_g++_32_none_none ${SOURCE_LIST_20})
-foreach (f ${SOURCE_LIST_20})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_19.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_29.dyn_g++_32_none_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_29.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_40.dyn_g++_32_none_none ${SOURCE_LIST_36})
-foreach (f ${SOURCE_LIST_36})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_40.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_41.dyn_g++_32_none_none ${SOURCE_LIST_6})
-foreach (f ${SOURCE_LIST_6})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_41.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test2_14.dyn_g++_32_none_none ${SOURCE_LIST_55})
-foreach (f ${SOURCE_LIST_55})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_14.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test2_6.dyn_g++_32_none_none ${SOURCE_LIST_1})
-foreach (f ${SOURCE_LIST_1})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_6.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test2_6.dyn_g++_32_none_none ${CMAKE_DL_LIBS})
-add_executable (test2_8.dyn_g++_32_none_none ${SOURCE_LIST_2})
-foreach (f ${SOURCE_LIST_2})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_8.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_1.dyn_g++_32_none_none ${SOURCE_LIST_30})
-foreach (f ${SOURCE_LIST_30})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_1.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_2.dyn_g++_32_none_none ${SOURCE_LIST_35})
-foreach (f ${SOURCE_LIST_35})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_2.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_3.dyn_g++_32_none_none ${SOURCE_LIST_50})
-foreach (f ${SOURCE_LIST_50})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_3.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_4.dyn_g++_32_none_none ${SOURCE_LIST_8})
-foreach (f ${SOURCE_LIST_8})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_4.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_5.dyn_g++_32_none_none ${SOURCE_LIST_45})
-foreach (f ${SOURCE_LIST_45})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_5.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_6.dyn_g++_32_none_none ${SOURCE_LIST_48})
-foreach (f ${SOURCE_LIST_48})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_6.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_7.dyn_g++_32_none_none ${SOURCE_LIST_26})
-foreach (f ${SOURCE_LIST_26})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_7.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_1.dyn_g++_32_none_none ${SOURCE_LIST_3})
-foreach (f ${SOURCE_LIST_3})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_1.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_2.dyn_g++_32_none_none ${SOURCE_LIST_66})
-foreach (f ${SOURCE_LIST_66})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_2.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_3.dyn_g++_32_none_none ${SOURCE_LIST_62})
-foreach (f ${SOURCE_LIST_62})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_3.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_3b.dyn_g++_32_none_none ${SOURCE_LIST_68})
-foreach (f ${SOURCE_LIST_68})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_3b.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_4.dyn_g++_32_none_none ${SOURCE_LIST_38})
-foreach (f ${SOURCE_LIST_38})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_4.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_4b.dyn_g++_32_none_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_4b.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_callback_1.dyn_g++_32_none_none ${SOURCE_LIST_14})
-foreach (f ${SOURCE_LIST_14})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_callback_1.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_callback_2.dyn_g++_32_none_none ${SOURCE_LIST_28})
-foreach (f ${SOURCE_LIST_28})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_callback_2.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_10.dyn_g++_32_none_none ${SOURCE_LIST_46})
-foreach (f ${SOURCE_LIST_46})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_10.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_11.dyn_g++_32_none_none ${SOURCE_LIST_17})
-foreach (f ${SOURCE_LIST_17})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_11.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_12.dyn_g++_32_none_none ${SOURCE_LIST_25})
-foreach (f ${SOURCE_LIST_25})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_12.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_13.dyn_g++_32_none_none ${SOURCE_LIST_10})
-foreach (f ${SOURCE_LIST_10})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_13.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_14.dyn_g++_32_none_none ${SOURCE_LIST_18})
-foreach (f ${SOURCE_LIST_18})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_14.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_5.dyn_g++_32_none_none ${SOURCE_LIST_63})
-foreach (f ${SOURCE_LIST_63})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_5.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_6.dyn_g++_32_none_none ${SOURCE_LIST_47})
-foreach (f ${SOURCE_LIST_47})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_6.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_7.dyn_g++_32_none_none ${SOURCE_LIST_21})
-foreach (f ${SOURCE_LIST_21})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_7.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_8.dyn_g++_32_none_none ${SOURCE_LIST_15})
-foreach (f ${SOURCE_LIST_15})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_8.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_9.dyn_g++_32_none_none ${SOURCE_LIST_37})
-foreach (f ${SOURCE_LIST_37})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_9.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_reloc.dyn_g++_32_none_none ${SOURCE_LIST_24})
-foreach (f ${SOURCE_LIST_24})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_reloc.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_snip_remove.dyn_g++_32_none_none ${SOURCE_LIST_49})
-foreach (f ${SOURCE_LIST_49})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_snip_remove.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_1.dyn_g++_32_none_none ${SOURCE_LIST_42})
-foreach (f ${SOURCE_LIST_42})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_1.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_2.dyn_g++_32_none_none ${SOURCE_LIST_57})
-foreach (f ${SOURCE_LIST_57})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_2.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_3.dyn_g++_32_none_none ${SOURCE_LIST_52})
-foreach (f ${SOURCE_LIST_52})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_3.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_4.dyn_g++_32_none_none ${SOURCE_LIST_64})
-foreach (f ${SOURCE_LIST_64})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_4.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_thread_1.dyn_g++_32_none_none ${SOURCE_LIST_32})
-foreach (f ${SOURCE_LIST_32})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_1.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_1.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_2.dyn_g++_32_none_none ${SOURCE_LIST_33})
-foreach (f ${SOURCE_LIST_33})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_2.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_2.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_3.dyn_g++_32_none_none ${SOURCE_LIST_13})
-foreach (f ${SOURCE_LIST_13})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_3.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_3.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_5.dyn_g++_32_none_none ${SOURCE_LIST_12})
-foreach (f ${SOURCE_LIST_12})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_5.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_5.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_6.dyn_g++_32_none_none ${SOURCE_LIST_61})
-foreach (f ${SOURCE_LIST_61})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_6.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_6.dyn_g++_32_none_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_7.dyn_g++_32_none_none ${SOURCE_LIST_65})
-foreach (f ${SOURCE_LIST_65})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_7.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_7.dyn_g++_32_none_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_8.dyn_g++_32_none_none ${SOURCE_LIST_59})
-foreach (f ${SOURCE_LIST_59})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_8.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_8.dyn_g++_32_none_none ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		dyninst_cxx_group_test.dyn_g++_32_none_none
-		dyninst_group_test.dyn_g++_32_none_none
-		init_fini_callback.dyn_g++_32_none_none
-		test1_12.dyn_g++_32_none_none
-		test1_14.dyn_g++_32_none_none
-		test1_19.dyn_g++_32_none_none
-		test1_29.dyn_g++_32_none_none
-		test1_40.dyn_g++_32_none_none
-		test1_41.dyn_g++_32_none_none
-		test2_14.dyn_g++_32_none_none
-		test2_6.dyn_g++_32_none_none
-		test2_8.dyn_g++_32_none_none
-		test3_1.dyn_g++_32_none_none
-		test3_2.dyn_g++_32_none_none
-		test3_3.dyn_g++_32_none_none
-		test3_4.dyn_g++_32_none_none
-		test3_5.dyn_g++_32_none_none
-		test3_6.dyn_g++_32_none_none
-		test3_7.dyn_g++_32_none_none
-		test4_1.dyn_g++_32_none_none
-		test4_2.dyn_g++_32_none_none
-		test4_3.dyn_g++_32_none_none
-		test4_3b.dyn_g++_32_none_none
-		test4_4.dyn_g++_32_none_none
-		test4_4b.dyn_g++_32_none_none
-		test_callback_1.dyn_g++_32_none_none
-		test_callback_2.dyn_g++_32_none_none
-		test_fork_10.dyn_g++_32_none_none
-		test_fork_11.dyn_g++_32_none_none
-		test_fork_12.dyn_g++_32_none_none
-		test_fork_13.dyn_g++_32_none_none
-		test_fork_14.dyn_g++_32_none_none
-		test_fork_5.dyn_g++_32_none_none
-		test_fork_6.dyn_g++_32_none_none
-		test_fork_7.dyn_g++_32_none_none
-		test_fork_8.dyn_g++_32_none_none
-		test_fork_9.dyn_g++_32_none_none
-		test_reloc.dyn_g++_32_none_none
-		test_snip_remove.dyn_g++_32_none_none
-		test_stack_1.dyn_g++_32_none_none
-		test_stack_2.dyn_g++_32_none_none
-		test_stack_3.dyn_g++_32_none_none
-		test_stack_4.dyn_g++_32_none_none
-		test_thread_1.dyn_g++_32_none_none
-		test_thread_2.dyn_g++_32_none_none
-		test_thread_3.dyn_g++_32_none_none
-		test_thread_5.dyn_g++_32_none_none
-		test_thread_6.dyn_g++_32_none_none
-		test_thread_7.dyn_g++_32_none_none
-		test_thread_8.dyn_g++_32_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/g++/32/dyn/pic Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/g++/32/dyn/pic/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/g++/32/dyn/pic/none/CMakeLists.txt Deleted

@@ -1,489 +0,0 @@
-# CMakeLists for dyninst/g++/32/dyn/pic/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_gnu_cxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic")
-IF (NOT ${M_gnu_cxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_gnu_cxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie"
-	"${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic"
-	"CXX"
-	"gnu_cxx 32 dyn"
-	MUTATEEgnucxx32dynCXX)
-
-IF (MUTATEEgnucxx32dynCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc32_linux/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_cxx_group_test.dyn_g++_32_pic_none ${SOURCE_LIST_22})
-foreach (f ${SOURCE_LIST_22})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_cxx_group_test.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (dyninst_group_test.dyn_g++_32_pic_none ${SOURCE_LIST_7})
-foreach (f ${SOURCE_LIST_7})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (dyninst_group_test.dyn_g++_32_pic_none ${CMAKE_DL_LIBS})
-add_executable (init_fini_callback.dyn_g++_32_pic_none ${SOURCE_LIST_54})
-foreach (f ${SOURCE_LIST_54})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(init_fini_callback.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (init_fini_callback.dyn_g++_32_pic_none ${CMAKE_DL_LIBS})
-add_executable (test1_12.dyn_g++_32_pic_none ${SOURCE_LIST_67})
-foreach (f ${SOURCE_LIST_67})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_12.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_14.dyn_g++_32_pic_none ${SOURCE_LIST_43})
-foreach (f ${SOURCE_LIST_43})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_14.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_19.dyn_g++_32_pic_none ${SOURCE_LIST_20})
-foreach (f ${SOURCE_LIST_20})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_19.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_29.dyn_g++_32_pic_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_29.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_40.dyn_g++_32_pic_none ${SOURCE_LIST_36})
-foreach (f ${SOURCE_LIST_36})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_40.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_41.dyn_g++_32_pic_none ${SOURCE_LIST_6})
-foreach (f ${SOURCE_LIST_6})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_41.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test2_14.dyn_g++_32_pic_none ${SOURCE_LIST_55})
-foreach (f ${SOURCE_LIST_55})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_14.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test2_6.dyn_g++_32_pic_none ${SOURCE_LIST_1})
-foreach (f ${SOURCE_LIST_1})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_6.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test2_6.dyn_g++_32_pic_none ${CMAKE_DL_LIBS})
-add_executable (test2_8.dyn_g++_32_pic_none ${SOURCE_LIST_2})
-foreach (f ${SOURCE_LIST_2})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_8.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_1.dyn_g++_32_pic_none ${SOURCE_LIST_30})
-foreach (f ${SOURCE_LIST_30})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_1.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_2.dyn_g++_32_pic_none ${SOURCE_LIST_35})
-foreach (f ${SOURCE_LIST_35})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_2.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_3.dyn_g++_32_pic_none ${SOURCE_LIST_50})
-foreach (f ${SOURCE_LIST_50})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_3.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_4.dyn_g++_32_pic_none ${SOURCE_LIST_8})
-foreach (f ${SOURCE_LIST_8})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_4.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_5.dyn_g++_32_pic_none ${SOURCE_LIST_45})
-foreach (f ${SOURCE_LIST_45})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_5.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_6.dyn_g++_32_pic_none ${SOURCE_LIST_48})
-foreach (f ${SOURCE_LIST_48})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_6.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_7.dyn_g++_32_pic_none ${SOURCE_LIST_26})
-foreach (f ${SOURCE_LIST_26})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_7.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_1.dyn_g++_32_pic_none ${SOURCE_LIST_3})
-foreach (f ${SOURCE_LIST_3})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_1.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_2.dyn_g++_32_pic_none ${SOURCE_LIST_66})
-foreach (f ${SOURCE_LIST_66})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_2.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_3.dyn_g++_32_pic_none ${SOURCE_LIST_62})
-foreach (f ${SOURCE_LIST_62})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_3.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_3b.dyn_g++_32_pic_none ${SOURCE_LIST_68})
-foreach (f ${SOURCE_LIST_68})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_3b.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_4.dyn_g++_32_pic_none ${SOURCE_LIST_38})
-foreach (f ${SOURCE_LIST_38})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_4.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_4b.dyn_g++_32_pic_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_4b.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_callback_1.dyn_g++_32_pic_none ${SOURCE_LIST_14})
-foreach (f ${SOURCE_LIST_14})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_callback_1.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_callback_2.dyn_g++_32_pic_none ${SOURCE_LIST_28})
-foreach (f ${SOURCE_LIST_28})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_callback_2.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_10.dyn_g++_32_pic_none ${SOURCE_LIST_46})
-foreach (f ${SOURCE_LIST_46})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_10.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_11.dyn_g++_32_pic_none ${SOURCE_LIST_17})
-foreach (f ${SOURCE_LIST_17})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_11.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_12.dyn_g++_32_pic_none ${SOURCE_LIST_25})
-foreach (f ${SOURCE_LIST_25})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_12.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_13.dyn_g++_32_pic_none ${SOURCE_LIST_10})
-foreach (f ${SOURCE_LIST_10})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_13.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_14.dyn_g++_32_pic_none ${SOURCE_LIST_18})
-foreach (f ${SOURCE_LIST_18})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_14.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_5.dyn_g++_32_pic_none ${SOURCE_LIST_63})
-foreach (f ${SOURCE_LIST_63})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_5.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_6.dyn_g++_32_pic_none ${SOURCE_LIST_47})
-foreach (f ${SOURCE_LIST_47})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_6.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_7.dyn_g++_32_pic_none ${SOURCE_LIST_21})
-foreach (f ${SOURCE_LIST_21})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_7.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_8.dyn_g++_32_pic_none ${SOURCE_LIST_15})
-foreach (f ${SOURCE_LIST_15})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_8.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_9.dyn_g++_32_pic_none ${SOURCE_LIST_37})
-foreach (f ${SOURCE_LIST_37})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_9.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_reloc.dyn_g++_32_pic_none ${SOURCE_LIST_24})
-foreach (f ${SOURCE_LIST_24})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_reloc.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_snip_remove.dyn_g++_32_pic_none ${SOURCE_LIST_49})
-foreach (f ${SOURCE_LIST_49})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_snip_remove.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_1.dyn_g++_32_pic_none ${SOURCE_LIST_42})
-foreach (f ${SOURCE_LIST_42})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_1.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_2.dyn_g++_32_pic_none ${SOURCE_LIST_57})
-foreach (f ${SOURCE_LIST_57})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_2.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_3.dyn_g++_32_pic_none ${SOURCE_LIST_52})
-foreach (f ${SOURCE_LIST_52})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_3.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_4.dyn_g++_32_pic_none ${SOURCE_LIST_64})
-foreach (f ${SOURCE_LIST_64})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_4.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_thread_1.dyn_g++_32_pic_none ${SOURCE_LIST_32})
-foreach (f ${SOURCE_LIST_32})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_1.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_1.dyn_g++_32_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_2.dyn_g++_32_pic_none ${SOURCE_LIST_33})
-foreach (f ${SOURCE_LIST_33})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_2.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_2.dyn_g++_32_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_3.dyn_g++_32_pic_none ${SOURCE_LIST_13})
-foreach (f ${SOURCE_LIST_13})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_3.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_3.dyn_g++_32_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_5.dyn_g++_32_pic_none ${SOURCE_LIST_12})
-foreach (f ${SOURCE_LIST_12})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_5.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_5.dyn_g++_32_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_6.dyn_g++_32_pic_none ${SOURCE_LIST_61})
-foreach (f ${SOURCE_LIST_61})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_6.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_6.dyn_g++_32_pic_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_7.dyn_g++_32_pic_none ${SOURCE_LIST_65})
-foreach (f ${SOURCE_LIST_65})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_7.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_7.dyn_g++_32_pic_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_8.dyn_g++_32_pic_none ${SOURCE_LIST_59})
-foreach (f ${SOURCE_LIST_59})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_8.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_8.dyn_g++_32_pic_none ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		dyninst_cxx_group_test.dyn_g++_32_pic_none
-		dyninst_group_test.dyn_g++_32_pic_none
-		init_fini_callback.dyn_g++_32_pic_none
-		test1_12.dyn_g++_32_pic_none
-		test1_14.dyn_g++_32_pic_none
-		test1_19.dyn_g++_32_pic_none
-		test1_29.dyn_g++_32_pic_none
-		test1_40.dyn_g++_32_pic_none
-		test1_41.dyn_g++_32_pic_none
-		test2_14.dyn_g++_32_pic_none
-		test2_6.dyn_g++_32_pic_none
-		test2_8.dyn_g++_32_pic_none
-		test3_1.dyn_g++_32_pic_none
-		test3_2.dyn_g++_32_pic_none
-		test3_3.dyn_g++_32_pic_none
-		test3_4.dyn_g++_32_pic_none
-		test3_5.dyn_g++_32_pic_none
-		test3_6.dyn_g++_32_pic_none
-		test3_7.dyn_g++_32_pic_none
-		test4_1.dyn_g++_32_pic_none
-		test4_2.dyn_g++_32_pic_none
-		test4_3.dyn_g++_32_pic_none
-		test4_3b.dyn_g++_32_pic_none
-		test4_4.dyn_g++_32_pic_none
-		test4_4b.dyn_g++_32_pic_none
-		test_callback_1.dyn_g++_32_pic_none
-		test_callback_2.dyn_g++_32_pic_none
-		test_fork_10.dyn_g++_32_pic_none
-		test_fork_11.dyn_g++_32_pic_none
-		test_fork_12.dyn_g++_32_pic_none
-		test_fork_13.dyn_g++_32_pic_none
-		test_fork_14.dyn_g++_32_pic_none
-		test_fork_5.dyn_g++_32_pic_none
-		test_fork_6.dyn_g++_32_pic_none
-		test_fork_7.dyn_g++_32_pic_none
-		test_fork_8.dyn_g++_32_pic_none
-		test_fork_9.dyn_g++_32_pic_none
-		test_reloc.dyn_g++_32_pic_none
-		test_snip_remove.dyn_g++_32_pic_none
-		test_stack_1.dyn_g++_32_pic_none
-		test_stack_2.dyn_g++_32_pic_none
-		test_stack_3.dyn_g++_32_pic_none
-		test_stack_4.dyn_g++_32_pic_none
-		test_thread_1.dyn_g++_32_pic_none
-		test_thread_2.dyn_g++_32_pic_none
-		test_thread_3.dyn_g++_32_pic_none
-		test_thread_5.dyn_g++_32_pic_none
-		test_thread_6.dyn_g++_32_pic_none
-		test_thread_7.dyn_g++_32_pic_none
-		test_thread_8.dyn_g++_32_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/g++/32/stat Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/g++/32/stat/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/g++/32/stat/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/g++/32/stat/none/none/CMakeLists.txt Deleted

@@ -1,67 +0,0 @@
-# CMakeLists for dyninst/g++/32/stat/none/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_gnu_cxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -static")
-IF (NOT ${M_gnu_cxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_gnu_cxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -static"
-	"CXX"
-	"gnu_cxx 32 stat"
-	MUTATEEgnucxx32statCXX)
-
-IF (MUTATEEgnucxx32statCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc32_linux/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_cxx_group_test.stat_g++_32_none_none ${SOURCE_LIST_22})
-foreach (f ${SOURCE_LIST_22})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_cxx_group_test.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (dyninst_group_test.stat_g++_32_none_none ${SOURCE_LIST_7})
-foreach (f ${SOURCE_LIST_7})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (dyninst_group_test.stat_g++_32_none_none ${CMAKE_DL_LIBS})
-add_executable (test1_14.stat_g++_32_none_none ${SOURCE_LIST_43})
-foreach (f ${SOURCE_LIST_43})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_14.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_29.stat_g++_32_none_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_29.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-
-
-INSTALL (TARGETS
-		dyninst_cxx_group_test.stat_g++_32_none_none
-		dyninst_group_test.stat_g++_32_none_none
-		test1_14.stat_g++_32_none_none
-		test1_29.stat_g++_32_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/g++/32/stat/pic Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/g++/32/stat/pic/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/g++/32/stat/pic/none/CMakeLists.txt Deleted

@@ -1,67 +0,0 @@
-# CMakeLists for dyninst/g++/32/stat/pic/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_gnu_cxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -static")
-IF (NOT ${M_gnu_cxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_gnu_cxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie"
-	"${MUTATEE_LDFLAGS_GNU}  -static"
-	"CXX"
-	"gnu_cxx 32 stat"
-	MUTATEEgnucxx32statCXX)
-
-IF (MUTATEEgnucxx32statCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc32_linux/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_cxx_group_test.stat_g++_32_pic_none ${SOURCE_LIST_22})
-foreach (f ${SOURCE_LIST_22})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_cxx_group_test.stat_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (dyninst_group_test.stat_g++_32_pic_none ${SOURCE_LIST_7})
-foreach (f ${SOURCE_LIST_7})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.stat_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (dyninst_group_test.stat_g++_32_pic_none ${CMAKE_DL_LIBS})
-add_executable (test1_14.stat_g++_32_pic_none ${SOURCE_LIST_43})
-foreach (f ${SOURCE_LIST_43})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_14.stat_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_29.stat_g++_32_pic_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_29.stat_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-
-
-INSTALL (TARGETS
-		dyninst_cxx_group_test.stat_g++_32_pic_none
-		dyninst_group_test.stat_g++_32_pic_none
-		test1_14.stat_g++_32_pic_none
-		test1_29.stat_g++_32_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/gcc Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/gcc/32 Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/gcc/32/dyn Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/gcc/32/dyn/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/gcc/32/dyn/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/gcc/32/dyn/none/none/CMakeLists.txt Deleted

@@ -1,480 +0,0 @@
-# CMakeLists for dyninst/gcc/32/dyn/none/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_gnu_cc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic")
-IF (NOT ${M_gnu_cc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_gnu_cc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic"
-	"C"
-	"gnu_cc 32 dyn"
-	MUTATEEgnucc32dynC)
-
-IF (MUTATEEgnucc32dynC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc32_linux/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_group_test.dyn_gcc_32_none_none ${SOURCE_LIST_7})
-foreach (f ${SOURCE_LIST_7})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (dyninst_group_test.dyn_gcc_32_none_none ${CMAKE_DL_LIBS})
-add_executable (init_fini_callback.dyn_gcc_32_none_none ${SOURCE_LIST_54})
-foreach (f ${SOURCE_LIST_54})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(init_fini_callback.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (init_fini_callback.dyn_gcc_32_none_none ${CMAKE_DL_LIBS})
-add_executable (test1_12.dyn_gcc_32_none_none ${SOURCE_LIST_67})
-foreach (f ${SOURCE_LIST_67})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_12.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_14.dyn_gcc_32_none_none ${SOURCE_LIST_43})
-foreach (f ${SOURCE_LIST_43})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_14.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_19.dyn_gcc_32_none_none ${SOURCE_LIST_20})
-foreach (f ${SOURCE_LIST_20})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_19.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_29.dyn_gcc_32_none_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_29.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_40.dyn_gcc_32_none_none ${SOURCE_LIST_36})
-foreach (f ${SOURCE_LIST_36})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_40.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_41.dyn_gcc_32_none_none ${SOURCE_LIST_6})
-foreach (f ${SOURCE_LIST_6})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_41.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test2_14.dyn_gcc_32_none_none ${SOURCE_LIST_55})
-foreach (f ${SOURCE_LIST_55})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_14.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test2_6.dyn_gcc_32_none_none ${SOURCE_LIST_1})
-foreach (f ${SOURCE_LIST_1})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_6.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test2_6.dyn_gcc_32_none_none ${CMAKE_DL_LIBS})
-add_executable (test2_8.dyn_gcc_32_none_none ${SOURCE_LIST_2})
-foreach (f ${SOURCE_LIST_2})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_8.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_1.dyn_gcc_32_none_none ${SOURCE_LIST_30})
-foreach (f ${SOURCE_LIST_30})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_1.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_2.dyn_gcc_32_none_none ${SOURCE_LIST_35})
-foreach (f ${SOURCE_LIST_35})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_2.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_3.dyn_gcc_32_none_none ${SOURCE_LIST_50})
-foreach (f ${SOURCE_LIST_50})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_3.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_4.dyn_gcc_32_none_none ${SOURCE_LIST_8})
-foreach (f ${SOURCE_LIST_8})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_4.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_5.dyn_gcc_32_none_none ${SOURCE_LIST_45})
-foreach (f ${SOURCE_LIST_45})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_5.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_6.dyn_gcc_32_none_none ${SOURCE_LIST_48})
-foreach (f ${SOURCE_LIST_48})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_6.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_7.dyn_gcc_32_none_none ${SOURCE_LIST_26})
-foreach (f ${SOURCE_LIST_26})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_7.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_1.dyn_gcc_32_none_none ${SOURCE_LIST_3})
-foreach (f ${SOURCE_LIST_3})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_1.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_2.dyn_gcc_32_none_none ${SOURCE_LIST_66})
-foreach (f ${SOURCE_LIST_66})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_2.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_3.dyn_gcc_32_none_none ${SOURCE_LIST_62})
-foreach (f ${SOURCE_LIST_62})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_3.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_3b.dyn_gcc_32_none_none ${SOURCE_LIST_68})
-foreach (f ${SOURCE_LIST_68})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_3b.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_4.dyn_gcc_32_none_none ${SOURCE_LIST_38})
-foreach (f ${SOURCE_LIST_38})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_4.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_4b.dyn_gcc_32_none_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_4b.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_callback_1.dyn_gcc_32_none_none ${SOURCE_LIST_14})
-foreach (f ${SOURCE_LIST_14})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_callback_1.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_callback_2.dyn_gcc_32_none_none ${SOURCE_LIST_28})
-foreach (f ${SOURCE_LIST_28})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_callback_2.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_10.dyn_gcc_32_none_none ${SOURCE_LIST_46})
-foreach (f ${SOURCE_LIST_46})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_10.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_11.dyn_gcc_32_none_none ${SOURCE_LIST_17})
-foreach (f ${SOURCE_LIST_17})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_11.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_12.dyn_gcc_32_none_none ${SOURCE_LIST_25})
-foreach (f ${SOURCE_LIST_25})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_12.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_13.dyn_gcc_32_none_none ${SOURCE_LIST_10})
-foreach (f ${SOURCE_LIST_10})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_13.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_14.dyn_gcc_32_none_none ${SOURCE_LIST_18})
-foreach (f ${SOURCE_LIST_18})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_14.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_5.dyn_gcc_32_none_none ${SOURCE_LIST_63})
-foreach (f ${SOURCE_LIST_63})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_5.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_6.dyn_gcc_32_none_none ${SOURCE_LIST_47})
-foreach (f ${SOURCE_LIST_47})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_6.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_7.dyn_gcc_32_none_none ${SOURCE_LIST_21})
-foreach (f ${SOURCE_LIST_21})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_7.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_8.dyn_gcc_32_none_none ${SOURCE_LIST_15})
-foreach (f ${SOURCE_LIST_15})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_8.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_9.dyn_gcc_32_none_none ${SOURCE_LIST_37})
-foreach (f ${SOURCE_LIST_37})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_9.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_reloc.dyn_gcc_32_none_none ${SOURCE_LIST_24})
-foreach (f ${SOURCE_LIST_24})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_reloc.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_snip_remove.dyn_gcc_32_none_none ${SOURCE_LIST_49})
-foreach (f ${SOURCE_LIST_49})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_snip_remove.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_1.dyn_gcc_32_none_none ${SOURCE_LIST_42})
-foreach (f ${SOURCE_LIST_42})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_1.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_2.dyn_gcc_32_none_none ${SOURCE_LIST_57})
-foreach (f ${SOURCE_LIST_57})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_2.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_3.dyn_gcc_32_none_none ${SOURCE_LIST_52})
-foreach (f ${SOURCE_LIST_52})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_3.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_4.dyn_gcc_32_none_none ${SOURCE_LIST_64})
-foreach (f ${SOURCE_LIST_64})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_4.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_thread_1.dyn_gcc_32_none_none ${SOURCE_LIST_32})
-foreach (f ${SOURCE_LIST_32})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_1.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_1.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_2.dyn_gcc_32_none_none ${SOURCE_LIST_33})
-foreach (f ${SOURCE_LIST_33})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_2.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_2.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_3.dyn_gcc_32_none_none ${SOURCE_LIST_13})
-foreach (f ${SOURCE_LIST_13})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_3.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_3.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_5.dyn_gcc_32_none_none ${SOURCE_LIST_12})
-foreach (f ${SOURCE_LIST_12})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_5.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_5.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_6.dyn_gcc_32_none_none ${SOURCE_LIST_61})
-foreach (f ${SOURCE_LIST_61})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_6.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_6.dyn_gcc_32_none_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_7.dyn_gcc_32_none_none ${SOURCE_LIST_65})
-foreach (f ${SOURCE_LIST_65})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_7.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_7.dyn_gcc_32_none_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_8.dyn_gcc_32_none_none ${SOURCE_LIST_59})
-foreach (f ${SOURCE_LIST_59})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_8.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_8.dyn_gcc_32_none_none ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		dyninst_group_test.dyn_gcc_32_none_none
-		init_fini_callback.dyn_gcc_32_none_none
-		test1_12.dyn_gcc_32_none_none
-		test1_14.dyn_gcc_32_none_none
-		test1_19.dyn_gcc_32_none_none
-		test1_29.dyn_gcc_32_none_none
-		test1_40.dyn_gcc_32_none_none
-		test1_41.dyn_gcc_32_none_none
-		test2_14.dyn_gcc_32_none_none
-		test2_6.dyn_gcc_32_none_none
-		test2_8.dyn_gcc_32_none_none
-		test3_1.dyn_gcc_32_none_none
-		test3_2.dyn_gcc_32_none_none
-		test3_3.dyn_gcc_32_none_none
-		test3_4.dyn_gcc_32_none_none
-		test3_5.dyn_gcc_32_none_none
-		test3_6.dyn_gcc_32_none_none
-		test3_7.dyn_gcc_32_none_none
-		test4_1.dyn_gcc_32_none_none
-		test4_2.dyn_gcc_32_none_none
-		test4_3.dyn_gcc_32_none_none
-		test4_3b.dyn_gcc_32_none_none
-		test4_4.dyn_gcc_32_none_none
-		test4_4b.dyn_gcc_32_none_none
-		test_callback_1.dyn_gcc_32_none_none
-		test_callback_2.dyn_gcc_32_none_none
-		test_fork_10.dyn_gcc_32_none_none
-		test_fork_11.dyn_gcc_32_none_none
-		test_fork_12.dyn_gcc_32_none_none
-		test_fork_13.dyn_gcc_32_none_none
-		test_fork_14.dyn_gcc_32_none_none
-		test_fork_5.dyn_gcc_32_none_none
-		test_fork_6.dyn_gcc_32_none_none
-		test_fork_7.dyn_gcc_32_none_none
-		test_fork_8.dyn_gcc_32_none_none
-		test_fork_9.dyn_gcc_32_none_none
-		test_reloc.dyn_gcc_32_none_none
-		test_snip_remove.dyn_gcc_32_none_none
-		test_stack_1.dyn_gcc_32_none_none
-		test_stack_2.dyn_gcc_32_none_none
-		test_stack_3.dyn_gcc_32_none_none
-		test_stack_4.dyn_gcc_32_none_none
-		test_thread_1.dyn_gcc_32_none_none
-		test_thread_2.dyn_gcc_32_none_none
-		test_thread_3.dyn_gcc_32_none_none
-		test_thread_5.dyn_gcc_32_none_none
-		test_thread_6.dyn_gcc_32_none_none
-		test_thread_7.dyn_gcc_32_none_none
-		test_thread_8.dyn_gcc_32_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/gcc/32/dyn/pic Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/gcc/32/dyn/pic/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/gcc/32/dyn/pic/none/CMakeLists.txt Deleted

@@ -1,480 +0,0 @@
-# CMakeLists for dyninst/gcc/32/dyn/pic/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_gnu_cc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic")
-IF (NOT ${M_gnu_cc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_gnu_cc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie"
-	"${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic"
-	"C"
-	"gnu_cc 32 dyn"
-	MUTATEEgnucc32dynC)
-
-IF (MUTATEEgnucc32dynC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc32_linux/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_group_test.dyn_gcc_32_pic_none ${SOURCE_LIST_7})
-foreach (f ${SOURCE_LIST_7})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (dyninst_group_test.dyn_gcc_32_pic_none ${CMAKE_DL_LIBS})
-add_executable (init_fini_callback.dyn_gcc_32_pic_none ${SOURCE_LIST_54})
-foreach (f ${SOURCE_LIST_54})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(init_fini_callback.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (init_fini_callback.dyn_gcc_32_pic_none ${CMAKE_DL_LIBS})
-add_executable (test1_12.dyn_gcc_32_pic_none ${SOURCE_LIST_67})
-foreach (f ${SOURCE_LIST_67})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_12.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_14.dyn_gcc_32_pic_none ${SOURCE_LIST_43})
-foreach (f ${SOURCE_LIST_43})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_14.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_19.dyn_gcc_32_pic_none ${SOURCE_LIST_20})
-foreach (f ${SOURCE_LIST_20})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_19.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_29.dyn_gcc_32_pic_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_29.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_40.dyn_gcc_32_pic_none ${SOURCE_LIST_36})
-foreach (f ${SOURCE_LIST_36})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_40.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_41.dyn_gcc_32_pic_none ${SOURCE_LIST_6})
-foreach (f ${SOURCE_LIST_6})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_41.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test2_14.dyn_gcc_32_pic_none ${SOURCE_LIST_55})
-foreach (f ${SOURCE_LIST_55})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_14.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test2_6.dyn_gcc_32_pic_none ${SOURCE_LIST_1})
-foreach (f ${SOURCE_LIST_1})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_6.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test2_6.dyn_gcc_32_pic_none ${CMAKE_DL_LIBS})
-add_executable (test2_8.dyn_gcc_32_pic_none ${SOURCE_LIST_2})
-foreach (f ${SOURCE_LIST_2})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_8.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_1.dyn_gcc_32_pic_none ${SOURCE_LIST_30})
-foreach (f ${SOURCE_LIST_30})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_1.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_2.dyn_gcc_32_pic_none ${SOURCE_LIST_35})
-foreach (f ${SOURCE_LIST_35})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_2.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_3.dyn_gcc_32_pic_none ${SOURCE_LIST_50})
-foreach (f ${SOURCE_LIST_50})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_3.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_4.dyn_gcc_32_pic_none ${SOURCE_LIST_8})
-foreach (f ${SOURCE_LIST_8})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_4.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_5.dyn_gcc_32_pic_none ${SOURCE_LIST_45})
-foreach (f ${SOURCE_LIST_45})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_5.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_6.dyn_gcc_32_pic_none ${SOURCE_LIST_48})
-foreach (f ${SOURCE_LIST_48})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_6.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_7.dyn_gcc_32_pic_none ${SOURCE_LIST_26})
-foreach (f ${SOURCE_LIST_26})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_7.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_1.dyn_gcc_32_pic_none ${SOURCE_LIST_3})
-foreach (f ${SOURCE_LIST_3})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_1.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_2.dyn_gcc_32_pic_none ${SOURCE_LIST_66})
-foreach (f ${SOURCE_LIST_66})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_2.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_3.dyn_gcc_32_pic_none ${SOURCE_LIST_62})
-foreach (f ${SOURCE_LIST_62})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_3.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_3b.dyn_gcc_32_pic_none ${SOURCE_LIST_68})
-foreach (f ${SOURCE_LIST_68})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_3b.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_4.dyn_gcc_32_pic_none ${SOURCE_LIST_38})
-foreach (f ${SOURCE_LIST_38})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_4.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_4b.dyn_gcc_32_pic_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_4b.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_callback_1.dyn_gcc_32_pic_none ${SOURCE_LIST_14})
-foreach (f ${SOURCE_LIST_14})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_callback_1.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_callback_2.dyn_gcc_32_pic_none ${SOURCE_LIST_28})
-foreach (f ${SOURCE_LIST_28})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_callback_2.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_10.dyn_gcc_32_pic_none ${SOURCE_LIST_46})
-foreach (f ${SOURCE_LIST_46})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_10.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_11.dyn_gcc_32_pic_none ${SOURCE_LIST_17})
-foreach (f ${SOURCE_LIST_17})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_11.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_12.dyn_gcc_32_pic_none ${SOURCE_LIST_25})
-foreach (f ${SOURCE_LIST_25})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_12.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_13.dyn_gcc_32_pic_none ${SOURCE_LIST_10})
-foreach (f ${SOURCE_LIST_10})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_13.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_14.dyn_gcc_32_pic_none ${SOURCE_LIST_18})
-foreach (f ${SOURCE_LIST_18})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_14.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_5.dyn_gcc_32_pic_none ${SOURCE_LIST_63})
-foreach (f ${SOURCE_LIST_63})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_5.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_6.dyn_gcc_32_pic_none ${SOURCE_LIST_47})
-foreach (f ${SOURCE_LIST_47})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_6.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_7.dyn_gcc_32_pic_none ${SOURCE_LIST_21})
-foreach (f ${SOURCE_LIST_21})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_7.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_8.dyn_gcc_32_pic_none ${SOURCE_LIST_15})
-foreach (f ${SOURCE_LIST_15})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_8.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_9.dyn_gcc_32_pic_none ${SOURCE_LIST_37})
-foreach (f ${SOURCE_LIST_37})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_9.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_reloc.dyn_gcc_32_pic_none ${SOURCE_LIST_24})
-foreach (f ${SOURCE_LIST_24})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_reloc.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_snip_remove.dyn_gcc_32_pic_none ${SOURCE_LIST_49})
-foreach (f ${SOURCE_LIST_49})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_snip_remove.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_1.dyn_gcc_32_pic_none ${SOURCE_LIST_42})
-foreach (f ${SOURCE_LIST_42})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_1.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_2.dyn_gcc_32_pic_none ${SOURCE_LIST_57})
-foreach (f ${SOURCE_LIST_57})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_2.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_3.dyn_gcc_32_pic_none ${SOURCE_LIST_52})
-foreach (f ${SOURCE_LIST_52})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_3.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_4.dyn_gcc_32_pic_none ${SOURCE_LIST_64})
-foreach (f ${SOURCE_LIST_64})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_4.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_thread_1.dyn_gcc_32_pic_none ${SOURCE_LIST_32})
-foreach (f ${SOURCE_LIST_32})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_1.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_1.dyn_gcc_32_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_2.dyn_gcc_32_pic_none ${SOURCE_LIST_33})
-foreach (f ${SOURCE_LIST_33})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_2.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_2.dyn_gcc_32_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_3.dyn_gcc_32_pic_none ${SOURCE_LIST_13})
-foreach (f ${SOURCE_LIST_13})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_3.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_3.dyn_gcc_32_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_5.dyn_gcc_32_pic_none ${SOURCE_LIST_12})
-foreach (f ${SOURCE_LIST_12})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_5.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_5.dyn_gcc_32_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_6.dyn_gcc_32_pic_none ${SOURCE_LIST_61})
-foreach (f ${SOURCE_LIST_61})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_6.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_6.dyn_gcc_32_pic_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_7.dyn_gcc_32_pic_none ${SOURCE_LIST_65})
-foreach (f ${SOURCE_LIST_65})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_7.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_7.dyn_gcc_32_pic_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_8.dyn_gcc_32_pic_none ${SOURCE_LIST_59})
-foreach (f ${SOURCE_LIST_59})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_8.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_8.dyn_gcc_32_pic_none ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		dyninst_group_test.dyn_gcc_32_pic_none
-		init_fini_callback.dyn_gcc_32_pic_none
-		test1_12.dyn_gcc_32_pic_none
-		test1_14.dyn_gcc_32_pic_none
-		test1_19.dyn_gcc_32_pic_none
-		test1_29.dyn_gcc_32_pic_none
-		test1_40.dyn_gcc_32_pic_none
-		test1_41.dyn_gcc_32_pic_none
-		test2_14.dyn_gcc_32_pic_none
-		test2_6.dyn_gcc_32_pic_none
-		test2_8.dyn_gcc_32_pic_none
-		test3_1.dyn_gcc_32_pic_none
-		test3_2.dyn_gcc_32_pic_none
-		test3_3.dyn_gcc_32_pic_none
-		test3_4.dyn_gcc_32_pic_none
-		test3_5.dyn_gcc_32_pic_none
-		test3_6.dyn_gcc_32_pic_none
-		test3_7.dyn_gcc_32_pic_none
-		test4_1.dyn_gcc_32_pic_none
-		test4_2.dyn_gcc_32_pic_none
-		test4_3.dyn_gcc_32_pic_none
-		test4_3b.dyn_gcc_32_pic_none
-		test4_4.dyn_gcc_32_pic_none
-		test4_4b.dyn_gcc_32_pic_none
-		test_callback_1.dyn_gcc_32_pic_none
-		test_callback_2.dyn_gcc_32_pic_none
-		test_fork_10.dyn_gcc_32_pic_none
-		test_fork_11.dyn_gcc_32_pic_none
-		test_fork_12.dyn_gcc_32_pic_none
-		test_fork_13.dyn_gcc_32_pic_none
-		test_fork_14.dyn_gcc_32_pic_none
-		test_fork_5.dyn_gcc_32_pic_none
-		test_fork_6.dyn_gcc_32_pic_none
-		test_fork_7.dyn_gcc_32_pic_none
-		test_fork_8.dyn_gcc_32_pic_none
-		test_fork_9.dyn_gcc_32_pic_none
-		test_reloc.dyn_gcc_32_pic_none
-		test_snip_remove.dyn_gcc_32_pic_none
-		test_stack_1.dyn_gcc_32_pic_none
-		test_stack_2.dyn_gcc_32_pic_none
-		test_stack_3.dyn_gcc_32_pic_none
-		test_stack_4.dyn_gcc_32_pic_none
-		test_thread_1.dyn_gcc_32_pic_none
-		test_thread_2.dyn_gcc_32_pic_none
-		test_thread_3.dyn_gcc_32_pic_none
-		test_thread_5.dyn_gcc_32_pic_none
-		test_thread_6.dyn_gcc_32_pic_none
-		test_thread_7.dyn_gcc_32_pic_none
-		test_thread_8.dyn_gcc_32_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/gcc/32/stat Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/gcc/32/stat/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/gcc/32/stat/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/gcc/32/stat/none/none/CMakeLists.txt Deleted

@@ -1,58 +0,0 @@
-# CMakeLists for dyninst/gcc/32/stat/none/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_gnu_cc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -static")
-IF (NOT ${M_gnu_cc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_gnu_cc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -static"
-	"C"
-	"gnu_cc 32 stat"
-	MUTATEEgnucc32statC)
-
-IF (MUTATEEgnucc32statC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc32_linux/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_group_test.stat_gcc_32_none_none ${SOURCE_LIST_7})
-foreach (f ${SOURCE_LIST_7})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.stat_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (dyninst_group_test.stat_gcc_32_none_none ${CMAKE_DL_LIBS})
-add_executable (test1_14.stat_gcc_32_none_none ${SOURCE_LIST_43})
-foreach (f ${SOURCE_LIST_43})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_14.stat_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_29.stat_gcc_32_none_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_29.stat_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-
-
-INSTALL (TARGETS
-		dyninst_group_test.stat_gcc_32_none_none
-		test1_14.stat_gcc_32_none_none
-		test1_29.stat_gcc_32_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/gcc/32/stat/pic Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/gcc/32/stat/pic/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst/gcc/32/stat/pic/none/CMakeLists.txt Deleted

@@ -1,58 +0,0 @@
-# CMakeLists for dyninst/gcc/32/stat/pic/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_gnu_cc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -static")
-IF (NOT ${M_gnu_cc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_gnu_cc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie"
-	"${MUTATEE_LDFLAGS_GNU}  -static"
-	"C"
-	"gnu_cc 32 stat"
-	MUTATEEgnucc32statC)
-
-IF (MUTATEEgnucc32statC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc32_linux/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_group_test.stat_gcc_32_pic_none ${SOURCE_LIST_7})
-foreach (f ${SOURCE_LIST_7})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.stat_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (dyninst_group_test.stat_gcc_32_pic_none ${CMAKE_DL_LIBS})
-add_executable (test1_14.stat_gcc_32_pic_none ${SOURCE_LIST_43})
-foreach (f ${SOURCE_LIST_43})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_14.stat_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_29.stat_gcc_32_pic_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_29.stat_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-
-
-INSTALL (TARGETS
-		dyninst_group_test.stat_gcc_32_pic_none
-		test1_14.stat_gcc_32_pic_none
-		test1_29.stat_gcc_32_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst_cxx_group_test_group.c Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/dyninst_group_test_group.c Deleted

@@ -1,95 +0,0 @@
-#ifdef __cplusplus
-extern "C" {
-#endif
-#include "../src/mutatee_call_info.h"
-
-extern int test1_7_mutatee();
-extern int snip_ref_shlib_var_mutatee();
-extern int test1_5_mutatee();
-extern int test1_4_mutatee();
-extern int test1_3_mutatee();
-extern int test1_2_mutatee();
-extern int test1_1_mutatee();
-extern int test1_6_mutatee();
-extern int test1_9_mutatee();
-extern int test1_8_mutatee();
-extern int test2_5_mutatee();
-extern int test2_7_mutatee();
-extern int snip_change_shlib_var_mutatee();
-extern int test1_13_mutatee();
-extern int test1_18_mutatee();
-extern int test1_28_mutatee();
-extern int test1_26_mutatee();
-extern int test1_27_mutatee();
-extern int test1_24_mutatee();
-extern int test1_25_mutatee();
-extern int test1_22_mutatee();
-extern int test1_23_mutatee();
-extern int test1_20_mutatee();
-extern int test1_21_mutatee();
-extern int test1_39_mutatee();
-extern int test1_38_mutatee();
-extern int test1_31_mutatee();
-extern int test1_30_mutatee();
-extern int test1_33_mutatee();
-extern int test1_32_mutatee();
-extern int test1_34_mutatee();
-extern int test1_37_mutatee();
-extern int test1_36_mutatee();
-extern int test2_12_mutatee();
-extern int test2_13_mutatee();
-extern int test1_11_mutatee();
-extern int test1_10_mutatee();
-extern int test1_17_mutatee();
-extern int test1_16_mutatee();
-extern int test1_15_mutatee();
-
-mutatee_call_info_t mutatee_funcs = {
-  {"test1_7", test1_7_mutatee, GROUPED, "test1_7"},
-  {"snip_ref_shlib_var", snip_ref_shlib_var_mutatee, GROUPED, "snip_ref_shlib_var"},
-  {"test1_5", test1_5_mutatee, GROUPED, "test1_5"},
-  {"test1_4", test1_4_mutatee, GROUPED, "test1_4"},
-  {"test1_3", test1_3_mutatee, GROUPED, "test1_3"},
-  {"test1_2", test1_2_mutatee, GROUPED, "test1_2"},
-  {"test1_1", test1_1_mutatee, GROUPED, "test1_1"},
-  {"test1_6", test1_6_mutatee, GROUPED, "test1_6"},
-  {"test1_9", test1_9_mutatee, GROUPED, "test1_9"},
-  {"test1_8", test1_8_mutatee, GROUPED, "test1_8"},
-  {"test2_5", test2_5_mutatee, GROUPED, "test2_5"},
-  {"test2_7", test2_7_mutatee, GROUPED, "test2_7"},
-  {"snip_change_shlib_var", snip_change_shlib_var_mutatee, GROUPED, "snip_change_shlib_var"},
-  {"test1_13", test1_13_mutatee, GROUPED, "test1_13"},
-  {"test1_18", test1_18_mutatee, GROUPED, "test1_18"},
-  {"test1_28", test1_28_mutatee, GROUPED, "test1_28"},
-  {"test1_26", test1_26_mutatee, GROUPED, "test1_26"},
-  {"test1_27", test1_27_mutatee, GROUPED, "test1_27"},
-  {"test1_24", test1_24_mutatee, GROUPED, "test1_24"},
-  {"test1_25", test1_25_mutatee, GROUPED, "test1_25"},
-  {"test1_22", test1_22_mutatee, GROUPED, "test1_22"},
-  {"test1_23", test1_23_mutatee, GROUPED, "test1_23"},
-  {"test1_20", test1_20_mutatee, GROUPED, "test1_20"},
-  {"test1_21", test1_21_mutatee, GROUPED, "test1_21"},
-  {"test1_39", test1_39_mutatee, GROUPED, "test1_39"},
-  {"test1_38", test1_38_mutatee, GROUPED, "test1_38"},
-  {"test1_31", test1_31_mutatee, GROUPED, "test1_31"},
-  {"test1_30", test1_30_mutatee, GROUPED, "test1_30"},
-  {"test1_33", test1_33_mutatee, GROUPED, "test1_33"},
-  {"test1_32", test1_32_mutatee, GROUPED, "test1_32"},
-  {"test1_34", test1_34_mutatee, GROUPED, "test1_34"},
-  {"test1_37", test1_37_mutatee, GROUPED, "test1_37"},
-  {"test1_36", test1_36_mutatee, GROUPED, "test1_36"},
-  {"test2_12", test2_12_mutatee, GROUPED, "test2_12"},
-  {"test2_13", test2_13_mutatee, GROUPED, "test2_13"},
-  {"test1_11", test1_11_mutatee, GROUPED, "test1_11"},
-  {"test1_10", test1_10_mutatee, GROUPED, "test1_10"},
-  {"test1_17", test1_17_mutatee, GROUPED, "test1_17"},
-  {"test1_16", test1_16_mutatee, GROUPED, "test1_16"},
-  {"test1_15", test1_15_mutatee, GROUPED, "test1_15"}
-};
-
-int max_tests = 40;
-int runTest40;
-int passedTest40;
-#ifdef __cplusplus
-}
-#endif

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/g++ Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/g++/32 Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/g++/32/dyn Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/g++/32/dyn/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/g++/32/dyn/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/g++/32/dyn/none/none/CMakeLists.txt Deleted

@@ -1,208 +0,0 @@
-# CMakeLists for proccontrol/g++/32/dyn/none/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_gnu_cxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/proccontrol")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic")
-IF (NOT ${M_gnu_cxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_gnu_cxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic"
-	"CXX"
-	"gnu_cxx 32 dyn"
-	MUTATEEgnucxx32dynCXX)
-
-IF (MUTATEEgnucxx32dynCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc32_linux/srclists.cmake)
-if(TARGET pcontrol)
-add_executable (pc_addlibrary.dyn_g++_32_none_none ${SOURCE_LIST_41})
-foreach (f ${SOURCE_LIST_41})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_addlibrary.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_addlibrary.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_breakpoint.dyn_g++_32_none_none ${SOURCE_LIST_34})
-foreach (f ${SOURCE_LIST_34})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_breakpoint.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_breakpoint.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_detach.dyn_g++_32_none_none ${SOURCE_LIST_11})
-foreach (f ${SOURCE_LIST_11})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_detach.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_detach.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_exec_targ.dyn_g++_32_none_none ${SOURCE_LIST_23})
-foreach (f ${SOURCE_LIST_23})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_exec_targ.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (pc_fork.dyn_g++_32_none_none ${SOURCE_LIST_0})
-foreach (f ${SOURCE_LIST_0})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_fork.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_fork.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_fork_exec.dyn_g++_32_none_none ${SOURCE_LIST_53})
-foreach (f ${SOURCE_LIST_53})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_fork_exec.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_fork_exec.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_groups.dyn_g++_32_none_none ${SOURCE_LIST_40})
-foreach (f ${SOURCE_LIST_40})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_groups.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_groups.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_irpc.dyn_g++_32_none_none ${SOURCE_LIST_69})
-foreach (f ${SOURCE_LIST_69})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_irpc.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_irpc.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_launch.dyn_g++_32_none_none ${SOURCE_LIST_44})
-foreach (f ${SOURCE_LIST_44})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_launch.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_launch.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_library.dyn_g++_32_none_none ${SOURCE_LIST_29})
-foreach (f ${SOURCE_LIST_29})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_library.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_library.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_singlestep.dyn_g++_32_none_none ${SOURCE_LIST_31})
-foreach (f ${SOURCE_LIST_31})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_singlestep.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_singlestep.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_stat.dyn_g++_32_none_none ${SOURCE_LIST_9})
-foreach (f ${SOURCE_LIST_9})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_stat.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_stat.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_temp_detach.dyn_g++_32_none_none ${SOURCE_LIST_5})
-foreach (f ${SOURCE_LIST_5})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_temp_detach.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_temp_detach.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_terminate.dyn_g++_32_none_none ${SOURCE_LIST_27})
-foreach (f ${SOURCE_LIST_27})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_terminate.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_terminate.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_terminate_stopped.dyn_g++_32_none_none ${SOURCE_LIST_51})
-foreach (f ${SOURCE_LIST_51})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_terminate_stopped.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_terminate_stopped.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_thread.dyn_g++_32_none_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_thread.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_thread.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_thread_cont.dyn_g++_32_none_none ${SOURCE_LIST_19})
-foreach (f ${SOURCE_LIST_19})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_thread_cont.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_thread_cont.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_tls.dyn_g++_32_none_none ${SOURCE_LIST_58})
-foreach (f ${SOURCE_LIST_58})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_tls.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_tls.dyn_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		pc_addlibrary.dyn_g++_32_none_none
-		pc_breakpoint.dyn_g++_32_none_none
-		pc_detach.dyn_g++_32_none_none
-		pc_exec_targ.dyn_g++_32_none_none
-		pc_fork.dyn_g++_32_none_none
-		pc_fork_exec.dyn_g++_32_none_none
-		pc_groups.dyn_g++_32_none_none
-		pc_irpc.dyn_g++_32_none_none
-		pc_launch.dyn_g++_32_none_none
-		pc_library.dyn_g++_32_none_none
-		pc_singlestep.dyn_g++_32_none_none
-		pc_stat.dyn_g++_32_none_none
-		pc_temp_detach.dyn_g++_32_none_none
-		pc_terminate.dyn_g++_32_none_none
-		pc_terminate_stopped.dyn_g++_32_none_none
-		pc_thread.dyn_g++_32_none_none
-		pc_thread_cont.dyn_g++_32_none_none
-		pc_tls.dyn_g++_32_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/g++/32/stat Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/g++/32/stat/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/g++/32/stat/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/g++/32/stat/none/none/CMakeLists.txt Deleted

@@ -1,170 +0,0 @@
-# CMakeLists for proccontrol/g++/32/stat/none/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_gnu_cxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/proccontrol")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -static")
-IF (NOT ${M_gnu_cxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_gnu_cxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -static"
-	"CXX"
-	"gnu_cxx 32 stat"
-	MUTATEEgnucxx32statCXX)
-
-IF (MUTATEEgnucxx32statCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc32_linux/srclists.cmake)
-if(TARGET pcontrol)
-add_executable (pc_breakpoint.stat_g++_32_none_none ${SOURCE_LIST_34})
-foreach (f ${SOURCE_LIST_34})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_breakpoint.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_breakpoint.stat_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_detach.stat_g++_32_none_none ${SOURCE_LIST_11})
-foreach (f ${SOURCE_LIST_11})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_detach.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_detach.stat_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_fork.stat_g++_32_none_none ${SOURCE_LIST_0})
-foreach (f ${SOURCE_LIST_0})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_fork.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_fork.stat_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_groups.stat_g++_32_none_none ${SOURCE_LIST_40})
-foreach (f ${SOURCE_LIST_40})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_groups.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_groups.stat_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_irpc.stat_g++_32_none_none ${SOURCE_LIST_69})
-foreach (f ${SOURCE_LIST_69})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_irpc.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_irpc.stat_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_launch.stat_g++_32_none_none ${SOURCE_LIST_44})
-foreach (f ${SOURCE_LIST_44})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_launch.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_launch.stat_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_singlestep.stat_g++_32_none_none ${SOURCE_LIST_31})
-foreach (f ${SOURCE_LIST_31})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_singlestep.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_singlestep.stat_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_stat.stat_g++_32_none_none ${SOURCE_LIST_9})
-foreach (f ${SOURCE_LIST_9})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_stat.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_stat.stat_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_temp_detach.stat_g++_32_none_none ${SOURCE_LIST_5})
-foreach (f ${SOURCE_LIST_5})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_temp_detach.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_temp_detach.stat_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_terminate.stat_g++_32_none_none ${SOURCE_LIST_27})
-foreach (f ${SOURCE_LIST_27})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_terminate.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_terminate.stat_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_terminate_stopped.stat_g++_32_none_none ${SOURCE_LIST_51})
-foreach (f ${SOURCE_LIST_51})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_terminate_stopped.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_terminate_stopped.stat_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_thread.stat_g++_32_none_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_thread.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_thread.stat_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_thread_cont.stat_g++_32_none_none ${SOURCE_LIST_19})
-foreach (f ${SOURCE_LIST_19})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_thread_cont.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_thread_cont.stat_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_tls.stat_g++_32_none_none ${SOURCE_LIST_58})
-foreach (f ${SOURCE_LIST_58})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_tls.stat_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_tls.stat_g++_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		pc_breakpoint.stat_g++_32_none_none
-		pc_detach.stat_g++_32_none_none
-		pc_fork.stat_g++_32_none_none
-		pc_groups.stat_g++_32_none_none
-		pc_irpc.stat_g++_32_none_none
-		pc_launch.stat_g++_32_none_none
-		pc_singlestep.stat_g++_32_none_none
-		pc_stat.stat_g++_32_none_none
-		pc_temp_detach.stat_g++_32_none_none
-		pc_terminate.stat_g++_32_none_none
-		pc_terminate_stopped.stat_g++_32_none_none
-		pc_thread.stat_g++_32_none_none
-		pc_thread_cont.stat_g++_32_none_none
-		pc_tls.stat_g++_32_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/gcc Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/gcc/32 Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/gcc/32/dyn Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/gcc/32/dyn/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/gcc/32/dyn/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/gcc/32/dyn/none/none/CMakeLists.txt Deleted

@@ -1,208 +0,0 @@
-# CMakeLists for proccontrol/gcc/32/dyn/none/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_gnu_cc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/proccontrol")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic")
-IF (NOT ${M_gnu_cc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_gnu_cc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic"
-	"C"
-	"gnu_cc 32 dyn"
-	MUTATEEgnucc32dynC)
-
-IF (MUTATEEgnucc32dynC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc32_linux/srclists.cmake)
-if(TARGET pcontrol)
-add_executable (pc_addlibrary.dyn_gcc_32_none_none ${SOURCE_LIST_41})
-foreach (f ${SOURCE_LIST_41})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_addlibrary.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_addlibrary.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_breakpoint.dyn_gcc_32_none_none ${SOURCE_LIST_34})
-foreach (f ${SOURCE_LIST_34})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_breakpoint.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_breakpoint.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_detach.dyn_gcc_32_none_none ${SOURCE_LIST_11})
-foreach (f ${SOURCE_LIST_11})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_detach.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_detach.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_exec_targ.dyn_gcc_32_none_none ${SOURCE_LIST_23})
-foreach (f ${SOURCE_LIST_23})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_exec_targ.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (pc_fork.dyn_gcc_32_none_none ${SOURCE_LIST_0})
-foreach (f ${SOURCE_LIST_0})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_fork.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_fork.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_fork_exec.dyn_gcc_32_none_none ${SOURCE_LIST_53})
-foreach (f ${SOURCE_LIST_53})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_fork_exec.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_fork_exec.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_groups.dyn_gcc_32_none_none ${SOURCE_LIST_40})
-foreach (f ${SOURCE_LIST_40})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_groups.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_groups.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_irpc.dyn_gcc_32_none_none ${SOURCE_LIST_69})
-foreach (f ${SOURCE_LIST_69})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_irpc.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_irpc.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_launch.dyn_gcc_32_none_none ${SOURCE_LIST_44})
-foreach (f ${SOURCE_LIST_44})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_launch.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_launch.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_library.dyn_gcc_32_none_none ${SOURCE_LIST_29})
-foreach (f ${SOURCE_LIST_29})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_library.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_library.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_singlestep.dyn_gcc_32_none_none ${SOURCE_LIST_31})
-foreach (f ${SOURCE_LIST_31})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_singlestep.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_singlestep.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_stat.dyn_gcc_32_none_none ${SOURCE_LIST_9})
-foreach (f ${SOURCE_LIST_9})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_stat.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_stat.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_temp_detach.dyn_gcc_32_none_none ${SOURCE_LIST_5})
-foreach (f ${SOURCE_LIST_5})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_temp_detach.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_temp_detach.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_terminate.dyn_gcc_32_none_none ${SOURCE_LIST_27})
-foreach (f ${SOURCE_LIST_27})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_terminate.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_terminate.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_terminate_stopped.dyn_gcc_32_none_none ${SOURCE_LIST_51})
-foreach (f ${SOURCE_LIST_51})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_terminate_stopped.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_terminate_stopped.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_thread.dyn_gcc_32_none_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_thread.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_thread.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_thread_cont.dyn_gcc_32_none_none ${SOURCE_LIST_19})
-foreach (f ${SOURCE_LIST_19})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_thread_cont.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_thread_cont.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_tls.dyn_gcc_32_none_none ${SOURCE_LIST_58})
-foreach (f ${SOURCE_LIST_58})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_tls.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_tls.dyn_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		pc_addlibrary.dyn_gcc_32_none_none
-		pc_breakpoint.dyn_gcc_32_none_none
-		pc_detach.dyn_gcc_32_none_none
-		pc_exec_targ.dyn_gcc_32_none_none
-		pc_fork.dyn_gcc_32_none_none
-		pc_fork_exec.dyn_gcc_32_none_none
-		pc_groups.dyn_gcc_32_none_none
-		pc_irpc.dyn_gcc_32_none_none
-		pc_launch.dyn_gcc_32_none_none
-		pc_library.dyn_gcc_32_none_none
-		pc_singlestep.dyn_gcc_32_none_none
-		pc_stat.dyn_gcc_32_none_none
-		pc_temp_detach.dyn_gcc_32_none_none
-		pc_terminate.dyn_gcc_32_none_none
-		pc_terminate_stopped.dyn_gcc_32_none_none
-		pc_thread.dyn_gcc_32_none_none
-		pc_thread_cont.dyn_gcc_32_none_none
-		pc_tls.dyn_gcc_32_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/gcc/32/stat Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/gcc/32/stat/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/gcc/32/stat/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/proccontrol/gcc/32/stat/none/none/CMakeLists.txt Deleted

@@ -1,170 +0,0 @@
-# CMakeLists for proccontrol/gcc/32/stat/none/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_gnu_cc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/proccontrol")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -static")
-IF (NOT ${M_gnu_cc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_gnu_cc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -static"
-	"C"
-	"gnu_cc 32 stat"
-	MUTATEEgnucc32statC)
-
-IF (MUTATEEgnucc32statC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc32_linux/srclists.cmake)
-if(TARGET pcontrol)
-add_executable (pc_breakpoint.stat_gcc_32_none_none ${SOURCE_LIST_34})
-foreach (f ${SOURCE_LIST_34})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_breakpoint.stat_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_breakpoint.stat_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_detach.stat_gcc_32_none_none ${SOURCE_LIST_11})
-foreach (f ${SOURCE_LIST_11})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_detach.stat_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_detach.stat_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_fork.stat_gcc_32_none_none ${SOURCE_LIST_0})
-foreach (f ${SOURCE_LIST_0})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_fork.stat_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_fork.stat_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_groups.stat_gcc_32_none_none ${SOURCE_LIST_40})
-foreach (f ${SOURCE_LIST_40})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_groups.stat_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_groups.stat_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_irpc.stat_gcc_32_none_none ${SOURCE_LIST_69})
-foreach (f ${SOURCE_LIST_69})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_irpc.stat_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_irpc.stat_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_launch.stat_gcc_32_none_none ${SOURCE_LIST_44})
-foreach (f ${SOURCE_LIST_44})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_launch.stat_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_launch.stat_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_singlestep.stat_gcc_32_none_none ${SOURCE_LIST_31})
-foreach (f ${SOURCE_LIST_31})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_singlestep.stat_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_singlestep.stat_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_stat.stat_gcc_32_none_none ${SOURCE_LIST_9})
-foreach (f ${SOURCE_LIST_9})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_stat.stat_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_stat.stat_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_temp_detach.stat_gcc_32_none_none ${SOURCE_LIST_5})
-foreach (f ${SOURCE_LIST_5})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_temp_detach.stat_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_temp_detach.stat_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_terminate.stat_gcc_32_none_none ${SOURCE_LIST_27})
-foreach (f ${SOURCE_LIST_27})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_terminate.stat_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_terminate.stat_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_terminate_stopped.stat_gcc_32_none_none ${SOURCE_LIST_51})
-foreach (f ${SOURCE_LIST_51})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_terminate_stopped.stat_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_terminate_stopped.stat_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_thread.stat_gcc_32_none_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_thread.stat_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_thread.stat_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_thread_cont.stat_gcc_32_none_none ${SOURCE_LIST_19})
-foreach (f ${SOURCE_LIST_19})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_thread_cont.stat_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_thread_cont.stat_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_tls.stat_gcc_32_none_none ${SOURCE_LIST_58})
-foreach (f ${SOURCE_LIST_58})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_tls.stat_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_tls.stat_gcc_32_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		pc_breakpoint.stat_gcc_32_none_none
-		pc_detach.stat_gcc_32_none_none
-		pc_fork.stat_gcc_32_none_none
-		pc_groups.stat_gcc_32_none_none
-		pc_irpc.stat_gcc_32_none_none
-		pc_launch.stat_gcc_32_none_none
-		pc_singlestep.stat_gcc_32_none_none
-		pc_stat.stat_gcc_32_none_none
-		pc_temp_detach.stat_gcc_32_none_none
-		pc_terminate.stat_gcc_32_none_none
-		pc_terminate_stopped.stat_gcc_32_none_none
-		pc_thread.stat_gcc_32_none_none
-		pc_thread_cont.stat_gcc_32_none_none
-		pc_tls.stat_gcc_32_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/srclists.cmake Deleted

@@ -1,643 +0,0 @@
-set (SRC ${PROJECT_SOURCE_DIR}/src)
-set (SOURCE_LIST_0 
-	${SRC}/mutatee_driver.c	${SRC}/proccontrol/pc_fork_mutatee.c
- 	${SRC}/proccontrol/pcontrol_mutatee_tools.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set (SOURCE_LIST_1 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test2_6_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_2 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test2_8_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_3 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test4_1_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_4 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test1_29_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_5 
-	${SRC}/mutatee_driver.c	${SRC}/proccontrol/pc_temp_detach_mutatee.c
- 	${SRC}/proccontrol/pcontrol_mutatee_tools.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set (SOURCE_LIST_6 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test1_41_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_7 
-	${SRC}/mutatee_driver.c	${PROJECT_SOURCE_DIR}/ppc32_linux/dyninst_group_test_group.c
-	${SRC}/dyninst/test1_1_mutatee.c
- 	${SRC}/dyninst/test1_2_mutatee.c
- 	${SRC}/dyninst/test1_3_mutatee.c
- 	${SRC}/dyninst/test1_4_mutatee.c
- 	${SRC}/dyninst/test1_5_mutatee.c
- 	${SRC}/dyninst/test1_6_mutatee.c
- 	${SRC}/dyninst/test1_7_mutatee.c
- 	${SRC}/dyninst/test1_8_mutatee.c
- 	${SRC}/dyninst/test1_9_mutatee.c
- 	${SRC}/dyninst/test1_10_mutatee.c
- 	${SRC}/dyninst/test1_11_mutatee.c
- 	${SRC}/dyninst/test1_13_mutatee.c
- 	${SRC}/dyninst/test1_15_mutatee.c
- 	${SRC}/dyninst/test1_16_mutatee.c
- 	${SRC}/dyninst/test1_17_mutatee.c
- 	${SRC}/dyninst/test1_18_mutatee.c
- 	${SRC}/dyninst/test1_20_mutatee.c
- 	${SRC}/dyninst/test1_21_mutatee.c
- 	${SRC}/dyninst/test1_22_mutatee.c
- 	${SRC}/dyninst/snip_ref_shlib_var_mutatee.c
- 	${SRC}/dyninst/snip_change_shlib_var_mutatee.c
- 	${SRC}/dyninst/test1_23_mutatee.c
- 	${SRC}/dyninst/test1_24_mutatee.c
- 	${SRC}/dyninst/test1_25_mutatee.c
- 	${SRC}/dyninst/test1_26_mutatee.c
- 	${SRC}/dyninst/test1_27_mutatee.c
- 	${SRC}/dyninst/test1_28_mutatee.c
- 	${SRC}/dyninst/test1_30_mutatee.c
- 	${SRC}/dyninst/test1_31_mutatee.c
- 	${SRC}/dyninst/test1_32_mutatee.c
- 	${SRC}/dyninst/test1_33_mutatee.c
- 	${SRC}/dyninst/test1_34_mutatee.c
- 	${SRC}/dyninst/test1_36_mutatee.c
- 	${SRC}/dyninst/test1_37_mutatee.c
- 	${SRC}/dyninst/test1_38_mutatee.c
- 	${SRC}/dyninst/test1_39_mutatee.c
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- 	${SRC}/mutatee_util.c
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- 	${SRC}/mutatee_util.c
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- 	${SRC}/mutatee_util.c
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- 	${SRC}/mutatee_util.c
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- 	${SRC}/dyninst/test_thread.c
- 	${SRC}/mutatee_util.c
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- 	${SRC}/mutatee_util.c
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-set_property (SOURCE ${SRC}/proccontrol/pc_thread_cont_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/g++ Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/g++/32 Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/g++/32/dyn Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/g++/32/dyn/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/g++/32/dyn/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/g++/32/dyn/none/none/CMakeLists.txt Deleted

@@ -1,39 +0,0 @@
-# CMakeLists for symtab/g++/32/dyn/none/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_gnu_cxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/symtab")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic")
-IF (NOT ${M_gnu_cxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_gnu_cxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic"
-	"CXX"
-	"gnu_cxx 32 dyn"
-	MUTATEEgnucxx32dynCXX)
-
-IF (MUTATEEgnucxx32dynCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc32_linux/srclists.cmake)
-if(TARGET symtabAPI)
-add_executable (symtab_group_test.dyn_g++_32_none_none ${SOURCE_LIST_60})
-foreach (f ${SOURCE_LIST_60})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(symtab_group_test.dyn_g++_32_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (symtab_group_test.dyn_g++_32_none_none testA_m32)
-
-
-INSTALL (TARGETS
-		symtab_group_test.dyn_g++_32_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/g++/32/dyn/pic Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/g++/32/dyn/pic/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/g++/32/dyn/pic/none/CMakeLists.txt Deleted

@@ -1,39 +0,0 @@
-# CMakeLists for symtab/g++/32/dyn/pic/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_gnu_cxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/symtab")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic")
-IF (NOT ${M_gnu_cxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_gnu_cxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie"
-	"${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic"
-	"CXX"
-	"gnu_cxx 32 dyn"
-	MUTATEEgnucxx32dynCXX)
-
-IF (MUTATEEgnucxx32dynCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc32_linux/srclists.cmake)
-if(TARGET symtabAPI)
-add_executable (symtab_group_test.dyn_g++_32_pic_none ${SOURCE_LIST_60})
-foreach (f ${SOURCE_LIST_60})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(symtab_group_test.dyn_g++_32_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (symtab_group_test.dyn_g++_32_pic_none testA_m32)
-
-
-INSTALL (TARGETS
-		symtab_group_test.dyn_g++_32_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/gcc Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/gcc/32 Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/gcc/32/dyn Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/gcc/32/dyn/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/gcc/32/dyn/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/gcc/32/dyn/none/none/CMakeLists.txt Deleted

@@ -1,39 +0,0 @@
-# CMakeLists for symtab/gcc/32/dyn/none/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_gnu_cc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/symtab")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic")
-IF (NOT ${M_gnu_cc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_gnu_cc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic"
-	"C"
-	"gnu_cc 32 dyn"
-	MUTATEEgnucc32dynC)
-
-IF (MUTATEEgnucc32dynC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc32_linux/srclists.cmake)
-if(TARGET symtabAPI)
-add_executable (symtab_group_test.dyn_gcc_32_none_none ${SOURCE_LIST_60})
-foreach (f ${SOURCE_LIST_60})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(symtab_group_test.dyn_gcc_32_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (symtab_group_test.dyn_gcc_32_none_none testA_m32)
-
-
-INSTALL (TARGETS
-		symtab_group_test.dyn_gcc_32_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/gcc/32/dyn/pic Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/gcc/32/dyn/pic/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab/gcc/32/dyn/pic/none/CMakeLists.txt Deleted

@@ -1,39 +0,0 @@
-# CMakeLists for symtab/gcc/32/dyn/pic/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_gnu_cc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/symtab")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic")
-IF (NOT ${M_gnu_cc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_gnu_cc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie"
-	"${MUTATEE_LDFLAGS_GNU}  -Wl,-export-dynamic"
-	"C"
-	"gnu_cc 32 dyn"
-	MUTATEEgnucc32dynC)
-
-IF (MUTATEEgnucc32dynC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc32_linux/srclists.cmake)
-if(TARGET symtabAPI)
-add_executable (symtab_group_test.dyn_gcc_32_pic_none ${SOURCE_LIST_60})
-foreach (f ${SOURCE_LIST_60})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(symtab_group_test.dyn_gcc_32_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (symtab_group_test.dyn_gcc_32_pic_none testA_m32)
-
-
-INSTALL (TARGETS
-		symtab_group_test.dyn_gcc_32_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/symtab_group_test_group.c Deleted

@@ -1,33 +0,0 @@
-#ifdef __cplusplus
-extern "C" {
-#endif
-#include "../src/mutatee_call_info.h"
-
-extern int test_type_info_mutatee();
-extern int test_local_var_lookup_mutatee();
-extern int test_module_mutatee();
-extern int test_lookup_func_mutatee();
-extern int test_lookup_var_mutatee();
-extern int test_line_info_mutatee();
-extern int test_relocations_mutatee();
-extern int test_add_symbols_mutatee();
-extern int test_local_var_locations_mutatee();
-
-mutatee_call_info_t mutatee_funcs = {
-  {"test_type_info", test_type_info_mutatee, GROUPED, "test_type_info"},
-  {"test_local_var_lookup", test_local_var_lookup_mutatee, GROUPED, "test_local_var_lookup"},
-  {"test_module", test_module_mutatee, GROUPED, "test_module"},
-  {"test_lookup_func", test_lookup_func_mutatee, GROUPED, "test_lookup_func"},
-  {"test_lookup_var", test_lookup_var_mutatee, GROUPED, "test_lookup_var"},
-  {"test_line_info", test_line_info_mutatee, GROUPED, "test_line_info"},
-  {"test_relocations", test_relocations_mutatee, GROUPED, "test_relocations"},
-  {"test_add_symbols", test_add_symbols_mutatee, GROUPED, "test_add_symbols"},
-  {"test_local_var_locations", test_local_var_locations_mutatee, GROUPED, "test_local_var_locations"}
-};
-
-int max_tests = 9;
-int runTest9;
-int passedTest9;
-#ifdef __cplusplus
-}
-#endif

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/test_info_new.gen.C Deleted

@@ -1,15118 +0,0 @@
-/* This file automatically generated from test specifications.  See
- * specification/spec.pl and specification/makemake.py
- */
-
-#include "test_info_new.h"
-
-
-
-static unsigned int test_count = 0;
-static unsigned int group_count = 0;
-static std::vector<RunGroup *> *tests = NULL;
-
-static void fini_group(RunGroup *rg) {
-  rg->index = group_count++;
-  tests->push_back(rg);
-  test_count = 0;
-}
-
-static void add_test(RunGroup *rg, const char *ts) {
-  rg->tests.push_back(new TestInfo(test_count++, ".so", ts));
-}
-
-// Now we insert the test lists into the run groups
-void initialize_mutatees(std::vector<RunGroup *> &t) {
-        tests = &t;
-	RunGroup *rg;
-  rg = new RunGroup("test_thread_6.dyn_gcc_32_pic_none", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_gcc_32_none_none", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_gcc_32_pic_none", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_gcc_32_none_none", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_gcc_32_pic_low", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_gcc_32_none_low", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_gcc_32_pic_low", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_gcc_32_none_low", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_gcc_32_pic_high", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_gcc_32_none_high", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_gcc_32_pic_high", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_gcc_32_none_high", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_gcc_32_pic_max", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_gcc_32_none_max", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_gcc_32_pic_max", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_gcc_32_none_max", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_g++_32_pic_none", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_g++_32_none_none", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_g++_32_pic_none", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_g++_32_none_none", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_g++_32_pic_low", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_g++_32_none_low", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_g++_32_pic_low", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_g++_32_none_low", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_g++_32_pic_high", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_g++_32_none_high", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_g++_32_pic_high", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_g++_32_none_high", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_g++_32_pic_max", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_g++_32_none_max", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_g++_32_pic_max", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_6.dyn_g++_32_none_max", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_6, mutator: test_thread_6, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_gcc_32_pic_none", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_gcc_32_none_none", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_gcc_32_pic_none", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_gcc_32_none_none", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_gcc_32_pic_low", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_gcc_32_none_low", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_gcc_32_pic_low", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_gcc_32_none_low", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_gcc_32_pic_high", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_gcc_32_none_high", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_gcc_32_pic_high", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_gcc_32_none_high", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_g++_32_pic_none", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_g++_32_none_none", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_g++_32_pic_none", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_g++_32_none_none", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_g++_32_pic_low", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_g++_32_none_low", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_g++_32_pic_low", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_g++_32_none_low", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_g++_32_pic_high", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_g++_32_none_high", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_g++_32_pic_high", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_7.dyn_g++_32_none_high", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_7, mutator: test_thread_7, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_7, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_gcc_32_pic_none", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_gcc_32_none_none", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_gcc_32_pic_none", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_gcc_32_none_none", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_gcc_32_pic_low", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_gcc_32_none_low", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_gcc_32_pic_low", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_gcc_32_none_low", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_gcc_32_pic_high", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_gcc_32_none_high", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_gcc_32_pic_high", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_gcc_32_none_high", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_gcc_32_pic_max", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_gcc_32_none_max", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_gcc_32_pic_max", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_gcc_32_none_max", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_g++_32_pic_none", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_g++_32_none_none", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_g++_32_pic_none", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_g++_32_none_none", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_g++_32_pic_low", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_g++_32_none_low", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_g++_32_pic_low", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_g++_32_none_low", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_g++_32_pic_high", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_g++_32_none_high", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_g++_32_pic_high", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_g++_32_none_high", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_g++_32_pic_max", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_g++_32_none_max", 
-		DELAYEDATTACH, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_g++_32_pic_max", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: pic, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_8.dyn_g++_32_none_max", 
-		DELAYEDATTACH, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_8, mutator: test_thread_8, grouped: false, pic: none, start_state: delayedattach, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_thread_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread_cont.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread_cont, mutator: pc_thread_cont, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread_cont, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_library, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_library, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_library, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_library, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_library, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_library, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_library, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_library, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_library, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_library, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_library, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_library, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_library, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_library, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_library, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_library, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork, mutator: pc_fork, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork_exec.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork_exec, mutator: pc_fork_exec, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork_exec, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork_exec.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork_exec, mutator: pc_fork_exec, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork_exec, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork_exec.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork_exec, mutator: pc_fork_exec, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork_exec, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork_exec.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork_exec, mutator: pc_fork_exec, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork_exec, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork_exec.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork_exec, mutator: pc_fork_exec, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork_exec, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork_exec.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork_exec, mutator: pc_fork_exec, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork_exec, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork_exec.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork_exec, mutator: pc_fork_exec, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork_exec, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork_exec.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork_exec, mutator: pc_fork_exec, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork_exec, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork_exec.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork_exec, mutator: pc_fork_exec, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork_exec, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork_exec.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork_exec, mutator: pc_fork_exec, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork_exec, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork_exec.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork_exec, mutator: pc_fork_exec, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork_exec, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork_exec.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork_exec, mutator: pc_fork_exec, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_fork_exec, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork_exec.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork_exec, mutator: pc_fork_exec, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork_exec, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork_exec.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork_exec, mutator: pc_fork_exec, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork_exec, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork_exec.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork_exec, mutator: pc_fork_exec, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork_exec, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_fork_exec.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_fork_exec, mutator: pc_fork_exec, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_fork_exec, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_temp_detach.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_temp_detach, mutator: pc_temp_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_temp_detach, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_low", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_low", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_low", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_low", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_low", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_low", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_low", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_low", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_low", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_low", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_low", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_low", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_low", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_low", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_low", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_low", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_high", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_high", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_high", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_high", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_high", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_high", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_high", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_high", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_high", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_high", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_high", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_high", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_high", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_high", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_high", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_high", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_max", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_max", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_max", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_max", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_max", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_max", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_max", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_gcc_32_none_max", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_max", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_max", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_max", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_max", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_max", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_max", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_max", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_gcc_32_none_max", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_low", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_low", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_low", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_low", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_low", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_low", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_low", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_low", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_low", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_low", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_low", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_low", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_low", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_low", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_low", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_low", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_high", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_high", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_high", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_high", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_high", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_high", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_high", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_high", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_high", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_high", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_high", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_high", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_high", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_high", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_high", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_high", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_max", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_max", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_max", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_max", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_max", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_max", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_max", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_g++_32_none_max", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_max", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_max", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_max", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_max", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		local, local, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_max", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_max", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_max", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_g++_32_none_max", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		local, local, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 32, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		SELFSTART, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "", "none", "32", "NONE");
-  add_test(rg, "{test: test_pt_ls, mutator: test_pt_ls, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: local, compiler: , run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "", "none", "32", "NONE");
-  add_test(rg, "{test: test_pt_ls, mutator: test_pt_ls, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: local, compiler: , run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "", "none", "32", "NONE");
-  add_test(rg, "{test: test2_1, mutator: test2_1, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: local, compiler: , run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "", "none", "32", "NONE");
-  add_test(rg, "{test: test2_2, mutator: test2_2, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: local, compiler: , run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		SELFSTART, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "", "none", "32", "NONE");
-  add_test(rg, "{test: test_pt_ls, mutator: test_pt_ls, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: local, compiler: , run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		SELFSTART, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "", "none", "32", "NONE");
-  add_test(rg, "{test: test2_3, mutator: test2_3, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: local, compiler: , run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		SELFSTART, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "", "none", "32", "NONE");
-  add_test(rg, "{test: test2_4, mutator: test2_4, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: local, compiler: , run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"instruction", "", "none", "32", "NONE");
-  add_test(rg, "{test: power_decode, mutator: power_decode, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: local, compiler: , run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"instruction", "", "none", "32", "NONE");
-  add_test(rg, "{test: aarch64_decode, mutator: aarch64_decode, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: local, compiler: , run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"instruction", "", "none", "32", "NONE");
-  add_test(rg, "{test: aarch64_cft, mutator: aarch64_cft, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: local, compiler: , run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"instruction", "", "none", "32", "NONE");
-  add_test(rg, "{test: aarch64_decode_ldst, mutator: aarch64_decode_ldst, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: local, compiler: , run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"instruction", "", "none", "32", "NONE");
-  add_test(rg, "{test: aarch64_simd, mutator: aarch64_simd, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: local, compiler: , run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"instruction", "", "none", "32", "NONE");
-  add_test(rg, "{test: power_cft, mutator: power_cft, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: local, compiler: , run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_gcc_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_gcc_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_gcc_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_gcc_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_gcc_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_gcc_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_gcc_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_gcc_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_gcc_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_g++_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_g++_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_g++_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_g++_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_g++_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_g++_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_g++_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_g++_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_g++_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_12, mutator: test2_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_13, mutator: test2_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test2_7, mutator: test2_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_g++_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_g++_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_g++_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_g++_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_g++_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_g++_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_g++_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_g++_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_g++_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_gcc_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_add_symbols, mutator: test_add_symbols, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_relocations, mutator: test_relocations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_gcc_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_add_symbols, mutator: test_add_symbols, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_relocations, mutator: test_relocations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_gcc_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_add_symbols, mutator: test_add_symbols, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_relocations, mutator: test_relocations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_gcc_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_add_symbols, mutator: test_add_symbols, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_relocations, mutator: test_relocations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_gcc_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_add_symbols, mutator: test_add_symbols, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_relocations, mutator: test_relocations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_gcc_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_add_symbols, mutator: test_add_symbols, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_relocations, mutator: test_relocations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_gcc_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_add_symbols, mutator: test_add_symbols, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_relocations, mutator: test_relocations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_gcc_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_add_symbols, mutator: test_add_symbols, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_relocations, mutator: test_relocations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_g++_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_add_symbols, mutator: test_add_symbols, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_relocations, mutator: test_relocations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_g++_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_add_symbols, mutator: test_add_symbols, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_relocations, mutator: test_relocations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_g++_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_add_symbols, mutator: test_add_symbols, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_relocations, mutator: test_relocations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_g++_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_add_symbols, mutator: test_add_symbols, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_relocations, mutator: test_relocations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_g++_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_add_symbols, mutator: test_add_symbols, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_relocations, mutator: test_relocations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_g++_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_add_symbols, mutator: test_add_symbols, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_relocations, mutator: test_relocations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_g++_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_add_symbols, mutator: test_add_symbols, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_relocations, mutator: test_relocations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_g++_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_add_symbols, mutator: test_add_symbols, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_relocations, mutator: test_relocations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_gcc_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_gcc_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_gcc_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_gcc_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_gcc_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_gcc_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_gcc_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_gcc_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_g++_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_g++_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_g++_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_g++_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_g++_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_g++_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_g++_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_12.dyn_g++_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_12, mutator: test1_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_12, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_gcc_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_gcc_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_gcc_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_gcc_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_gcc_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_gcc_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_gcc_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_gcc_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_gcc_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_g++_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_g++_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_g++_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_g++_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_g++_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_g++_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_g++_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_g++_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_g++_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_gcc_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_gcc_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_gcc_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_gcc_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_gcc_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_gcc_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_gcc_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_gcc_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_g++_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_g++_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_g++_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_g++_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_g++_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_g++_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_g++_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_19.dyn_g++_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_19, mutator: test1_19, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_19, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_gcc_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_g++_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_gcc_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_gcc_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_gcc_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_gcc_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_gcc_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_gcc_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_gcc_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_gcc_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_g++_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_g++_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_g++_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_g++_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_g++_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_g++_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_g++_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test_snip_remove.dyn_g++_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_snip_remove, mutator: test_snip_remove, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test_snip_remove, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_gcc_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_g++_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_gcc_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_gcc_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_gcc_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_gcc_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_gcc_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_gcc_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_gcc_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_gcc_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_gcc_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_g++_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_g++_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_g++_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_g++_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_g++_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_g++_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_g++_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_g++_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, local, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_g++_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_gcc_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_gcc_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_gcc_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_gcc_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_gcc_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_gcc_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_gcc_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_gcc_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_g++_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_g++_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_g++_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_g++_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_g++_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_g++_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_g++_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_40.dyn_g++_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_40, mutator: test1_40, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test1_40, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test1_41.dyn_gcc_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_41, mutator: test1_41, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_41, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_41.dyn_gcc_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test1_41, mutator: test1_41, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_41, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_41.dyn_gcc_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_41, mutator: test1_41, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_41, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_41.dyn_gcc_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test1_41, mutator: test1_41, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_41, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_41.dyn_gcc_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_41, mutator: test1_41, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_41, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_41.dyn_gcc_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test1_41, mutator: test1_41, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_41, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_41.dyn_gcc_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_41, mutator: test1_41, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_41, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_41.dyn_gcc_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test1_41, mutator: test1_41, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_41, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_41.dyn_g++_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_41, mutator: test1_41, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_41, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_41.dyn_g++_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test1_41, mutator: test1_41, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_41, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_41.dyn_g++_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_41, mutator: test1_41, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_41, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_41.dyn_g++_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test1_41, mutator: test1_41, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_41, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_41.dyn_g++_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_41, mutator: test1_41, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_41, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_41.dyn_g++_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test1_41, mutator: test1_41, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_41, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_41.dyn_g++_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_41, mutator: test1_41, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_41, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test1_41.dyn_g++_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test1_41, mutator: test1_41, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test1_41, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_gcc_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_gcc_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_gcc_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_gcc_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_gcc_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_gcc_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_gcc_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_gcc_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_g++_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_g++_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_g++_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_g++_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_g++_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_g++_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_g++_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_6.dyn_g++_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test2_6, mutator: test2_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_gcc_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_gcc_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_gcc_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_gcc_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_gcc_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_gcc_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_gcc_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_gcc_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_g++_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_g++_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_g++_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_g++_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_g++_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_g++_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_g++_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_8.dyn_g++_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test2_8, mutator: test2_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_gcc_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_gcc_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_gcc_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_gcc_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_gcc_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_gcc_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_gcc_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_gcc_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_g++_32_pic_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_g++_32_none_none", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_g++_32_pic_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_g++_32_none_low", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_g++_32_pic_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_g++_32_none_high", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_g++_32_pic_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test2_14.dyn_g++_32_none_max", 
-		STOPPED, USEATTACH, TNone, PNone, 
-		local, local, pre, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test2_14, mutator: test2_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: pre, platmode: NONE, mutatee: test2_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("test3_1.dyn_gcc_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test3_1, mutator: test3_1, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_1.dyn_gcc_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test3_1, mutator: test3_1, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_1.dyn_gcc_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test3_1, mutator: test3_1, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_1.dyn_gcc_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test3_1, mutator: test3_1, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_1.dyn_gcc_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test3_1, mutator: test3_1, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_1.dyn_gcc_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test3_1, mutator: test3_1, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_1.dyn_gcc_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test3_1, mutator: test3_1, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_1.dyn_gcc_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test3_1, mutator: test3_1, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_1.dyn_g++_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test3_1, mutator: test3_1, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_1.dyn_g++_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test3_1, mutator: test3_1, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_1.dyn_g++_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test3_1, mutator: test3_1, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_1.dyn_g++_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test3_1, mutator: test3_1, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_1.dyn_g++_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test3_1, mutator: test3_1, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_1.dyn_g++_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test3_1, mutator: test3_1, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_1.dyn_g++_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test3_1, mutator: test3_1, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_1.dyn_g++_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test3_1, mutator: test3_1, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_2.dyn_gcc_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test3_2, mutator: test3_2, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_2.dyn_gcc_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test3_2, mutator: test3_2, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_2.dyn_gcc_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test3_2, mutator: test3_2, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_2.dyn_gcc_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test3_2, mutator: test3_2, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_2.dyn_gcc_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test3_2, mutator: test3_2, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_2.dyn_gcc_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test3_2, mutator: test3_2, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_2.dyn_gcc_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test3_2, mutator: test3_2, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_2.dyn_gcc_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test3_2, mutator: test3_2, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_2.dyn_g++_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test3_2, mutator: test3_2, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_2.dyn_g++_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test3_2, mutator: test3_2, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_2.dyn_g++_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test3_2, mutator: test3_2, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_2.dyn_g++_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test3_2, mutator: test3_2, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_2.dyn_g++_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test3_2, mutator: test3_2, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_2.dyn_g++_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test3_2, mutator: test3_2, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_2.dyn_g++_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test3_2, mutator: test3_2, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_2.dyn_g++_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test3_2, mutator: test3_2, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_3.dyn_gcc_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test3_3, mutator: test3_3, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_3, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_3.dyn_gcc_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test3_3, mutator: test3_3, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_3, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_3.dyn_gcc_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test3_3, mutator: test3_3, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_3, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_3.dyn_gcc_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test3_3, mutator: test3_3, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_3, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_3.dyn_gcc_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test3_3, mutator: test3_3, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_3, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_3.dyn_gcc_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test3_3, mutator: test3_3, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_3, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_3.dyn_gcc_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test3_3, mutator: test3_3, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_3, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_3.dyn_gcc_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test3_3, mutator: test3_3, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_3, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_3.dyn_g++_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test3_3, mutator: test3_3, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_3, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_3.dyn_g++_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test3_3, mutator: test3_3, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_3, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_3.dyn_g++_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test3_3, mutator: test3_3, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_3, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_3.dyn_g++_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test3_3, mutator: test3_3, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_3, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_3.dyn_g++_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test3_3, mutator: test3_3, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_3, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_3.dyn_g++_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test3_3, mutator: test3_3, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_3, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_3.dyn_g++_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test3_3, mutator: test3_3, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_3, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_3.dyn_g++_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test3_3, mutator: test3_3, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_3, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_4.dyn_gcc_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test3_4, mutator: test3_4, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_4, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_4.dyn_gcc_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test3_4, mutator: test3_4, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_4, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_4.dyn_gcc_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test3_4, mutator: test3_4, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_4, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_4.dyn_gcc_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test3_4, mutator: test3_4, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_4, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_4.dyn_gcc_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test3_4, mutator: test3_4, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_4, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_4.dyn_gcc_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test3_4, mutator: test3_4, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_4, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_4.dyn_gcc_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test3_4, mutator: test3_4, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_4, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_4.dyn_gcc_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test3_4, mutator: test3_4, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_4, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_4.dyn_g++_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test3_4, mutator: test3_4, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_4, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_4.dyn_g++_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test3_4, mutator: test3_4, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_4, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_4.dyn_g++_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test3_4, mutator: test3_4, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_4, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_4.dyn_g++_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test3_4, mutator: test3_4, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_4, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_4.dyn_g++_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test3_4, mutator: test3_4, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_4, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_4.dyn_g++_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test3_4, mutator: test3_4, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_4, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_4.dyn_g++_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test3_4, mutator: test3_4, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_4, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_4.dyn_g++_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test3_4, mutator: test3_4, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_4, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_5.dyn_gcc_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test3_5, mutator: test3_5, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_5, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_5.dyn_gcc_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test3_5, mutator: test3_5, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_5, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_5.dyn_gcc_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test3_5, mutator: test3_5, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_5, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_5.dyn_gcc_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test3_5, mutator: test3_5, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_5, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_5.dyn_gcc_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test3_5, mutator: test3_5, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_5, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_5.dyn_gcc_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test3_5, mutator: test3_5, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_5, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_5.dyn_gcc_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test3_5, mutator: test3_5, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_5, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_5.dyn_gcc_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test3_5, mutator: test3_5, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_5, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_5.dyn_g++_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test3_5, mutator: test3_5, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_5, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_5.dyn_g++_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test3_5, mutator: test3_5, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_5, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_5.dyn_g++_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test3_5, mutator: test3_5, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_5, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_5.dyn_g++_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test3_5, mutator: test3_5, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_5, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_5.dyn_g++_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test3_5, mutator: test3_5, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_5, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_5.dyn_g++_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test3_5, mutator: test3_5, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_5, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_5.dyn_g++_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test3_5, mutator: test3_5, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_5, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_5.dyn_g++_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test3_5, mutator: test3_5, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_5, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_6.dyn_gcc_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test3_6, mutator: test3_6, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_6.dyn_gcc_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test3_6, mutator: test3_6, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_6.dyn_gcc_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test3_6, mutator: test3_6, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_6.dyn_gcc_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test3_6, mutator: test3_6, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_6.dyn_gcc_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test3_6, mutator: test3_6, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_6.dyn_gcc_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test3_6, mutator: test3_6, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_6.dyn_gcc_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test3_6, mutator: test3_6, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_6.dyn_gcc_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test3_6, mutator: test3_6, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_6.dyn_g++_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test3_6, mutator: test3_6, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_6.dyn_g++_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test3_6, mutator: test3_6, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_6.dyn_g++_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test3_6, mutator: test3_6, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_6.dyn_g++_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test3_6, mutator: test3_6, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_6.dyn_g++_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test3_6, mutator: test3_6, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_6.dyn_g++_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test3_6, mutator: test3_6, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_6.dyn_g++_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test3_6, mutator: test3_6, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_6.dyn_g++_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test3_6, mutator: test3_6, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_7.dyn_gcc_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test3_7, mutator: test3_7, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_7, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_7.dyn_gcc_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test3_7, mutator: test3_7, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_7, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_7.dyn_gcc_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test3_7, mutator: test3_7, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_7, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_7.dyn_gcc_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test3_7, mutator: test3_7, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_7, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_7.dyn_gcc_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test3_7, mutator: test3_7, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_7, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_7.dyn_gcc_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test3_7, mutator: test3_7, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_7, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_7.dyn_gcc_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test3_7, mutator: test3_7, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_7, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_7.dyn_gcc_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test3_7, mutator: test3_7, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_7, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_7.dyn_g++_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test3_7, mutator: test3_7, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_7, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_7.dyn_g++_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test3_7, mutator: test3_7, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_7, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_7.dyn_g++_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test3_7, mutator: test3_7, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_7, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_7.dyn_g++_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test3_7, mutator: test3_7, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_7, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_7.dyn_g++_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test3_7, mutator: test3_7, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_7, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_7.dyn_g++_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test3_7, mutator: test3_7, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_7, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_7.dyn_g++_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test3_7, mutator: test3_7, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_7, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test3_7.dyn_g++_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test3_7, mutator: test3_7, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test3_7, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_1.dyn_gcc_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test4_1, mutator: test4_1, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_1.dyn_gcc_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test4_1, mutator: test4_1, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_1.dyn_gcc_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test4_1, mutator: test4_1, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_1.dyn_gcc_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test4_1, mutator: test4_1, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_1.dyn_gcc_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test4_1, mutator: test4_1, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_1.dyn_gcc_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test4_1, mutator: test4_1, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_1.dyn_gcc_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test4_1, mutator: test4_1, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_1.dyn_gcc_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test4_1, mutator: test4_1, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_1.dyn_g++_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test4_1, mutator: test4_1, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_1.dyn_g++_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test4_1, mutator: test4_1, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_1.dyn_g++_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test4_1, mutator: test4_1, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_1.dyn_g++_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test4_1, mutator: test4_1, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_1.dyn_g++_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test4_1, mutator: test4_1, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_1.dyn_g++_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test4_1, mutator: test4_1, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_1.dyn_g++_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test4_1, mutator: test4_1, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_1.dyn_g++_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test4_1, mutator: test4_1, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_2.dyn_gcc_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test4_2, mutator: test4_2, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_2.dyn_gcc_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test4_2, mutator: test4_2, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_2.dyn_gcc_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test4_2, mutator: test4_2, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_2.dyn_gcc_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test4_2, mutator: test4_2, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_2.dyn_gcc_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test4_2, mutator: test4_2, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_2.dyn_gcc_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test4_2, mutator: test4_2, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_2.dyn_gcc_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test4_2, mutator: test4_2, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_2.dyn_gcc_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test4_2, mutator: test4_2, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_2.dyn_g++_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test4_2, mutator: test4_2, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_2.dyn_g++_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test4_2, mutator: test4_2, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_2.dyn_g++_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test4_2, mutator: test4_2, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_2.dyn_g++_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test4_2, mutator: test4_2, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_2.dyn_g++_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test4_2, mutator: test4_2, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_2.dyn_g++_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test4_2, mutator: test4_2, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_2.dyn_g++_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test4_2, mutator: test4_2, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_2.dyn_g++_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test4_2, mutator: test4_2, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_3.dyn_gcc_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test4_3, mutator: test4_3, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_3, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_3.dyn_gcc_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test4_3, mutator: test4_3, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_3, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_3.dyn_gcc_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test4_3, mutator: test4_3, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_3, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_3.dyn_gcc_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test4_3, mutator: test4_3, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_3, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_3.dyn_gcc_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test4_3, mutator: test4_3, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_3, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_3.dyn_gcc_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test4_3, mutator: test4_3, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_3, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_3.dyn_gcc_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test4_3, mutator: test4_3, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_3, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_3.dyn_gcc_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test4_3, mutator: test4_3, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_3, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_3.dyn_g++_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test4_3, mutator: test4_3, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_3, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_3.dyn_g++_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test4_3, mutator: test4_3, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_3, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_3.dyn_g++_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test4_3, mutator: test4_3, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_3, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_3.dyn_g++_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test4_3, mutator: test4_3, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_3, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_3.dyn_g++_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test4_3, mutator: test4_3, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_3, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_3.dyn_g++_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test4_3, mutator: test4_3, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_3, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_3.dyn_g++_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test4_3, mutator: test4_3, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_3, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_3.dyn_g++_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test4_3, mutator: test4_3, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_3, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_4.dyn_gcc_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test4_4, mutator: test4_4, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_4, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_4.dyn_gcc_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test4_4, mutator: test4_4, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_4, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_4.dyn_gcc_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test4_4, mutator: test4_4, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_4, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_4.dyn_gcc_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test4_4, mutator: test4_4, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_4, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_4.dyn_gcc_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test4_4, mutator: test4_4, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_4, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_4.dyn_gcc_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test4_4, mutator: test4_4, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_4, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_4.dyn_gcc_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test4_4, mutator: test4_4, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_4, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_4.dyn_gcc_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test4_4, mutator: test4_4, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_4, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_4.dyn_g++_32_pic_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test4_4, mutator: test4_4, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_4, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_4.dyn_g++_32_none_none", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test4_4, mutator: test4_4, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_4, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_4.dyn_g++_32_pic_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test4_4, mutator: test4_4, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_4, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_4.dyn_g++_32_none_low", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test4_4, mutator: test4_4, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_4, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_4.dyn_g++_32_pic_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test4_4, mutator: test4_4, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_4, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_4.dyn_g++_32_none_high", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test4_4, mutator: test4_4, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_4, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_4.dyn_g++_32_pic_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test4_4, mutator: test4_4, grouped: false, pic: pic, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_4, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test4_4.dyn_g++_32_none_max", 
-		SELFSTART, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test4_4, mutator: test4_4, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test4_4, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_5.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_5, mutator: test_fork_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_5, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_5.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_5, mutator: test_fork_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_5, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_5.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_5, mutator: test_fork_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_5, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_5.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_5, mutator: test_fork_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_5, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_5.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_5, mutator: test_fork_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_5, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_5.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_5, mutator: test_fork_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_5, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_5.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_5, mutator: test_fork_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_5, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_5.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_5, mutator: test_fork_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_5, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_5.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_5, mutator: test_fork_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_5, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_5.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_5, mutator: test_fork_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_5, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_5.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_5, mutator: test_fork_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_5, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_5.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_5, mutator: test_fork_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_5, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_5.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_5, mutator: test_fork_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_5, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_5.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_5, mutator: test_fork_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_5, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_5.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_5, mutator: test_fork_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_5, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_5.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_5, mutator: test_fork_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_5, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_6.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_6, mutator: test_fork_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_6.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_6, mutator: test_fork_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_6.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_6, mutator: test_fork_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_6.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_6, mutator: test_fork_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_6.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_6, mutator: test_fork_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_6.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_6, mutator: test_fork_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_6.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_6, mutator: test_fork_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_6.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_6, mutator: test_fork_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_6.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_6, mutator: test_fork_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_6.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_6, mutator: test_fork_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_6, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_6.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_6, mutator: test_fork_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_6.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_6, mutator: test_fork_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_6, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_6.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_6, mutator: test_fork_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_6.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_6, mutator: test_fork_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_6, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_6.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_6, mutator: test_fork_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_6.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_6, mutator: test_fork_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_6, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_7.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_7, mutator: test_fork_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_7, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_7.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_7, mutator: test_fork_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_7, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_7.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_7, mutator: test_fork_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_7, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_7.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_7, mutator: test_fork_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_7, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_7.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_7, mutator: test_fork_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_7, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_7.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_7, mutator: test_fork_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_7, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_7.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_7, mutator: test_fork_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_7, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_7.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_7, mutator: test_fork_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_7, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_7.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_7, mutator: test_fork_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_7, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_7.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_7, mutator: test_fork_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_7, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_7.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_7, mutator: test_fork_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_7, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_7.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_7, mutator: test_fork_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_7, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_7.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_7, mutator: test_fork_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_7, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_7.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_7, mutator: test_fork_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_7, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_7.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_7, mutator: test_fork_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_7, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_7.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_7, mutator: test_fork_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_7, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_8.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_8, mutator: test_fork_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_8.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_8, mutator: test_fork_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_8.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_8, mutator: test_fork_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_8.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_8, mutator: test_fork_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_8.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_8, mutator: test_fork_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_8.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_8, mutator: test_fork_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_8.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_8, mutator: test_fork_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_8.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_8, mutator: test_fork_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_8.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_8, mutator: test_fork_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_8.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_8, mutator: test_fork_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_8, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_8.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_8, mutator: test_fork_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_8.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_8, mutator: test_fork_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_8, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_8.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_8, mutator: test_fork_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_8.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_8, mutator: test_fork_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_8, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_8.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_8, mutator: test_fork_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_8.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_8, mutator: test_fork_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_8, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_9.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_9, mutator: test_fork_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_9, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_9.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_9, mutator: test_fork_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_9, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_9.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_9, mutator: test_fork_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_9, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_9.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_9, mutator: test_fork_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_9, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_9.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_9, mutator: test_fork_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_9, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_9.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_9, mutator: test_fork_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_9, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_9.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_9, mutator: test_fork_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_9, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_9.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_9, mutator: test_fork_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_9, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_9.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_9, mutator: test_fork_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_9, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_9.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_9, mutator: test_fork_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_9, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_9.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_9, mutator: test_fork_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_9, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_9.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_9, mutator: test_fork_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_9, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_9.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_9, mutator: test_fork_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_9, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_9.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_9, mutator: test_fork_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_9, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_9.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_9, mutator: test_fork_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_9, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_9.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_9, mutator: test_fork_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_9, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_10.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_10, mutator: test_fork_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_10, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_10.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_10, mutator: test_fork_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_10, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_10.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_10, mutator: test_fork_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_10, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_10.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_10, mutator: test_fork_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_10, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_10.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_10, mutator: test_fork_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_10, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_10.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_10, mutator: test_fork_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_10, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_10.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_10, mutator: test_fork_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_10, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_10.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_10, mutator: test_fork_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_10, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_10.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_10, mutator: test_fork_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_10, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_10.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_10, mutator: test_fork_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_10, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_10.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_10, mutator: test_fork_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_10, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_10.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_10, mutator: test_fork_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_10, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_10.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_10, mutator: test_fork_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_10, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_10.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_10, mutator: test_fork_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_10, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_10.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_10, mutator: test_fork_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_10, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_10.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_10, mutator: test_fork_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_10, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_11.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_11, mutator: test_fork_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_11, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_11.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_11, mutator: test_fork_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_11, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_11.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_11, mutator: test_fork_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_11, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_11.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_11, mutator: test_fork_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_11, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_11.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_11, mutator: test_fork_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_11, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_11.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_11, mutator: test_fork_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_11, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_11.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_11, mutator: test_fork_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_11, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_11.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_11, mutator: test_fork_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_11, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_11.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_11, mutator: test_fork_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_11, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_11.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_11, mutator: test_fork_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_11, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_11.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_11, mutator: test_fork_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_11, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_11.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_11, mutator: test_fork_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_11, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_11.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_11, mutator: test_fork_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_11, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_11.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_11, mutator: test_fork_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_11, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_11.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_11, mutator: test_fork_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_11, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_11.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_11, mutator: test_fork_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_11, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_12.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_12, mutator: test_fork_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_12, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_12.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_12, mutator: test_fork_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_12, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_12.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_12, mutator: test_fork_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_12, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_12.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_12, mutator: test_fork_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_12, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_12.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_12, mutator: test_fork_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_12, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_12.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_12, mutator: test_fork_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_12, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_12.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_12, mutator: test_fork_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_12, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_12.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_12, mutator: test_fork_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_12, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_12.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_12, mutator: test_fork_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_12, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_12.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_12, mutator: test_fork_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_12, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_12.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_12, mutator: test_fork_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_12, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_12.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_12, mutator: test_fork_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_12, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_12.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_12, mutator: test_fork_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_12, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_12.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_12, mutator: test_fork_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_12, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_12.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_12, mutator: test_fork_12, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_12, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_12.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_12, mutator: test_fork_12, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_12, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_13.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_13, mutator: test_fork_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_13, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_13.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_13, mutator: test_fork_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_13, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_13.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_13, mutator: test_fork_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_13, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_13.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_13, mutator: test_fork_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_13, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_13.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_13, mutator: test_fork_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_13, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_13.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_13, mutator: test_fork_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_13, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_13.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_13, mutator: test_fork_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_13, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_13.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_13, mutator: test_fork_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_13, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_13.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_13, mutator: test_fork_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_13, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_13.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_13, mutator: test_fork_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_13, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_13.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_13, mutator: test_fork_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_13, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_13.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_13, mutator: test_fork_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_13, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_13.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_13, mutator: test_fork_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_13, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_13.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_13, mutator: test_fork_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_13, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_13.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_13, mutator: test_fork_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_13, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_13.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_13, mutator: test_fork_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_13, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_14.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_14, mutator: test_fork_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_14.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_14, mutator: test_fork_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_14.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_14, mutator: test_fork_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_14.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_14, mutator: test_fork_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_14.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_14, mutator: test_fork_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_14.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_14, mutator: test_fork_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_14.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_14, mutator: test_fork_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_14.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_14, mutator: test_fork_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_14.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_14, mutator: test_fork_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_14.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_fork_14, mutator: test_fork_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_14, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_14.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_14, mutator: test_fork_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_14.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_fork_14, mutator: test_fork_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_14, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_14.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_14, mutator: test_fork_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_14.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_fork_14, mutator: test_fork_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_14, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_14.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_14, mutator: test_fork_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_fork_14.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_fork_14, mutator: test_fork_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_fork_14, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_1.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_stack_1, mutator: test_stack_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_1.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_stack_1, mutator: test_stack_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_1.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_stack_1, mutator: test_stack_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_1.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_stack_1, mutator: test_stack_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_1.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_stack_1, mutator: test_stack_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_1.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_stack_1, mutator: test_stack_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_1.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_stack_1, mutator: test_stack_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_1.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_stack_1, mutator: test_stack_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_1.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_stack_1, mutator: test_stack_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_1.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_stack_1, mutator: test_stack_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_1.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_stack_1, mutator: test_stack_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_1.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_stack_1, mutator: test_stack_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_1.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_stack_1, mutator: test_stack_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_1.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_stack_1, mutator: test_stack_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_1.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_stack_1, mutator: test_stack_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_1.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_stack_1, mutator: test_stack_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_2.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_stack_2, mutator: test_stack_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_2.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_stack_2, mutator: test_stack_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_2.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_stack_2, mutator: test_stack_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_2.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_stack_2, mutator: test_stack_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_2.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_stack_2, mutator: test_stack_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_2.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_stack_2, mutator: test_stack_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_2.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_stack_2, mutator: test_stack_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_2.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_stack_2, mutator: test_stack_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_2.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_stack_2, mutator: test_stack_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_2.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_stack_2, mutator: test_stack_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_2.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_stack_2, mutator: test_stack_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_2.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_stack_2, mutator: test_stack_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_2.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_stack_2, mutator: test_stack_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_2.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_stack_2, mutator: test_stack_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_2.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_stack_2, mutator: test_stack_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_2.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_stack_2, mutator: test_stack_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_3.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_stack_3, mutator: test_stack_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_3, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_3.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_stack_3, mutator: test_stack_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_3, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_3.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_stack_3, mutator: test_stack_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_3, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_3.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_stack_3, mutator: test_stack_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_3, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_3.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_stack_3, mutator: test_stack_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_3, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_3.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_stack_3, mutator: test_stack_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_3, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_3.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_stack_3, mutator: test_stack_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_3, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_3.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_stack_3, mutator: test_stack_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_3, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_3.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_stack_3, mutator: test_stack_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_3, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_3.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_stack_3, mutator: test_stack_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_3, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_3.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_stack_3, mutator: test_stack_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_3, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_3.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_stack_3, mutator: test_stack_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_3, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_3.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_stack_3, mutator: test_stack_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_3, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_3.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_stack_3, mutator: test_stack_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_3, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_3.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_stack_3, mutator: test_stack_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_3, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_3.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_stack_3, mutator: test_stack_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_3, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_4.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_stack_4, mutator: test_stack_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_4, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_4.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_stack_4, mutator: test_stack_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_4, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_4.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_stack_4, mutator: test_stack_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_4, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_4.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_stack_4, mutator: test_stack_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_4, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_4.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_stack_4, mutator: test_stack_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_4, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_4.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_stack_4, mutator: test_stack_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_4, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_4.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_stack_4, mutator: test_stack_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_4, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_4.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_stack_4, mutator: test_stack_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_4, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_4.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_stack_4, mutator: test_stack_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_4, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_4.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_stack_4, mutator: test_stack_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_4, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_4.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_stack_4, mutator: test_stack_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_4, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_4.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_stack_4, mutator: test_stack_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_4, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_4.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_stack_4, mutator: test_stack_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_4, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_4.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_stack_4, mutator: test_stack_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_4, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_4.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_stack_4, mutator: test_stack_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_4, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_stack_4.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_stack_4, mutator: test_stack_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_stack_4, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_1.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_callback_1, mutator: test_callback_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_1.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_callback_1, mutator: test_callback_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_1.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_callback_1, mutator: test_callback_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_1.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_callback_1, mutator: test_callback_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_1.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_callback_1, mutator: test_callback_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_1.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_callback_1, mutator: test_callback_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_1.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_callback_1, mutator: test_callback_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_1.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_callback_1, mutator: test_callback_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_1.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_callback_1, mutator: test_callback_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_1.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_callback_1, mutator: test_callback_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_1.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_callback_1, mutator: test_callback_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_1.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_callback_1, mutator: test_callback_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_1.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_callback_1, mutator: test_callback_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_1.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_callback_1, mutator: test_callback_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_1.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_callback_1, mutator: test_callback_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_1.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_callback_1, mutator: test_callback_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_2.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_callback_2, mutator: test_callback_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_2.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_callback_2, mutator: test_callback_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_2.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_callback_2, mutator: test_callback_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_2.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_callback_2, mutator: test_callback_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_2.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_callback_2, mutator: test_callback_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_2.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_callback_2, mutator: test_callback_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_2.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_callback_2, mutator: test_callback_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_2.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_callback_2, mutator: test_callback_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_2.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_callback_2, mutator: test_callback_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_2.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_callback_2, mutator: test_callback_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_2.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_callback_2, mutator: test_callback_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_2.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_callback_2, mutator: test_callback_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_2.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_callback_2, mutator: test_callback_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_2.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_callback_2, mutator: test_callback_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_2.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_callback_2, mutator: test_callback_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_callback_2.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_callback_2, mutator: test_callback_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_callback_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_1.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_1, mutator: test_thread_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_1.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_1, mutator: test_thread_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_1.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_1, mutator: test_thread_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_1.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_1, mutator: test_thread_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_1.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_1, mutator: test_thread_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_1.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_1, mutator: test_thread_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_1.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_1, mutator: test_thread_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_1.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_1, mutator: test_thread_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_1.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_1, mutator: test_thread_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_1.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_1, mutator: test_thread_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_1, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_1.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_1, mutator: test_thread_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_1.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_1, mutator: test_thread_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_1, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_1.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_1, mutator: test_thread_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_1.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_1, mutator: test_thread_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_1, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_1.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_1, mutator: test_thread_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_1.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_1, mutator: test_thread_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_1, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_2.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_2, mutator: test_thread_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_2.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_2, mutator: test_thread_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_2.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_2, mutator: test_thread_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_2.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_2, mutator: test_thread_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_2.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_2, mutator: test_thread_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_2.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_2, mutator: test_thread_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_2.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_2, mutator: test_thread_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_2.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_2, mutator: test_thread_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_2.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_2, mutator: test_thread_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_2.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_2, mutator: test_thread_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_2, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_2.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_2, mutator: test_thread_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_2.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_2, mutator: test_thread_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_2, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_2.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_2, mutator: test_thread_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_2.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_2, mutator: test_thread_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_2, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_2.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_2, mutator: test_thread_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_2.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_2, mutator: test_thread_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_2, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_3.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_3, mutator: test_thread_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_3, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_3.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_3, mutator: test_thread_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_3, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_3.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_3, mutator: test_thread_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_3, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_3.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_3, mutator: test_thread_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_3, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_3.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_3, mutator: test_thread_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_3, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_3.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_3, mutator: test_thread_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_3, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_3.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_3, mutator: test_thread_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_3, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_3.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_3, mutator: test_thread_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_3, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_3.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_3, mutator: test_thread_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_3, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_3.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_3, mutator: test_thread_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_3, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_3.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_3, mutator: test_thread_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_3, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_3.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_3, mutator: test_thread_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_3, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_3.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_3, mutator: test_thread_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_3, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_3.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_3, mutator: test_thread_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_3, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_3.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_3, mutator: test_thread_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_3, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_3.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_3, mutator: test_thread_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_3, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_5.dyn_gcc_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_5, mutator: test_thread_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_5, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_5.dyn_gcc_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_5, mutator: test_thread_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_5, mutatorstart: local, optimization: none, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_5.dyn_gcc_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_5, mutator: test_thread_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_5, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_5.dyn_gcc_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_5, mutator: test_thread_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_5, mutatorstart: local, optimization: low, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_5.dyn_gcc_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_5, mutator: test_thread_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_5, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_5.dyn_gcc_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_5, mutator: test_thread_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_5, mutatorstart: local, optimization: high, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_5.dyn_gcc_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_5, mutator: test_thread_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_5, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_5.dyn_gcc_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "gcc", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_5, mutator: test_thread_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_5, mutatorstart: local, optimization: max, mutateestart: local, compiler: gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_5.dyn_g++_32_pic_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_5, mutator: test_thread_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_5, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_5.dyn_g++_32_none_none", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "none", "32", "NONE");
-  add_test(rg, "{test: test_thread_5, mutator: test_thread_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_5, mutatorstart: local, optimization: none, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_5.dyn_g++_32_pic_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_5, mutator: test_thread_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_5, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_5.dyn_g++_32_none_low", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "low", "32", "NONE");
-  add_test(rg, "{test: test_thread_5, mutator: test_thread_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_5, mutatorstart: local, optimization: low, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_5.dyn_g++_32_pic_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_5, mutator: test_thread_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_5, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_5.dyn_g++_32_none_high", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "high", "32", "NONE");
-  add_test(rg, "{test: test_thread_5, mutator: test_thread_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_5, mutatorstart: local, optimization: high, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_5.dyn_g++_32_pic_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, PIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_5, mutator: test_thread_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_5, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("test_thread_5.dyn_g++_32_none_max", 
-		STOPPED, CREATE, TNone, PNone, 
-		local, local, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "g++", "max", "32", "NONE");
-  add_test(rg, "{test: test_thread_5, mutator: test_thread_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 32, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: test_thread_5, mutatorstart: local, optimization: max, mutateestart: local, compiler: g++, run_mode: createProcess}");
-  fini_group(rg);
-}

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc32_linux/tuples.gz Deleted

@@ -1,8 +0,0 @@
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one,createProcess,selfattach,false,pc_thread_cont,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_thread_cont,'g++',none,createProcess,selfattach,false,pc_thread_cont,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_thread_cont,'g++',none,useAttach,selfattach,false,pc_thread_cont,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_thread_cont,'g++',none,useAttach,selfattach,false,pc_thread_cont,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_thread_cont,'g++',none,useAttach,selfattach,false,pc_thread_cont,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_thread_cont,'g++',none,useAttach,selfattach,false,pc_thread_cont,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_breakpoint,gcc,none,createProcess,selfattach,false,pc_breakpoint,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_breakpoint,gcc,none,createProcess,selfattach,false,pc_breakpoint,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_breakpoint,gcc,none,createProcess,selfattach,false,pc_breakpoint,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_breakpoint,gcc,none,createProcess,selfattach,false,pc_breakpoint,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_breakpoint,gcc,none,useAttach,selfattach,false,pc_breakpoint,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_breakpoint,gcc,none,useAttach,selfattach,false,pc_breakpoint,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_breakpoint,gcc,none,useAttach,selfattach,false,pc_breakpoint,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_breakpoint,gcc,none,useAttach,selfattach,false,pc_breakpoint,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_breakpoint,gcc,none,createProcess,selfattach,false,pc_breakpoint,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_breakpoint,gcc,none,createProcess,selfattach,false,pc_breakpoint,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_breakpoint,gcc,none,createProcess,selfattach,false,pc_breakpoint,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_breakpoint,gcc,none,createProcess,selfattach,false,pc_breakpoint,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_breakpoint,gcc,none,useAttach,selfattach,false,pc_breakpoint,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_breakpoint,gcc,none,useAttach,selfattach,false,pc_breakpoint,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_breakpoint,gcc,none,useAttach,selfattach,false,pc_breakpoint,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_breakpoint,gcc,none,useAttach,selfattach,false,pc_breakpoint,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_breakpoint,'g++',none,createProcess,selfattach,false,pc_breakpoint,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_breakpoint,'g++',none,createProcess,selfattach,false,pc_breakpoint,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_breakpoint,'g++',none,createProcess,selfattach,false,pc_breakpoint,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_breakpoint,'g++',none,createProcess,selfattach,false,pc_breakpoint,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_breakpoint,'g++',none,useAttach,selfattach,false,pc_breakpoint,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_breakpoint,'g++',none,useAttach,selfattach,false,pc_breakpoint,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_breakpoint,'g++',none,useAttach,selfattach,false,pc_breakpoint,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_breakpoint,'g++',none,useAttach,selfattach,false,pc_breakpoint,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_breakpoint,'g++',none,createProcess,selfattach,false,pc_breakpoint,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_breakpoint,'g++',none,createProcess,selfattach,false,pc_breakpoint,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_breakpoint,'g++',none,createProcess,selfattach,false,pc_breakpoint,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_breakpoint,'g++',none,createProcess,selfattach,false,pc_breakpoint,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_breakpoint,'g++',none,useAttach,selfattach,false,pc_breakpoint,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_breakpoint,'g++',none,useAttach,selfattach,false,pc_breakpoint,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_breakpoint,'g++',none,useAttach,selfattach,false,pc_breakpoint,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_breakpoint,'g++',none,useAttach,selfattach,false,pc_breakpoint,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_library,gcc,none,createProcess,selfattach,false,pc_library,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_library,gcc,none,createProcess,selfattach,false,pc_library,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_library,gcc,none,createProcess,selfattach,false,pc_library,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_library,gcc,none,createProcess,selfattach,false,pc_library,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_library,gcc,none,useAttach,selfattach,false,pc_library,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_library,gcc,none,useAttach,selfattach,false,pc_library,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_library,gcc,none,useAttach,selfattach,false,pc_library,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_library,gcc,none,useAttach,selfattach,false,pc_library,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_library,'g++',none,createProcess,selfattach,false,pc_library,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_library,'g++',none,createProcess,selfattach,false,pc_library,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_library,'g++',none,createProcess,selfattach,false,pc_library,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_library,'g++',none,createProcess,selfattach,false,pc_library,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_library,'g++',none,useAttach,selfattach,false,pc_library,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_library,'g++',none,useAttach,selfattach,false,pc_library,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_library,'g++',none,useAttach,selfattach,false,pc_library,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_library,'g++',none,useAttach,selfattach,false,pc_library,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_addlibrary,gcc,none,createProcess,selfattach,false,pc_addlibrary,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_addlibrary,gcc,none,createProcess,selfattach,false,pc_addlibrary,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_addlibrary,gcc,none,createProcess,selfattach,false,pc_addlibrary,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_addlibrary,gcc,none,createProcess,selfattach,false,pc_addlibrary,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_addlibrary,gcc,none,useAttach,selfattach,false,pc_addlibrary,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_addlibrary,gcc,none,useAttach,selfattach,false,pc_addlibrary,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_addlibrary,gcc,none,useAttach,selfattach,false,pc_addlibrary,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_addlibrary,gcc,none,useAttach,selfattach,false,pc_addlibrary,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_addlibrary,'g++',none,createProcess,selfattach,false,pc_addlibrary,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_addlibrary,'g++',none,createProcess,selfattach,false,pc_addlibrary,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_addlibrary,'g++',none,createProcess,selfattach,false,pc_addlibrary,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_addlibrary,'g++',none,createProcess,selfattach,false,pc_addlibrary,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_addlibrary,'g++',none,useAttach,selfattach,false,pc_addlibrary,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_addlibrary,'g++',none,useAttach,selfattach,false,pc_addlibrary,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_addlibrary,'g++',none,useAttach,selfattach,false,pc_addlibrary,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_addlibrary,'g++',none,useAttach,selfattach,false,pc_addlibrary,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_singlestep,gcc,none,createProcess,selfattach,false,pc_singlestep,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_singlestep,gcc,none,createProcess,selfattach,false,pc_singlestep,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_singlestep,gcc,none,createProcess,selfattach,false,pc_singlestep,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_singlestep,gcc,none,createProcess,selfattach,false,pc_singlestep,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_singlestep,gcc,none,useAttach,selfattach,false,pc_singlestep,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_singlestep,gcc,none,useAttach,selfattach,false,pc_singlestep,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_singlestep,gcc,none,useAttach,selfattach,false,pc_singlestep,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_singlestep,gcc,none,useAttach,selfattach,false,pc_singlestep,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_singlestep,gcc,none,createProcess,selfattach,false,pc_singlestep,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_singlestep,gcc,none,createProcess,selfattach,false,pc_singlestep,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_singlestep,gcc,none,createProcess,selfattach,false,pc_singlestep,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_singlestep,gcc,none,createProcess,selfattach,false,pc_singlestep,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_singlestep,gcc,none,useAttach,selfattach,false,pc_singlestep,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_singlestep,gcc,none,useAttach,selfattach,false,pc_singlestep,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_singlestep,gcc,none,useAttach,selfattach,false,pc_singlestep,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_singlestep,gcc,none,useAttach,selfattach,false,pc_singlestep,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_singlestep,'g++',none,createProcess,selfattach,false,pc_singlestep,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_singlestep,'g++',none,createProcess,selfattach,false,pc_singlestep,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_singlestep,'g++',none,createProcess,selfattach,false,pc_singlestep,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_singlestep,'g++',none,createProcess,selfattach,false,pc_singlestep,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_singlestep,'g++',none,useAttach,selfattach,false,pc_singlestep,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_singlestep,'g++',none,useAttach,selfattach,false,pc_singlestep,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_singlestep,'g++',none,useAttach,selfattach,false,pc_singlestep,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_singlestep,'g++',none,useAttach,selfattach,false,pc_singlestep,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_singlestep,'g++',none,createProcess,selfattach,false,pc_singlestep,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_singlestep,'g++',none,createProcess,selfattach,false,pc_singlestep,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_singlestep,'g++',none,createProcess,selfattach,false,pc_singlestep,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_singlestep,'g++',none,createProcess,selfattach,false,pc_singlestep,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_singlestep,'g++',none,useAttach,selfattach,false,pc_singlestep,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_singlestep,'g++',none,useAttach,selfattach,false,pc_singlestep,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_singlestep,'g++',none,useAttach,selfattach,false,pc_singlestep,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_singlestep,'g++',none,useAttach,selfattach,false,pc_singlestep,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_thread,gcc,none,createProcess,selfattach,false,pc_thread,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_thread,gcc,none,createProcess,selfattach,false,pc_thread,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_thread,gcc,none,createProcess,selfattach,false,pc_thread,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_thread,gcc,none,createProcess,selfattach,false,pc_thread,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_thread,gcc,none,useAttach,selfattach,false,pc_thread,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_thread,gcc,none,useAttach,selfattach,false,pc_thread,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_thread,gcc,none,useAttach,selfattach,false,pc_thread,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_thread,gcc,none,useAttach,selfattach,false,pc_thread,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_thread,gcc,none,createProcess,selfattach,false,pc_thread,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_thread,gcc,none,createProcess,selfattach,false,pc_thread,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_thread,gcc,none,createProcess,selfattach,false,pc_thread,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_thread,gcc,none,createProcess,selfattach,false,pc_thread,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_thread,gcc,none,useAttach,selfattach,false,pc_thread,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_thread,gcc,none,useAttach,selfattach,false,pc_thread,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_thread,gcc,none,useAttach,selfattach,false,pc_thread,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_thread,gcc,none,useAttach,selfattach,false,pc_thread,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_thread,'g++',none,createProcess,selfattach,false,pc_thread,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_thread,'g++',none,createProcess,selfattach,false,pc_thread,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_thread,'g++',none,createProcess,selfattach,false,pc_thread,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_thread,'g++',none,createProcess,selfattach,false,pc_thread,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_thread,'g++',none,useAttach,selfattach,false,pc_thread,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_thread,'g++',none,useAttach,selfattach,false,pc_thread,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_thread,'g++',none,useAttach,selfattach,false,pc_thread,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_thread,'g++',none,useAttach,selfattach,false,pc_thread,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_thread,'g++',none,createProcess,selfattach,false,pc_thread,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_thread,'g++',none,createProcess,selfattach,false,pc_thread,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_thread,'g++',none,createProcess,selfattach,false,pc_thread,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_thread,'g++',none,createProcess,selfattach,false,pc_thread,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_thread,'g++',none,useAttach,selfattach,false,pc_thread,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_thread,'g++',none,useAttach,selfattach,false,pc_thread,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_thread,'g++',none,useAttach,selfattach,false,pc_thread,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_thread,'g++',none,useAttach,selfattach,false,pc_thread,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_groups,gcc,none,createProcess,selfattach,false,pc_groups,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_groups,gcc,none,createProcess,selfattach,false,pc_groups,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_groups,gcc,none,createProcess,selfattach,false,pc_groups,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_groups,gcc,none,createProcess,selfattach,false,pc_groups,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_groups,gcc,none,useAttach,selfattach,false,pc_groups,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_groups,gcc,none,useAttach,selfattach,false,pc_groups,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_groups,gcc,none,useAttach,selfattach,false,pc_groups,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_groups,gcc,none,useAttach,selfattach,false,pc_groups,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_groups,gcc,none,createProcess,selfattach,false,pc_groups,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_groups,gcc,none,createProcess,selfattach,false,pc_groups,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_groups,gcc,none,createProcess,selfattach,false,pc_groups,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_groups,gcc,none,createProcess,selfattach,false,pc_groups,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_groups,gcc,none,useAttach,selfattach,false,pc_groups,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_groups,gcc,none,useAttach,selfattach,false,pc_groups,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_groups,gcc,none,useAttach,selfattach,false,pc_groups,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_groups,gcc,none,useAttach,selfattach,false,pc_groups,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_groups,'g++',none,createProcess,selfattach,false,pc_groups,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_groups,'g++',none,createProcess,selfattach,false,pc_groups,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_groups,'g++',none,createProcess,selfattach,false,pc_groups,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_groups,'g++',none,createProcess,selfattach,false,pc_groups,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_groups,'g++',none,useAttach,selfattach,false,pc_groups,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_groups,'g++',none,useAttach,selfattach,false,pc_groups,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_groups,'g++',none,useAttach,selfattach,false,pc_groups,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_groups,'g++',none,useAttach,selfattach,false,pc_groups,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_groups,'g++',none,createProcess,selfattach,false,pc_groups,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_groups,'g++',none,createProcess,selfattach,false,pc_groups,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_groups,'g++',none,createProcess,selfattach,false,pc_groups,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_groups,'g++',none,createProcess,selfattach,false,pc_groups,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_groups,'g++',none,useAttach,selfattach,false,pc_groups,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_groups,'g++',none,useAttach,selfattach,false,pc_groups,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_groups,'g++',none,useAttach,selfattach,false,pc_groups,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_groups,'g++',none,useAttach,selfattach,false,pc_groups,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_stat,gcc,none,createProcess,selfattach,false,pc_stat,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_stat,gcc,none,createProcess,selfattach,false,pc_stat,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_stat,gcc,none,createProcess,selfattach,false,pc_stat,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_stat,gcc,none,createProcess,selfattach,false,pc_stat,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_stat,gcc,none,useAttach,selfattach,false,pc_stat,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_stat,gcc,none,useAttach,selfattach,false,pc_stat,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_stat,gcc,none,useAttach,selfattach,false,pc_stat,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_stat,gcc,none,useAttach,selfattach,false,pc_stat,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_stat,gcc,none,createProcess,selfattach,false,pc_stat,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_stat,gcc,none,createProcess,selfattach,false,pc_stat,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_stat,gcc,none,createProcess,selfattach,false,pc_stat,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_stat,gcc,none,createProcess,selfattach,false,pc_stat,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_stat,gcc,none,useAttach,selfattach,false,pc_stat,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_stat,gcc,none,useAttach,selfattach,false,pc_stat,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_stat,gcc,none,useAttach,selfattach,false,pc_stat,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_stat,gcc,none,useAttach,selfattach,false,pc_stat,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_stat,'g++',none,createProcess,selfattach,false,pc_stat,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_stat,'g++',none,createProcess,selfattach,false,pc_stat,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_stat,'g++',none,createProcess,selfattach,false,pc_stat,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_stat,'g++',none,createProcess,selfattach,false,pc_stat,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_stat,'g++',none,useAttach,selfattach,false,pc_stat,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_stat,'g++',none,useAttach,selfattach,false,pc_stat,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_stat,'g++',none,useAttach,selfattach,false,pc_stat,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_stat,'g++',none,useAttach,selfattach,false,pc_stat,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_stat,'g++',none,createProcess,selfattach,false,pc_stat,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_stat,'g++',none,createProcess,selfattach,false,pc_stat,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_stat,'g++',none,createProcess,selfattach,false,pc_stat,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_stat,'g++',none,createProcess,selfattach,false,pc_stat,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_stat,'g++',none,useAttach,selfattach,false,pc_stat,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_stat,'g++',none,useAttach,selfattach,false,pc_stat,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_stat,'g++',none,useAttach,selfattach,false,pc_stat,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_stat,'g++',none,useAttach,selfattach,false,pc_stat,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_fork,gcc,none,createProcess,selfattach,false,pc_fork,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_fork,gcc,none,createProcess,selfattach,false,pc_fork,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_fork,gcc,none,createProcess,selfattach,false,pc_fork,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_fork,gcc,none,createProcess,selfattach,false,pc_fork,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_fork,gcc,none,useAttach,selfattach,false,pc_fork,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_fork,gcc,none,useAttach,selfattach,false,pc_fork,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_fork,gcc,none,useAttach,selfattach,false,pc_fork,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_fork,gcc,none,useAttach,selfattach,false,pc_fork,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_fork,gcc,none,createProcess,selfattach,false,pc_fork,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_fork,gcc,none,createProcess,selfattach,false,pc_fork,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_fork,gcc,none,createProcess,selfattach,false,pc_fork,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_fork,gcc,none,createProcess,selfattach,false,pc_fork,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_fork,gcc,none,useAttach,selfattach,false,pc_fork,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_fork,gcc,none,useAttach,selfattach,false,pc_fork,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_fork,gcc,none,useAttach,selfattach,false,pc_fork,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_fork,gcc,none,useAttach,selfattach,false,pc_fork,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_fork,'g++',none,createProcess,selfattach,false,pc_fork,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_fork,'g++',none,createProcess,selfattach,false,pc_fork,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_fork,'g++',none,createProcess,selfattach,false,pc_fork,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_fork,'g++',none,createProcess,selfattach,false,pc_fork,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_fork,'g++',none,useAttach,selfattach,false,pc_fork,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_fork,'g++',none,useAttach,selfattach,false,pc_fork,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_fork,'g++',none,useAttach,selfattach,false,pc_fork,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_fork,'g++',none,useAttach,selfattach,false,pc_fork,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_fork,'g++',none,createProcess,selfattach,false,pc_fork,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_fork,'g++',none,createProcess,selfattach,false,pc_fork,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_fork,'g++',none,createProcess,selfattach,false,pc_fork,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_fork,'g++',none,createProcess,selfattach,false,pc_fork,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_fork,'g++',none,useAttach,selfattach,false,pc_fork,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_fork,'g++',none,useAttach,selfattach,false,pc_fork,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_fork,'g++',none,useAttach,selfattach,false,pc_fork,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_fork,'g++',none,useAttach,selfattach,false,pc_fork,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_fork_exec,gcc,none,createProcess,selfattach,false,pc_fork_exec,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_fork_exec,gcc,none,createProcess,selfattach,false,pc_fork_exec,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_fork_exec,gcc,none,createProcess,selfattach,false,pc_fork_exec,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_fork_exec,gcc,none,createProcess,selfattach,false,pc_fork_exec,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_fork_exec,gcc,none,useAttach,selfattach,false,pc_fork_exec,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_fork_exec,gcc,none,useAttach,selfattach,false,pc_fork_exec,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_fork_exec,gcc,none,useAttach,selfattach,false,pc_fork_exec,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_fork_exec,gcc,none,useAttach,selfattach,false,pc_fork_exec,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_fork_exec,'g++',none,createProcess,selfattach,false,pc_fork_exec,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_fork_exec,'g++',none,createProcess,selfattach,false,pc_fork_exec,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_fork_exec,'g++',none,createProcess,selfattach,false,pc_fork_exec,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_fork_exec,'g++',none,createProcess,selfattach,false,pc_fork_exec,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_fork_exec,'g++',none,useAttach,selfattach,false,pc_fork_exec,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_fork_exec,'g++',none,useAttach,selfattach,false,pc_fork_exec,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_fork_exec,'g++',none,useAttach,selfattach,false,pc_fork_exec,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_fork_exec,'g++',none,useAttach,selfattach,false,pc_fork_exec,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_irpc,gcc,none,createProcess,selfattach,false,pc_irpc,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_irpc,gcc,none,createProcess,selfattach,false,pc_irpc,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_irpc,gcc,none,createProcess,selfattach,false,pc_irpc,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_irpc,gcc,none,createProcess,selfattach,false,pc_irpc,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_irpc,gcc,none,useAttach,selfattach,false,pc_irpc,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_irpc,gcc,none,useAttach,selfattach,false,pc_irpc,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_irpc,gcc,none,useAttach,selfattach,false,pc_irpc,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_irpc,gcc,none,useAttach,selfattach,false,pc_irpc,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_irpc,gcc,none,createProcess,selfattach,false,pc_irpc,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_irpc,gcc,none,createProcess,selfattach,false,pc_irpc,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_irpc,gcc,none,createProcess,selfattach,false,pc_irpc,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_irpc,gcc,none,createProcess,selfattach,false,pc_irpc,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_irpc,gcc,none,useAttach,selfattach,false,pc_irpc,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_irpc,gcc,none,useAttach,selfattach,false,pc_irpc,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_irpc,gcc,none,useAttach,selfattach,false,pc_irpc,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_irpc,gcc,none,useAttach,selfattach,false,pc_irpc,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_irpc,'g++',none,createProcess,selfattach,false,pc_irpc,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_irpc,'g++',none,createProcess,selfattach,false,pc_irpc,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_irpc,'g++',none,createProcess,selfattach,false,pc_irpc,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_irpc,'g++',none,createProcess,selfattach,false,pc_irpc,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_irpc,'g++',none,useAttach,selfattach,false,pc_irpc,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_irpc,'g++',none,useAttach,selfattach,false,pc_irpc,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_irpc,'g++',none,useAttach,selfattach,false,pc_irpc,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_irpc,'g++',none,useAttach,selfattach,false,pc_irpc,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_irpc,'g++',none,createProcess,selfattach,false,pc_irpc,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_irpc,'g++',none,createProcess,selfattach,false,pc_irpc,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_irpc,'g++',none,createProcess,selfattach,false,pc_irpc,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_irpc,'g++',none,createProcess,selfattach,false,pc_irpc,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_irpc,'g++',none,useAttach,selfattach,false,pc_irpc,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_irpc,'g++',none,useAttach,selfattach,false,pc_irpc,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_irpc,'g++',none,useAttach,selfattach,false,pc_irpc,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_irpc,'g++',none,useAttach,selfattach,false,pc_irpc,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_detach,gcc,none,createProcess,selfattach,false,pc_detach,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_detach,gcc,none,createProcess,selfattach,false,pc_detach,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_detach,gcc,none,createProcess,selfattach,false,pc_detach,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_detach,gcc,none,createProcess,selfattach,false,pc_detach,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_detach,gcc,none,useAttach,selfattach,false,pc_detach,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_detach,gcc,none,useAttach,selfattach,false,pc_detach,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_detach,gcc,none,useAttach,selfattach,false,pc_detach,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_detach,gcc,none,useAttach,selfattach,false,pc_detach,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_detach,gcc,none,createProcess,selfattach,false,pc_detach,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_detach,gcc,none,createProcess,selfattach,false,pc_detach,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_detach,gcc,none,createProcess,selfattach,false,pc_detach,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_detach,gcc,none,createProcess,selfattach,false,pc_detach,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_detach,gcc,none,useAttach,selfattach,false,pc_detach,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_detach,gcc,none,useAttach,selfattach,false,pc_detach,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_detach,gcc,none,useAttach,selfattach,false,pc_detach,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_detach,gcc,none,useAttach,selfattach,false,pc_detach,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_detach,'g++',none,createProcess,selfattach,false,pc_detach,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_detach,'g++',none,createProcess,selfattach,false,pc_detach,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_detach,'g++',none,createProcess,selfattach,false,pc_detach,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_detach,'g++',none,createProcess,selfattach,false,pc_detach,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_detach,'g++',none,useAttach,selfattach,false,pc_detach,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_detach,'g++',none,useAttach,selfattach,false,pc_detach,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_detach,'g++',none,useAttach,selfattach,false,pc_detach,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_detach,'g++',none,useAttach,selfattach,false,pc_detach,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_detach,'g++',none,createProcess,selfattach,false,pc_detach,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_detach,'g++',none,createProcess,selfattach,false,pc_detach,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_detach,'g++',none,createProcess,selfattach,false,pc_detach,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_detach,'g++',none,createProcess,selfattach,false,pc_detach,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_detach,'g++',none,useAttach,selfattach,false,pc_detach,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_detach,'g++',none,useAttach,selfattach,false,pc_detach,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_detach,'g++',none,useAttach,selfattach,false,pc_detach,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_detach,'g++',none,useAttach,selfattach,false,pc_detach,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_temp_detach,gcc,none,createProcess,selfattach,false,pc_temp_detach,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_temp_detach,gcc,none,createProcess,selfattach,false,pc_temp_detach,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_temp_detach,gcc,none,createProcess,selfattach,false,pc_temp_detach,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_temp_detach,gcc,none,createProcess,selfattach,false,pc_temp_detach,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_temp_detach,gcc,none,useAttach,selfattach,false,pc_temp_detach,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_temp_detach,gcc,none,useAttach,selfattach,false,pc_temp_detach,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_temp_detach,gcc,none,useAttach,selfattach,false,pc_temp_detach,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_temp_detach,gcc,none,useAttach,selfattach,false,pc_temp_detach,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_temp_detach,gcc,none,createProcess,selfattach,false,pc_temp_detach,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_temp_detach,gcc,none,createProcess,selfattach,false,pc_temp_detach,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_temp_detach,gcc,none,createProcess,selfattach,false,pc_temp_detach,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_temp_detach,gcc,none,createProcess,selfattach,false,pc_temp_detach,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_temp_detach,gcc,none,useAttach,selfattach,false,pc_temp_detach,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_temp_detach,gcc,none,useAttach,selfattach,false,pc_temp_detach,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_temp_detach,gcc,none,useAttach,selfattach,false,pc_temp_detach,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_temp_detach,gcc,none,useAttach,selfattach,false,pc_temp_detach,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_temp_detach,'g++',none,createProcess,selfattach,false,pc_temp_detach,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_temp_detach,'g++',none,createProcess,selfattach,false,pc_temp_detach,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_temp_detach,'g++',none,createProcess,selfattach,false,pc_temp_detach,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_temp_detach,'g++',none,createProcess,selfattach,false,pc_temp_detach,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_temp_detach,'g++',none,useAttach,selfattach,false,pc_temp_detach,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_temp_detach,'g++',none,useAttach,selfattach,false,pc_temp_detach,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_temp_detach,'g++',none,useAttach,selfattach,false,pc_temp_detach,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_temp_detach,'g++',none,useAttach,selfattach,false,pc_temp_detach,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_temp_detach,'g++',none,createProcess,selfattach,false,pc_temp_detach,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_temp_detach,'g++',none,createProcess,selfattach,false,pc_temp_detach,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_temp_detach,'g++',none,createProcess,selfattach,false,pc_temp_detach,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_temp_detach,'g++',none,createProcess,selfattach,false,pc_temp_detach,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_temp_detach,'g++',none,useAttach,selfattach,false,pc_temp_detach,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_temp_detach,'g++',none,useAttach,selfattach,false,pc_temp_detach,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_temp_detach,'g++',none,useAttach,selfattach,false,pc_temp_detach,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_temp_detach,'g++',none,useAttach,selfattach,false,pc_temp_detach,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_terminate,gcc,none,createProcess,selfattach,false,pc_terminate,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_terminate,gcc,none,createProcess,selfattach,false,pc_terminate,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_terminate,gcc,none,createProcess,selfattach,false,pc_terminate,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_terminate,gcc,none,createProcess,selfattach,false,pc_terminate,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_terminate,gcc,none,useAttach,selfattach,false,pc_terminate,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_terminate,gcc,none,useAttach,selfattach,false,pc_terminate,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_terminate,gcc,none,useAttach,selfattach,false,pc_terminate,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_terminate,gcc,none,useAttach,selfattach,false,pc_terminate,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_terminate,gcc,none,createProcess,selfattach,false,pc_terminate,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_terminate,gcc,none,createProcess,selfattach,false,pc_terminate,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_terminate,gcc,none,createProcess,selfattach,false,pc_terminate,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_terminate,gcc,none,createProcess,selfattach,false,pc_terminate,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_terminate,gcc,none,useAttach,selfattach,false,pc_terminate,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_terminate,gcc,none,useAttach,selfattach,false,pc_terminate,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_terminate,gcc,none,useAttach,selfattach,false,pc_terminate,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_terminate,gcc,none,useAttach,selfattach,false,pc_terminate,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_terminate,'g++',none,createProcess,selfattach,false,pc_terminate,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_terminate,'g++',none,createProcess,selfattach,false,pc_terminate,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_terminate,'g++',none,createProcess,selfattach,false,pc_terminate,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_terminate,'g++',none,createProcess,selfattach,false,pc_terminate,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_terminate,'g++',none,useAttach,selfattach,false,pc_terminate,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_terminate,'g++',none,useAttach,selfattach,false,pc_terminate,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_terminate,'g++',none,useAttach,selfattach,false,pc_terminate,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_terminate,'g++',none,useAttach,selfattach,false,pc_terminate,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_terminate,'g++',none,createProcess,selfattach,false,pc_terminate,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_terminate,'g++',none,createProcess,selfattach,false,pc_terminate,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_terminate,'g++',none,createProcess,selfattach,false,pc_terminate,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_terminate,'g++',none,createProcess,selfattach,false,pc_terminate,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_terminate,'g++',none,useAttach,selfattach,false,pc_terminate,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_terminate,'g++',none,useAttach,selfattach,false,pc_terminate,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_terminate,'g++',none,useAttach,selfattach,false,pc_terminate,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_terminate,'g++',none,useAttach,selfattach,false,pc_terminate,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_terminate_stopped,gcc,none,createProcess,selfattach,false,pc_terminate_stopped,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_terminate_stopped,gcc,none,createProcess,selfattach,false,pc_terminate_stopped,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_terminate_stopped,gcc,none,createProcess,selfattach,false,pc_terminate_stopped,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_terminate_stopped,gcc,none,createProcess,selfattach,false,pc_terminate_stopped,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_terminate_stopped,gcc,none,useAttach,selfattach,false,pc_terminate_stopped,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_terminate_stopped,gcc,none,useAttach,selfattach,false,pc_terminate_stopped,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_terminate_stopped,gcc,none,useAttach,selfattach,false,pc_terminate_stopped,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_terminate_stopped,gcc,none,useAttach,selfattach,false,pc_terminate_stopped,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_terminate_stopped,gcc,none,createProcess,selfattach,false,pc_terminate_stopped,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_terminate_stopped,gcc,none,createProcess,selfattach,false,pc_terminate_stopped,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_terminate_stopped,gcc,none,createProcess,selfattach,false,pc_terminate_stopped,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_terminate_stopped,gcc,none,createProcess,selfattach,false,pc_terminate_stopped,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_terminate_stopped,gcc,none,useAttach,selfattach,false,pc_terminate_stopped,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_terminate_stopped,gcc,none,useAttach,selfattach,false,pc_terminate_stopped,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_terminate_stopped,gcc,none,useAttach,selfattach,false,pc_terminate_stopped,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_terminate_stopped,gcc,none,useAttach,selfattach,false,pc_terminate_stopped,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_terminate_stopped,'g++',none,createProcess,selfattach,false,pc_terminate_stopped,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_terminate_stopped,'g++',none,createProcess,selfattach,false,pc_terminate_stopped,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_terminate_stopped,'g++',none,createProcess,selfattach,false,pc_terminate_stopped,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_terminate_stopped,'g++',none,createProcess,selfattach,false,pc_terminate_stopped,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_terminate_stopped,'g++',none,useAttach,selfattach,false,pc_terminate_stopped,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_terminate_stopped,'g++',none,useAttach,selfattach,false,pc_terminate_stopped,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_terminate_stopped,'g++',none,useAttach,selfattach,false,pc_terminate_stopped,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_terminate_stopped,'g++',none,useAttach,selfattach,false,pc_terminate_stopped,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_terminate_stopped,'g++',none,createProcess,selfattach,false,pc_terminate_stopped,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_terminate_stopped,'g++',none,createProcess,selfattach,false,pc_terminate_stopped,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_terminate_stopped,'g++',none,createProcess,selfattach,false,pc_terminate_stopped,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_terminate_stopped,'g++',none,createProcess,selfattach,false,pc_terminate_stopped,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_terminate_stopped,'g++',none,useAttach,selfattach,false,pc_terminate_stopped,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_terminate_stopped,'g++',none,useAttach,selfattach,false,pc_terminate_stopped,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_terminate_stopped,'g++',none,useAttach,selfattach,false,pc_terminate_stopped,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_terminate_stopped,'g++',none,useAttach,selfattach,false,pc_terminate_stopped,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,gcc,none,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,none,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,none,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,none,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,none,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,gcc,none,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,gcc,none,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,gcc,none,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,gcc,none,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,none,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,none,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,none,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,none,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,gcc,none,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,gcc,none,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,gcc,none,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,gcc,low,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,low,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,low,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,low,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,low,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,gcc,low,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,gcc,low,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,gcc,low,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,gcc,low,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,low,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,low,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,low,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,low,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,gcc,low,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,gcc,low,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,gcc,low,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,gcc,high,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,high,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,high,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,high,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,high,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,gcc,high,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,gcc,high,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,gcc,high,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,gcc,high,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,high,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,high,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,high,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,high,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,gcc,high,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,gcc,high,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,gcc,high,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,gcc,max,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,max,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,max,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,max,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,max,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,gcc,max,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,gcc,max,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,gcc,max,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,gcc,max,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,max,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,max,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,max,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,gcc,max,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,gcc,max,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,gcc,max,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,gcc,max,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,'g++',none,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',none,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',none,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',none,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',none,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,'g++',none,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,'g++',none,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,'g++',none,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,'g++',none,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',none,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',none,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',none,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',none,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,'g++',none,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,'g++',none,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,'g++',none,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,'g++',low,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',low,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',low,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',low,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',low,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,'g++',low,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,'g++',low,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,'g++',low,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,'g++',low,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',low,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',low,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',low,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',low,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,'g++',low,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,'g++',low,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,'g++',low,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,'g++',high,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',high,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',high,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',high,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',high,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,'g++',high,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,'g++',high,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,'g++',high,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,'g++',high,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',high,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',high,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',high,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',high,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,'g++',high,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,'g++',high,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,'g++',high,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,'g++',max,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',max,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',max,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',max,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',max,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,'g++',max,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,'g++',max,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,'g++',max,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',dynamicMutatee,local,local,pre,none,'NONE',pc_tls,'g++',max,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',max,createProcess,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',max,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',max,createProcess,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,no_launch,none,'NONE',pc_tls,'g++',max,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,'g++',max,useAttach,selfattach,false,pc_tls,32,'MultiThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,'g++',max,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','MultiProcess',staticMutatee,local,local,pre,none,'NONE',pc_tls,'g++',max,useAttach,selfattach,false,pc_tls,32,'SingleThreaded','SingleProcess',staticMutatee,local,local,pre,none,'NONE',none,'',none,binary,selfstart,false,test_pt_ls,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',none,'',none,createProcess,selfstart,false,test_pt_ls,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',none,'',none,createProcess,selfstart,false,test2_1,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',none,'',none,createProcess,selfstart,false,test2_2,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',none,'',none,useAttach,selfstart,false,test_pt_ls,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',none,'',none,useAttach,selfstart,false,test2_3,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',none,'',none,useAttach,selfstart,false,test2_4,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',none,'',none,disk,stopped,false,power_decode,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',none,'',none,disk,stopped,false,aarch64_decode,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',none,'',none,disk,stopped,false,aarch64_cft,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',none,'',none,disk,stopped,false,aarch64_decode_ldst,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',none,'',none,disk,stopped,false,aarch64_simd,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',none,'',none,disk,stopped,false,power_cft,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',dyninst_group_test,gcc,none,binary,stopped,true,snip_change_shlib_var,snip_ref_shlib_var,test1_1,test1_10,test1_11,test1_13,test1_15,test1_16,test1_17,test1_18,test1_2,test1_20,test1_21,test1_23,test1_24,test1_25,test1_26,test1_27,test1_28,test1_3,test1_30,test1_31,test1_32,test1_33,test1_34,test1_36,test1_37,test1_38,test1_39,test1_4,test1_5,test1_6,test1_7,test1_8,test1_9,test2_5,32,'None','None',staticMutatee,local,local,post,pic,'NONE',dyninst_group_test,gcc,none,binary,stopped,true,snip_change_shlib_var,snip_ref_shlib_var,test1_1,test1_10,test1_11,test1_13,test1_15,test1_16,test1_17,test1_18,test1_2,test1_20,test1_21,test1_23,test1_24,test1_25,test1_26,test1_27,test1_28,test1_3,test1_30,test1_31,test1_32,test1_33,test1_34,test1_36,test1_37,test1_38,test1_39,test1_4,test1_5,test1_6,test1_7,test1_8,test1_9,test2_5,32,'None','None',staticMutatee,local,local,post,none,'NONE',dyninst_group_test,gcc,none,binary,stopped,true,snip_change_shlib_var,snip_ref_shlib_var,test1_1,test1_10,test1_11,test1_13,test1_15,test1_16,test1_17,test1_18,test1_2,test1_20,test1_21,test1_22,test1_23,test1_24,test1_25,test1_26,test1_27,test1_28,test1_3,test1_30,test1_31,test1_32,test1_33,test1_34,test1_36,test1_37,test1_38,test1_39,test1_4,test1_5,test1_6,test1_7,test1_8,test1_9,test2_5,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',dyninst_group_test,gcc,none,binary,stopped,true,snip_change_shlib_var,snip_ref_shlib_var,test1_1,test1_10,test1_11,test1_13,test1_15,test1_16,test1_17,test1_18,test1_2,test1_20,test1_21,test1_22,test1_23,test1_24,test1_25,test1_26,test1_27,test1_28,test1_3,test1_30,test1_31,test1_32,test1_33,test1_34,test1_36,test1_37,test1_38,test1_39,test1_4,test1_5,test1_6,test1_7,test1_8,test1_9,test2_5,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',dyninst_group_test,gcc,none,createProcess,stopped,true,snip_change_shlib_var,snip_ref_shlib_var,test1_1,test1_10,test1_11,test1_13,test1_15,test1_16,test1_17,test1_18,test1_2,test1_20,test1_21,test1_22,test1_23,test1_24,test1_25,test1_26,test1_27,test1_28,test1_3,test1_30,test1_31,test1_32,test1_33,test1_34,test1_36,test1_37,test1_38,test1_39,test1_4,test1_5,test1_6,test1_7,test1_8,test1_9,test2_12,test2_13,test2_5,test2_7,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',dyninst_group_test,gcc,none,createProcess,stopped,true,snip_change_shlib_var,snip_ref_shlib_var,test1_1,test1_10,test1_11,test1_13,test1_15,test1_16,test1_17,test1_18,test1_2,test1_20,test1_21,test1_22,test1_23,test1_24,test1_25,test1_26,test1_27,test1_28,test1_3,test1_30,test1_31,test1_32,test1_33,test1_34,test1_36,test1_37,test1_38,test1_39,test1_4,test1_5,test1_6,test1_7,test1_8,test1_9,test2_12,test2_13,test2_5,test2_7,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',dyninst_group_test,gcc,none,useAttach,stopped,true,snip_change_shlib_var,snip_ref_shlib_var,test1_1,test1_10,test1_11,test1_13,test1_15,test1_16,test1_17,test1_18,test1_2,test1_20,test1_21,test1_22,test1_23,test1_24,test1_25,test1_26,test1_27,test1_28,test1_3,test1_30,test1_31,test1_32,test1_33,test1_34,test1_36,test1_37,test1_38,test1_39,test1_4,test1_5,test1_6,test1_7,test1_8,test1_9,test2_12,test2_13,test2_5,test2_7,32,'None','None',dyn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NE',test1_19,'g++',low,createProcess,stopped,false,test1_19,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_19,'g++',low,createProcess,stopped,false,test1_19,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_19,'g++',low,useAttach,stopped,false,test1_19,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_19,'g++',low,useAttach,stopped,false,test1_19,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_19,'g++',high,createProcess,stopped,false,test1_19,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_19,'g++',high,createProcess,stopped,false,test1_19,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_19,'g++',high,useAttach,stopped,false,test1_19,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_19,'g++',high,useAttach,stopped,false,test1_19,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_19,'g++',max,createProcess,stopped,false,test1_19,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_19,'g++',max,createProcess,stopped,false,test1_19,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_19,'g++',max,useAttach,stopped,false,test1_19,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_19,'g++',max,useAttach,stopped,false,test1_19,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test_reloc,gcc,none,binary,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',test_reloc,gcc,none,binary,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',test_reloc,gcc,none,createProcess,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_reloc,gcc,none,createProcess,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_reloc,gcc,none,useAttach,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test_reloc,gcc,none,useAttach,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test_reloc,gcc,low,binary,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',test_reloc,gcc,low,binary,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',test_reloc,gcc,low,createProcess,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_reloc,gcc,low,createProcess,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_reloc,gcc,low,useAttach,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test_reloc,gcc,low,useAttach,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test_reloc,gcc,high,binary,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',test_reloc,gcc,high,binary,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',test_reloc,gcc,high,createProcess,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_reloc,gcc,high,createProcess,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_reloc,gcc,high,useAttach,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test_reloc,gcc,high,useAttach,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test_reloc,gcc,max,binary,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',test_reloc,gcc,max,binary,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',test_reloc,gcc,max,createProcess,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_reloc,gcc,max,createProcess,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_reloc,gcc,max,useAttach,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test_reloc,gcc,max,useAttach,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test_reloc,'g++',none,binary,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',test_reloc,'g++',none,binary,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',test_reloc,'g++',none,createProcess,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_reloc,'g++',none,createProcess,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_reloc,'g++',none,useAttach,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test_reloc,'g++',none,useAttach,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test_reloc,'g++',low,binary,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',test_reloc,'g++',low,binary,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',test_reloc,'g++',low,createProcess,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_reloc,'g++',low,createProcess,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_reloc,'g++',low,useAttach,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test_reloc,'g++',low,useAttach,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test_reloc,'g++',high,binary,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',test_reloc,'g++',high,binary,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',test_reloc,'g++',high,createProcess,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_reloc,'g++',high,createProcess,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_reloc,'g++',high,useAttach,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test_reloc,'g++',high,useAttach,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test_reloc,'g++',max,binary,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',test_reloc,'g++',max,binary,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',test_reloc,'g++',max,createProcess,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_reloc,'g++',max,createProcess,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_reloc,'g++',max,useAttach,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test_reloc,'g++',max,useAttach,stopped,true,test_reloc,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test_snip_remove,gcc,none,createProcess,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_snip_remove,gcc,none,createProcess,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_snip_remove,gcc,none,useAttach,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test_snip_remove,gcc,none,useAttach,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test_snip_remove,gcc,low,createProcess,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_snip_remove,gcc,low,createProcess,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_snip_remove,gcc,low,useAttach,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test_snip_remove,gcc,low,useAttach,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test_snip_remove,gcc,high,createProcess,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_snip_remove,gcc,high,createProcess,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_snip_remove,gcc,high,useAttach,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test_snip_remove,gcc,high,useAttach,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test_snip_remove,gcc,max,createProcess,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_snip_remove,gcc,max,createProcess,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_snip_remove,gcc,max,useAttach,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test_snip_remove,gcc,max,useAttach,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test_snip_remove,'g++',none,createProcess,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_snip_remove,'g++',none,createProcess,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_snip_remove,'g++',none,useAttach,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test_snip_remove,'g++',none,useAttach,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test_snip_remove,'g++',low,createProcess,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_snip_remove,'g++',low,createProcess,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_snip_remove,'g++',low,useAttach,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test_snip_remove,'g++',low,useAttach,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test_snip_remove,'g++',high,createProcess,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_snip_remove,'g++',high,createProcess,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_snip_remove,'g++',high,useAttach,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test_snip_remove,'g++',high,useAttach,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test_snip_remove,'g++',max,createProcess,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_snip_remove,'g++',max,createProcess,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_snip_remove,'g++',max,useAttach,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test_snip_remove,'g++',max,useAttach,stopped,true,test_snip_remove,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',init_fini_callback,gcc,none,binary,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',init_fini_callback,gcc,none,binary,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',init_fini_callback,gcc,none,createProcess,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',init_fini_callback,gcc,none,createProcess,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',init_fini_callback,gcc,none,useAttach,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',init_fini_callback,gcc,none,useAttach,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',init_fini_callback,gcc,low,binary,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',init_fini_callback,gcc,low,binary,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',init_fini_callback,gcc,low,createProcess,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',init_fini_callback,gcc,low,createProcess,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',init_fini_callback,gcc,low,useAttach,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',init_fini_callback,gcc,low,useAttach,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',init_fini_callback,gcc,high,binary,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',init_fini_callback,gcc,high,binary,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',init_fini_callback,gcc,high,createProcess,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',init_fini_callback,gcc,high,createProcess,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',init_fini_callback,gcc,high,useAttach,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',init_fini_callback,gcc,high,useAttach,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',init_fini_callback,gcc,max,binary,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',init_fini_callback,gcc,max,binary,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',init_fini_callback,gcc,max,createProcess,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',init_fini_callback,gcc,max,createProcess,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',init_fini_callback,gcc,max,useAttach,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',init_fini_callback,gcc,max,useAttach,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',init_fini_callback,'g++',none,binary,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',init_fini_callback,'g++',none,binary,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',init_fini_callback,'g++',none,createProcess,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',init_fini_callback,'g++',none,createProcess,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',init_fini_callback,'g++',none,useAttach,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',init_fini_callback,'g++',none,useAttach,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',init_fini_callback,'g++',low,binary,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',init_fini_callback,'g++',low,binary,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',init_fini_callback,'g++',low,createProcess,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',init_fini_callback,'g++',low,createProcess,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',init_fini_callback,'g++',low,useAttach,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',init_fini_callback,'g++',low,useAttach,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',init_fini_callback,'g++',high,binary,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',init_fini_callback,'g++',high,binary,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',init_fini_callback,'g++',high,createProcess,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',init_fini_callback,'g++',high,createProcess,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',init_fini_callback,'g++',high,useAttach,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',init_fini_callback,'g++',high,useAttach,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',init_fini_callback,'g++',max,binary,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',init_fini_callback,'g++',max,binary,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',init_fini_callback,'g++',max,createProcess,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',init_fini_callback,'g++',max,createProcess,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',init_fini_callback,'g++',max,useAttach,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',init_fini_callback,'g++',max,useAttach,stopped,true,init_fini_callback,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_29,gcc,none,binary,stopped,true,test1_29,32,'None','None',staticMutatee,local,local,post,pic,'NONE',test1_29,gcc,none,binary,stopped,true,test1_29,32,'None','None',staticMutatee,local,local,post,none,'NONE',test1_29,gcc,none,binary,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',test1_29,gcc,none,binary,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',test1_29,gcc,none,createProcess,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_29,gcc,none,createProcess,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_29,gcc,none,useAttach,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_29,gcc,none,useAttach,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_29,gcc,low,binary,stopped,true,test1_29,32,'None','None',staticMutatee,local,local,post,pic,'NONE',test1_29,gcc,low,binary,stopped,true,test1_29,32,'None','None',staticMutatee,local,local,post,none,'NONE',test1_29,gcc,low,binary,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',test1_29,gcc,low,binary,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',test1_29,gcc,low,createProcess,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_29,gcc,low,createProcess,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_29,gcc,low,useAttach,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_29,gcc,low,useAttach,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_29,gcc,high,binary,stopped,true,test1_29,32,'None','None',staticMutatee,local,local,post,pic,'NONE',test1_29,gcc,high,binary,stopped,true,test1_29,32,'None','None',staticMutatee,local,local,post,none,'NONE',test1_29,gcc,high,binary,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',test1_29,gcc,high,binary,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',test1_29,gcc,high,createProcess,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_29,gcc,high,createProcess,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_29,gcc,high,useAttach,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_29,gcc,high,useAttach,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_29,gcc,max,binary,stopped,true,test1_29,32,'None','None',staticMutatee,local,local,post,pic,'NONE',test1_29,gcc,max,binary,stopped,true,test1_29,32,'None','None',staticMutatee,local,local,post,none,'NONE',test1_29,gcc,max,binary,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',test1_29,gcc,max,binary,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',test1_29,gcc,max,createProcess,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_29,gcc,max,createProcess,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_29,gcc,max,useAttach,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_29,gcc,max,useAttach,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_29,'g++',none,binary,stopped,true,test1_29,32,'None','None',staticMutatee,local,local,post,pic,'NONE',test1_29,'g++',none,binary,stopped,true,test1_29,32,'None','None',staticMutatee,local,local,post,none,'NONE',test1_29,'g++',none,binary,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',test1_29,'g++',none,binary,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',test1_29,'g++',none,createProcess,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_29,'g++',none,createProcess,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_29,'g++',none,useAttach,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_29,'g++',none,useAttach,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_29,'g++',low,binary,stopped,true,test1_29,32,'None','None',staticMutatee,local,local,post,pic,'NONE',test1_29,'g++',low,binary,stopped,true,test1_29,32,'None','None',staticMutatee,local,local,post,none,'NONE',test1_29,'g++',low,binary,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',test1_29,'g++',low,binary,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',test1_29,'g++',low,createProcess,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_29,'g++',low,createProcess,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_29,'g++',low,useAttach,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_29,'g++',low,useAttach,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_29,'g++',high,binary,stopped,true,test1_29,32,'None','None',staticMutatee,local,local,post,pic,'NONE',test1_29,'g++',high,binary,stopped,true,test1_29,32,'None','None',staticMutatee,local,local,post,none,'NONE',test1_29,'g++',high,binary,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',test1_29,'g++',high,binary,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',test1_29,'g++',high,createProcess,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_29,'g++',high,createProcess,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_29,'g++',high,useAttach,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_29,'g++',high,useAttach,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_29,'g++',max,binary,stopped,true,test1_29,32,'None','None',staticMutatee,local,local,post,pic,'NONE',test1_29,'g++',max,binary,stopped,true,test1_29,32,'None','None',staticMutatee,local,local,post,none,'NONE',test1_29,'g++',max,binary,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,post,pic,'NONE',test1_29,'g++',max,binary,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,post,none,'NONE',test1_29,'g++',max,createProcess,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_29,'g++',max,createProcess,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_29,'g++',max,useAttach,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_29,'g++',max,useAttach,stopped,true,test1_29,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_40,gcc,none,createProcess,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_40,gcc,none,createProcess,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_40,gcc,none,useAttach,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_40,gcc,none,useAttach,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_40,gcc,low,createProcess,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_40,gcc,low,createProcess,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_40,gcc,low,useAttach,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_40,gcc,low,useAttach,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_40,gcc,high,createProcess,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_40,gcc,high,createProcess,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_40,gcc,high,useAttach,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_40,gcc,high,useAttach,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_40,gcc,max,createProcess,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_40,gcc,max,createProcess,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_40,gcc,max,useAttach,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_40,gcc,max,useAttach,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_40,'g++',none,createProcess,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_40,'g++',none,createProcess,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_40,'g++',none,useAttach,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_40,'g++',none,useAttach,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_40,'g++',low,createProcess,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_40,'g++',low,createProcess,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_40,'g++',low,useAttach,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_40,'g++',low,useAttach,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_40,'g++',high,createProcess,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_40,'g++',high,createProcess,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_40,'g++',high,useAttach,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_40,'g++',high,useAttach,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_40,'g++',max,createProcess,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_40,'g++',max,createProcess,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_40,'g++',max,useAttach,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,pre,pic,'NONE',test1_40,'g++',max,useAttach,stopped,true,test1_40,32,'None','None',dynamicMutatee,local,local,pre,none,'NONE',test1_41,gcc,none,createProcess,selfstart,false,test1_41,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_41,gcc,none,createProcess,selfstart,false,test1_41,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_41,gcc,low,createProcess,selfstart,false,test1_41,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_41,gcc,low,createProcess,selfstart,false,test1_41,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_41,gcc,high,createProcess,selfstart,false,test1_41,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_41,gcc,high,createProcess,selfstart,false,test1_41,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_41,gcc,max,createProcess,selfstart,false,test1_41,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_41,gcc,max,createProcess,selfstart,false,test1_41,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_41,'g++',none,createProcess,selfstart,false,test1_41,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_41,'g++',none,createProcess,selfstart,false,test1_41,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_41,'g++',low,createProcess,selfstart,false,test1_41,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_41,'g++',low,createProcess,selfstart,false,test1_41,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test1_41,'g++',high,createProcess,selfstart,false,test1_41,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test1_41,'g++',high,createProcess,self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unch,pic,'NONE',test_thread_3,gcc,none,createProcess,stopped,false,test_thread_3,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_thread_3,gcc,low,createProcess,stopped,false,test_thread_3,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_thread_3,gcc,low,createProcess,stopped,false,test_thread_3,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_thread_3,gcc,high,createProcess,stopped,false,test_thread_3,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_thread_3,gcc,high,createProcess,stopped,false,test_thread_3,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_thread_3,gcc,max,createProcess,stopped,false,test_thread_3,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_thread_3,gcc,max,createProcess,stopped,false,test_thread_3,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_thread_3,'g++',none,createProcess,stopped,false,test_thread_3,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_thread_3,'g++',none,createProcess,stopped,false,test_thread_3,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_thread_3,'g++',low,createProcess,stopped,false,test_thread_3,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_thread_3,'g++',low,createProcess,stopped,false,test_thread_3,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_thread_3,'g++',high,createProcess,stopped,false,test_thread_3,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_thread_3,'g++',high,createProcess,stopped,false,test_thread_3,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_thread_3,'g++',max,createProcess,stopped,false,test_thread_3,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_thread_3,'g++',max,createProcess,stopped,false,test_thread_3,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_thread_5,gcc,none,createProcess,stopped,false,test_thread_5,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_thread_5,gcc,none,createProcess,stopped,false,test_thread_5,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_thread_5,gcc,low,createProcess,stopped,false,test_thread_5,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_thread_5,gcc,low,createProcess,stopped,false,test_thread_5,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_thread_5,gcc,high,createProcess,stopped,false,test_thread_5,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_thread_5,gcc,high,createProcess,stopped,false,test_thread_5,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_thread_5,gcc,max,createProcess,stopped,false,test_thread_5,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_thread_5,gcc,max,createProcess,stopped,false,test_thread_5,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_thread_5,'g++',none,createProcess,stopped,false,test_thread_5,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_thread_5,'g++',none,createProcess,stopped,false,test_thread_5,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_thread_5,'g++',low,createProcess,stopped,false,test_thread_5,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_thread_5,'g++',low,createProcess,stopped,false,test_thread_5,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_thread_5,'g++',high,createProcess,stopped,false,test_thread_5,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_thread_5,'g++',high,createProcess,stopped,false,test_thread_5,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE',test_thread_5,'g++',max,createProcess,stopped,false,test_thread_5,32,'None','None',dynamicMutatee,local,local,no_launch,pic,'NONE',test_thread_5,'g++',max,createProcess,stopped,false,test_thread_5,32,'None','None',dynamicMutatee,local,local,no_launch,none,'NONE'
-test1_1F_mutatee_solo_gcc_none,gcc,,'test1_1F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_2F_mutatee_solo_gcc_none,gcc,,'test1_2F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_3F_mutatee_solo_gcc_none,gcc,,'test1_3F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_4F_mutatee_solo_gcc_none,gcc,,'test1_4F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_5F_mutatee_solo_gcc_none,gcc,,'test1_5F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_6F_mutatee_solo_gcc_none,gcc,,'test1_6F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_7F_mutatee_solo_gcc_none,gcc,,'test1_7F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_8F_mutatee_solo_gcc_none,gcc,,'test1_8F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_9F_mutatee_solo_gcc_none,gcc,,'test1_9F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_10F_mutatee_solo_gcc_none,gcc,,'test1_10F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_11F_mutatee_solo_gcc_none,gcc,,'test1_11F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_12F_mutatee_solo_gcc_none,gcc,,'test1_12F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_13F_mutatee_solo_gcc_none,gcc,,'test1_13F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_14F_mutatee_solo_gcc_none,gcc,,'test1_14F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_16F_mutatee_solo_gcc_none,gcc,,'test1_16F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_17F_mutatee_solo_gcc_none,gcc,,'test1_17F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_18F_mutatee_solo_gcc_none,gcc,,'test1_18F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_19F_mutatee_solo_gcc_none,gcc,,'test1_19F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_20F_mutatee_solo_gcc_none,gcc,,'test1_20F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_25F_mutatee_solo_gcc_none,gcc,,'test1_25F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_29F_mutatee_solo_gcc_none,gcc,,'test1_29F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_31F_mutatee_solo_gcc_none,gcc,,'test1_31F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_32F_mutatee_solo_gcc_none,gcc,,'test1_32F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_34F_mutatee_solo_gcc_none,gcc,,'test1_34F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_36F_mutatee_solo_gcc_none,gcc,,'test1_36F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) '

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/.gitignore Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/cmake-mutatees.txt Deleted

@@ -1,32 +0,0 @@
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-add_subdirectory (ppc64_bgq_ion/dyninst/bgq_g++/64/dyn/none/none)
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-add_subdirectory (ppc64_bgq_ion/dyninst/bgq_gcc/64/dyn/none/none)
-add_subdirectory (ppc64_bgq_ion/proccontrol/bgq_gcc/64/dyn/none/none)
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-add_subdirectory (ppc64_bgq_ion/proccontrol/bgq_gcc/64/stat/none/none)
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-add_subdirectory (ppc64_bgq_ion/symtab/bgxlc/64/dyn/none/none)
-add_subdirectory (ppc64_bgq_ion/dyninst/bgxlc/64/dyn/none/none)
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-add_subdirectory (ppc64_bgq_ion/symtab/bgxlc/64/dyn/pic/none)
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-add_subdirectory (ppc64_bgq_ion/proccontrol/bgxlc++/64/stat/none/none)
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_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/cmake-mutators.txt Deleted

@@ -1,684 +0,0 @@
-
-# This file is automatically generated by the Dyninst testing system.
-# For more information, see core/testsuite/src/specification/cmake_mutators.py
-
-######################################################################
-# A list of all the mutators to be compiled
-######################################################################
-
-
-include_directories ("..src/proccontrol")
-set (proccontrol_MUTATORS
-	pc_launch
-	pc_breakpoint
-	pc_library
-	pc_addlibrary
-	pc_singlestep
-	pc_thread
-	pc_groups
-	pc_stat
-	pc_irpc
-	pc_detach
-	pc_terminate
-	pc_terminate_stopped
-	pc_tls
-)
-
-set (proccontrol_OBJS_ALL_MUTATORS
-	pc_launch.o
-	pc_breakpoint.o
-	pc_library.o
-	pc_addlibrary.o
-	pc_singlestep.o
-	pc_thread.o
-	pc_groups.o
-	pc_stat.o
-	pc_irpc.o
-	pc_detach.o
-	pc_terminate.o
-	pc_terminate_stopped.o
-	pc_tls.o
-)
-
-
-include_directories ("..src/dyninst")
-set (dyninst_MUTATORS
-	test1_1
-	test1_2
-	test1_3
-	test1_4
-	test1_5
-	test1_6
-	test1_7
-	test1_8
-	test1_9
-	test1_10
-	test1_11
-	test1_12
-	test1_13
-	test1_14
-	test1_15
-	test1_16
-	test1_17
-	test1_18
-	test1_19
-	test1_20
-	test1_21
-	test1_22
-	test_reloc
-	snip_ref_shlib_var
-	snip_change_shlib_var
-	test_snip_remove
-	init_fini_callback
-	test1_23
-	test1_24
-	test1_25
-	test1_26
-	test1_27
-	test1_28
-	test1_29
-	test1_30
-	test1_31
-	test1_32
-	test1_33
-	test1_34
-	test1_36
-	test1_37
-	test1_38
-	test1_39
-	test1_41
-	test_pt_ls
-	test2_1
-	test2_2
-	test2_3
-	test2_4
-	test2_5
-	test2_6
-	test2_8
-	test2_12
-	test2_13
-	test2_14
-	test3_1
-	test3_2
-	test3_3
-	test3_4
-	test3_5
-	test3_6
-	test3_7
-	test4_1
-	test4_2
-	test4_3
-	test4_4
-	test5_1
-	test5_2
-	test5_3
-	test5_4
-	test5_5
-	test5_7
-	test5_8
-	test5_9
-	test_fork_5
-	test_fork_6
-	test_fork_7
-	test_fork_8
-	test_fork_9
-	test_fork_10
-	test_fork_11
-	test_fork_12
-	test_fork_13
-	test_fork_14
-	test_stack_1
-	test_stack_2
-	test_stack_3
-	test_stack_4
-	test_callback_1
-	test_callback_2
-	test_thread_1
-	test_thread_2
-	test_thread_3
-	test_thread_5
-	test_thread_6
-	test_thread_7
-	test_thread_8
-)
-
-set (dyninst_OBJS_ALL_MUTATORS
-	test1_1.o
-	test1_2.o
-	test1_3.o
-	test1_4.o
-	test1_5.o
-	test1_6.o
-	test1_7.o
-	test1_8.o
-	test1_9.o
-	test1_10.o
-	test1_11.o
-	test1_12.o
-	test1_13.o
-	test1_14.o
-	test1_15.o
-	test1_16.o
-	test1_17.o
-	test1_18.o
-	test1_19.o
-	test1_20.o
-	test1_21.o
-	test1_22.o
-	test_reloc.o
-	snip_ref_shlib_var.o
-	snip_change_shlib_var.o
-	test_snip_remove.o
-	init_fini_callback.o
-	test1_23.o
-	test1_24.o
-	test1_25.o
-	test1_26.o
-	test1_27.o
-	test1_28.o
-	test1_29.o
-	test1_30.o
-	test1_31.o
-	test1_32.o
-	test1_33.o
-	test1_34.o
-	test1_36.o
-	test1_37.o
-	test1_38.o
-	test1_39.o
-	test1_41.o
-	test_pt_ls.o
-	test2_1.o
-	test2_2.o
-	test2_3.o
-	test2_4.o
-	test2_5.o
-	test2_6.o
-	test2_8.o
-	test2_12.o
-	test2_13.o
-	test2_14.o
-	test3_1.o
-	test3_2.o
-	test3_3.o
-	test3_4.o
-	test3_5.o
-	test3_6.o
-	test3_7.o
-	test4_1.o
-	test4_2.o
-	test4_3.o
-	test4_4.o
-	test5_1.o
-	test5_2.o
-	test5_3.o
-	test5_4.o
-	test5_5.o
-	test5_7.o
-	test5_8.o
-	test5_9.o
-	test_fork_5.o
-	test_fork_6.o
-	test_fork_7.o
-	test_fork_8.o
-	test_fork_9.o
-	test_fork_10.o
-	test_fork_11.o
-	test_fork_12.o
-	test_fork_13.o
-	test_fork_14.o
-	test_stack_1.o
-	test_stack_2.o
-	test_stack_3.o
-	test_stack_4.o
-	test_callback_1.o
-	test_callback_2.o
-	test_thread_1.o
-	test_thread_2.o
-	test_thread_3.o
-	test_thread_5.o
-	test_thread_6.o
-	test_thread_7.o
-	test_thread_8.o
-)
-
-
-include_directories ("..src/instruction")
-set (instruction_MUTATORS
-	power_decode
-	aarch64_decode
-	aarch64_cft
-	aarch64_decode_ldst
-	aarch64_simd
-	power_cft
-)
-
-set (instruction_OBJS_ALL_MUTATORS
-	power_decode.o
-	aarch64_decode.o
-	aarch64_cft.o
-	aarch64_decode_ldst.o
-	aarch64_simd.o
-	power_cft.o
-)
-
-
-include_directories ("..src/symtab")
-set (symtab_MUTATORS
-	test_lookup_func
-	test_lookup_var
-	test_local_var_lookup
-	test_local_var_locations
-	test_line_info
-	test_module
-	test_type_info
-)
-
-set (symtab_OBJS_ALL_MUTATORS
-	test_lookup_func.o
-	test_lookup_var.o
-	test_local_var_lookup.o
-	test_local_var_locations.o
-	test_line_info.o
-	test_module.o
-	test_type_info.o
-)
-
-set (MUTATOR_NAME_LIST
-	aarch64_cft
-	aarch64_decode
-	aarch64_decode_ldst
-	aarch64_simd
-	init_fini_callback
-	pc_addlibrary
-	pc_breakpoint
-	pc_detach
-	pc_groups
-	pc_irpc
-	pc_launch
-	pc_library
-	pc_singlestep
-	pc_stat
-	pc_terminate
-	pc_terminate_stopped
-	pc_thread
-	pc_tls
-	power_cft
-	power_decode
-	snip_change_shlib_var
-	snip_ref_shlib_var
-	test1_1
-	test1_10
-	test1_11
-	test1_12
-	test1_13
-	test1_14
-	test1_15
-	test1_16
-	test1_17
-	test1_18
-	test1_19
-	test1_2
-	test1_20
-	test1_21
-	test1_22
-	test1_23
-	test1_24
-	test1_25
-	test1_26
-	test1_27
-	test1_28
-	test1_29
-	test1_3
-	test1_30
-	test1_31
-	test1_32
-	test1_33
-	test1_34
-	test1_36
-	test1_37
-	test1_38
-	test1_39
-	test1_4
-	test1_41
-	test1_5
-	test1_6
-	test1_7
-	test1_8
-	test1_9
-	test2_1
-	test2_12
-	test2_13
-	test2_14
-	test2_2
-	test2_3
-	test2_4
-	test2_5
-	test2_6
-	test2_8
-	test3_1
-	test3_2
-	test3_3
-	test3_4
-	test3_5
-	test3_6
-	test3_7
-	test4_1
-	test4_2
-	test4_3
-	test4_4
-	test5_1
-	test5_2
-	test5_3
-	test5_4
-	test5_5
-	test5_7
-	test5_8
-	test5_9
-	test_callback_1
-	test_callback_2
-	test_fork_10
-	test_fork_11
-	test_fork_12
-	test_fork_13
-	test_fork_14
-	test_fork_5
-	test_fork_6
-	test_fork_7
-	test_fork_8
-	test_fork_9
-	test_line_info
-	test_local_var_locations
-	test_local_var_lookup
-	test_lookup_func
-	test_lookup_var
-	test_module
-	test_pt_ls
-	test_reloc
-	test_snip_remove
-	test_stack_1
-	test_stack_2
-	test_stack_3
-	test_stack_4
-	test_thread_1
-	test_thread_2
-	test_thread_3
-	test_thread_5
-	test_thread_6
-	test_thread_7
-	test_thread_8
-	test_type_info
-	)
-
-set (MUTATOR_MODULE_LIB_LIST
-	testinstruction
-	testinstruction
-	testinstruction
-	testinstruction
-	testdyninst
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testproccontrol
-	testinstruction
-	testinstruction
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testsymtab
-	testsymtab
-	testsymtab
-	testsymtab
-	testsymtab
-	testsymtab
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testdyninst
-	testsymtab
-	)
-
-set (SRC src)
-set (MUTATOR_SOURCE_LIST
-	${SRC}/instruction/aarch64_cft.C
-	${SRC}/instruction/aarch64_decode.C
-	${SRC}/instruction/aarch64_decode_ldst.C
-	${SRC}/instruction/aarch64_simd.C
-	${SRC}/dyninst/init_fini_callback.C
-	${SRC}/proccontrol/pc_addlibrary.C
-	${SRC}/proccontrol/pc_breakpoint.C
-	${SRC}/proccontrol/pc_detach.C
-	${SRC}/proccontrol/pc_groups.C
-	${SRC}/proccontrol/pc_irpc.C
-	${SRC}/proccontrol/pc_launch.C
-	${SRC}/proccontrol/pc_library.C
-	${SRC}/proccontrol/pc_singlestep.C
-	${SRC}/proccontrol/pc_stat.C
-	${SRC}/proccontrol/pc_terminate.C
-	${SRC}/proccontrol/pc_terminate_stopped.C
-	${SRC}/proccontrol/pc_thread.C
-	${SRC}/proccontrol/pc_tls.C
-	${SRC}/instruction/power_cft.C
-	${SRC}/instruction/power_decode.C
-	${SRC}/dyninst/snip_change_shlib_var.C
-	${SRC}/dyninst/snip_ref_shlib_var.C
-	${SRC}/dyninst/test1_1.C
-	${SRC}/dyninst/test1_10.C
-	${SRC}/dyninst/test1_11.C
-	${SRC}/dyninst/test1_12.C
-	${SRC}/dyninst/test1_13.C
-	${SRC}/dyninst/test1_14.C
-	${SRC}/dyninst/test1_15.C
-	${SRC}/dyninst/test1_16.C
-	${SRC}/dyninst/test1_17.C
-	${SRC}/dyninst/test1_18.C
-	${SRC}/dyninst/test1_19.C
-	${SRC}/dyninst/test1_2.C
-	${SRC}/dyninst/test1_20.C
-	${SRC}/dyninst/test1_21.C
-	${SRC}/dyninst/test1_22.C
-	${SRC}/dyninst/test1_23.C
-	${SRC}/dyninst/test1_24.C
-	${SRC}/dyninst/test1_25.C
-	${SRC}/dyninst/test1_26.C
-	${SRC}/dyninst/test1_27.C
-	${SRC}/dyninst/test1_28.C
-	${SRC}/dyninst/test1_29.C
-	${SRC}/dyninst/test1_3.C
-	${SRC}/dyninst/test1_30.C
-	${SRC}/dyninst/test1_31.C
-	${SRC}/dyninst/test1_32.C
-	${SRC}/dyninst/test1_33.C
-	${SRC}/dyninst/test1_34.C
-	${SRC}/dyninst/test1_36.C
-	${SRC}/dyninst/test1_37.C
-	${SRC}/dyninst/test1_38.C
-	${SRC}/dyninst/test1_39.C
-	${SRC}/dyninst/test1_4.C
-	${SRC}/dyninst/test1_41.C
-	${SRC}/dyninst/test1_5.C
-	${SRC}/dyninst/test1_6.C
-	${SRC}/dyninst/test1_7.C
-	${SRC}/dyninst/test1_8.C
-	${SRC}/dyninst/test1_9.C
-	${SRC}/dyninst/test2_1.C
-	${SRC}/dyninst/test2_12.C
-	${SRC}/dyninst/test2_13.C
-	${SRC}/dyninst/test2_14.C
-	${SRC}/dyninst/test2_2.C
-	${SRC}/dyninst/test2_3.C
-	${SRC}/dyninst/test2_4.C
-	${SRC}/dyninst/test2_5.C
-	${SRC}/dyninst/test2_6.C
-	${SRC}/dyninst/test2_8.C
-	${SRC}/dyninst/test3_1.C
-	${SRC}/dyninst/test3_2.C
-	${SRC}/dyninst/test3_3.C
-	${SRC}/dyninst/test3_4.C
-	${SRC}/dyninst/test3_5.C
-	${SRC}/dyninst/test3_6.C
-	${SRC}/dyninst/test3_7.C
-	${SRC}/dyninst/test4_1.C
-	${SRC}/dyninst/test4_2.C
-	${SRC}/dyninst/test4_3.C
-	${SRC}/dyninst/test4_4.C
-	${SRC}/dyninst/test5_1.C
-	${SRC}/dyninst/test5_2.C
-	${SRC}/dyninst/test5_3.C
-	${SRC}/dyninst/test5_4.C
-	${SRC}/dyninst/test5_5.C
-	${SRC}/dyninst/test5_7.C
-	${SRC}/dyninst/test5_8.C
-	${SRC}/dyninst/test5_9.C
-	${SRC}/dyninst/test_callback_1.C
-	${SRC}/dyninst/test_callback_2.C
-	${SRC}/dyninst/test_fork_10.C
-	${SRC}/dyninst/test_fork_11.C
-	${SRC}/dyninst/test_fork_12.C
-	${SRC}/dyninst/test_fork_13.C
-	${SRC}/dyninst/test_fork_14.C
-	${SRC}/dyninst/test_fork_5.C
-	${SRC}/dyninst/test_fork_6.C
-	${SRC}/dyninst/test_fork_7.C
-	${SRC}/dyninst/test_fork_8.C
-	${SRC}/dyninst/test_fork_9.C
-	${SRC}/symtab/test_line_info.C
-	${SRC}/symtab/test_local_var_locations.C
-	${SRC}/symtab/test_local_var_lookup.C
-	${SRC}/symtab/test_lookup_func.C
-	${SRC}/symtab/test_lookup_var.C
-	${SRC}/symtab/test_module.C
-	${SRC}/dyninst/test_pt_ls.C
-	${SRC}/dyninst/test_reloc.C
-	${SRC}/dyninst/test_snip_remove.C
-	${SRC}/dyninst/test_stack_1.C
-	${SRC}/dyninst/test_stack_2.C
-	${SRC}/dyninst/test_stack_3.C
-	${SRC}/dyninst/test_stack_4.C
-	${SRC}/dyninst/test_thread_1.C
-	${SRC}/dyninst/test_thread_2.C
-	${SRC}/dyninst/test_thread_3.C
-	${SRC}/dyninst/test_thread_5.C
-	${SRC}/dyninst/test_thread_6.C
-	${SRC}/dyninst/test_thread_7.C
-	${SRC}/dyninst/test_thread_8.C
-	${SRC}/symtab/test_type_info.C
-	)
-
-foreach (val RANGE 122)
-	list (GET MUTATOR_NAME_LIST ${val} lib)
-	list (GET MUTATOR_SOURCE_LIST ${val} source)
-	list (GET MUTATOR_MODULE_LIB_LIST ${val} comp_dep)
-	set(SKIP FALSE)
-	foreach (dep ${comp_dep})
-		if(NOT TARGET ${dep})
-			set(SKIP TRUE)
-		endif()
-	endforeach()
-	if(NOT SKIP)
-		add_library (${lib} ${source})
-		target_link_libraries (${lib} ${comp_dep} ${LIBTESTSUITE})
-		install (TARGETS ${lib} 
-		         RUNTIME DESTINATION ${INSTALL_DIR}
-		         LIBRARY DESTINATION ${INSTALL_DIR})
-	endif()
-endforeach()
-

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_g++ Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_g++/64 Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_g++/64/dyn Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_g++/64/dyn/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_g++/64/dyn/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_g++/64/dyn/none/none/CMakeLists.txt Deleted

@@ -1,480 +0,0 @@
-# CMakeLists for dyninst/bgq_g++/64/dyn/none/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_mpi_cxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic")
-IF (NOT ${M_mpi_cxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_cxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic"
-	"CXX"
-	"mpi_cxx 64 dyn"
-	MUTATEEmpicxx64dynCXX)
-
-IF (MUTATEEmpicxx64dynCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_cxx_group_test.dyn_bgq_g++_64_none_none ${SOURCE_LIST_46})
-foreach (f ${SOURCE_LIST_46})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_cxx_group_test.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (dyninst_group_test.dyn_bgq_g++_64_none_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (dyninst_group_test.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS})
-add_executable (init_fini_callback.dyn_bgq_g++_64_none_none ${SOURCE_LIST_47})
-foreach (f ${SOURCE_LIST_47})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(init_fini_callback.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (init_fini_callback.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS})
-add_executable (test1_12.dyn_bgq_g++_64_none_none ${SOURCE_LIST_60})
-foreach (f ${SOURCE_LIST_60})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_12.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_14.dyn_bgq_g++_64_none_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_14.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_19.dyn_bgq_g++_64_none_none ${SOURCE_LIST_19})
-foreach (f ${SOURCE_LIST_19})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_19.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_29.dyn_bgq_g++_64_none_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_29.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_41.dyn_bgq_g++_64_none_none ${SOURCE_LIST_6})
-foreach (f ${SOURCE_LIST_6})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_41.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test2_14.dyn_bgq_g++_64_none_none ${SOURCE_LIST_48})
-foreach (f ${SOURCE_LIST_48})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_14.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test2_6.dyn_bgq_g++_64_none_none ${SOURCE_LIST_1})
-foreach (f ${SOURCE_LIST_1})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_6.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test2_6.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS})
-add_executable (test2_8.dyn_bgq_g++_64_none_none ${SOURCE_LIST_2})
-foreach (f ${SOURCE_LIST_2})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_8.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_1.dyn_bgq_g++_64_none_none ${SOURCE_LIST_26})
-foreach (f ${SOURCE_LIST_26})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_1.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_2.dyn_bgq_g++_64_none_none ${SOURCE_LIST_31})
-foreach (f ${SOURCE_LIST_31})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_2.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_3.dyn_bgq_g++_64_none_none ${SOURCE_LIST_44})
-foreach (f ${SOURCE_LIST_44})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_3.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_4.dyn_bgq_g++_64_none_none ${SOURCE_LIST_52})
-foreach (f ${SOURCE_LIST_52})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_4.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_5.dyn_bgq_g++_64_none_none ${SOURCE_LIST_40})
-foreach (f ${SOURCE_LIST_40})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_5.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_6.dyn_bgq_g++_64_none_none ${SOURCE_LIST_0})
-foreach (f ${SOURCE_LIST_0})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_6.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_7.dyn_bgq_g++_64_none_none ${SOURCE_LIST_5})
-foreach (f ${SOURCE_LIST_5})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_7.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_1.dyn_bgq_g++_64_none_none ${SOURCE_LIST_3})
-foreach (f ${SOURCE_LIST_3})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_1.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_2.dyn_bgq_g++_64_none_none ${SOURCE_LIST_59})
-foreach (f ${SOURCE_LIST_59})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_2.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_3.dyn_bgq_g++_64_none_none ${SOURCE_LIST_54})
-foreach (f ${SOURCE_LIST_54})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_3.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_3b.dyn_bgq_g++_64_none_none ${SOURCE_LIST_61})
-foreach (f ${SOURCE_LIST_61})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_3b.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_4.dyn_bgq_g++_64_none_none ${SOURCE_LIST_33})
-foreach (f ${SOURCE_LIST_33})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_4.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_4b.dyn_bgq_g++_64_none_none ${SOURCE_LIST_49})
-foreach (f ${SOURCE_LIST_49})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_4b.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_callback_1.dyn_bgq_g++_64_none_none ${SOURCE_LIST_13})
-foreach (f ${SOURCE_LIST_13})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_callback_1.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_callback_2.dyn_bgq_g++_64_none_none ${SOURCE_LIST_24})
-foreach (f ${SOURCE_LIST_24})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_callback_2.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_10.dyn_bgq_g++_64_none_none ${SOURCE_LIST_41})
-foreach (f ${SOURCE_LIST_41})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_10.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_11.dyn_bgq_g++_64_none_none ${SOURCE_LIST_16})
-foreach (f ${SOURCE_LIST_16})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_11.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_12.dyn_bgq_g++_64_none_none ${SOURCE_LIST_22})
-foreach (f ${SOURCE_LIST_22})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_12.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_13.dyn_bgq_g++_64_none_none ${SOURCE_LIST_9})
-foreach (f ${SOURCE_LIST_9})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_13.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_14.dyn_bgq_g++_64_none_none ${SOURCE_LIST_17})
-foreach (f ${SOURCE_LIST_17})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_14.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_5.dyn_bgq_g++_64_none_none ${SOURCE_LIST_55})
-foreach (f ${SOURCE_LIST_55})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_5.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_6.dyn_bgq_g++_64_none_none ${SOURCE_LIST_42})
-foreach (f ${SOURCE_LIST_42})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_6.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_7.dyn_bgq_g++_64_none_none ${SOURCE_LIST_20})
-foreach (f ${SOURCE_LIST_20})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_7.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_8.dyn_bgq_g++_64_none_none ${SOURCE_LIST_14})
-foreach (f ${SOURCE_LIST_14})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_8.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_9.dyn_bgq_g++_64_none_none ${SOURCE_LIST_32})
-foreach (f ${SOURCE_LIST_32})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_9.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_reloc.dyn_bgq_g++_64_none_none ${SOURCE_LIST_21})
-foreach (f ${SOURCE_LIST_21})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_reloc.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_snip_remove.dyn_bgq_g++_64_none_none ${SOURCE_LIST_43})
-foreach (f ${SOURCE_LIST_43})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_snip_remove.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_1.dyn_bgq_g++_64_none_none ${SOURCE_LIST_38})
-foreach (f ${SOURCE_LIST_38})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_1.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_2.dyn_bgq_g++_64_none_none ${SOURCE_LIST_50})
-foreach (f ${SOURCE_LIST_50})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_2.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_3.dyn_bgq_g++_64_none_none ${SOURCE_LIST_58})
-foreach (f ${SOURCE_LIST_58})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_3.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_4.dyn_bgq_g++_64_none_none ${SOURCE_LIST_18})
-foreach (f ${SOURCE_LIST_18})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_4.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_thread_1.dyn_bgq_g++_64_none_none ${SOURCE_LIST_28})
-foreach (f ${SOURCE_LIST_28})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_1.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_1.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_2.dyn_bgq_g++_64_none_none ${SOURCE_LIST_29})
-foreach (f ${SOURCE_LIST_29})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_2.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_2.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_3.dyn_bgq_g++_64_none_none ${SOURCE_LIST_12})
-foreach (f ${SOURCE_LIST_12})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_3.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_3.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_5.dyn_bgq_g++_64_none_none ${SOURCE_LIST_11})
-foreach (f ${SOURCE_LIST_11})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_5.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_5.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_6.dyn_bgq_g++_64_none_none ${SOURCE_LIST_53})
-foreach (f ${SOURCE_LIST_53})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_6.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_6.dyn_bgq_g++_64_none_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_7.dyn_bgq_g++_64_none_none ${SOURCE_LIST_57})
-foreach (f ${SOURCE_LIST_57})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_7.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_7.dyn_bgq_g++_64_none_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_8.dyn_bgq_g++_64_none_none ${SOURCE_LIST_7})
-foreach (f ${SOURCE_LIST_7})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_8.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_8.dyn_bgq_g++_64_none_none ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		dyninst_cxx_group_test.dyn_bgq_g++_64_none_none
-		dyninst_group_test.dyn_bgq_g++_64_none_none
-		init_fini_callback.dyn_bgq_g++_64_none_none
-		test1_12.dyn_bgq_g++_64_none_none
-		test1_14.dyn_bgq_g++_64_none_none
-		test1_19.dyn_bgq_g++_64_none_none
-		test1_29.dyn_bgq_g++_64_none_none
-		test1_41.dyn_bgq_g++_64_none_none
-		test2_14.dyn_bgq_g++_64_none_none
-		test2_6.dyn_bgq_g++_64_none_none
-		test2_8.dyn_bgq_g++_64_none_none
-		test3_1.dyn_bgq_g++_64_none_none
-		test3_2.dyn_bgq_g++_64_none_none
-		test3_3.dyn_bgq_g++_64_none_none
-		test3_4.dyn_bgq_g++_64_none_none
-		test3_5.dyn_bgq_g++_64_none_none
-		test3_6.dyn_bgq_g++_64_none_none
-		test3_7.dyn_bgq_g++_64_none_none
-		test4_1.dyn_bgq_g++_64_none_none
-		test4_2.dyn_bgq_g++_64_none_none
-		test4_3.dyn_bgq_g++_64_none_none
-		test4_3b.dyn_bgq_g++_64_none_none
-		test4_4.dyn_bgq_g++_64_none_none
-		test4_4b.dyn_bgq_g++_64_none_none
-		test_callback_1.dyn_bgq_g++_64_none_none
-		test_callback_2.dyn_bgq_g++_64_none_none
-		test_fork_10.dyn_bgq_g++_64_none_none
-		test_fork_11.dyn_bgq_g++_64_none_none
-		test_fork_12.dyn_bgq_g++_64_none_none
-		test_fork_13.dyn_bgq_g++_64_none_none
-		test_fork_14.dyn_bgq_g++_64_none_none
-		test_fork_5.dyn_bgq_g++_64_none_none
-		test_fork_6.dyn_bgq_g++_64_none_none
-		test_fork_7.dyn_bgq_g++_64_none_none
-		test_fork_8.dyn_bgq_g++_64_none_none
-		test_fork_9.dyn_bgq_g++_64_none_none
-		test_reloc.dyn_bgq_g++_64_none_none
-		test_snip_remove.dyn_bgq_g++_64_none_none
-		test_stack_1.dyn_bgq_g++_64_none_none
-		test_stack_2.dyn_bgq_g++_64_none_none
-		test_stack_3.dyn_bgq_g++_64_none_none
-		test_stack_4.dyn_bgq_g++_64_none_none
-		test_thread_1.dyn_bgq_g++_64_none_none
-		test_thread_2.dyn_bgq_g++_64_none_none
-		test_thread_3.dyn_bgq_g++_64_none_none
-		test_thread_5.dyn_bgq_g++_64_none_none
-		test_thread_6.dyn_bgq_g++_64_none_none
-		test_thread_7.dyn_bgq_g++_64_none_none
-		test_thread_8.dyn_bgq_g++_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_g++/64/dyn/pic Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_g++/64/dyn/pic/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_g++/64/dyn/pic/none/CMakeLists.txt Deleted

@@ -1,480 +0,0 @@
-# CMakeLists for dyninst/bgq_g++/64/dyn/pic/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_mpi_cxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic")
-IF (NOT ${M_mpi_cxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_cxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie"
-	"${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic"
-	"CXX"
-	"mpi_cxx 64 dyn"
-	MUTATEEmpicxx64dynCXX)
-
-IF (MUTATEEmpicxx64dynCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_cxx_group_test.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_46})
-foreach (f ${SOURCE_LIST_46})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_cxx_group_test.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (dyninst_group_test.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (dyninst_group_test.dyn_bgq_g++_64_pic_none ${CMAKE_DL_LIBS})
-add_executable (init_fini_callback.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_47})
-foreach (f ${SOURCE_LIST_47})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(init_fini_callback.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (init_fini_callback.dyn_bgq_g++_64_pic_none ${CMAKE_DL_LIBS})
-add_executable (test1_12.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_60})
-foreach (f ${SOURCE_LIST_60})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_12.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_14.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_14.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_19.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_19})
-foreach (f ${SOURCE_LIST_19})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_19.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_29.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_29.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_41.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_6})
-foreach (f ${SOURCE_LIST_6})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_41.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test2_14.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_48})
-foreach (f ${SOURCE_LIST_48})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_14.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test2_6.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_1})
-foreach (f ${SOURCE_LIST_1})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_6.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test2_6.dyn_bgq_g++_64_pic_none ${CMAKE_DL_LIBS})
-add_executable (test2_8.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_2})
-foreach (f ${SOURCE_LIST_2})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_8.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_1.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_26})
-foreach (f ${SOURCE_LIST_26})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_1.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_2.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_31})
-foreach (f ${SOURCE_LIST_31})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_2.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_3.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_44})
-foreach (f ${SOURCE_LIST_44})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_3.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_4.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_52})
-foreach (f ${SOURCE_LIST_52})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_4.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_5.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_40})
-foreach (f ${SOURCE_LIST_40})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_5.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_6.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_0})
-foreach (f ${SOURCE_LIST_0})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_6.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_7.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_5})
-foreach (f ${SOURCE_LIST_5})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_7.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_1.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_3})
-foreach (f ${SOURCE_LIST_3})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_1.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_2.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_59})
-foreach (f ${SOURCE_LIST_59})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_2.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_3.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_54})
-foreach (f ${SOURCE_LIST_54})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_3.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_3b.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_61})
-foreach (f ${SOURCE_LIST_61})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_3b.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_4.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_33})
-foreach (f ${SOURCE_LIST_33})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_4.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_4b.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_49})
-foreach (f ${SOURCE_LIST_49})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_4b.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_callback_1.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_13})
-foreach (f ${SOURCE_LIST_13})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_callback_1.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_callback_2.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_24})
-foreach (f ${SOURCE_LIST_24})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_callback_2.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_10.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_41})
-foreach (f ${SOURCE_LIST_41})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_10.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_11.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_16})
-foreach (f ${SOURCE_LIST_16})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_11.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_12.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_22})
-foreach (f ${SOURCE_LIST_22})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_12.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_13.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_9})
-foreach (f ${SOURCE_LIST_9})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_13.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_14.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_17})
-foreach (f ${SOURCE_LIST_17})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_14.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_5.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_55})
-foreach (f ${SOURCE_LIST_55})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_5.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_6.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_42})
-foreach (f ${SOURCE_LIST_42})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_6.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_7.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_20})
-foreach (f ${SOURCE_LIST_20})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_7.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_8.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_14})
-foreach (f ${SOURCE_LIST_14})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_8.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_9.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_32})
-foreach (f ${SOURCE_LIST_32})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_9.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_reloc.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_21})
-foreach (f ${SOURCE_LIST_21})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_reloc.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_snip_remove.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_43})
-foreach (f ${SOURCE_LIST_43})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_snip_remove.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_1.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_38})
-foreach (f ${SOURCE_LIST_38})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_1.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_2.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_50})
-foreach (f ${SOURCE_LIST_50})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_2.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_3.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_58})
-foreach (f ${SOURCE_LIST_58})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_3.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_4.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_18})
-foreach (f ${SOURCE_LIST_18})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_4.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_thread_1.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_28})
-foreach (f ${SOURCE_LIST_28})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_1.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_1.dyn_bgq_g++_64_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_2.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_29})
-foreach (f ${SOURCE_LIST_29})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_2.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_2.dyn_bgq_g++_64_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_3.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_12})
-foreach (f ${SOURCE_LIST_12})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_3.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_3.dyn_bgq_g++_64_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_5.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_11})
-foreach (f ${SOURCE_LIST_11})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_5.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_5.dyn_bgq_g++_64_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_6.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_53})
-foreach (f ${SOURCE_LIST_53})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_6.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_6.dyn_bgq_g++_64_pic_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_7.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_57})
-foreach (f ${SOURCE_LIST_57})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_7.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_7.dyn_bgq_g++_64_pic_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_8.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_7})
-foreach (f ${SOURCE_LIST_7})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_8.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_8.dyn_bgq_g++_64_pic_none ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		dyninst_cxx_group_test.dyn_bgq_g++_64_pic_none
-		dyninst_group_test.dyn_bgq_g++_64_pic_none
-		init_fini_callback.dyn_bgq_g++_64_pic_none
-		test1_12.dyn_bgq_g++_64_pic_none
-		test1_14.dyn_bgq_g++_64_pic_none
-		test1_19.dyn_bgq_g++_64_pic_none
-		test1_29.dyn_bgq_g++_64_pic_none
-		test1_41.dyn_bgq_g++_64_pic_none
-		test2_14.dyn_bgq_g++_64_pic_none
-		test2_6.dyn_bgq_g++_64_pic_none
-		test2_8.dyn_bgq_g++_64_pic_none
-		test3_1.dyn_bgq_g++_64_pic_none
-		test3_2.dyn_bgq_g++_64_pic_none
-		test3_3.dyn_bgq_g++_64_pic_none
-		test3_4.dyn_bgq_g++_64_pic_none
-		test3_5.dyn_bgq_g++_64_pic_none
-		test3_6.dyn_bgq_g++_64_pic_none
-		test3_7.dyn_bgq_g++_64_pic_none
-		test4_1.dyn_bgq_g++_64_pic_none
-		test4_2.dyn_bgq_g++_64_pic_none
-		test4_3.dyn_bgq_g++_64_pic_none
-		test4_3b.dyn_bgq_g++_64_pic_none
-		test4_4.dyn_bgq_g++_64_pic_none
-		test4_4b.dyn_bgq_g++_64_pic_none
-		test_callback_1.dyn_bgq_g++_64_pic_none
-		test_callback_2.dyn_bgq_g++_64_pic_none
-		test_fork_10.dyn_bgq_g++_64_pic_none
-		test_fork_11.dyn_bgq_g++_64_pic_none
-		test_fork_12.dyn_bgq_g++_64_pic_none
-		test_fork_13.dyn_bgq_g++_64_pic_none
-		test_fork_14.dyn_bgq_g++_64_pic_none
-		test_fork_5.dyn_bgq_g++_64_pic_none
-		test_fork_6.dyn_bgq_g++_64_pic_none
-		test_fork_7.dyn_bgq_g++_64_pic_none
-		test_fork_8.dyn_bgq_g++_64_pic_none
-		test_fork_9.dyn_bgq_g++_64_pic_none
-		test_reloc.dyn_bgq_g++_64_pic_none
-		test_snip_remove.dyn_bgq_g++_64_pic_none
-		test_stack_1.dyn_bgq_g++_64_pic_none
-		test_stack_2.dyn_bgq_g++_64_pic_none
-		test_stack_3.dyn_bgq_g++_64_pic_none
-		test_stack_4.dyn_bgq_g++_64_pic_none
-		test_thread_1.dyn_bgq_g++_64_pic_none
-		test_thread_2.dyn_bgq_g++_64_pic_none
-		test_thread_3.dyn_bgq_g++_64_pic_none
-		test_thread_5.dyn_bgq_g++_64_pic_none
-		test_thread_6.dyn_bgq_g++_64_pic_none
-		test_thread_7.dyn_bgq_g++_64_pic_none
-		test_thread_8.dyn_bgq_g++_64_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_g++/64/stat Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_g++/64/stat/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_g++/64/stat/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_g++/64/stat/none/none/CMakeLists.txt Deleted

@@ -1,67 +0,0 @@
-# CMakeLists for dyninst/bgq_g++/64/stat/none/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_mpi_cxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -static")
-IF (NOT ${M_mpi_cxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_cxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -static"
-	"CXX"
-	"mpi_cxx 64 stat"
-	MUTATEEmpicxx64statCXX)
-
-IF (MUTATEEmpicxx64statCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_cxx_group_test.stat_bgq_g++_64_none_none ${SOURCE_LIST_46})
-foreach (f ${SOURCE_LIST_46})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_cxx_group_test.stat_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (dyninst_group_test.stat_bgq_g++_64_none_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.stat_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (dyninst_group_test.stat_bgq_g++_64_none_none ${CMAKE_DL_LIBS})
-add_executable (test1_14.stat_bgq_g++_64_none_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_14.stat_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_29.stat_bgq_g++_64_none_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_29.stat_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-
-
-INSTALL (TARGETS
-		dyninst_cxx_group_test.stat_bgq_g++_64_none_none
-		dyninst_group_test.stat_bgq_g++_64_none_none
-		test1_14.stat_bgq_g++_64_none_none
-		test1_29.stat_bgq_g++_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_g++/64/stat/pic Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_g++/64/stat/pic/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_g++/64/stat/pic/none/CMakeLists.txt Deleted

@@ -1,67 +0,0 @@
-# CMakeLists for dyninst/bgq_g++/64/stat/pic/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_mpi_cxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -static")
-IF (NOT ${M_mpi_cxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_cxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie"
-	"${MUTATEE_LDFLAGS_GNU}  -static"
-	"CXX"
-	"mpi_cxx 64 stat"
-	MUTATEEmpicxx64statCXX)
-
-IF (MUTATEEmpicxx64statCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_cxx_group_test.stat_bgq_g++_64_pic_none ${SOURCE_LIST_46})
-foreach (f ${SOURCE_LIST_46})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_cxx_group_test.stat_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (dyninst_group_test.stat_bgq_g++_64_pic_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.stat_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (dyninst_group_test.stat_bgq_g++_64_pic_none ${CMAKE_DL_LIBS})
-add_executable (test1_14.stat_bgq_g++_64_pic_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_14.stat_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_29.stat_bgq_g++_64_pic_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_29.stat_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-
-
-INSTALL (TARGETS
-		dyninst_cxx_group_test.stat_bgq_g++_64_pic_none
-		dyninst_group_test.stat_bgq_g++_64_pic_none
-		test1_14.stat_bgq_g++_64_pic_none
-		test1_29.stat_bgq_g++_64_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_gcc Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_gcc/64 Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_gcc/64/dyn Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_gcc/64/dyn/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_gcc/64/dyn/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_gcc/64/dyn/none/none/CMakeLists.txt Deleted

@@ -1,471 +0,0 @@
-# CMakeLists for dyninst/bgq_gcc/64/dyn/none/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_mpi_cc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic")
-IF (NOT ${M_mpi_cc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_cc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic"
-	"C"
-	"mpi_cc 64 dyn"
-	MUTATEEmpicc64dynC)
-
-IF (MUTATEEmpicc64dynC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_group_test.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (dyninst_group_test.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS})
-add_executable (init_fini_callback.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_47})
-foreach (f ${SOURCE_LIST_47})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(init_fini_callback.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (init_fini_callback.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS})
-add_executable (test1_12.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_60})
-foreach (f ${SOURCE_LIST_60})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_12.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_14.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_14.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_19.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_19})
-foreach (f ${SOURCE_LIST_19})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_19.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_29.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_29.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_41.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_6})
-foreach (f ${SOURCE_LIST_6})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_41.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test2_14.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_48})
-foreach (f ${SOURCE_LIST_48})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_14.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test2_6.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_1})
-foreach (f ${SOURCE_LIST_1})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_6.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test2_6.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS})
-add_executable (test2_8.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_2})
-foreach (f ${SOURCE_LIST_2})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_8.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_1.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_26})
-foreach (f ${SOURCE_LIST_26})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_1.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_2.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_31})
-foreach (f ${SOURCE_LIST_31})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_2.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_3.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_44})
-foreach (f ${SOURCE_LIST_44})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_3.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_4.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_52})
-foreach (f ${SOURCE_LIST_52})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_4.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_5.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_40})
-foreach (f ${SOURCE_LIST_40})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_5.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_6.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_0})
-foreach (f ${SOURCE_LIST_0})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_6.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_7.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_5})
-foreach (f ${SOURCE_LIST_5})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_7.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_1.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_3})
-foreach (f ${SOURCE_LIST_3})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_1.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_2.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_59})
-foreach (f ${SOURCE_LIST_59})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_2.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_3.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_54})
-foreach (f ${SOURCE_LIST_54})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_3.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_3b.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_61})
-foreach (f ${SOURCE_LIST_61})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_3b.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_4.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_33})
-foreach (f ${SOURCE_LIST_33})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_4.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_4b.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_49})
-foreach (f ${SOURCE_LIST_49})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_4b.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_callback_1.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_13})
-foreach (f ${SOURCE_LIST_13})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_callback_1.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_callback_2.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_24})
-foreach (f ${SOURCE_LIST_24})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_callback_2.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_10.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_41})
-foreach (f ${SOURCE_LIST_41})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_10.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_11.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_16})
-foreach (f ${SOURCE_LIST_16})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_11.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_12.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_22})
-foreach (f ${SOURCE_LIST_22})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_12.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_13.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_9})
-foreach (f ${SOURCE_LIST_9})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_13.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_14.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_17})
-foreach (f ${SOURCE_LIST_17})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_14.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_5.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_55})
-foreach (f ${SOURCE_LIST_55})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_5.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_6.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_42})
-foreach (f ${SOURCE_LIST_42})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_6.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_7.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_20})
-foreach (f ${SOURCE_LIST_20})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_7.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_8.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_14})
-foreach (f ${SOURCE_LIST_14})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_8.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_9.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_32})
-foreach (f ${SOURCE_LIST_32})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_9.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_reloc.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_21})
-foreach (f ${SOURCE_LIST_21})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_reloc.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_snip_remove.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_43})
-foreach (f ${SOURCE_LIST_43})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_snip_remove.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_1.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_38})
-foreach (f ${SOURCE_LIST_38})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_1.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_2.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_50})
-foreach (f ${SOURCE_LIST_50})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_2.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_3.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_58})
-foreach (f ${SOURCE_LIST_58})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_3.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_4.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_18})
-foreach (f ${SOURCE_LIST_18})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_4.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_thread_1.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_28})
-foreach (f ${SOURCE_LIST_28})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_1.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_1.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_2.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_29})
-foreach (f ${SOURCE_LIST_29})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_2.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_2.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_3.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_12})
-foreach (f ${SOURCE_LIST_12})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_3.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_3.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_5.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_11})
-foreach (f ${SOURCE_LIST_11})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_5.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_5.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_6.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_53})
-foreach (f ${SOURCE_LIST_53})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_6.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_6.dyn_bgq_gcc_64_none_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_7.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_57})
-foreach (f ${SOURCE_LIST_57})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_7.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_7.dyn_bgq_gcc_64_none_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_8.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_7})
-foreach (f ${SOURCE_LIST_7})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_8.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_8.dyn_bgq_gcc_64_none_none ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		dyninst_group_test.dyn_bgq_gcc_64_none_none
-		init_fini_callback.dyn_bgq_gcc_64_none_none
-		test1_12.dyn_bgq_gcc_64_none_none
-		test1_14.dyn_bgq_gcc_64_none_none
-		test1_19.dyn_bgq_gcc_64_none_none
-		test1_29.dyn_bgq_gcc_64_none_none
-		test1_41.dyn_bgq_gcc_64_none_none
-		test2_14.dyn_bgq_gcc_64_none_none
-		test2_6.dyn_bgq_gcc_64_none_none
-		test2_8.dyn_bgq_gcc_64_none_none
-		test3_1.dyn_bgq_gcc_64_none_none
-		test3_2.dyn_bgq_gcc_64_none_none
-		test3_3.dyn_bgq_gcc_64_none_none
-		test3_4.dyn_bgq_gcc_64_none_none
-		test3_5.dyn_bgq_gcc_64_none_none
-		test3_6.dyn_bgq_gcc_64_none_none
-		test3_7.dyn_bgq_gcc_64_none_none
-		test4_1.dyn_bgq_gcc_64_none_none
-		test4_2.dyn_bgq_gcc_64_none_none
-		test4_3.dyn_bgq_gcc_64_none_none
-		test4_3b.dyn_bgq_gcc_64_none_none
-		test4_4.dyn_bgq_gcc_64_none_none
-		test4_4b.dyn_bgq_gcc_64_none_none
-		test_callback_1.dyn_bgq_gcc_64_none_none
-		test_callback_2.dyn_bgq_gcc_64_none_none
-		test_fork_10.dyn_bgq_gcc_64_none_none
-		test_fork_11.dyn_bgq_gcc_64_none_none
-		test_fork_12.dyn_bgq_gcc_64_none_none
-		test_fork_13.dyn_bgq_gcc_64_none_none
-		test_fork_14.dyn_bgq_gcc_64_none_none
-		test_fork_5.dyn_bgq_gcc_64_none_none
-		test_fork_6.dyn_bgq_gcc_64_none_none
-		test_fork_7.dyn_bgq_gcc_64_none_none
-		test_fork_8.dyn_bgq_gcc_64_none_none
-		test_fork_9.dyn_bgq_gcc_64_none_none
-		test_reloc.dyn_bgq_gcc_64_none_none
-		test_snip_remove.dyn_bgq_gcc_64_none_none
-		test_stack_1.dyn_bgq_gcc_64_none_none
-		test_stack_2.dyn_bgq_gcc_64_none_none
-		test_stack_3.dyn_bgq_gcc_64_none_none
-		test_stack_4.dyn_bgq_gcc_64_none_none
-		test_thread_1.dyn_bgq_gcc_64_none_none
-		test_thread_2.dyn_bgq_gcc_64_none_none
-		test_thread_3.dyn_bgq_gcc_64_none_none
-		test_thread_5.dyn_bgq_gcc_64_none_none
-		test_thread_6.dyn_bgq_gcc_64_none_none
-		test_thread_7.dyn_bgq_gcc_64_none_none
-		test_thread_8.dyn_bgq_gcc_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_gcc/64/dyn/pic Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_gcc/64/dyn/pic/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_gcc/64/dyn/pic/none/CMakeLists.txt Deleted

@@ -1,471 +0,0 @@
-# CMakeLists for dyninst/bgq_gcc/64/dyn/pic/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_mpi_cc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic")
-IF (NOT ${M_mpi_cc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_cc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie"
-	"${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic"
-	"C"
-	"mpi_cc 64 dyn"
-	MUTATEEmpicc64dynC)
-
-IF (MUTATEEmpicc64dynC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_group_test.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (dyninst_group_test.dyn_bgq_gcc_64_pic_none ${CMAKE_DL_LIBS})
-add_executable (init_fini_callback.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_47})
-foreach (f ${SOURCE_LIST_47})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(init_fini_callback.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (init_fini_callback.dyn_bgq_gcc_64_pic_none ${CMAKE_DL_LIBS})
-add_executable (test1_12.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_60})
-foreach (f ${SOURCE_LIST_60})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_12.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_14.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_14.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_19.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_19})
-foreach (f ${SOURCE_LIST_19})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_19.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_29.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_29.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_41.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_6})
-foreach (f ${SOURCE_LIST_6})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_41.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test2_14.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_48})
-foreach (f ${SOURCE_LIST_48})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_14.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test2_6.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_1})
-foreach (f ${SOURCE_LIST_1})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_6.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test2_6.dyn_bgq_gcc_64_pic_none ${CMAKE_DL_LIBS})
-add_executable (test2_8.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_2})
-foreach (f ${SOURCE_LIST_2})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_8.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_1.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_26})
-foreach (f ${SOURCE_LIST_26})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_1.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_2.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_31})
-foreach (f ${SOURCE_LIST_31})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_2.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_3.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_44})
-foreach (f ${SOURCE_LIST_44})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_3.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_4.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_52})
-foreach (f ${SOURCE_LIST_52})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_4.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_5.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_40})
-foreach (f ${SOURCE_LIST_40})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_5.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_6.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_0})
-foreach (f ${SOURCE_LIST_0})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_6.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_7.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_5})
-foreach (f ${SOURCE_LIST_5})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_7.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_1.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_3})
-foreach (f ${SOURCE_LIST_3})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_1.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_2.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_59})
-foreach (f ${SOURCE_LIST_59})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_2.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_3.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_54})
-foreach (f ${SOURCE_LIST_54})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_3.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_3b.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_61})
-foreach (f ${SOURCE_LIST_61})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_3b.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_4.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_33})
-foreach (f ${SOURCE_LIST_33})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_4.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_4b.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_49})
-foreach (f ${SOURCE_LIST_49})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_4b.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_callback_1.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_13})
-foreach (f ${SOURCE_LIST_13})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_callback_1.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_callback_2.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_24})
-foreach (f ${SOURCE_LIST_24})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_callback_2.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_10.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_41})
-foreach (f ${SOURCE_LIST_41})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_10.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_11.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_16})
-foreach (f ${SOURCE_LIST_16})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_11.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_12.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_22})
-foreach (f ${SOURCE_LIST_22})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_12.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_13.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_9})
-foreach (f ${SOURCE_LIST_9})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_13.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_14.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_17})
-foreach (f ${SOURCE_LIST_17})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_14.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_5.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_55})
-foreach (f ${SOURCE_LIST_55})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_5.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_6.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_42})
-foreach (f ${SOURCE_LIST_42})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_6.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_7.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_20})
-foreach (f ${SOURCE_LIST_20})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_7.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_8.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_14})
-foreach (f ${SOURCE_LIST_14})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_8.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_9.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_32})
-foreach (f ${SOURCE_LIST_32})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_9.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_reloc.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_21})
-foreach (f ${SOURCE_LIST_21})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_reloc.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_snip_remove.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_43})
-foreach (f ${SOURCE_LIST_43})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_snip_remove.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_1.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_38})
-foreach (f ${SOURCE_LIST_38})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_1.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_2.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_50})
-foreach (f ${SOURCE_LIST_50})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_2.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_3.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_58})
-foreach (f ${SOURCE_LIST_58})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_3.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_4.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_18})
-foreach (f ${SOURCE_LIST_18})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_4.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_thread_1.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_28})
-foreach (f ${SOURCE_LIST_28})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_1.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_1.dyn_bgq_gcc_64_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_2.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_29})
-foreach (f ${SOURCE_LIST_29})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_2.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_2.dyn_bgq_gcc_64_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_3.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_12})
-foreach (f ${SOURCE_LIST_12})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_3.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_3.dyn_bgq_gcc_64_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_5.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_11})
-foreach (f ${SOURCE_LIST_11})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_5.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_5.dyn_bgq_gcc_64_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_6.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_53})
-foreach (f ${SOURCE_LIST_53})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_6.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_6.dyn_bgq_gcc_64_pic_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_7.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_57})
-foreach (f ${SOURCE_LIST_57})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_7.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_7.dyn_bgq_gcc_64_pic_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_8.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_7})
-foreach (f ${SOURCE_LIST_7})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_8.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_8.dyn_bgq_gcc_64_pic_none ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		dyninst_group_test.dyn_bgq_gcc_64_pic_none
-		init_fini_callback.dyn_bgq_gcc_64_pic_none
-		test1_12.dyn_bgq_gcc_64_pic_none
-		test1_14.dyn_bgq_gcc_64_pic_none
-		test1_19.dyn_bgq_gcc_64_pic_none
-		test1_29.dyn_bgq_gcc_64_pic_none
-		test1_41.dyn_bgq_gcc_64_pic_none
-		test2_14.dyn_bgq_gcc_64_pic_none
-		test2_6.dyn_bgq_gcc_64_pic_none
-		test2_8.dyn_bgq_gcc_64_pic_none
-		test3_1.dyn_bgq_gcc_64_pic_none
-		test3_2.dyn_bgq_gcc_64_pic_none
-		test3_3.dyn_bgq_gcc_64_pic_none
-		test3_4.dyn_bgq_gcc_64_pic_none
-		test3_5.dyn_bgq_gcc_64_pic_none
-		test3_6.dyn_bgq_gcc_64_pic_none
-		test3_7.dyn_bgq_gcc_64_pic_none
-		test4_1.dyn_bgq_gcc_64_pic_none
-		test4_2.dyn_bgq_gcc_64_pic_none
-		test4_3.dyn_bgq_gcc_64_pic_none
-		test4_3b.dyn_bgq_gcc_64_pic_none
-		test4_4.dyn_bgq_gcc_64_pic_none
-		test4_4b.dyn_bgq_gcc_64_pic_none
-		test_callback_1.dyn_bgq_gcc_64_pic_none
-		test_callback_2.dyn_bgq_gcc_64_pic_none
-		test_fork_10.dyn_bgq_gcc_64_pic_none
-		test_fork_11.dyn_bgq_gcc_64_pic_none
-		test_fork_12.dyn_bgq_gcc_64_pic_none
-		test_fork_13.dyn_bgq_gcc_64_pic_none
-		test_fork_14.dyn_bgq_gcc_64_pic_none
-		test_fork_5.dyn_bgq_gcc_64_pic_none
-		test_fork_6.dyn_bgq_gcc_64_pic_none
-		test_fork_7.dyn_bgq_gcc_64_pic_none
-		test_fork_8.dyn_bgq_gcc_64_pic_none
-		test_fork_9.dyn_bgq_gcc_64_pic_none
-		test_reloc.dyn_bgq_gcc_64_pic_none
-		test_snip_remove.dyn_bgq_gcc_64_pic_none
-		test_stack_1.dyn_bgq_gcc_64_pic_none
-		test_stack_2.dyn_bgq_gcc_64_pic_none
-		test_stack_3.dyn_bgq_gcc_64_pic_none
-		test_stack_4.dyn_bgq_gcc_64_pic_none
-		test_thread_1.dyn_bgq_gcc_64_pic_none
-		test_thread_2.dyn_bgq_gcc_64_pic_none
-		test_thread_3.dyn_bgq_gcc_64_pic_none
-		test_thread_5.dyn_bgq_gcc_64_pic_none
-		test_thread_6.dyn_bgq_gcc_64_pic_none
-		test_thread_7.dyn_bgq_gcc_64_pic_none
-		test_thread_8.dyn_bgq_gcc_64_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_gcc/64/stat Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_gcc/64/stat/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_gcc/64/stat/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_gcc/64/stat/none/none/CMakeLists.txt Deleted

@@ -1,58 +0,0 @@
-# CMakeLists for dyninst/bgq_gcc/64/stat/none/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_mpi_cc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -static")
-IF (NOT ${M_mpi_cc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_cc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -static"
-	"C"
-	"mpi_cc 64 stat"
-	MUTATEEmpicc64statC)
-
-IF (MUTATEEmpicc64statC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_group_test.stat_bgq_gcc_64_none_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.stat_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (dyninst_group_test.stat_bgq_gcc_64_none_none ${CMAKE_DL_LIBS})
-add_executable (test1_14.stat_bgq_gcc_64_none_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_14.stat_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_29.stat_bgq_gcc_64_none_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_29.stat_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-
-
-INSTALL (TARGETS
-		dyninst_group_test.stat_bgq_gcc_64_none_none
-		test1_14.stat_bgq_gcc_64_none_none
-		test1_29.stat_bgq_gcc_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_gcc/64/stat/pic Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_gcc/64/stat/pic/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgq_gcc/64/stat/pic/none/CMakeLists.txt Deleted

@@ -1,58 +0,0 @@
-# CMakeLists for dyninst/bgq_gcc/64/stat/pic/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_mpi_cc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -static")
-IF (NOT ${M_mpi_cc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_cc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie"
-	"${MUTATEE_LDFLAGS_GNU}  -static"
-	"C"
-	"mpi_cc 64 stat"
-	MUTATEEmpicc64statC)
-
-IF (MUTATEEmpicc64statC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_group_test.stat_bgq_gcc_64_pic_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.stat_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (dyninst_group_test.stat_bgq_gcc_64_pic_none ${CMAKE_DL_LIBS})
-add_executable (test1_14.stat_bgq_gcc_64_pic_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_14.stat_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_29.stat_bgq_gcc_64_pic_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_29.stat_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-
-
-INSTALL (TARGETS
-		dyninst_group_test.stat_bgq_gcc_64_pic_none
-		test1_14.stat_bgq_gcc_64_pic_none
-		test1_29.stat_bgq_gcc_64_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc++ Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc++/64 Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc++/64/dyn Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc++/64/dyn/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc++/64/dyn/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc++/64/dyn/none/none/CMakeLists.txt Deleted

@@ -1,480 +0,0 @@
-# CMakeLists for dyninst/bgxlc++/64/dyn/none/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${CXXFLAGS}  -g -O0 -no-pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_mpi_xlcxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink")
-IF (NOT ${M_mpi_xlcxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_xlcxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${CXXFLAGS}  -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink"
-	"CXX"
-	"mpi_xlcxx 64 dyn"
-	MUTATEEmpixlcxx64dynCXX)
-
-IF (MUTATEEmpixlcxx64dynCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_cxx_group_test.dyn_bgxlc++_64_none_none ${SOURCE_LIST_46})
-foreach (f ${SOURCE_LIST_46})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_cxx_group_test.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (dyninst_group_test.dyn_bgxlc++_64_none_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (dyninst_group_test.dyn_bgxlc++_64_none_none ${CMAKE_DL_LIBS})
-add_executable (init_fini_callback.dyn_bgxlc++_64_none_none ${SOURCE_LIST_47})
-foreach (f ${SOURCE_LIST_47})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(init_fini_callback.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (init_fini_callback.dyn_bgxlc++_64_none_none ${CMAKE_DL_LIBS})
-add_executable (test1_12.dyn_bgxlc++_64_none_none ${SOURCE_LIST_60})
-foreach (f ${SOURCE_LIST_60})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_12.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_14.dyn_bgxlc++_64_none_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_14.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_19.dyn_bgxlc++_64_none_none ${SOURCE_LIST_19})
-foreach (f ${SOURCE_LIST_19})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_19.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_29.dyn_bgxlc++_64_none_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_29.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_41.dyn_bgxlc++_64_none_none ${SOURCE_LIST_6})
-foreach (f ${SOURCE_LIST_6})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_41.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test2_14.dyn_bgxlc++_64_none_none ${SOURCE_LIST_48})
-foreach (f ${SOURCE_LIST_48})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_14.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test2_6.dyn_bgxlc++_64_none_none ${SOURCE_LIST_1})
-foreach (f ${SOURCE_LIST_1})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_6.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test2_6.dyn_bgxlc++_64_none_none ${CMAKE_DL_LIBS})
-add_executable (test2_8.dyn_bgxlc++_64_none_none ${SOURCE_LIST_2})
-foreach (f ${SOURCE_LIST_2})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_8.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_1.dyn_bgxlc++_64_none_none ${SOURCE_LIST_26})
-foreach (f ${SOURCE_LIST_26})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_1.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_2.dyn_bgxlc++_64_none_none ${SOURCE_LIST_31})
-foreach (f ${SOURCE_LIST_31})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_2.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_3.dyn_bgxlc++_64_none_none ${SOURCE_LIST_44})
-foreach (f ${SOURCE_LIST_44})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_3.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_4.dyn_bgxlc++_64_none_none ${SOURCE_LIST_52})
-foreach (f ${SOURCE_LIST_52})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_4.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_5.dyn_bgxlc++_64_none_none ${SOURCE_LIST_40})
-foreach (f ${SOURCE_LIST_40})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_5.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_6.dyn_bgxlc++_64_none_none ${SOURCE_LIST_0})
-foreach (f ${SOURCE_LIST_0})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_6.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_7.dyn_bgxlc++_64_none_none ${SOURCE_LIST_5})
-foreach (f ${SOURCE_LIST_5})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_7.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_1.dyn_bgxlc++_64_none_none ${SOURCE_LIST_3})
-foreach (f ${SOURCE_LIST_3})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_1.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_2.dyn_bgxlc++_64_none_none ${SOURCE_LIST_59})
-foreach (f ${SOURCE_LIST_59})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_2.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_3.dyn_bgxlc++_64_none_none ${SOURCE_LIST_54})
-foreach (f ${SOURCE_LIST_54})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_3.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_3b.dyn_bgxlc++_64_none_none ${SOURCE_LIST_61})
-foreach (f ${SOURCE_LIST_61})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_3b.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_4.dyn_bgxlc++_64_none_none ${SOURCE_LIST_33})
-foreach (f ${SOURCE_LIST_33})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_4.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_4b.dyn_bgxlc++_64_none_none ${SOURCE_LIST_49})
-foreach (f ${SOURCE_LIST_49})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_4b.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_callback_1.dyn_bgxlc++_64_none_none ${SOURCE_LIST_13})
-foreach (f ${SOURCE_LIST_13})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_callback_1.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_callback_2.dyn_bgxlc++_64_none_none ${SOURCE_LIST_24})
-foreach (f ${SOURCE_LIST_24})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_callback_2.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_10.dyn_bgxlc++_64_none_none ${SOURCE_LIST_41})
-foreach (f ${SOURCE_LIST_41})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_10.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_11.dyn_bgxlc++_64_none_none ${SOURCE_LIST_16})
-foreach (f ${SOURCE_LIST_16})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_11.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_12.dyn_bgxlc++_64_none_none ${SOURCE_LIST_22})
-foreach (f ${SOURCE_LIST_22})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_12.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_13.dyn_bgxlc++_64_none_none ${SOURCE_LIST_9})
-foreach (f ${SOURCE_LIST_9})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_13.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_14.dyn_bgxlc++_64_none_none ${SOURCE_LIST_17})
-foreach (f ${SOURCE_LIST_17})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_14.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_5.dyn_bgxlc++_64_none_none ${SOURCE_LIST_55})
-foreach (f ${SOURCE_LIST_55})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_5.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_6.dyn_bgxlc++_64_none_none ${SOURCE_LIST_42})
-foreach (f ${SOURCE_LIST_42})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_6.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_7.dyn_bgxlc++_64_none_none ${SOURCE_LIST_20})
-foreach (f ${SOURCE_LIST_20})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_7.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_8.dyn_bgxlc++_64_none_none ${SOURCE_LIST_14})
-foreach (f ${SOURCE_LIST_14})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_8.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_9.dyn_bgxlc++_64_none_none ${SOURCE_LIST_32})
-foreach (f ${SOURCE_LIST_32})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_9.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_reloc.dyn_bgxlc++_64_none_none ${SOURCE_LIST_21})
-foreach (f ${SOURCE_LIST_21})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_reloc.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_snip_remove.dyn_bgxlc++_64_none_none ${SOURCE_LIST_43})
-foreach (f ${SOURCE_LIST_43})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_snip_remove.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_1.dyn_bgxlc++_64_none_none ${SOURCE_LIST_38})
-foreach (f ${SOURCE_LIST_38})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_1.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_2.dyn_bgxlc++_64_none_none ${SOURCE_LIST_50})
-foreach (f ${SOURCE_LIST_50})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_2.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_3.dyn_bgxlc++_64_none_none ${SOURCE_LIST_58})
-foreach (f ${SOURCE_LIST_58})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_3.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_4.dyn_bgxlc++_64_none_none ${SOURCE_LIST_18})
-foreach (f ${SOURCE_LIST_18})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_4.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_thread_1.dyn_bgxlc++_64_none_none ${SOURCE_LIST_28})
-foreach (f ${SOURCE_LIST_28})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_1.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_1.dyn_bgxlc++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_2.dyn_bgxlc++_64_none_none ${SOURCE_LIST_29})
-foreach (f ${SOURCE_LIST_29})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_2.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_2.dyn_bgxlc++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_3.dyn_bgxlc++_64_none_none ${SOURCE_LIST_12})
-foreach (f ${SOURCE_LIST_12})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_3.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_3.dyn_bgxlc++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_5.dyn_bgxlc++_64_none_none ${SOURCE_LIST_11})
-foreach (f ${SOURCE_LIST_11})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_5.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_5.dyn_bgxlc++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_6.dyn_bgxlc++_64_none_none ${SOURCE_LIST_53})
-foreach (f ${SOURCE_LIST_53})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_6.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_6.dyn_bgxlc++_64_none_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_7.dyn_bgxlc++_64_none_none ${SOURCE_LIST_57})
-foreach (f ${SOURCE_LIST_57})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_7.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_7.dyn_bgxlc++_64_none_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_8.dyn_bgxlc++_64_none_none ${SOURCE_LIST_7})
-foreach (f ${SOURCE_LIST_7})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_8.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_8.dyn_bgxlc++_64_none_none ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		dyninst_cxx_group_test.dyn_bgxlc++_64_none_none
-		dyninst_group_test.dyn_bgxlc++_64_none_none
-		init_fini_callback.dyn_bgxlc++_64_none_none
-		test1_12.dyn_bgxlc++_64_none_none
-		test1_14.dyn_bgxlc++_64_none_none
-		test1_19.dyn_bgxlc++_64_none_none
-		test1_29.dyn_bgxlc++_64_none_none
-		test1_41.dyn_bgxlc++_64_none_none
-		test2_14.dyn_bgxlc++_64_none_none
-		test2_6.dyn_bgxlc++_64_none_none
-		test2_8.dyn_bgxlc++_64_none_none
-		test3_1.dyn_bgxlc++_64_none_none
-		test3_2.dyn_bgxlc++_64_none_none
-		test3_3.dyn_bgxlc++_64_none_none
-		test3_4.dyn_bgxlc++_64_none_none
-		test3_5.dyn_bgxlc++_64_none_none
-		test3_6.dyn_bgxlc++_64_none_none
-		test3_7.dyn_bgxlc++_64_none_none
-		test4_1.dyn_bgxlc++_64_none_none
-		test4_2.dyn_bgxlc++_64_none_none
-		test4_3.dyn_bgxlc++_64_none_none
-		test4_3b.dyn_bgxlc++_64_none_none
-		test4_4.dyn_bgxlc++_64_none_none
-		test4_4b.dyn_bgxlc++_64_none_none
-		test_callback_1.dyn_bgxlc++_64_none_none
-		test_callback_2.dyn_bgxlc++_64_none_none
-		test_fork_10.dyn_bgxlc++_64_none_none
-		test_fork_11.dyn_bgxlc++_64_none_none
-		test_fork_12.dyn_bgxlc++_64_none_none
-		test_fork_13.dyn_bgxlc++_64_none_none
-		test_fork_14.dyn_bgxlc++_64_none_none
-		test_fork_5.dyn_bgxlc++_64_none_none
-		test_fork_6.dyn_bgxlc++_64_none_none
-		test_fork_7.dyn_bgxlc++_64_none_none
-		test_fork_8.dyn_bgxlc++_64_none_none
-		test_fork_9.dyn_bgxlc++_64_none_none
-		test_reloc.dyn_bgxlc++_64_none_none
-		test_snip_remove.dyn_bgxlc++_64_none_none
-		test_stack_1.dyn_bgxlc++_64_none_none
-		test_stack_2.dyn_bgxlc++_64_none_none
-		test_stack_3.dyn_bgxlc++_64_none_none
-		test_stack_4.dyn_bgxlc++_64_none_none
-		test_thread_1.dyn_bgxlc++_64_none_none
-		test_thread_2.dyn_bgxlc++_64_none_none
-		test_thread_3.dyn_bgxlc++_64_none_none
-		test_thread_5.dyn_bgxlc++_64_none_none
-		test_thread_6.dyn_bgxlc++_64_none_none
-		test_thread_7.dyn_bgxlc++_64_none_none
-		test_thread_8.dyn_bgxlc++_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc++/64/dyn/pic Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc++/64/dyn/pic/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc++/64/dyn/pic/none/CMakeLists.txt Deleted

@@ -1,480 +0,0 @@
-# CMakeLists for dyninst/bgxlc++/64/dyn/pic/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${CXXFLAGS}  -g -O0 -qpic")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_mpi_xlcxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink")
-IF (NOT ${M_mpi_xlcxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_xlcxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${CXXFLAGS}  -g -O0 -qpic"
-	"${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink"
-	"CXX"
-	"mpi_xlcxx 64 dyn"
-	MUTATEEmpixlcxx64dynCXX)
-
-IF (MUTATEEmpixlcxx64dynCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_cxx_group_test.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_46})
-foreach (f ${SOURCE_LIST_46})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_cxx_group_test.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (dyninst_group_test.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (dyninst_group_test.dyn_bgxlc++_64_pic_none ${CMAKE_DL_LIBS})
-add_executable (init_fini_callback.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_47})
-foreach (f ${SOURCE_LIST_47})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(init_fini_callback.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (init_fini_callback.dyn_bgxlc++_64_pic_none ${CMAKE_DL_LIBS})
-add_executable (test1_12.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_60})
-foreach (f ${SOURCE_LIST_60})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_12.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_14.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_14.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_19.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_19})
-foreach (f ${SOURCE_LIST_19})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_19.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_29.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_29.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_41.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_6})
-foreach (f ${SOURCE_LIST_6})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_41.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test2_14.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_48})
-foreach (f ${SOURCE_LIST_48})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_14.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test2_6.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_1})
-foreach (f ${SOURCE_LIST_1})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_6.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test2_6.dyn_bgxlc++_64_pic_none ${CMAKE_DL_LIBS})
-add_executable (test2_8.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_2})
-foreach (f ${SOURCE_LIST_2})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test2_8.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_1.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_26})
-foreach (f ${SOURCE_LIST_26})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_1.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_2.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_31})
-foreach (f ${SOURCE_LIST_31})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_2.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_3.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_44})
-foreach (f ${SOURCE_LIST_44})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_3.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_4.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_52})
-foreach (f ${SOURCE_LIST_52})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_4.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_5.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_40})
-foreach (f ${SOURCE_LIST_40})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_5.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_6.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_0})
-foreach (f ${SOURCE_LIST_0})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_6.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test3_7.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_5})
-foreach (f ${SOURCE_LIST_5})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test3_7.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_1.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_3})
-foreach (f ${SOURCE_LIST_3})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_1.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_2.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_59})
-foreach (f ${SOURCE_LIST_59})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_2.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_3.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_54})
-foreach (f ${SOURCE_LIST_54})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_3.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_3b.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_61})
-foreach (f ${SOURCE_LIST_61})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_3b.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_4.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_33})
-foreach (f ${SOURCE_LIST_33})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_4.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test4_4b.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_49})
-foreach (f ${SOURCE_LIST_49})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test4_4b.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_callback_1.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_13})
-foreach (f ${SOURCE_LIST_13})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_callback_1.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_callback_2.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_24})
-foreach (f ${SOURCE_LIST_24})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_callback_2.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_10.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_41})
-foreach (f ${SOURCE_LIST_41})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_10.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_11.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_16})
-foreach (f ${SOURCE_LIST_16})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_11.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_12.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_22})
-foreach (f ${SOURCE_LIST_22})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_12.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_13.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_9})
-foreach (f ${SOURCE_LIST_9})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_13.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_14.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_17})
-foreach (f ${SOURCE_LIST_17})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_14.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_5.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_55})
-foreach (f ${SOURCE_LIST_55})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_5.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_6.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_42})
-foreach (f ${SOURCE_LIST_42})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_6.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_7.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_20})
-foreach (f ${SOURCE_LIST_20})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_7.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_8.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_14})
-foreach (f ${SOURCE_LIST_14})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_8.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_fork_9.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_32})
-foreach (f ${SOURCE_LIST_32})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_fork_9.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_reloc.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_21})
-foreach (f ${SOURCE_LIST_21})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_reloc.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_snip_remove.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_43})
-foreach (f ${SOURCE_LIST_43})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_snip_remove.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_1.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_38})
-foreach (f ${SOURCE_LIST_38})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_1.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_2.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_50})
-foreach (f ${SOURCE_LIST_50})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_2.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_3.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_58})
-foreach (f ${SOURCE_LIST_58})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_3.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_stack_4.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_18})
-foreach (f ${SOURCE_LIST_18})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_stack_4.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test_thread_1.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_28})
-foreach (f ${SOURCE_LIST_28})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_1.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_1.dyn_bgxlc++_64_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_2.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_29})
-foreach (f ${SOURCE_LIST_29})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_2.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_2.dyn_bgxlc++_64_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_3.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_12})
-foreach (f ${SOURCE_LIST_12})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_3.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_3.dyn_bgxlc++_64_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_5.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_11})
-foreach (f ${SOURCE_LIST_11})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_5.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_5.dyn_bgxlc++_64_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_6.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_53})
-foreach (f ${SOURCE_LIST_53})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_6.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_6.dyn_bgxlc++_64_pic_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_7.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_57})
-foreach (f ${SOURCE_LIST_57})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_7.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_7.dyn_bgxlc++_64_pic_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_8.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_7})
-foreach (f ${SOURCE_LIST_7})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test_thread_8.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (test_thread_8.dyn_bgxlc++_64_pic_none ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		dyninst_cxx_group_test.dyn_bgxlc++_64_pic_none
-		dyninst_group_test.dyn_bgxlc++_64_pic_none
-		init_fini_callback.dyn_bgxlc++_64_pic_none
-		test1_12.dyn_bgxlc++_64_pic_none
-		test1_14.dyn_bgxlc++_64_pic_none
-		test1_19.dyn_bgxlc++_64_pic_none
-		test1_29.dyn_bgxlc++_64_pic_none
-		test1_41.dyn_bgxlc++_64_pic_none
-		test2_14.dyn_bgxlc++_64_pic_none
-		test2_6.dyn_bgxlc++_64_pic_none
-		test2_8.dyn_bgxlc++_64_pic_none
-		test3_1.dyn_bgxlc++_64_pic_none
-		test3_2.dyn_bgxlc++_64_pic_none
-		test3_3.dyn_bgxlc++_64_pic_none
-		test3_4.dyn_bgxlc++_64_pic_none
-		test3_5.dyn_bgxlc++_64_pic_none
-		test3_6.dyn_bgxlc++_64_pic_none
-		test3_7.dyn_bgxlc++_64_pic_none
-		test4_1.dyn_bgxlc++_64_pic_none
-		test4_2.dyn_bgxlc++_64_pic_none
-		test4_3.dyn_bgxlc++_64_pic_none
-		test4_3b.dyn_bgxlc++_64_pic_none
-		test4_4.dyn_bgxlc++_64_pic_none
-		test4_4b.dyn_bgxlc++_64_pic_none
-		test_callback_1.dyn_bgxlc++_64_pic_none
-		test_callback_2.dyn_bgxlc++_64_pic_none
-		test_fork_10.dyn_bgxlc++_64_pic_none
-		test_fork_11.dyn_bgxlc++_64_pic_none
-		test_fork_12.dyn_bgxlc++_64_pic_none
-		test_fork_13.dyn_bgxlc++_64_pic_none
-		test_fork_14.dyn_bgxlc++_64_pic_none
-		test_fork_5.dyn_bgxlc++_64_pic_none
-		test_fork_6.dyn_bgxlc++_64_pic_none
-		test_fork_7.dyn_bgxlc++_64_pic_none
-		test_fork_8.dyn_bgxlc++_64_pic_none
-		test_fork_9.dyn_bgxlc++_64_pic_none
-		test_reloc.dyn_bgxlc++_64_pic_none
-		test_snip_remove.dyn_bgxlc++_64_pic_none
-		test_stack_1.dyn_bgxlc++_64_pic_none
-		test_stack_2.dyn_bgxlc++_64_pic_none
-		test_stack_3.dyn_bgxlc++_64_pic_none
-		test_stack_4.dyn_bgxlc++_64_pic_none
-		test_thread_1.dyn_bgxlc++_64_pic_none
-		test_thread_2.dyn_bgxlc++_64_pic_none
-		test_thread_3.dyn_bgxlc++_64_pic_none
-		test_thread_5.dyn_bgxlc++_64_pic_none
-		test_thread_6.dyn_bgxlc++_64_pic_none
-		test_thread_7.dyn_bgxlc++_64_pic_none
-		test_thread_8.dyn_bgxlc++_64_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc++/64/stat Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc++/64/stat/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc++/64/stat/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc++/64/stat/none/none/CMakeLists.txt Deleted

@@ -1,67 +0,0 @@
-# CMakeLists for dyninst/bgxlc++/64/stat/none/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${CXXFLAGS}  -g -O0 -no-pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_mpi_xlcxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_NATIVE}  ")
-IF (NOT ${M_mpi_xlcxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_xlcxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${CXXFLAGS}  -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_NATIVE}  "
-	"CXX"
-	"mpi_xlcxx 64 stat"
-	MUTATEEmpixlcxx64statCXX)
-
-IF (MUTATEEmpixlcxx64statCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_cxx_group_test.stat_bgxlc++_64_none_none ${SOURCE_LIST_46})
-foreach (f ${SOURCE_LIST_46})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_cxx_group_test.stat_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (dyninst_group_test.stat_bgxlc++_64_none_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.stat_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (dyninst_group_test.stat_bgxlc++_64_none_none ${CMAKE_DL_LIBS})
-add_executable (test1_14.stat_bgxlc++_64_none_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_14.stat_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_29.stat_bgxlc++_64_none_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_29.stat_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-
-
-INSTALL (TARGETS
-		dyninst_cxx_group_test.stat_bgxlc++_64_none_none
-		dyninst_group_test.stat_bgxlc++_64_none_none
-		test1_14.stat_bgxlc++_64_none_none
-		test1_29.stat_bgxlc++_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc++/64/stat/pic Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc++/64/stat/pic/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc++/64/stat/pic/none/CMakeLists.txt Deleted

@@ -1,67 +0,0 @@
-# CMakeLists for dyninst/bgxlc++/64/stat/pic/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${CXXFLAGS}  -g -O0 -qpic")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_mpi_xlcxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_NATIVE}  ")
-IF (NOT ${M_mpi_xlcxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_xlcxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${CXXFLAGS}  -g -O0 -qpic"
-	"${MUTATEE_LDFLAGS_NATIVE}  "
-	"CXX"
-	"mpi_xlcxx 64 stat"
-	MUTATEEmpixlcxx64statCXX)
-
-IF (MUTATEEmpixlcxx64statCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_cxx_group_test.stat_bgxlc++_64_pic_none ${SOURCE_LIST_46})
-foreach (f ${SOURCE_LIST_46})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_cxx_group_test.stat_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (dyninst_group_test.stat_bgxlc++_64_pic_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.stat_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (dyninst_group_test.stat_bgxlc++_64_pic_none ${CMAKE_DL_LIBS})
-add_executable (test1_14.stat_bgxlc++_64_pic_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_14.stat_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-add_executable (test1_29.stat_bgxlc++_64_pic_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(test1_29.stat_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-
-
-INSTALL (TARGETS
-		dyninst_cxx_group_test.stat_bgxlc++_64_pic_none
-		dyninst_group_test.stat_bgxlc++_64_pic_none
-		test1_14.stat_bgxlc++_64_pic_none
-		test1_29.stat_bgxlc++_64_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc/64 Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc/64/dyn Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc/64/dyn/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc/64/dyn/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc/64/dyn/none/none/CMakeLists.txt Deleted

@@ -1,471 +0,0 @@
-# CMakeLists for dyninst/bgxlc/64/dyn/none/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${CFLAGS}  -g -O0 -no-pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_mpi_xlc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink")
-IF (NOT ${M_mpi_xlc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_xlc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${CFLAGS}  -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink"
-	"C"
-	"mpi_xlc 64 dyn"
-	MUTATEEmpixlc64dynC)
-
-IF (MUTATEEmpixlc64dynC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_group_test.dyn_bgxlc_64_none_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (dyninst_group_test.dyn_bgxlc_64_none_none ${CMAKE_DL_LIBS})
-add_executable (init_fini_callback.dyn_bgxlc_64_none_none ${SOURCE_LIST_47})
-foreach (f ${SOURCE_LIST_47})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(init_fini_callback.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (init_fini_callback.dyn_bgxlc_64_none_none ${CMAKE_DL_LIBS})
-add_executable (test1_12.dyn_bgxlc_64_none_none ${SOURCE_LIST_60})
-foreach (f ${SOURCE_LIST_60})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_12.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_14.dyn_bgxlc_64_none_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_14.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_19.dyn_bgxlc_64_none_none ${SOURCE_LIST_19})
-foreach (f ${SOURCE_LIST_19})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_19.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_29.dyn_bgxlc_64_none_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_29.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_41.dyn_bgxlc_64_none_none ${SOURCE_LIST_6})
-foreach (f ${SOURCE_LIST_6})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_41.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test2_14.dyn_bgxlc_64_none_none ${SOURCE_LIST_48})
-foreach (f ${SOURCE_LIST_48})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_14.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test2_6.dyn_bgxlc_64_none_none ${SOURCE_LIST_1})
-foreach (f ${SOURCE_LIST_1})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_6.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test2_6.dyn_bgxlc_64_none_none ${CMAKE_DL_LIBS})
-add_executable (test2_8.dyn_bgxlc_64_none_none ${SOURCE_LIST_2})
-foreach (f ${SOURCE_LIST_2})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_8.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_1.dyn_bgxlc_64_none_none ${SOURCE_LIST_26})
-foreach (f ${SOURCE_LIST_26})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_1.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_2.dyn_bgxlc_64_none_none ${SOURCE_LIST_31})
-foreach (f ${SOURCE_LIST_31})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_2.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_3.dyn_bgxlc_64_none_none ${SOURCE_LIST_44})
-foreach (f ${SOURCE_LIST_44})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_3.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_4.dyn_bgxlc_64_none_none ${SOURCE_LIST_52})
-foreach (f ${SOURCE_LIST_52})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_4.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_5.dyn_bgxlc_64_none_none ${SOURCE_LIST_40})
-foreach (f ${SOURCE_LIST_40})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_5.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_6.dyn_bgxlc_64_none_none ${SOURCE_LIST_0})
-foreach (f ${SOURCE_LIST_0})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_6.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_7.dyn_bgxlc_64_none_none ${SOURCE_LIST_5})
-foreach (f ${SOURCE_LIST_5})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_7.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_1.dyn_bgxlc_64_none_none ${SOURCE_LIST_3})
-foreach (f ${SOURCE_LIST_3})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_1.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_2.dyn_bgxlc_64_none_none ${SOURCE_LIST_59})
-foreach (f ${SOURCE_LIST_59})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_2.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_3.dyn_bgxlc_64_none_none ${SOURCE_LIST_54})
-foreach (f ${SOURCE_LIST_54})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_3.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_3b.dyn_bgxlc_64_none_none ${SOURCE_LIST_61})
-foreach (f ${SOURCE_LIST_61})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_3b.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_4.dyn_bgxlc_64_none_none ${SOURCE_LIST_33})
-foreach (f ${SOURCE_LIST_33})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_4.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_4b.dyn_bgxlc_64_none_none ${SOURCE_LIST_49})
-foreach (f ${SOURCE_LIST_49})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_4b.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_callback_1.dyn_bgxlc_64_none_none ${SOURCE_LIST_13})
-foreach (f ${SOURCE_LIST_13})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_callback_1.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_callback_2.dyn_bgxlc_64_none_none ${SOURCE_LIST_24})
-foreach (f ${SOURCE_LIST_24})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_callback_2.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_10.dyn_bgxlc_64_none_none ${SOURCE_LIST_41})
-foreach (f ${SOURCE_LIST_41})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_10.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_11.dyn_bgxlc_64_none_none ${SOURCE_LIST_16})
-foreach (f ${SOURCE_LIST_16})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_11.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_12.dyn_bgxlc_64_none_none ${SOURCE_LIST_22})
-foreach (f ${SOURCE_LIST_22})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_12.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_13.dyn_bgxlc_64_none_none ${SOURCE_LIST_9})
-foreach (f ${SOURCE_LIST_9})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_13.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_14.dyn_bgxlc_64_none_none ${SOURCE_LIST_17})
-foreach (f ${SOURCE_LIST_17})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_14.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_5.dyn_bgxlc_64_none_none ${SOURCE_LIST_55})
-foreach (f ${SOURCE_LIST_55})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_5.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_6.dyn_bgxlc_64_none_none ${SOURCE_LIST_42})
-foreach (f ${SOURCE_LIST_42})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_6.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_7.dyn_bgxlc_64_none_none ${SOURCE_LIST_20})
-foreach (f ${SOURCE_LIST_20})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_7.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_8.dyn_bgxlc_64_none_none ${SOURCE_LIST_14})
-foreach (f ${SOURCE_LIST_14})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_8.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_9.dyn_bgxlc_64_none_none ${SOURCE_LIST_32})
-foreach (f ${SOURCE_LIST_32})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_9.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_reloc.dyn_bgxlc_64_none_none ${SOURCE_LIST_21})
-foreach (f ${SOURCE_LIST_21})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_reloc.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_snip_remove.dyn_bgxlc_64_none_none ${SOURCE_LIST_43})
-foreach (f ${SOURCE_LIST_43})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_snip_remove.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_1.dyn_bgxlc_64_none_none ${SOURCE_LIST_38})
-foreach (f ${SOURCE_LIST_38})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_1.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_2.dyn_bgxlc_64_none_none ${SOURCE_LIST_50})
-foreach (f ${SOURCE_LIST_50})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_2.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_3.dyn_bgxlc_64_none_none ${SOURCE_LIST_58})
-foreach (f ${SOURCE_LIST_58})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_3.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_4.dyn_bgxlc_64_none_none ${SOURCE_LIST_18})
-foreach (f ${SOURCE_LIST_18})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_4.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_thread_1.dyn_bgxlc_64_none_none ${SOURCE_LIST_28})
-foreach (f ${SOURCE_LIST_28})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_1.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_1.dyn_bgxlc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_2.dyn_bgxlc_64_none_none ${SOURCE_LIST_29})
-foreach (f ${SOURCE_LIST_29})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_2.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_2.dyn_bgxlc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_3.dyn_bgxlc_64_none_none ${SOURCE_LIST_12})
-foreach (f ${SOURCE_LIST_12})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_3.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_3.dyn_bgxlc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_5.dyn_bgxlc_64_none_none ${SOURCE_LIST_11})
-foreach (f ${SOURCE_LIST_11})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_5.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_5.dyn_bgxlc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_6.dyn_bgxlc_64_none_none ${SOURCE_LIST_53})
-foreach (f ${SOURCE_LIST_53})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_6.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_6.dyn_bgxlc_64_none_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_7.dyn_bgxlc_64_none_none ${SOURCE_LIST_57})
-foreach (f ${SOURCE_LIST_57})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_7.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_7.dyn_bgxlc_64_none_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_8.dyn_bgxlc_64_none_none ${SOURCE_LIST_7})
-foreach (f ${SOURCE_LIST_7})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_8.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_8.dyn_bgxlc_64_none_none ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		dyninst_group_test.dyn_bgxlc_64_none_none
-		init_fini_callback.dyn_bgxlc_64_none_none
-		test1_12.dyn_bgxlc_64_none_none
-		test1_14.dyn_bgxlc_64_none_none
-		test1_19.dyn_bgxlc_64_none_none
-		test1_29.dyn_bgxlc_64_none_none
-		test1_41.dyn_bgxlc_64_none_none
-		test2_14.dyn_bgxlc_64_none_none
-		test2_6.dyn_bgxlc_64_none_none
-		test2_8.dyn_bgxlc_64_none_none
-		test3_1.dyn_bgxlc_64_none_none
-		test3_2.dyn_bgxlc_64_none_none
-		test3_3.dyn_bgxlc_64_none_none
-		test3_4.dyn_bgxlc_64_none_none
-		test3_5.dyn_bgxlc_64_none_none
-		test3_6.dyn_bgxlc_64_none_none
-		test3_7.dyn_bgxlc_64_none_none
-		test4_1.dyn_bgxlc_64_none_none
-		test4_2.dyn_bgxlc_64_none_none
-		test4_3.dyn_bgxlc_64_none_none
-		test4_3b.dyn_bgxlc_64_none_none
-		test4_4.dyn_bgxlc_64_none_none
-		test4_4b.dyn_bgxlc_64_none_none
-		test_callback_1.dyn_bgxlc_64_none_none
-		test_callback_2.dyn_bgxlc_64_none_none
-		test_fork_10.dyn_bgxlc_64_none_none
-		test_fork_11.dyn_bgxlc_64_none_none
-		test_fork_12.dyn_bgxlc_64_none_none
-		test_fork_13.dyn_bgxlc_64_none_none
-		test_fork_14.dyn_bgxlc_64_none_none
-		test_fork_5.dyn_bgxlc_64_none_none
-		test_fork_6.dyn_bgxlc_64_none_none
-		test_fork_7.dyn_bgxlc_64_none_none
-		test_fork_8.dyn_bgxlc_64_none_none
-		test_fork_9.dyn_bgxlc_64_none_none
-		test_reloc.dyn_bgxlc_64_none_none
-		test_snip_remove.dyn_bgxlc_64_none_none
-		test_stack_1.dyn_bgxlc_64_none_none
-		test_stack_2.dyn_bgxlc_64_none_none
-		test_stack_3.dyn_bgxlc_64_none_none
-		test_stack_4.dyn_bgxlc_64_none_none
-		test_thread_1.dyn_bgxlc_64_none_none
-		test_thread_2.dyn_bgxlc_64_none_none
-		test_thread_3.dyn_bgxlc_64_none_none
-		test_thread_5.dyn_bgxlc_64_none_none
-		test_thread_6.dyn_bgxlc_64_none_none
-		test_thread_7.dyn_bgxlc_64_none_none
-		test_thread_8.dyn_bgxlc_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc/64/dyn/pic Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc/64/dyn/pic/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc/64/dyn/pic/none/CMakeLists.txt Deleted

@@ -1,471 +0,0 @@
-# CMakeLists for dyninst/bgxlc/64/dyn/pic/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${CFLAGS}  -g -O0 -qpic")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_mpi_xlc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink")
-IF (NOT ${M_mpi_xlc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_xlc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${CFLAGS}  -g -O0 -qpic"
-	"${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink"
-	"C"
-	"mpi_xlc 64 dyn"
-	MUTATEEmpixlc64dynC)
-
-IF (MUTATEEmpixlc64dynC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_group_test.dyn_bgxlc_64_pic_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (dyninst_group_test.dyn_bgxlc_64_pic_none ${CMAKE_DL_LIBS})
-add_executable (init_fini_callback.dyn_bgxlc_64_pic_none ${SOURCE_LIST_47})
-foreach (f ${SOURCE_LIST_47})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(init_fini_callback.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (init_fini_callback.dyn_bgxlc_64_pic_none ${CMAKE_DL_LIBS})
-add_executable (test1_12.dyn_bgxlc_64_pic_none ${SOURCE_LIST_60})
-foreach (f ${SOURCE_LIST_60})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_12.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_14.dyn_bgxlc_64_pic_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_14.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_19.dyn_bgxlc_64_pic_none ${SOURCE_LIST_19})
-foreach (f ${SOURCE_LIST_19})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_19.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_29.dyn_bgxlc_64_pic_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_29.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_41.dyn_bgxlc_64_pic_none ${SOURCE_LIST_6})
-foreach (f ${SOURCE_LIST_6})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_41.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test2_14.dyn_bgxlc_64_pic_none ${SOURCE_LIST_48})
-foreach (f ${SOURCE_LIST_48})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_14.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test2_6.dyn_bgxlc_64_pic_none ${SOURCE_LIST_1})
-foreach (f ${SOURCE_LIST_1})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_6.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test2_6.dyn_bgxlc_64_pic_none ${CMAKE_DL_LIBS})
-add_executable (test2_8.dyn_bgxlc_64_pic_none ${SOURCE_LIST_2})
-foreach (f ${SOURCE_LIST_2})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test2_8.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_1.dyn_bgxlc_64_pic_none ${SOURCE_LIST_26})
-foreach (f ${SOURCE_LIST_26})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_1.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_2.dyn_bgxlc_64_pic_none ${SOURCE_LIST_31})
-foreach (f ${SOURCE_LIST_31})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_2.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_3.dyn_bgxlc_64_pic_none ${SOURCE_LIST_44})
-foreach (f ${SOURCE_LIST_44})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_3.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_4.dyn_bgxlc_64_pic_none ${SOURCE_LIST_52})
-foreach (f ${SOURCE_LIST_52})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_4.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_5.dyn_bgxlc_64_pic_none ${SOURCE_LIST_40})
-foreach (f ${SOURCE_LIST_40})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_5.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_6.dyn_bgxlc_64_pic_none ${SOURCE_LIST_0})
-foreach (f ${SOURCE_LIST_0})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_6.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test3_7.dyn_bgxlc_64_pic_none ${SOURCE_LIST_5})
-foreach (f ${SOURCE_LIST_5})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test3_7.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_1.dyn_bgxlc_64_pic_none ${SOURCE_LIST_3})
-foreach (f ${SOURCE_LIST_3})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_1.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_2.dyn_bgxlc_64_pic_none ${SOURCE_LIST_59})
-foreach (f ${SOURCE_LIST_59})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_2.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_3.dyn_bgxlc_64_pic_none ${SOURCE_LIST_54})
-foreach (f ${SOURCE_LIST_54})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_3.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_3b.dyn_bgxlc_64_pic_none ${SOURCE_LIST_61})
-foreach (f ${SOURCE_LIST_61})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_3b.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_4.dyn_bgxlc_64_pic_none ${SOURCE_LIST_33})
-foreach (f ${SOURCE_LIST_33})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_4.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test4_4b.dyn_bgxlc_64_pic_none ${SOURCE_LIST_49})
-foreach (f ${SOURCE_LIST_49})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test4_4b.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_callback_1.dyn_bgxlc_64_pic_none ${SOURCE_LIST_13})
-foreach (f ${SOURCE_LIST_13})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_callback_1.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_callback_2.dyn_bgxlc_64_pic_none ${SOURCE_LIST_24})
-foreach (f ${SOURCE_LIST_24})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_callback_2.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_10.dyn_bgxlc_64_pic_none ${SOURCE_LIST_41})
-foreach (f ${SOURCE_LIST_41})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_10.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_11.dyn_bgxlc_64_pic_none ${SOURCE_LIST_16})
-foreach (f ${SOURCE_LIST_16})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_11.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_12.dyn_bgxlc_64_pic_none ${SOURCE_LIST_22})
-foreach (f ${SOURCE_LIST_22})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_12.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_13.dyn_bgxlc_64_pic_none ${SOURCE_LIST_9})
-foreach (f ${SOURCE_LIST_9})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_13.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_14.dyn_bgxlc_64_pic_none ${SOURCE_LIST_17})
-foreach (f ${SOURCE_LIST_17})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_14.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_5.dyn_bgxlc_64_pic_none ${SOURCE_LIST_55})
-foreach (f ${SOURCE_LIST_55})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_5.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_6.dyn_bgxlc_64_pic_none ${SOURCE_LIST_42})
-foreach (f ${SOURCE_LIST_42})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_6.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_7.dyn_bgxlc_64_pic_none ${SOURCE_LIST_20})
-foreach (f ${SOURCE_LIST_20})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_7.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_8.dyn_bgxlc_64_pic_none ${SOURCE_LIST_14})
-foreach (f ${SOURCE_LIST_14})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_8.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_fork_9.dyn_bgxlc_64_pic_none ${SOURCE_LIST_32})
-foreach (f ${SOURCE_LIST_32})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_fork_9.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_reloc.dyn_bgxlc_64_pic_none ${SOURCE_LIST_21})
-foreach (f ${SOURCE_LIST_21})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_reloc.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_snip_remove.dyn_bgxlc_64_pic_none ${SOURCE_LIST_43})
-foreach (f ${SOURCE_LIST_43})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_snip_remove.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_1.dyn_bgxlc_64_pic_none ${SOURCE_LIST_38})
-foreach (f ${SOURCE_LIST_38})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_1.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_2.dyn_bgxlc_64_pic_none ${SOURCE_LIST_50})
-foreach (f ${SOURCE_LIST_50})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_2.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_3.dyn_bgxlc_64_pic_none ${SOURCE_LIST_58})
-foreach (f ${SOURCE_LIST_58})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_3.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_stack_4.dyn_bgxlc_64_pic_none ${SOURCE_LIST_18})
-foreach (f ${SOURCE_LIST_18})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_stack_4.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test_thread_1.dyn_bgxlc_64_pic_none ${SOURCE_LIST_28})
-foreach (f ${SOURCE_LIST_28})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_1.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_1.dyn_bgxlc_64_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_2.dyn_bgxlc_64_pic_none ${SOURCE_LIST_29})
-foreach (f ${SOURCE_LIST_29})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_2.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_2.dyn_bgxlc_64_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_3.dyn_bgxlc_64_pic_none ${SOURCE_LIST_12})
-foreach (f ${SOURCE_LIST_12})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_3.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_3.dyn_bgxlc_64_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_5.dyn_bgxlc_64_pic_none ${SOURCE_LIST_11})
-foreach (f ${SOURCE_LIST_11})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_5.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_5.dyn_bgxlc_64_pic_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_6.dyn_bgxlc_64_pic_none ${SOURCE_LIST_53})
-foreach (f ${SOURCE_LIST_53})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_6.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_6.dyn_bgxlc_64_pic_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_7.dyn_bgxlc_64_pic_none ${SOURCE_LIST_57})
-foreach (f ${SOURCE_LIST_57})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_7.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_7.dyn_bgxlc_64_pic_none ${CMAKE_THREAD_LIBS_INIT})
-add_executable (test_thread_8.dyn_bgxlc_64_pic_none ${SOURCE_LIST_7})
-foreach (f ${SOURCE_LIST_7})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test_thread_8.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (test_thread_8.dyn_bgxlc_64_pic_none ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		dyninst_group_test.dyn_bgxlc_64_pic_none
-		init_fini_callback.dyn_bgxlc_64_pic_none
-		test1_12.dyn_bgxlc_64_pic_none
-		test1_14.dyn_bgxlc_64_pic_none
-		test1_19.dyn_bgxlc_64_pic_none
-		test1_29.dyn_bgxlc_64_pic_none
-		test1_41.dyn_bgxlc_64_pic_none
-		test2_14.dyn_bgxlc_64_pic_none
-		test2_6.dyn_bgxlc_64_pic_none
-		test2_8.dyn_bgxlc_64_pic_none
-		test3_1.dyn_bgxlc_64_pic_none
-		test3_2.dyn_bgxlc_64_pic_none
-		test3_3.dyn_bgxlc_64_pic_none
-		test3_4.dyn_bgxlc_64_pic_none
-		test3_5.dyn_bgxlc_64_pic_none
-		test3_6.dyn_bgxlc_64_pic_none
-		test3_7.dyn_bgxlc_64_pic_none
-		test4_1.dyn_bgxlc_64_pic_none
-		test4_2.dyn_bgxlc_64_pic_none
-		test4_3.dyn_bgxlc_64_pic_none
-		test4_3b.dyn_bgxlc_64_pic_none
-		test4_4.dyn_bgxlc_64_pic_none
-		test4_4b.dyn_bgxlc_64_pic_none
-		test_callback_1.dyn_bgxlc_64_pic_none
-		test_callback_2.dyn_bgxlc_64_pic_none
-		test_fork_10.dyn_bgxlc_64_pic_none
-		test_fork_11.dyn_bgxlc_64_pic_none
-		test_fork_12.dyn_bgxlc_64_pic_none
-		test_fork_13.dyn_bgxlc_64_pic_none
-		test_fork_14.dyn_bgxlc_64_pic_none
-		test_fork_5.dyn_bgxlc_64_pic_none
-		test_fork_6.dyn_bgxlc_64_pic_none
-		test_fork_7.dyn_bgxlc_64_pic_none
-		test_fork_8.dyn_bgxlc_64_pic_none
-		test_fork_9.dyn_bgxlc_64_pic_none
-		test_reloc.dyn_bgxlc_64_pic_none
-		test_snip_remove.dyn_bgxlc_64_pic_none
-		test_stack_1.dyn_bgxlc_64_pic_none
-		test_stack_2.dyn_bgxlc_64_pic_none
-		test_stack_3.dyn_bgxlc_64_pic_none
-		test_stack_4.dyn_bgxlc_64_pic_none
-		test_thread_1.dyn_bgxlc_64_pic_none
-		test_thread_2.dyn_bgxlc_64_pic_none
-		test_thread_3.dyn_bgxlc_64_pic_none
-		test_thread_5.dyn_bgxlc_64_pic_none
-		test_thread_6.dyn_bgxlc_64_pic_none
-		test_thread_7.dyn_bgxlc_64_pic_none
-		test_thread_8.dyn_bgxlc_64_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc/64/stat Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc/64/stat/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc/64/stat/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc/64/stat/none/none/CMakeLists.txt Deleted

@@ -1,58 +0,0 @@
-# CMakeLists for dyninst/bgxlc/64/stat/none/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${CFLAGS}  -g -O0 -no-pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_mpi_xlc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_NATIVE}  ")
-IF (NOT ${M_mpi_xlc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_xlc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${CFLAGS}  -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_NATIVE}  "
-	"C"
-	"mpi_xlc 64 stat"
-	MUTATEEmpixlc64statC)
-
-IF (MUTATEEmpixlc64statC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_group_test.stat_bgxlc_64_none_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.stat_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (dyninst_group_test.stat_bgxlc_64_none_none ${CMAKE_DL_LIBS})
-add_executable (test1_14.stat_bgxlc_64_none_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_14.stat_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_29.stat_bgxlc_64_none_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_29.stat_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-
-
-INSTALL (TARGETS
-		dyninst_group_test.stat_bgxlc_64_none_none
-		test1_14.stat_bgxlc_64_none_none
-		test1_29.stat_bgxlc_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc/64/stat/pic Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc/64/stat/pic/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst/bgxlc/64/stat/pic/none/CMakeLists.txt Deleted

@@ -1,58 +0,0 @@
-# CMakeLists for dyninst/bgxlc/64/stat/pic/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${CFLAGS}  -g -O0 -qpic")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_mpi_xlc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/dyninst")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_NATIVE}  ")
-IF (NOT ${M_mpi_xlc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_xlc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${CFLAGS}  -g -O0 -qpic"
-	"${MUTATEE_LDFLAGS_NATIVE}  "
-	"C"
-	"mpi_xlc 64 stat"
-	MUTATEEmpixlc64statC)
-
-IF (MUTATEEmpixlc64statC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET dyninstAPI)
-add_executable (dyninst_group_test.stat_bgxlc_64_pic_none ${SOURCE_LIST_56})
-foreach (f ${SOURCE_LIST_56})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(dyninst_group_test.stat_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (dyninst_group_test.stat_bgxlc_64_pic_none ${CMAKE_DL_LIBS})
-add_executable (test1_14.stat_bgxlc_64_pic_none ${SOURCE_LIST_39})
-foreach (f ${SOURCE_LIST_39})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_14.stat_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-add_executable (test1_29.stat_bgxlc_64_pic_none ${SOURCE_LIST_4})
-foreach (f ${SOURCE_LIST_4})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(test1_29.stat_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-
-
-INSTALL (TARGETS
-		dyninst_group_test.stat_bgxlc_64_pic_none
-		test1_14.stat_bgxlc_64_pic_none
-		test1_29.stat_bgxlc_64_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst_cxx_group_test_group.c Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/dyninst_group_test_group.c Deleted

@@ -1,89 +0,0 @@
-#ifdef __cplusplus
-extern "C" {
-#endif
-#include "../src/mutatee_call_info.h"
-
-extern int test1_7_mutatee();
-extern int snip_ref_shlib_var_mutatee();
-extern int test1_5_mutatee();
-extern int test1_4_mutatee();
-extern int test1_3_mutatee();
-extern int test1_2_mutatee();
-extern int test1_1_mutatee();
-extern int test1_6_mutatee();
-extern int test1_9_mutatee();
-extern int test1_8_mutatee();
-extern int test2_5_mutatee();
-extern int snip_change_shlib_var_mutatee();
-extern int test1_18_mutatee();
-extern int test1_28_mutatee();
-extern int test1_26_mutatee();
-extern int test1_27_mutatee();
-extern int test1_24_mutatee();
-extern int test1_25_mutatee();
-extern int test1_22_mutatee();
-extern int test1_23_mutatee();
-extern int test1_20_mutatee();
-extern int test1_21_mutatee();
-extern int test1_13_mutatee();
-extern int test1_31_mutatee();
-extern int test1_30_mutatee();
-extern int test1_33_mutatee();
-extern int test1_32_mutatee();
-extern int test1_34_mutatee();
-extern int test1_37_mutatee();
-extern int test1_36_mutatee();
-extern int test1_39_mutatee();
-extern int test1_38_mutatee();
-extern int test1_11_mutatee();
-extern int test1_10_mutatee();
-extern int test1_17_mutatee();
-extern int test1_16_mutatee();
-extern int test1_15_mutatee();
-
-mutatee_call_info_t mutatee_funcs = {
-  {"test1_7", test1_7_mutatee, GROUPED, "test1_7"},
-  {"snip_ref_shlib_var", snip_ref_shlib_var_mutatee, GROUPED, "snip_ref_shlib_var"},
-  {"test1_5", test1_5_mutatee, GROUPED, "test1_5"},
-  {"test1_4", test1_4_mutatee, GROUPED, "test1_4"},
-  {"test1_3", test1_3_mutatee, GROUPED, "test1_3"},
-  {"test1_2", test1_2_mutatee, GROUPED, "test1_2"},
-  {"test1_1", test1_1_mutatee, GROUPED, "test1_1"},
-  {"test1_6", test1_6_mutatee, GROUPED, "test1_6"},
-  {"test1_9", test1_9_mutatee, GROUPED, "test1_9"},
-  {"test1_8", test1_8_mutatee, GROUPED, "test1_8"},
-  {"test2_5", test2_5_mutatee, GROUPED, "test2_5"},
-  {"snip_change_shlib_var", snip_change_shlib_var_mutatee, GROUPED, "snip_change_shlib_var"},
-  {"test1_18", test1_18_mutatee, GROUPED, "test1_18"},
-  {"test1_28", test1_28_mutatee, GROUPED, "test1_28"},
-  {"test1_26", test1_26_mutatee, GROUPED, "test1_26"},
-  {"test1_27", test1_27_mutatee, GROUPED, "test1_27"},
-  {"test1_24", test1_24_mutatee, GROUPED, "test1_24"},
-  {"test1_25", test1_25_mutatee, GROUPED, "test1_25"},
-  {"test1_22", test1_22_mutatee, GROUPED, "test1_22"},
-  {"test1_23", test1_23_mutatee, GROUPED, "test1_23"},
-  {"test1_20", test1_20_mutatee, GROUPED, "test1_20"},
-  {"test1_21", test1_21_mutatee, GROUPED, "test1_21"},
-  {"test1_13", test1_13_mutatee, GROUPED, "test1_13"},
-  {"test1_31", test1_31_mutatee, GROUPED, "test1_31"},
-  {"test1_30", test1_30_mutatee, GROUPED, "test1_30"},
-  {"test1_33", test1_33_mutatee, GROUPED, "test1_33"},
-  {"test1_32", test1_32_mutatee, GROUPED, "test1_32"},
-  {"test1_34", test1_34_mutatee, GROUPED, "test1_34"},
-  {"test1_37", test1_37_mutatee, GROUPED, "test1_37"},
-  {"test1_36", test1_36_mutatee, GROUPED, "test1_36"},
-  {"test1_39", test1_39_mutatee, GROUPED, "test1_39"},
-  {"test1_38", test1_38_mutatee, GROUPED, "test1_38"},
-  {"test1_11", test1_11_mutatee, GROUPED, "test1_11"},
-  {"test1_10", test1_10_mutatee, GROUPED, "test1_10"},
-  {"test1_17", test1_17_mutatee, GROUPED, "test1_17"},
-  {"test1_16", test1_16_mutatee, GROUPED, "test1_16"},
-  {"test1_15", test1_15_mutatee, GROUPED, "test1_15"}
-};
-
-int max_tests = 37;
-int runTest37;
-int passedTest37;
-#ifdef __cplusplus
-}
-#endif

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_g++ Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_g++/64 Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_g++/64/dyn Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_g++/64/dyn/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_g++/64/dyn/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_g++/64/dyn/none/none/CMakeLists.txt Deleted

@@ -1,159 +0,0 @@
-# CMakeLists for proccontrol/bgq_g++/64/dyn/none/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_mpi_cxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/proccontrol")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic")
-IF (NOT ${M_mpi_cxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_cxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic"
-	"CXX"
-	"mpi_cxx 64 dyn"
-	MUTATEEmpicxx64dynCXX)
-
-IF (MUTATEEmpicxx64dynCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET pcontrol)
-add_executable (pc_addlibrary.dyn_bgq_g++_64_none_none ${SOURCE_LIST_37})
-foreach (f ${SOURCE_LIST_37})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_addlibrary.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_addlibrary.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_breakpoint.dyn_bgq_g++_64_none_none ${SOURCE_LIST_30})
-foreach (f ${SOURCE_LIST_30})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_breakpoint.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_breakpoint.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_detach.dyn_bgq_g++_64_none_none ${SOURCE_LIST_10})
-foreach (f ${SOURCE_LIST_10})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_detach.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_detach.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_groups.dyn_bgq_g++_64_none_none ${SOURCE_LIST_36})
-foreach (f ${SOURCE_LIST_36})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_groups.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_groups.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_irpc.dyn_bgq_g++_64_none_none ${SOURCE_LIST_62})
-foreach (f ${SOURCE_LIST_62})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_irpc.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_irpc.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_launch.dyn_bgq_g++_64_none_none ${SOURCE_LIST_63})
-foreach (f ${SOURCE_LIST_63})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_launch.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_launch.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_library.dyn_bgq_g++_64_none_none ${SOURCE_LIST_25})
-foreach (f ${SOURCE_LIST_25})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_library.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_library.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_singlestep.dyn_bgq_g++_64_none_none ${SOURCE_LIST_27})
-foreach (f ${SOURCE_LIST_27})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_singlestep.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_singlestep.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_stat.dyn_bgq_g++_64_none_none ${SOURCE_LIST_8})
-foreach (f ${SOURCE_LIST_8})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_stat.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_stat.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_terminate.dyn_bgq_g++_64_none_none ${SOURCE_LIST_23})
-foreach (f ${SOURCE_LIST_23})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_terminate.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_terminate.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_terminate_stopped.dyn_bgq_g++_64_none_none ${SOURCE_LIST_45})
-foreach (f ${SOURCE_LIST_45})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_terminate_stopped.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_terminate_stopped.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_thread.dyn_bgq_g++_64_none_none ${SOURCE_LIST_34})
-foreach (f ${SOURCE_LIST_34})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_thread.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_thread.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_tls.dyn_bgq_g++_64_none_none ${SOURCE_LIST_51})
-foreach (f ${SOURCE_LIST_51})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_tls.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_tls.dyn_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		pc_addlibrary.dyn_bgq_g++_64_none_none
-		pc_breakpoint.dyn_bgq_g++_64_none_none
-		pc_detach.dyn_bgq_g++_64_none_none
-		pc_groups.dyn_bgq_g++_64_none_none
-		pc_irpc.dyn_bgq_g++_64_none_none
-		pc_launch.dyn_bgq_g++_64_none_none
-		pc_library.dyn_bgq_g++_64_none_none
-		pc_singlestep.dyn_bgq_g++_64_none_none
-		pc_stat.dyn_bgq_g++_64_none_none
-		pc_terminate.dyn_bgq_g++_64_none_none
-		pc_terminate_stopped.dyn_bgq_g++_64_none_none
-		pc_thread.dyn_bgq_g++_64_none_none
-		pc_tls.dyn_bgq_g++_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_g++/64/stat Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_g++/64/stat/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_g++/64/stat/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_g++/64/stat/none/none/CMakeLists.txt Deleted

@@ -1,140 +0,0 @@
-# CMakeLists for proccontrol/bgq_g++/64/stat/none/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_mpi_cxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/proccontrol")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -static")
-IF (NOT ${M_mpi_cxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_cxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -static"
-	"CXX"
-	"mpi_cxx 64 stat"
-	MUTATEEmpicxx64statCXX)
-
-IF (MUTATEEmpicxx64statCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET pcontrol)
-add_executable (pc_breakpoint.stat_bgq_g++_64_none_none ${SOURCE_LIST_30})
-foreach (f ${SOURCE_LIST_30})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_breakpoint.stat_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_breakpoint.stat_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_detach.stat_bgq_g++_64_none_none ${SOURCE_LIST_10})
-foreach (f ${SOURCE_LIST_10})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_detach.stat_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_detach.stat_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_groups.stat_bgq_g++_64_none_none ${SOURCE_LIST_36})
-foreach (f ${SOURCE_LIST_36})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_groups.stat_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_groups.stat_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_irpc.stat_bgq_g++_64_none_none ${SOURCE_LIST_62})
-foreach (f ${SOURCE_LIST_62})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_irpc.stat_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_irpc.stat_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_launch.stat_bgq_g++_64_none_none ${SOURCE_LIST_63})
-foreach (f ${SOURCE_LIST_63})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_launch.stat_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_launch.stat_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_singlestep.stat_bgq_g++_64_none_none ${SOURCE_LIST_27})
-foreach (f ${SOURCE_LIST_27})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_singlestep.stat_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_singlestep.stat_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_stat.stat_bgq_g++_64_none_none ${SOURCE_LIST_8})
-foreach (f ${SOURCE_LIST_8})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_stat.stat_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_stat.stat_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_terminate.stat_bgq_g++_64_none_none ${SOURCE_LIST_23})
-foreach (f ${SOURCE_LIST_23})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_terminate.stat_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_terminate.stat_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_terminate_stopped.stat_bgq_g++_64_none_none ${SOURCE_LIST_45})
-foreach (f ${SOURCE_LIST_45})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_terminate_stopped.stat_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_terminate_stopped.stat_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_thread.stat_bgq_g++_64_none_none ${SOURCE_LIST_34})
-foreach (f ${SOURCE_LIST_34})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_thread.stat_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_thread.stat_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_tls.stat_bgq_g++_64_none_none ${SOURCE_LIST_51})
-foreach (f ${SOURCE_LIST_51})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_tls.stat_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_tls.stat_bgq_g++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		pc_breakpoint.stat_bgq_g++_64_none_none
-		pc_detach.stat_bgq_g++_64_none_none
-		pc_groups.stat_bgq_g++_64_none_none
-		pc_irpc.stat_bgq_g++_64_none_none
-		pc_launch.stat_bgq_g++_64_none_none
-		pc_singlestep.stat_bgq_g++_64_none_none
-		pc_stat.stat_bgq_g++_64_none_none
-		pc_terminate.stat_bgq_g++_64_none_none
-		pc_terminate_stopped.stat_bgq_g++_64_none_none
-		pc_thread.stat_bgq_g++_64_none_none
-		pc_tls.stat_bgq_g++_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_gcc Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_gcc/64 Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_gcc/64/dyn Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_gcc/64/dyn/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_gcc/64/dyn/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_gcc/64/dyn/none/none/CMakeLists.txt Deleted

@@ -1,159 +0,0 @@
-# CMakeLists for proccontrol/bgq_gcc/64/dyn/none/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_mpi_cc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/proccontrol")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic")
-IF (NOT ${M_mpi_cc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_cc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic"
-	"C"
-	"mpi_cc 64 dyn"
-	MUTATEEmpicc64dynC)
-
-IF (MUTATEEmpicc64dynC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET pcontrol)
-add_executable (pc_addlibrary.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_37})
-foreach (f ${SOURCE_LIST_37})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_addlibrary.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_addlibrary.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
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-foreach (f ${SOURCE_LIST_30})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_breakpoint.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_breakpoint.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_detach.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_10})
-foreach (f ${SOURCE_LIST_10})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_detach.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_detach.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_groups.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_36})
-foreach (f ${SOURCE_LIST_36})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_groups.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_groups.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_irpc.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_62})
-foreach (f ${SOURCE_LIST_62})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_irpc.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_irpc.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_launch.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_63})
-foreach (f ${SOURCE_LIST_63})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_launch.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
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-add_executable (pc_library.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_25})
-foreach (f ${SOURCE_LIST_25})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_library.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_library.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_singlestep.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_27})
-foreach (f ${SOURCE_LIST_27})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_singlestep.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_singlestep.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_stat.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_8})
-foreach (f ${SOURCE_LIST_8})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_stat.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_stat.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_terminate.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_23})
-foreach (f ${SOURCE_LIST_23})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_terminate.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_terminate.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_terminate_stopped.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_45})
-foreach (f ${SOURCE_LIST_45})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_terminate_stopped.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_terminate_stopped.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_thread.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_34})
-foreach (f ${SOURCE_LIST_34})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_thread.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_thread.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_tls.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_51})
-foreach (f ${SOURCE_LIST_51})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_tls.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_tls.dyn_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		pc_addlibrary.dyn_bgq_gcc_64_none_none
-		pc_breakpoint.dyn_bgq_gcc_64_none_none
-		pc_detach.dyn_bgq_gcc_64_none_none
-		pc_groups.dyn_bgq_gcc_64_none_none
-		pc_irpc.dyn_bgq_gcc_64_none_none
-		pc_launch.dyn_bgq_gcc_64_none_none
-		pc_library.dyn_bgq_gcc_64_none_none
-		pc_singlestep.dyn_bgq_gcc_64_none_none
-		pc_stat.dyn_bgq_gcc_64_none_none
-		pc_terminate.dyn_bgq_gcc_64_none_none
-		pc_terminate_stopped.dyn_bgq_gcc_64_none_none
-		pc_thread.dyn_bgq_gcc_64_none_none
-		pc_tls.dyn_bgq_gcc_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_gcc/64/stat Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_gcc/64/stat/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_gcc/64/stat/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgq_gcc/64/stat/none/none/CMakeLists.txt Deleted

@@ -1,140 +0,0 @@
-# CMakeLists for proccontrol/bgq_gcc/64/stat/none/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_mpi_cc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/proccontrol")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -static")
-IF (NOT ${M_mpi_cc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_cc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -static"
-	"C"
-	"mpi_cc 64 stat"
-	MUTATEEmpicc64statC)
-
-IF (MUTATEEmpicc64statC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET pcontrol)
-add_executable (pc_breakpoint.stat_bgq_gcc_64_none_none ${SOURCE_LIST_30})
-foreach (f ${SOURCE_LIST_30})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_breakpoint.stat_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_breakpoint.stat_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_detach.stat_bgq_gcc_64_none_none ${SOURCE_LIST_10})
-foreach (f ${SOURCE_LIST_10})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_detach.stat_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_detach.stat_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_groups.stat_bgq_gcc_64_none_none ${SOURCE_LIST_36})
-foreach (f ${SOURCE_LIST_36})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_groups.stat_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_groups.stat_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_irpc.stat_bgq_gcc_64_none_none ${SOURCE_LIST_62})
-foreach (f ${SOURCE_LIST_62})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_irpc.stat_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_irpc.stat_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_launch.stat_bgq_gcc_64_none_none ${SOURCE_LIST_63})
-foreach (f ${SOURCE_LIST_63})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_launch.stat_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_launch.stat_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_singlestep.stat_bgq_gcc_64_none_none ${SOURCE_LIST_27})
-foreach (f ${SOURCE_LIST_27})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_singlestep.stat_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_singlestep.stat_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_stat.stat_bgq_gcc_64_none_none ${SOURCE_LIST_8})
-foreach (f ${SOURCE_LIST_8})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_stat.stat_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_stat.stat_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_terminate.stat_bgq_gcc_64_none_none ${SOURCE_LIST_23})
-foreach (f ${SOURCE_LIST_23})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_terminate.stat_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_terminate.stat_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_terminate_stopped.stat_bgq_gcc_64_none_none ${SOURCE_LIST_45})
-foreach (f ${SOURCE_LIST_45})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_terminate_stopped.stat_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_terminate_stopped.stat_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_thread.stat_bgq_gcc_64_none_none ${SOURCE_LIST_34})
-foreach (f ${SOURCE_LIST_34})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_thread.stat_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_thread.stat_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-add_executable (pc_tls.stat_bgq_gcc_64_none_none ${SOURCE_LIST_51})
-foreach (f ${SOURCE_LIST_51})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_tls.stat_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_tls.stat_bgq_gcc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		pc_breakpoint.stat_bgq_gcc_64_none_none
-		pc_detach.stat_bgq_gcc_64_none_none
-		pc_groups.stat_bgq_gcc_64_none_none
-		pc_irpc.stat_bgq_gcc_64_none_none
-		pc_launch.stat_bgq_gcc_64_none_none
-		pc_singlestep.stat_bgq_gcc_64_none_none
-		pc_stat.stat_bgq_gcc_64_none_none
-		pc_terminate.stat_bgq_gcc_64_none_none
-		pc_terminate_stopped.stat_bgq_gcc_64_none_none
-		pc_thread.stat_bgq_gcc_64_none_none
-		pc_tls.stat_bgq_gcc_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc++ Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc++/64 Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc++/64/dyn Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc++/64/dyn/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc++/64/dyn/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc++/64/dyn/none/none/CMakeLists.txt Deleted

@@ -1,39 +0,0 @@
-# CMakeLists for proccontrol/bgxlc++/64/dyn/none/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${CXXFLAGS}  -g -O0 -no-pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_mpi_xlcxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/proccontrol")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink")
-IF (NOT ${M_mpi_xlcxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_xlcxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${CXXFLAGS}  -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink"
-	"CXX"
-	"mpi_xlcxx 64 dyn"
-	MUTATEEmpixlcxx64dynCXX)
-
-IF (MUTATEEmpixlcxx64dynCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET pcontrol)
-add_executable (pc_tls.dyn_bgxlc++_64_none_none ${SOURCE_LIST_51})
-foreach (f ${SOURCE_LIST_51})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_tls.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_tls.dyn_bgxlc++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		pc_tls.dyn_bgxlc++_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc++/64/stat Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc++/64/stat/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc++/64/stat/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc++/64/stat/none/none/CMakeLists.txt Deleted

@@ -1,40 +0,0 @@
-# CMakeLists for proccontrol/bgxlc++/64/stat/none/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${CXXFLAGS}  -g -O0 -no-pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_mpi_xlcxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/proccontrol")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_NATIVE}  ")
-IF (NOT ${M_mpi_xlcxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_xlcxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${CXXFLAGS}  -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_NATIVE}  "
-	"CXX"
-	"mpi_xlcxx 64 stat"
-	MUTATEEmpixlcxx64statCXX)
-
-IF (MUTATEEmpixlcxx64statCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET pcontrol)
-add_executable (pc_tls.stat_bgxlc++_64_none_none ${SOURCE_LIST_51})
-foreach (f ${SOURCE_LIST_51})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(pc_tls.stat_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (pc_tls.stat_bgxlc++_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		pc_tls.stat_bgxlc++_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc/64 Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc/64/dyn Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc/64/dyn/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc/64/dyn/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc/64/dyn/none/none/CMakeLists.txt Deleted

@@ -1,39 +0,0 @@
-# CMakeLists for proccontrol/bgxlc/64/dyn/none/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${CFLAGS}  -g -O0 -no-pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_mpi_xlc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/proccontrol")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink")
-IF (NOT ${M_mpi_xlc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_xlc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${CFLAGS}  -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink"
-	"C"
-	"mpi_xlc 64 dyn"
-	MUTATEEmpixlc64dynC)
-
-IF (MUTATEEmpixlc64dynC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET pcontrol)
-add_executable (pc_tls.dyn_bgxlc_64_none_none ${SOURCE_LIST_51})
-foreach (f ${SOURCE_LIST_51})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_tls.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_tls.dyn_bgxlc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		pc_tls.dyn_bgxlc_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc/64/stat Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc/64/stat/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc/64/stat/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/proccontrol/bgxlc/64/stat/none/none/CMakeLists.txt Deleted

@@ -1,40 +0,0 @@
-# CMakeLists for proccontrol/bgxlc/64/stat/none/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${CFLAGS}  -g -O0 -no-pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_mpi_xlc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/proccontrol")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_SKIP_INSTALL_RPATH TRUE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_NATIVE}  ")
-IF (NOT ${M_mpi_xlc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_xlc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${CFLAGS}  -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_NATIVE}  "
-	"C"
-	"mpi_xlc 64 stat"
-	MUTATEEmpixlc64statC)
-
-IF (MUTATEEmpixlc64statC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET pcontrol)
-add_executable (pc_tls.stat_bgxlc_64_none_none ${SOURCE_LIST_51})
-foreach (f ${SOURCE_LIST_51})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(pc_tls.stat_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (pc_tls.stat_bgxlc_64_none_none ${CMAKE_DL_LIBS} ${CMAKE_THREAD_LIBS_INIT})
-
-
-INSTALL (TARGETS
-		pc_tls.stat_bgxlc_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/srclists.cmake Deleted

@@ -1,599 +0,0 @@
-set (SRC ${PROJECT_SOURCE_DIR}/src)
-set (SOURCE_LIST_0 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test3_6_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_1 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test2_6_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_2 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test2_8_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_3 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test4_1_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_4 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test1_29_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_5 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test3_7_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_6 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test1_41_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_7 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_thread_8_mutatee.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set (SOURCE_LIST_8 
-	${SRC}/mutatee_driver.c	${SRC}/proccontrol/pc_stat_mutatee.c
- 	${SRC}/proccontrol/pcontrol_mutatee_tools.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set (SOURCE_LIST_9 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_fork_13_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_10 
-	${SRC}/mutatee_driver.c	${SRC}/proccontrol/pc_detach_mutatee.c
- 	${SRC}/proccontrol/pcontrol_mutatee_tools.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set (SOURCE_LIST_11 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_thread_5_mutatee.c
- 	${SRC}/dyninst/test_thread.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_12 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_thread_3_mutatee.c
- 	${SRC}/dyninst/test_thread.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_13 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_callback_1_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_14 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_fork_8_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_15 
-	${SRC}/mutatee_driver.c	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_16 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_fork_11_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_17 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_fork_14_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_18 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_stack_4_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_19 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test1_19_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_20 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_fork_7_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_21 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_reloc_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_22 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_fork_12_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_23 
-	${SRC}/mutatee_driver.c	${SRC}/proccontrol/pc_terminate_mutatee.c
- 	${SRC}/proccontrol/pcontrol_mutatee_tools.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set (SOURCE_LIST_24 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_callback_2_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_25 
-	${SRC}/mutatee_driver.c	${SRC}/proccontrol/pc_library_mutatee.c
- 	${SRC}/proccontrol/pcontrol_mutatee_tools.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set (SOURCE_LIST_26 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test3_1_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_27 
-	${SRC}/mutatee_driver.c	${SRC}/proccontrol/pc_singlestep_mutatee.c
- 	${SRC}/proccontrol/pcontrol_mutatee_tools.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set (SOURCE_LIST_28 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_thread_1_mutatee.c
- 	${SRC}/dyninst/test_thread.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_29 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_thread_2_mutatee.c
- 	${SRC}/dyninst/test_thread.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_30 
-	${SRC}/mutatee_driver.c	${SRC}/proccontrol/pc_breakpoint_mutatee.c
- 	${SRC}/proccontrol/pcontrol_mutatee_tools.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set (SOURCE_LIST_31 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test3_2_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_32 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_fork_9_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_33 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test4_4_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_34 
-	${SRC}/mutatee_driver.c	${SRC}/proccontrol/pc_thread_mutatee.c
- 	${SRC}/proccontrol/pcontrol_mutatee_tools.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set (SOURCE_LIST_35 
-	${SRC}/mutatee_driver.c	${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/symtab_group_test_group.c
-	${SRC}/symtab/test_lookup_func_mutatee.c
- 	${SRC}/symtab/test_lookup_var_mutatee.c
- 	${SRC}/symtab/test_line_info_mutatee.c
- 	${SRC}/symtab/test_module_mutatee.c
- 	${SRC}/symtab/test_relocations_mutatee.c
- 	${SRC}/symtab/test_type_info_mutatee.c
- 	${SRC}/symtab/test_anno_basic_types_mutatee.c
- 	${SRC}/symtab/test_add_symbols_mutatee.c
- 	${SRC}/symtab/test_local_var_lookup_mutatee.c
- 	${SRC}/symtab/test_local_var_locations_mutatee.C
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_36 
-	${SRC}/mutatee_driver.c	${SRC}/proccontrol/pc_groups_mutatee.c
- 	${SRC}/proccontrol/pcontrol_mutatee_tools.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set (SOURCE_LIST_37 
-	${SRC}/mutatee_driver.c	${SRC}/proccontrol/pc_addlibrary_mutatee.c
- 	${SRC}/proccontrol/pcontrol_mutatee_tools.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set (SOURCE_LIST_38 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_stack_1_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_39 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test1_14_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_40 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test3_5_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_41 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_fork_10_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_42 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_fork_6_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_43 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_snip_remove_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_44 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test3_3_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_45 
-	${SRC}/mutatee_driver.c	${SRC}/proccontrol/pc_terminate_stopped_mutatee.c
- 	${SRC}/proccontrol/pcontrol_mutatee_tools.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set (SOURCE_LIST_46 
-	${SRC}/mutatee_driver.c	${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/dyninst_cxx_group_test_group.c
-	${SRC}/dyninst/test5_1_mutatee.C
- 	${SRC}/dyninst/test5_2_mutatee.C
- 	${SRC}/dyninst/test5_3_mutatee.C
- 	${SRC}/dyninst/test5_4_mutatee.C
- 	${SRC}/dyninst/test5_5_mutatee.C
- 	${SRC}/dyninst/test5_6_mutatee.C
- 	${SRC}/dyninst/test5_7_mutatee.C
- 	${SRC}/dyninst/test5_8_mutatee.C
- 	${SRC}/dyninst/test5_9_mutatee.C
- 	${SRC}/dyninst/cpp_test.C
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_47 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/init_fini_callback_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_48 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test2_14_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_49 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test4_4b_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_50 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_stack_2_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_51 
-	${SRC}/mutatee_driver.c	${SRC}/proccontrol/pc_tls_mutatee.c
- 	${SRC}/proccontrol/pcontrol_mutatee_tools.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set (SOURCE_LIST_52 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test3_4_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_53 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_thread_6_mutatee.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set (SOURCE_LIST_54 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test4_3_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_55 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_fork_5_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_56 
-	${SRC}/mutatee_driver.c	${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/dyninst_group_test_group.c
-	${SRC}/dyninst/test1_1_mutatee.c
- 	${SRC}/dyninst/test1_2_mutatee.c
- 	${SRC}/dyninst/test1_3_mutatee.c
- 	${SRC}/dyninst/test1_4_mutatee.c
- 	${SRC}/dyninst/test1_5_mutatee.c
- 	${SRC}/dyninst/test1_6_mutatee.c
- 	${SRC}/dyninst/test1_7_mutatee.c
- 	${SRC}/dyninst/test1_8_mutatee.c
- 	${SRC}/dyninst/test1_9_mutatee.c
- 	${SRC}/dyninst/test1_10_mutatee.c
- 	${SRC}/dyninst/test1_11_mutatee.c
- 	${SRC}/dyninst/test1_13_mutatee.c
- 	${SRC}/dyninst/test1_15_mutatee.c
- 	${SRC}/dyninst/test1_16_mutatee.c
- 	${SRC}/dyninst/test1_17_mutatee.c
- 	${SRC}/dyninst/test1_18_mutatee.c
- 	${SRC}/dyninst/test1_20_mutatee.c
- 	${SRC}/dyninst/test1_21_mutatee.c
- 	${SRC}/dyninst/test1_22_mutatee.c
- 	${SRC}/dyninst/snip_ref_shlib_var_mutatee.c
- 	${SRC}/dyninst/snip_change_shlib_var_mutatee.c
- 	${SRC}/dyninst/test1_23_mutatee.c
- 	${SRC}/dyninst/test1_24_mutatee.c
- 	${SRC}/dyninst/test1_25_mutatee.c
- 	${SRC}/dyninst/test1_26_mutatee.c
- 	${SRC}/dyninst/test1_27_mutatee.c
- 	${SRC}/dyninst/test1_28_mutatee.c
- 	${SRC}/dyninst/test1_30_mutatee.c
- 	${SRC}/dyninst/test1_31_mutatee.c
- 	${SRC}/dyninst/test1_32_mutatee.c
- 	${SRC}/dyninst/test1_33_mutatee.c
- 	${SRC}/dyninst/test1_34_mutatee.c
- 	${SRC}/dyninst/test1_36_mutatee.c
- 	${SRC}/dyninst/test1_37_mutatee.c
- 	${SRC}/dyninst/test1_38_mutatee.c
- 	${SRC}/dyninst/test1_39_mutatee.c
- 	${SRC}/dyninst/test2_5_mutatee.c
- 	${SRC}/dyninst/test2_7_mutatee.c
- 	${SRC}/dyninst/test2_9_mutatee.c
- 	${SRC}/dyninst/test2_12_mutatee.c
- 	${SRC}/dyninst/test2_13_mutatee.c
- 	${SRC}/dyninst/test_write_param_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_57 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_thread_7_mutatee.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set (SOURCE_LIST_58 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test_stack_3_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_59 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test4_2_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_60 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test1_12_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_61 
-	${SRC}/mutatee_driver.c	${SRC}/dyninst/test4_3b_mutatee.c
- 	${SRC}/mutatee_util.c
- )
-set (SOURCE_LIST_62 
-	${SRC}/mutatee_driver.c	${SRC}/proccontrol/pc_irpc_mutatee.c
- 	${SRC}/proccontrol/pcontrol_mutatee_tools.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set (SOURCE_LIST_63 
-	${SRC}/mutatee_driver.c	${SRC}/proccontrol/pc_launch_mutatee.c
- 	${SRC}/proccontrol/pcontrol_mutatee_tools.c
- 	${SRC}/mutatee_util.c
- 	${SRC}/mutatee_util_mt.c
- )
-set_property (SOURCE ${SRC}/dyninst/test5_3_mutatee.C APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test5_3)
-set_property (SOURCE ${SRC}/dyninst/test5_3_mutatee.C APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
-set_property (SOURCE ${SRC}/proccontrol/pcontrol_mutatee_tools.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=pcontrol_mutat)
-set_property (SOURCE ${SRC}/proccontrol/pcontrol_mutatee_tools.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)
-set_property (SOURCE ${SRC}/proccontrol/pc_terminate_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=pc_terminate)
-set_property (SOURCE ${SRC}/proccontrol/pc_terminate_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)
-set_property (SOURCE ${SRC}/dyninst/test4_1_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test4_1)
-set_property (SOURCE ${SRC}/dyninst/test4_1_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)
-set_property (SOURCE ${SRC}/dyninst/test1_24_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test1_24)
-set_property (SOURCE ${SRC}/dyninst/test1_24_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
-set_property (SOURCE ${SRC}/dyninst/snip_ref_shlib_var_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=snip_ref_shlib_var)
-set_property (SOURCE ${SRC}/dyninst/snip_ref_shlib_var_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
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-set_property (SOURCE ${SRC}/dyninst/test1_27_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
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-set_property (SOURCE ${SRC}/dyninst/test1_10_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
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-set_property (SOURCE ${SRC}/proccontrol/pc_irpc_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)
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-set_property (SOURCE ${SRC}/dyninst/test1_11_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
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-set_property (SOURCE ${SRC}/dyninst/test2_13_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
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-set_property (SOURCE ${SRC}/proccontrol/pc_stat_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)
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-set_property (SOURCE ${SRC}/dyninst/test1_31_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
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-set_property (SOURCE ${SRC}/dyninst/test_thread_6_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test_thread_6)
-set_property (SOURCE ${SRC}/dyninst/test_thread_6_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)
-set_property (SOURCE ${SRC}/dyninst/test_thread_5_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test_thread_5)
-set_property (SOURCE ${SRC}/dyninst/test_thread_5_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)
-set_property (SOURCE ${SRC}/dyninst/test1_33_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test1_33)
-set_property (SOURCE ${SRC}/dyninst/test1_33_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
-set_property (SOURCE ${SRC}/dyninst/test2_8_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test2_8)
-set_property (SOURCE ${SRC}/dyninst/test2_8_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)
-set_property (SOURCE ${SRC}/dyninst/test1_16_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test1_16)
-set_property (SOURCE ${SRC}/dyninst/test1_16_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
-set_property (SOURCE ${SRC}/dyninst/test_write_param_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test_write_param)
-set_property (SOURCE ${SRC}/dyninst/test_write_param_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
-set_property (SOURCE ${SRC}/dyninst/test4_4b_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test4_4b)
-set_property (SOURCE ${SRC}/dyninst/test4_4b_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)
-set_property (SOURCE ${SRC}/proccontrol/pc_breakpoint_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=pc_breakpoint)
-set_property (SOURCE ${SRC}/proccontrol/pc_breakpoint_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)
-set_property (SOURCE ${SRC}/dyninst/test1_36_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test1_36)
-set_property (SOURCE ${SRC}/dyninst/test1_36_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
-set_property (SOURCE ${SRC}/dyninst/test2_5_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test2_5)
-set_property (SOURCE ${SRC}/dyninst/test2_5_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
-set_property (SOURCE ${SRC}/dyninst/test1_3_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test1_3)
-set_property (SOURCE ${SRC}/dyninst/test1_3_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
-set_property (SOURCE ${SRC}/dyninst/test_fork_12_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test_fork_12)
-set_property (SOURCE ${SRC}/dyninst/test_fork_12_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)
-set_property (SOURCE ${SRC}/dyninst/test5_6_mutatee.C APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test5_6)
-set_property (SOURCE ${SRC}/dyninst/test5_6_mutatee.C APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
-set_property (SOURCE ${SRC}/dyninst/test1_17_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test1_17)
-set_property (SOURCE ${SRC}/dyninst/test1_17_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
-set_property (SOURCE ${SRC}/proccontrol/pc_detach_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=pc_detach)
-set_property (SOURCE ${SRC}/proccontrol/pc_detach_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)
-set_property (SOURCE ${SRC}/dyninst/test_reloc_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test_reloc)
-set_property (SOURCE ${SRC}/dyninst/test_reloc_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)
-set_property (SOURCE ${SRC}/dyninst/test1_6_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test1_6)
-set_property (SOURCE ${SRC}/dyninst/test1_6_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
-set_property (SOURCE ${SRC}/dyninst/test1_21_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test1_21)
-set_property (SOURCE ${SRC}/dyninst/test1_21_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
-set_property (SOURCE ${SRC}/dyninst/test4_4_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test4_4)
-set_property (SOURCE ${SRC}/dyninst/test4_4_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)
-set_property (SOURCE ${SRC}/symtab/test_lookup_func_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test_lookup_func)
-set_property (SOURCE ${SRC}/symtab/test_lookup_func_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
-set_property (SOURCE ${SRC}/proccontrol/pc_addlibrary_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=pc_addlibrary)
-set_property (SOURCE ${SRC}/proccontrol/pc_addlibrary_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)
-set_property (SOURCE ${SRC}/dyninst/test2_12_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test2_12)
-set_property (SOURCE ${SRC}/dyninst/test2_12_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=1)
-set_property (SOURCE ${SRC}/dyninst/test1_29_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test1_29)
-set_property (SOURCE ${SRC}/dyninst/test1_29_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)
-set_property (SOURCE ${SRC}/dyninst/test_thread_2_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test_thread_2)
-set_property (SOURCE ${SRC}/dyninst/test_thread_2_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)
-set_property (SOURCE ${SRC}/dyninst/test_fork_9_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS TEST_NAME=test_fork_9)
-set_property (SOURCE ${SRC}/dyninst/test_fork_9_mutatee.c APPEND PROPERTY COMPILE_DEFINITIONS GROUPABLE=0)

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgq_g++ Deleted

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_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgq_g++/64/dyn Deleted

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_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgq_g++/64/dyn/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgq_g++/64/dyn/none/none/CMakeLists.txt Deleted

@@ -1,39 +0,0 @@
-# CMakeLists for symtab/bgq_g++/64/dyn/none/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_mpi_cxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/symtab")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic")
-IF (NOT ${M_mpi_cxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_cxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic"
-	"CXX"
-	"mpi_cxx 64 dyn"
-	MUTATEEmpicxx64dynCXX)
-
-IF (MUTATEEmpicxx64dynCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET symtabAPI)
-add_executable (symtab_group_test.dyn_bgq_g++_64_none_none ${SOURCE_LIST_35})
-foreach (f ${SOURCE_LIST_35})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(symtab_group_test.dyn_bgq_g++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (symtab_group_test.dyn_bgq_g++_64_none_none testA)
-
-
-INSTALL (TARGETS
-		symtab_group_test.dyn_bgq_g++_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgq_g++/64/dyn/pic Deleted

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_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgq_g++/64/dyn/pic/none/CMakeLists.txt Deleted

@@ -1,39 +0,0 @@
-# CMakeLists for symtab/bgq_g++/64/dyn/pic/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_mpi_cxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/symtab")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic")
-IF (NOT ${M_mpi_cxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_cxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${MUTATEE_CXXFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie"
-	"${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic"
-	"CXX"
-	"mpi_cxx 64 dyn"
-	MUTATEEmpicxx64dynCXX)
-
-IF (MUTATEEmpicxx64dynCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET symtabAPI)
-add_executable (symtab_group_test.dyn_bgq_g++_64_pic_none ${SOURCE_LIST_35})
-foreach (f ${SOURCE_LIST_35})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(symtab_group_test.dyn_bgq_g++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (symtab_group_test.dyn_bgq_g++_64_pic_none testA)
-
-
-INSTALL (TARGETS
-		symtab_group_test.dyn_bgq_g++_64_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgq_gcc Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgq_gcc/64 Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgq_gcc/64/dyn Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgq_gcc/64/dyn/none Deleted

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@@ -1,39 +0,0 @@
-# CMakeLists for symtab/bgq_gcc/64/dyn/none/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_mpi_cc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/symtab")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic")
-IF (NOT ${M_mpi_cc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_cc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic"
-	"C"
-	"mpi_cc 64 dyn"
-	MUTATEEmpicc64dynC)
-
-IF (MUTATEEmpicc64dynC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET symtabAPI)
-add_executable (symtab_group_test.dyn_bgq_gcc_64_none_none ${SOURCE_LIST_35})
-foreach (f ${SOURCE_LIST_35})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(symtab_group_test.dyn_bgq_gcc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (symtab_group_test.dyn_bgq_gcc_64_none_none testA)
-
-
-INSTALL (TARGETS
-		symtab_group_test.dyn_bgq_gcc_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgq_gcc/64/dyn/pic Deleted

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_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgq_gcc/64/dyn/pic/none/CMakeLists.txt Deleted

@@ -1,39 +0,0 @@
-# CMakeLists for symtab/bgq_gcc/64/dyn/pic/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_mpi_cc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/symtab")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic")
-IF (NOT ${M_mpi_cc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_cc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${MUTATEE_CFLAGS_GNU}   -g -O0 -fPIC -fPIE -pie"
-	"${MUTATEE_LDFLAGS_GNU}  -dynamic -Wl,-export-dynamic"
-	"C"
-	"mpi_cc 64 dyn"
-	MUTATEEmpicc64dynC)
-
-IF (MUTATEEmpicc64dynC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET symtabAPI)
-add_executable (symtab_group_test.dyn_bgq_gcc_64_pic_none ${SOURCE_LIST_35})
-foreach (f ${SOURCE_LIST_35})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(symtab_group_test.dyn_bgq_gcc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (symtab_group_test.dyn_bgq_gcc_64_pic_none testA)
-
-
-INSTALL (TARGETS
-		symtab_group_test.dyn_bgq_gcc_64_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc++ Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc++/64 Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc++/64/dyn Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc++/64/dyn/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc++/64/dyn/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc++/64/dyn/none/none/CMakeLists.txt Deleted

@@ -1,39 +0,0 @@
-# CMakeLists for symtab/bgxlc++/64/dyn/none/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${CXXFLAGS}  -g -O0 -no-pie")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_mpi_xlcxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/symtab")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink")
-IF (NOT ${M_mpi_xlcxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_xlcxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${CXXFLAGS}  -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink"
-	"CXX"
-	"mpi_xlcxx 64 dyn"
-	MUTATEEmpixlcxx64dynCXX)
-
-IF (MUTATEEmpixlcxx64dynCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET symtabAPI)
-add_executable (symtab_group_test.dyn_bgxlc++_64_none_none ${SOURCE_LIST_35})
-foreach (f ${SOURCE_LIST_35})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(symtab_group_test.dyn_bgxlc++_64_none_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (symtab_group_test.dyn_bgxlc++_64_none_none testA)
-
-
-INSTALL (TARGETS
-		symtab_group_test.dyn_bgxlc++_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc++/64/dyn/pic Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc++/64/dyn/pic/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc++/64/dyn/pic/none/CMakeLists.txt Deleted

@@ -1,39 +0,0 @@
-# CMakeLists for symtab/bgxlc++/64/dyn/pic/none
-set (CMAKE_CXX_FLAGS "${MUTATOR_DEFINES}  ${CXXFLAGS} ${CXXFLAGS}  -g -O0 -qpic")
-set (CMAKE_CXX_FLAGS_DEBUG "")
-set (CMAKE_CXX_FLAGS_RELEASE "")
-set (CMAKE_CXX_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_CXX_COMPILER "${M_mpi_xlcxx}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/symtab")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink")
-IF (NOT ${M_mpi_xlcxx} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_xlcxx}"
-	"${MUTATOR_DEFINES}  ${CXXFLAGS} ${CXXFLAGS}  -g -O0 -qpic"
-	"${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink"
-	"CXX"
-	"mpi_xlcxx 64 dyn"
-	MUTATEEmpixlcxx64dynCXX)
-
-IF (MUTATEEmpixlcxx64dynCXX MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET symtabAPI)
-add_executable (symtab_group_test.dyn_bgxlc++_64_pic_none ${SOURCE_LIST_35})
-foreach (f ${SOURCE_LIST_35})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE CXX)
-	endif()
-	endforeach()
-set_target_properties(symtab_group_test.dyn_bgxlc++_64_pic_none PROPERTIES LINKER_LANGUAGE CXX)
-target_link_libraries (symtab_group_test.dyn_bgxlc++_64_pic_none testA)
-
-
-INSTALL (TARGETS
-		symtab_group_test.dyn_bgxlc++_64_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc/64 Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc/64/dyn Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc/64/dyn/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc/64/dyn/none/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc/64/dyn/none/none/CMakeLists.txt Deleted

@@ -1,39 +0,0 @@
-# CMakeLists for symtab/bgxlc/64/dyn/none/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${CFLAGS}  -g -O0 -no-pie")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_mpi_xlc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/symtab")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink")
-IF (NOT ${M_mpi_xlc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_xlc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${CFLAGS}  -g -O0 -no-pie"
-	"${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink"
-	"C"
-	"mpi_xlc 64 dyn"
-	MUTATEEmpixlc64dynC)
-
-IF (MUTATEEmpixlc64dynC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET symtabAPI)
-add_executable (symtab_group_test.dyn_bgxlc_64_none_none ${SOURCE_LIST_35})
-foreach (f ${SOURCE_LIST_35})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(symtab_group_test.dyn_bgxlc_64_none_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (symtab_group_test.dyn_bgxlc_64_none_none testA)
-
-
-INSTALL (TARGETS
-		symtab_group_test.dyn_bgxlc_64_none_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc/64/dyn/pic Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc/64/dyn/pic/none Deleted

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab/bgxlc/64/dyn/pic/none/CMakeLists.txt Deleted

@@ -1,39 +0,0 @@
-# CMakeLists for symtab/bgxlc/64/dyn/pic/none
-set (CMAKE_C_FLAGS "${MUTATOR_DEFINES}  ${CFLAGS} ${CFLAGS}  -g -O0 -qpic")
-set (CMAKE_C_FLAGS_DEBUG "")
-set (CMAKE_C_FLAGS_RELEASE "")
-set (CMAKE_C_FLAGS_RELWITHDEBINFO "")
-set (CMAKE_C_COMPILER "${M_mpi_xlc}")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src")
-include_directories("${PROJECT_SOURCE_DIR}/testsuite/src/symtab")
-add_definitions(-DSOLO_MUTATEE)
-set (CMAKE_EXE_LINKER_FLAGS "${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink")
-IF (NOT ${M_mpi_xlc} MATCHES "NOTFOUND")
-CHECK_MUTATEE_COMPILER ("${M_mpi_xlc}"
-	"${MUTATOR_DEFINES}  ${CFLAGS} ${CFLAGS}  -g -O0 -qpic"
-	"${MUTATEE_LDFLAGS_NATIVE}  -qnostaticlink"
-	"C"
-	"mpi_xlc 64 dyn"
-	MUTATEEmpixlc64dynC)
-
-IF (MUTATEEmpixlc64dynC MATCHES "1")
-include (${PROJECT_SOURCE_DIR}/ppc64_bgq_ion/srclists.cmake)
-if(TARGET symtabAPI)
-add_executable (symtab_group_test.dyn_bgxlc_64_pic_none ${SOURCE_LIST_35})
-foreach (f ${SOURCE_LIST_35})
-	get_source_file_property(lang ${f} LANGUAGE)
-	if(lang MATCHES "C")
-		set_source_files_properties(${f} PROPERTIES LANGUAGE C)
-	endif()
-	endforeach()
-set_target_properties(symtab_group_test.dyn_bgxlc_64_pic_none PROPERTIES LINKER_LANGUAGE C)
-target_link_libraries (symtab_group_test.dyn_bgxlc_64_pic_none testA)
-
-
-INSTALL (TARGETS
-		symtab_group_test.dyn_bgxlc_64_pic_none
-	DESTINATION ${INSTALL_DIR})
-
-ENDIF()
-ENDIF()
-ENDIF()

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/symtab_group_test_group.c Deleted

@@ -1,29 +0,0 @@
-#ifdef __cplusplus
-extern "C" {
-#endif
-#include "../src/mutatee_call_info.h"
-
-extern int test_type_info_mutatee();
-extern int test_local_var_lookup_mutatee();
-extern int test_module_mutatee();
-extern int test_lookup_func_mutatee();
-extern int test_lookup_var_mutatee();
-extern int test_line_info_mutatee();
-extern int test_local_var_locations_mutatee();
-
-mutatee_call_info_t mutatee_funcs = {
-  {"test_type_info", test_type_info_mutatee, GROUPED, "test_type_info"},
-  {"test_local_var_lookup", test_local_var_lookup_mutatee, GROUPED, "test_local_var_lookup"},
-  {"test_module", test_module_mutatee, GROUPED, "test_module"},
-  {"test_lookup_func", test_lookup_func_mutatee, GROUPED, "test_lookup_func"},
-  {"test_lookup_var", test_lookup_var_mutatee, GROUPED, "test_lookup_var"},
-  {"test_line_info", test_line_info_mutatee, GROUPED, "test_line_info"},
-  {"test_local_var_locations", test_local_var_locations_mutatee, GROUPED, "test_local_var_locations"}
-};
-
-int max_tests = 7;
-int runTest7;
-int passedTest7;
-#ifdef __cplusplus
-}
-#endif

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/test_info_new.gen.C Deleted

@@ -1,6740 +0,0 @@
-/* This file automatically generated from test specifications.  See
- * specification/spec.pl and specification/makemake.py
- */
-
-#include "test_info_new.h"
-
-
-
-static unsigned int test_count = 0;
-static unsigned int group_count = 0;
-static std::vector<RunGroup *> *tests = NULL;
-
-static void fini_group(RunGroup *rg) {
-  rg->index = group_count++;
-  tests->push_back(rg);
-  test_count = 0;
-}
-
-static void add_test(RunGroup *rg, const char *ts) {
-  rg->tests.push_back(new TestInfo(test_count++, ".so", ts));
-}
-
-// Now we insert the test lists into the run groups
-void initialize_mutatees(std::vector<RunGroup *> &t) {
-        tests = &t;
-	RunGroup *rg;
-  rg = new RunGroup("pc_launch.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_launch.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_launch, mutator: pc_launch, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_launch, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_breakpoint.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_breakpoint, mutator: pc_breakpoint, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_breakpoint, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_library, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_library, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_library, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_library, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_library, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_library, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_library, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_library, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_library, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_library, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_library, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_library, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_library, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_library, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_library, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_library.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_library, mutator: pc_library, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_library, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_addlibrary.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_addlibrary, mutator: pc_addlibrary, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_addlibrary, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_singlestep.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_singlestep, mutator: pc_singlestep, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_singlestep, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_thread.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_thread, mutator: pc_thread, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_thread, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_groups.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_groups, mutator: pc_groups, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_groups, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_stat.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_stat, mutator: pc_stat, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_stat, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_irpc.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_irpc, mutator: pc_irpc, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_irpc, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_detach.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_detach, mutator: pc_detach, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_detach, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate, mutator: pc_terminate, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_terminate_stopped.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_terminate_stopped, mutator: pc_terminate_stopped, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_terminate_stopped, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_low", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_low", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_low", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_low", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_low", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_low", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_low", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_low", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_low", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_low", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_low", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_low", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_low", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_low", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_low", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_low", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_high", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_high", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_high", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_high", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_high", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_high", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_high", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_high", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_high", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_high", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_high", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_high", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_high", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_high", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_high", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_high", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_max", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_max", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_max", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_max", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_max", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_max", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_max", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_gcc_64_none_max", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_max", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_max", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_max", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_max", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_max", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_max", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_max", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_gcc_64_none_max", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_low", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_low", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_low", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_low", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_low", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_low", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_low", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_low", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_low", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_low", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_low", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_low", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_low", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_low", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_low", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_low", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_high", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_high", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_high", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_high", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_high", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_high", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_high", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_high", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_high", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_high", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_high", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_high", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_high", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_high", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_high", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_high", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_max", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_max", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_max", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_max", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_max", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_max", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_max", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgq_g++_64_none_max", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_max", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_max", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_max", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_max", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_max", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_max", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_max", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgq_g++_64_none_max", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgxlc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgxlc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgxlc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgxlc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgxlc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgxlc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgxlc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgxlc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgxlc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgxlc_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgxlc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgxlc_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgxlc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgxlc_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgxlc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgxlc_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgxlc++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgxlc++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgxlc++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgxlc++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgxlc++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgxlc++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgxlc++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.dyn_bgxlc++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		DynamicLink, true, nonPIC, 
-		"proccontrol", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: dynamicMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgxlc++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgxlc++_64_none_none", 
-		SELFATTACH, CREATE, MultiThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgxlc++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, MultiProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgxlc++_64_none_none", 
-		SELFATTACH, CREATE, SingleThreaded, SingleProcess, 
-		remote, remote, no_launch, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: no_launch, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: createProcess}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgxlc++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgxlc++_64_none_none", 
-		SELFATTACH, USEATTACH, MultiThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: MultiThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgxlc++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, MultiProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: MultiProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("pc_tls.stat_bgxlc++_64_none_none", 
-		SELFATTACH, USEATTACH, SingleThreaded, SingleProcess, 
-		remote, remote, pre, 
-		StaticLink, true, nonPIC, 
-		"proccontrol", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: pc_tls, mutator: pc_tls, grouped: false, pic: none, start_state: selfattach, format: staticMutatee, process_mode: SingleProcess, abi: 64, thread_mode: SingleThreaded, mutateeruntime: pre, platmode: NONE, mutatee: pc_tls, mutatorstart: remote, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: useAttach}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		SELFSTART, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, true, nonPIC, 
-		"dyninst", "", "none", "64", "NONE");
-  add_test(rg, "{test: test_pt_ls, mutator: test_pt_ls, grouped: false, pic: none, start_state: selfstart, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: remote, compiler: , run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"instruction", "", "none", "64", "NONE");
-  add_test(rg, "{test: power_decode, mutator: power_decode, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: , run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"instruction", "", "none", "64", "NONE");
-  add_test(rg, "{test: aarch64_decode, mutator: aarch64_decode, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: , run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"instruction", "", "none", "64", "NONE");
-  add_test(rg, "{test: aarch64_cft, mutator: aarch64_cft, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: , run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"instruction", "", "none", "64", "NONE");
-  add_test(rg, "{test: aarch64_decode_ldst, mutator: aarch64_decode_ldst, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: , run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"instruction", "", "none", "64", "NONE");
-  add_test(rg, "{test: aarch64_simd, mutator: aarch64_simd, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: , run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, true, nonPIC, 
-		"instruction", "", "none", "64", "NONE");
-  add_test(rg, "{test: power_cft, mutator: power_cft, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: none, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: , run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgq_gcc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgq_gcc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgq_gcc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgq_gcc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgq_gcc_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgq_gcc_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgq_gcc_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgq_gcc_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgq_gcc_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgq_gcc_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgq_gcc_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgq_gcc_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgq_gcc_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgq_gcc_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgq_gcc_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgq_gcc_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgxlc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgxlc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgxlc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgxlc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgq_g++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgq_g++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgq_g++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgq_g++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgq_g++_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgq_g++_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgq_g++_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgq_g++_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgq_g++_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgq_g++_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgq_g++_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgq_g++_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgq_g++_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgq_g++_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgq_g++_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgq_g++_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgxlc++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.stat_bgxlc++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgxlc++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_group_test.dyn_bgxlc++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: snip_change_shlib_var, mutator: snip_change_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: snip_ref_shlib_var, mutator: snip_ref_shlib_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_1, mutator: test1_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_10, mutator: test1_10, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_11, mutator: test1_11, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_13, mutator: test1_13, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_15, mutator: test1_15, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_16, mutator: test1_16, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_17, mutator: test1_17, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_18, mutator: test1_18, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_2, mutator: test1_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_20, mutator: test1_20, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_21, mutator: test1_21, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_22, mutator: test1_22, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_23, mutator: test1_23, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_24, mutator: test1_24, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_25, mutator: test1_25, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_26, mutator: test1_26, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_27, mutator: test1_27, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_28, mutator: test1_28, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_3, mutator: test1_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_30, mutator: test1_30, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_31, mutator: test1_31, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_32, mutator: test1_32, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_33, mutator: test1_33, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_34, mutator: test1_34, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_36, mutator: test1_36, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_37, mutator: test1_37, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_38, mutator: test1_38, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_39, mutator: test1_39, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_4, mutator: test1_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_5, mutator: test1_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_6, mutator: test1_6, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_7, mutator: test1_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_8, mutator: test1_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test1_9, mutator: test1_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test2_5, mutator: test2_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_bgq_g++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_bgq_g++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_bgq_g++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_bgq_g++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_bgq_g++_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_bgq_g++_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_bgq_g++_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_bgq_g++_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_bgq_g++_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_bgq_g++_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_bgq_g++_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_bgq_g++_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_bgq_g++_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_bgq_g++_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_bgq_g++_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_bgq_g++_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_bgxlc++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.stat_bgxlc++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_bgxlc++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("dyninst_cxx_group_test.dyn_bgxlc++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: test5_1, mutator: test5_1, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_2, mutator: test5_2, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_3, mutator: test5_3, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_4, mutator: test5_4, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_5, mutator: test5_5, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_7, mutator: test5_7, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_8, mutator: test5_8, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  add_test(rg, "{test: test5_9, mutator: test5_9, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: dyninst_cxx_group_test, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgq_gcc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgq_gcc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgq_gcc_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgq_gcc_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgq_gcc_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgq_gcc_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgq_gcc_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgq_gcc_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_gcc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgxlc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgxlc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgq_g++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgq_g++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgq_g++_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgq_g++_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: low, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgq_g++_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgq_g++_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: high, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgq_g++_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgq_g++_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: max, mutateestart: not_run, compiler: bgq_g++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgxlc++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, PIC, 
-		"symtab", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("symtab_group_test.dyn_bgxlc++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, not_run, no_launch, 
-		DynamicLink, false, nonPIC, 
-		"symtab", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: test_line_info, mutator: test_line_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_locations, mutator: test_local_var_locations, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc++, run_mode: disk}");
-  add_test(rg, "{test: test_local_var_lookup, mutator: test_local_var_lookup, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_func, mutator: test_lookup_func, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc++, run_mode: disk}");
-  add_test(rg, "{test: test_lookup_var, mutator: test_lookup_var, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc++, run_mode: disk}");
-  add_test(rg, "{test: test_module, mutator: test_module, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc++, run_mode: disk}");
-  add_test(rg, "{test: test_type_info, mutator: test_type_info, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: no_launch, platmode: NONE, mutatee: symtab_group_test, mutatorstart: local, optimization: none, mutateestart: not_run, compiler: bgxlc++, run_mode: disk}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgq_gcc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgq_gcc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgq_gcc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgq_gcc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgq_gcc_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgq_gcc_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgq_gcc_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgq_gcc_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgq_gcc_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgq_gcc_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgq_gcc_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgq_gcc_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgq_gcc_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgq_gcc_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgq_gcc_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgq_gcc_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgxlc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgxlc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgxlc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgxlc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgq_g++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgq_g++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgq_g++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgq_g++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgq_g++_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgq_g++_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgq_g++_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgq_g++_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgq_g++_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgq_g++_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgq_g++_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgq_g++_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgq_g++_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgq_g++_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgq_g++_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgq_g++_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgxlc++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.stat_bgxlc++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgxlc++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_14.dyn_bgxlc++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: test1_14, mutator: test1_14, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_14, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgq_gcc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgq_gcc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgq_gcc_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgq_gcc_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgq_gcc_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgq_gcc_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgq_gcc_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgq_gcc_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgxlc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgxlc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgq_g++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgq_g++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgq_g++_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgq_g++_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgq_g++_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgq_g++_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgq_g++_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgq_g++_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgxlc++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test_reloc.dyn_bgxlc++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: test_reloc, mutator: test_reloc, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test_reloc, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgq_gcc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgq_gcc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgq_gcc_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgq_gcc_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgq_gcc_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgq_gcc_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgq_gcc_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgq_gcc_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgxlc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgxlc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgq_g++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgq_g++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgq_g++_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgq_g++_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgq_g++_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgq_g++_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgq_g++_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgq_g++_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgxlc++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("init_fini_callback.dyn_bgxlc++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: init_fini_callback, mutator: init_fini_callback, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: init_fini_callback, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgq_gcc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgq_gcc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgq_gcc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgq_gcc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "none", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgq_gcc_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgq_gcc_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgq_gcc_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgq_gcc_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "low", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgq_gcc_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgq_gcc_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgq_gcc_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgq_gcc_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "high", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgq_gcc_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgq_gcc_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgq_gcc_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgq_gcc_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_gcc", "max", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_gcc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgxlc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgxlc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgxlc_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgxlc_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgxlc", "none", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgq_g++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgq_g++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgq_g++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgq_g++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "none", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgq_g++_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgq_g++_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgq_g++_64_pic_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgq_g++_64_none_low", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "low", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: low, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgq_g++_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgq_g++_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgq_g++_64_pic_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgq_g++_64_none_high", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "high", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: high, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgq_g++_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgq_g++_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgq_g++_64_pic_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgq_g++_64_none_max", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgq_g++", "max", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: max, mutateestart: remote, compiler: bgq_g++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgxlc++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, PIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.stat_bgxlc++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		StaticLink, false, nonPIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: staticMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgxlc++_64_pic_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, PIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: pic, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-  rg = new RunGroup("test1_29.dyn_bgxlc++_64_none_none", 
-		STOPPED, DISK, TNone, PNone, 
-		local, remote, post, 
-		DynamicLink, false, nonPIC, 
-		"dyninst", "bgxlc++", "none", "64", "NONE");
-  add_test(rg, "{test: test1_29, mutator: test1_29, grouped: false, pic: none, start_state: stopped, format: dynamicMutatee, process_mode: None, abi: 64, thread_mode: None, mutateeruntime: post, platmode: NONE, mutatee: test1_29, mutatorstart: local, optimization: none, mutateestart: remote, compiler: bgxlc++, run_mode: binary}");
-  fini_group(rg);
-}

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_bgq_ion/tuples.gz Deleted

@@ -1,8 +0,0 @@
-'i386-unknown-linux2.4','.o','',lib,'.so','',c,gcc,fortran,gfortran,nasm_asm,nasm,att_asm,gcc,32,'i386-unknown-linux2.6','.o','',lib,'.so','',c,gcc,fortran,gfortran,nasm_asm,nasm,att_asm,gcc,32,'i386-unknown-nt4.0','.obj','.exe','','.dll',link,masm_asm,masm,32,'i386-unknown-winXP','.obj','.exe','','.dll',link,masm_asm,masm,32,'rs6000-ibm-aix5.1','.o','',lib,'.so','',power_asm,ibm_as,32,'rs6000-ibm-aix64-5.2','.o','',lib,'.so','',power_asm,ibm_as,32,64,'x86_64-unknown-linux2.4','.o','',lib,'.so','',c,gcc,att_asm,gcc,32,64,x86_64_cnl,'.o','',lib,'.so','',c,gcc,att_asm,gcc,32,64,ppc64_linux,'.o','',lib,'.so','',c,gcc,att_asm,gcc,64,ppc32_linux,'.o','',lib,'.so','',c,gcc,att_asm,gcc,32,'i386-unknown-freebsd7.2','.o','',lib,'.so','',nasm_asm,nasm,att_asm,gcc,32,'amd64-unknown-freebsd7.2','.o','',lib,'.so','',att_asm,gcc,64,ppc32_bgp_ion,'.o','',lib,'.so','',,32,ppc32_bgl_ion,'.o','',lib,'.so','',,32,ppc32_bgp,'.o','',lib,'.so','',,32,ppc64_bgq_ion,'.o','',lib,'.so','',,64,'aarch64-unknown-linux','.o','',lib,'.so','',c,gcc,att_asm,gcc,64
-fortran,'.F',c,'.c','c++','.C',att_asm,'.S','.s',masm_asm,'.asm',nasm_asm,'.asm',power_asm,'.s'
-'','','','aarch64-unknown-linux','amd64-unknown-freebsd7.2','i386-unknown-freebsd7.2','i386-unknown-linux2.4','i386-unknown-linux2.6','i386-unknown-nt4.0','i386-unknown-winXP',ppc32_bgl_ion,ppc32_bgp,ppc32_bgp_ion,ppc32_linux,ppc64_bgq_ion,ppc64_linux,'rs6000-ibm-aix5.1','rs6000-ibm-aix64-5.2','x86_64-unknown-linux2.4',x86_64_cnl,true,none,'-g -O0',none,'-no-pie',,,'','','',,'','',ppc64_bgq_ion,'VC',cl,native_cc,'i386-unknown-nt4.0','i386-unknown-winXP',true,low,'/O1 /MD /Zi /DNDEBUG',high,'/O2 /MD /Zi /DNDEBUG',max,'/Ox /MD /Zi /DNDEBUG',none,'/Od /Zi /MDd /D_DEBUG',none,'-no-pie',pic,'',partial_compile,'-c',c,'','${MUTATEE_CFLAGS_NATIVE}','${CMAKE_EXE_LINKER_FLAGS} ${MUTATEE_LDFLAGS_NATIVE}','i386-unknown-nt4.0',32,'',native_cc,'i386-unknown-winXP',32,'',native_cc,'','',ppc64_bgq_ion,'VC++',cl,native_cc,'i386-unknown-nt4.0','i386-unknown-winXP',true,low,'/O1 /MD /Zi /DNDEBUG',high,'/O2 /MD /Zi /DNDEBUG',max,'/Ox /MD /Zi /DNDEBUG',none,'/Od /Zi /MDd 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e,no_launch,none,'NONE',pc_library,bgq_gcc,none,createProcess,selfattach,false,pc_library,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_library,bgq_gcc,none,useAttach,selfattach,false,pc_library,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_library,bgq_gcc,none,useAttach,selfattach,false,pc_library,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_library,bgq_gcc,none,useAttach,selfattach,false,pc_library,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_library,bgq_gcc,none,useAttach,selfattach,false,pc_library,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_library,'bgq_g++',none,createProcess,selfattach,false,pc_library,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_library,'bgq_g++',none,createProcess,selfattach,false,pc_library,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_library,'bgq_g++',none,createProcess,selfattach,false,pc_library,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_library,'bgq_g++',none,createProcess,selfattach,false,pc_library,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_library,'bgq_g++',none,useAttach,selfattach,false,pc_library,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_library,'bgq_g++',none,useAttach,selfattach,false,pc_library,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_library,'bgq_g++',none,useAttach,selfattach,false,pc_library,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_library,'bgq_g++',none,useAttach,selfattach,false,pc_library,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_addlibrary,bgq_gcc,none,createProcess,selfattach,false,pc_addlibrary,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_addlibrary,bgq_gcc,none,createProcess,selfattach,false,pc_addlibrary,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_addlibrary,bgq_gcc,none,createProcess,selfattach,false,pc_addlibrary,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_addlibrary,bgq_gcc,none,createProcess,selfattach,false,pc_addlibrary,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_addlibrary,bgq_gcc,none,useAttach,selfattach,false,pc_addlibrary,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_addlibrary,bgq_gcc,none,useAttach,selfattach,false,pc_addlibrary,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_addlibrary,bgq_gcc,none,useAttach,selfattach,false,pc_addlibrary,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_addlibrary,bgq_gcc,none,useAttach,selfattach,false,pc_addlibrary,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_addlibrary,'bgq_g++',none,createProcess,selfattach,false,pc_addlibrary,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_addlibrary,'bgq_g++',none,createProcess,selfattach,false,pc_addlibrary,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_addlibrary,'bgq_g++',none,createProcess,selfattach,false,pc_addlibrary,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_addlibrary,'bgq_g++',none,createProcess,selfattach,false,pc_addlibrary,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_addlibrary,'bgq_g++',none,useAttach,selfattach,false,pc_addlibrary,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_addlibrary,'bgq_g++',none,useAttach,selfattach,false,pc_addlibrary,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_addlibrary,'bgq_g++',none,useAttach,selfattach,false,pc_addlibrary,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_addlibrary,'bgq_g++',none,useAttach,selfattach,false,pc_addlibrary,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_singlestep,bgq_gcc,none,createProcess,selfattach,false,pc_singlestep,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_singlestep,bgq_gcc,none,createProcess,selfattach,false,pc_singlestep,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_singlestep,bgq_gcc,none,createProcess,selfattach,false,pc_singlestep,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_singlestep,bgq_gcc,none,createProcess,selfattach,false,pc_singlestep,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_singlestep,bgq_gcc,none,useAttach,selfattach,false,pc_singlestep,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_singlestep,bgq_gcc,none,useAttach,selfattach,false,pc_singlestep,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_singlestep,bgq_gcc,none,useAttach,selfattach,false,pc_singlestep,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_singlestep,bgq_gcc,none,useAttach,selfattach,false,pc_singlestep,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_singlestep,bgq_gcc,none,createProcess,selfattach,false,pc_singlestep,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_singlestep,bgq_gcc,none,createProcess,selfattach,false,pc_singlestep,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_singlestep,bgq_gcc,none,createProcess,selfattach,false,pc_singlestep,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_singlestep,bgq_gcc,none,createProcess,selfattach,false,pc_singlestep,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_singlestep,bgq_gcc,none,useAttach,selfattach,false,pc_singlestep,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_singlestep,bgq_gcc,none,useAttach,selfattach,false,pc_singlestep,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_singlestep,bgq_gcc,none,useAttach,selfattach,false,pc_singlestep,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_singlestep,bgq_gcc,none,useAttach,selfattach,false,pc_singlestep,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_singlestep,'bgq_g++',none,createProcess,selfattach,false,pc_singlestep,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_singlestep,'bgq_g++',none,createProcess,selfattach,false,pc_singlestep,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_singlestep,'bgq_g++',none,createProcess,selfattach,false,pc_singlestep,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_singlestep,'bgq_g++',none,createProcess,selfattach,false,pc_singlestep,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_singlestep,'bgq_g++',none,useAttach,selfattach,false,pc_singlestep,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_singlestep,'bgq_g++',none,useAttach,selfattach,false,pc_singlestep,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_singlestep,'bgq_g++',none,useAttach,selfattach,false,pc_singlestep,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_singlestep,'bgq_g++',none,useAttach,selfattach,false,pc_singlestep,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_singlestep,'bgq_g++',none,createProcess,selfattach,false,pc_singlestep,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_singlestep,'bgq_g++',none,createProcess,selfattach,false,pc_singlestep,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_singlestep,'bgq_g++',none,createProcess,selfattach,false,pc_singlestep,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_singlestep,'bgq_g++',none,createProcess,selfattach,false,pc_singlestep,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_singlestep,'bgq_g++',none,useAttach,selfattach,false,pc_singlestep,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_singlestep,'bgq_g++',none,useAttach,selfattach,false,pc_singlestep,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_singlestep,'bgq_g++',none,useAttach,selfattach,false,pc_singlestep,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_singlestep,'bgq_g++',none,useAttach,selfattach,false,pc_singlestep,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_thread,bgq_gcc,none,createProcess,selfattach,false,pc_thread,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_thread,bgq_gcc,none,createProcess,selfattach,false,pc_thread,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_thread,bgq_gcc,none,createProcess,selfattach,false,pc_thread,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_thread,bgq_gcc,none,createProcess,selfattach,false,pc_thread,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_thread,bgq_gcc,none,useAttach,selfattach,false,pc_thread,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_thread,bgq_gcc,none,useAttach,selfattach,false,pc_thread,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_thread,bgq_gcc,none,useAttach,selfattach,false,pc_thread,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_thread,bgq_gcc,none,useAttach,selfattach,false,pc_thread,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_thread,bgq_gcc,none,createProcess,selfattach,false,pc_thread,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_thread,bgq_gcc,none,createProcess,selfattach,false,pc_thread,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_thread,bgq_gcc,none,createProcess,selfattach,false,pc_thread,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_thread,bgq_gcc,none,createProcess,selfattach,false,pc_thread,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_thread,bgq_gcc,none,useAttach,selfattach,false,pc_thread,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_thread,bgq_gcc,none,useAttach,selfattach,false,pc_thread,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_thread,bgq_gcc,none,useAttach,selfattach,false,pc_thread,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_thread,bgq_gcc,none,useAttach,selfattach,false,pc_thread,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_thread,'bgq_g++',none,createProcess,selfattach,false,pc_thread,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_thread,'bgq_g++',none,createProcess,selfattach,false,pc_thread,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_thread,'bgq_g++',none,createProcess,selfattach,false,pc_thread,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_thread,'bgq_g++',none,createProcess,selfattach,false,pc_thread,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_thread,'bgq_g++',none,useAttach,selfattach,false,pc_thread,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_thread,'bgq_g++',none,useAttach,selfattach,false,pc_thread,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_thread,'bgq_g++',none,useAttach,selfattach,false,pc_thread,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_thread,'bgq_g++',none,useAttach,selfattach,false,pc_thread,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_thread,'bgq_g++',none,createProcess,selfattach,false,pc_thread,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_thread,'bgq_g++',none,createProcess,selfattach,false,pc_thread,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_thread,'bgq_g++',none,createProcess,selfattach,false,pc_thread,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_thread,'bgq_g++',none,createProcess,selfattach,false,pc_thread,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_thread,'bgq_g++',none,useAttach,selfattach,false,pc_thread,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_thread,'bgq_g++',none,useAttach,selfattach,false,pc_thread,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_thread,'bgq_g++',none,useAttach,selfattach,false,pc_thread,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_thread,'bgq_g++',none,useAttach,selfattach,false,pc_thread,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_groups,bgq_gcc,none,createProcess,selfattach,false,pc_groups,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_groups,bgq_gcc,none,createProcess,selfattach,false,pc_groups,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_groups,bgq_gcc,none,createProcess,selfattach,false,pc_groups,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_groups,bgq_gcc,none,createProcess,selfattach,false,pc_groups,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_groups,bgq_gcc,none,useAttach,selfattach,false,pc_groups,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_groups,bgq_gcc,none,useAttach,selfattach,false,pc_groups,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_groups,bgq_gcc,none,useAttach,selfattach,false,pc_groups,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_groups,bgq_gcc,none,useAttach,selfattach,false,pc_groups,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_groups,bgq_gcc,none,createProcess,selfattach,false,pc_groups,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_groups,bgq_gcc,none,createProcess,selfattach,false,pc_groups,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_groups,bgq_gcc,none,createProcess,selfattach,false,pc_groups,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_groups,bgq_gcc,none,createProcess,selfattach,false,pc_groups,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_groups,bgq_gcc,none,useAttach,selfattach,false,pc_groups,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_groups,bgq_gcc,none,useAttach,selfattach,false,pc_groups,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_groups,bgq_gcc,none,useAttach,selfattach,false,pc_groups,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_groups,bgq_gcc,none,useAttach,selfattach,false,pc_groups,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_groups,'bgq_g++',none,createProcess,selfattach,false,pc_groups,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_groups,'bgq_g++',none,createProcess,selfattach,false,pc_groups,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_groups,'bgq_g++',none,createProcess,selfattach,false,pc_groups,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_groups,'bgq_g++',none,createProcess,selfattach,false,pc_groups,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_groups,'bgq_g++',none,useAttach,selfattach,false,pc_groups,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_groups,'bgq_g++',none,useAttach,selfattach,false,pc_groups,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_groups,'bgq_g++',none,useAttach,selfattach,false,pc_groups,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_groups,'bgq_g++',none,useAttach,selfattach,false,pc_groups,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_groups,'bgq_g++',none,createProcess,selfattach,false,pc_groups,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_groups,'bgq_g++',none,createProcess,selfattach,false,pc_groups,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_groups,'bgq_g++',none,createProcess,selfattach,false,pc_groups,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_groups,'bgq_g++',none,createProcess,selfattach,false,pc_groups,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_groups,'bgq_g++',none,useAttach,selfattach,false,pc_groups,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_groups,'bgq_g++',none,useAttach,selfattach,false,pc_groups,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_groups,'bgq_g++',none,useAttach,selfattach,false,pc_groups,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_groups,'bgq_g++',none,useAttach,selfattach,false,pc_groups,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_stat,bgq_gcc,none,createProcess,selfattach,false,pc_stat,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_stat,bgq_gcc,none,createProcess,selfattach,false,pc_stat,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_stat,bgq_gcc,none,createProcess,selfattach,false,pc_stat,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_stat,bgq_gcc,none,createProcess,selfattach,false,pc_stat,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_stat,bgq_gcc,none,useAttach,selfattach,false,pc_stat,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_stat,bgq_gcc,none,useAttach,selfattach,false,pc_stat,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_stat,bgq_gcc,none,useAttach,selfattach,false,pc_stat,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_stat,bgq_gcc,none,useAttach,selfattach,false,pc_stat,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_stat,bgq_gcc,none,createProcess,selfattach,false,pc_stat,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_stat,bgq_gcc,none,createProcess,selfattach,false,pc_stat,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_stat,bgq_gcc,none,createProcess,selfattach,false,pc_stat,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_stat,bgq_gcc,none,createProcess,selfattach,false,pc_stat,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_stat,bgq_gcc,none,useAttach,selfattach,false,pc_stat,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_stat,bgq_gcc,none,useAttach,selfattach,false,pc_stat,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_stat,bgq_gcc,none,useAttach,selfattach,false,pc_stat,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_stat,bgq_gcc,none,useAttach,selfattach,false,pc_stat,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_stat,'bgq_g++',none,createProcess,selfattach,false,pc_stat,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_stat,'bgq_g++',none,createProcess,selfattach,false,pc_stat,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_stat,'bgq_g++',none,createProcess,selfattach,false,pc_stat,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_stat,'bgq_g++',none,createProcess,selfattach,false,pc_stat,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_stat,'bgq_g++',none,useAttach,selfattach,false,pc_stat,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_stat,'bgq_g++',none,useAttach,selfattach,false,pc_stat,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_stat,'bgq_g++',none,useAttach,selfattach,false,pc_stat,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_stat,'bgq_g++',none,useAttach,selfattach,false,pc_stat,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_stat,'bgq_g++',none,createProcess,selfattach,false,pc_stat,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_stat,'bgq_g++',none,createProcess,selfattach,false,pc_stat,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_stat,'bgq_g++',none,createProcess,selfattach,false,pc_stat,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_stat,'bgq_g++',none,createProcess,selfattach,false,pc_stat,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_stat,'bgq_g++',none,useAttach,selfattach,false,pc_stat,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_stat,'bgq_g++',none,useAttach,selfattach,false,pc_stat,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_stat,'bgq_g++',none,useAttach,selfattach,false,pc_stat,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_stat,'bgq_g++',none,useAttach,selfattach,false,pc_stat,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_irpc,bgq_gcc,none,createProcess,selfattach,false,pc_irpc,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_irpc,bgq_gcc,none,createProcess,selfattach,false,pc_irpc,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_irpc,bgq_gcc,none,createProcess,selfattach,false,pc_irpc,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_irpc,bgq_gcc,none,createProcess,selfattach,false,pc_irpc,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_irpc,bgq_gcc,none,useAttach,selfattach,false,pc_irpc,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_irpc,bgq_gcc,none,useAttach,selfattach,false,pc_irpc,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_irpc,bgq_gcc,none,useAttach,selfattach,false,pc_irpc,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_irpc,bgq_gcc,none,useAttach,selfattach,false,pc_irpc,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_irpc,bgq_gcc,none,createProcess,selfattach,false,pc_irpc,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_irpc,bgq_gcc,none,createProcess,selfattach,false,pc_irpc,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_irpc,bgq_gcc,none,createProcess,selfattach,false,pc_irpc,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_irpc,bgq_gcc,none,createProcess,selfattach,false,pc_irpc,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_irpc,bgq_gcc,none,useAttach,selfattach,false,pc_irpc,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_irpc,bgq_gcc,none,useAttach,selfattach,false,pc_irpc,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_irpc,bgq_gcc,none,useAttach,selfattach,false,pc_irpc,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_irpc,bgq_gcc,none,useAttach,selfattach,false,pc_irpc,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_irpc,'bgq_g++',none,createProcess,selfattach,false,pc_irpc,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_irpc,'bgq_g++',none,createProcess,selfattach,false,pc_irpc,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_irpc,'bgq_g++',none,createProcess,selfattach,false,pc_irpc,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_irpc,'bgq_g++',none,createProcess,selfattach,false,pc_irpc,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_irpc,'bgq_g++',none,useAttach,selfattach,false,pc_irpc,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_irpc,'bgq_g++',none,useAttach,selfattach,false,pc_irpc,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_irpc,'bgq_g++',none,useAttach,selfattach,false,pc_irpc,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_irpc,'bgq_g++',none,useAttach,selfattach,false,pc_irpc,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_irpc,'bgq_g++',none,createProcess,selfattach,false,pc_irpc,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_irpc,'bgq_g++',none,createProcess,selfattach,false,pc_irpc,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_irpc,'bgq_g++',none,createProcess,selfattach,false,pc_irpc,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_irpc,'bgq_g++',none,createProcess,selfattach,false,pc_irpc,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_irpc,'bgq_g++',none,useAttach,selfattach,false,pc_irpc,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_irpc,'bgq_g++',none,useAttach,selfattach,false,pc_irpc,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_irpc,'bgq_g++',none,useAttach,selfattach,false,pc_irpc,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_irpc,'bgq_g++',none,useAttach,selfattach,false,pc_irpc,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_detach,bgq_gcc,none,createProcess,selfattach,false,pc_detach,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_detach,bgq_gcc,none,createProcess,selfattach,false,pc_detach,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_detach,bgq_gcc,none,createProcess,selfattach,false,pc_detach,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_detach,bgq_gcc,none,createProcess,selfattach,false,pc_detach,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_detach,bgq_gcc,none,useAttach,selfattach,false,pc_detach,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_detach,bgq_gcc,none,useAttach,selfattach,false,pc_detach,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_detach,bgq_gcc,none,useAttach,selfattach,false,pc_detach,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_detach,bgq_gcc,none,useAttach,selfattach,false,pc_detach,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_detach,bgq_gcc,none,createProcess,selfattach,false,pc_detach,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_detach,bgq_gcc,none,createProcess,selfattach,false,pc_detach,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_detach,bgq_gcc,none,createProcess,selfattach,false,pc_detach,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_detach,bgq_gcc,none,createProcess,selfattach,false,pc_detach,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_detach,bgq_gcc,none,useAttach,selfattach,false,pc_detach,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_detach,bgq_gcc,none,useAttach,selfattach,false,pc_detach,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_detach,bgq_gcc,none,useAttach,selfattach,false,pc_detach,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_detach,bgq_gcc,none,useAttach,selfattach,false,pc_detach,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_detach,'bgq_g++',none,createProcess,selfattach,false,pc_detach,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_detach,'bgq_g++',none,createProcess,selfattach,false,pc_detach,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_detach,'bgq_g++',none,createProcess,selfattach,false,pc_detach,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_detach,'bgq_g++',none,createProcess,selfattach,false,pc_detach,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_detach,'bgq_g++',none,useAttach,selfattach,false,pc_detach,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_detach,'bgq_g++',none,useAttach,selfattach,false,pc_detach,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_detach,'bgq_g++',none,useAttach,selfattach,false,pc_detach,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_detach,'bgq_g++',none,useAttach,selfattach,false,pc_detach,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_detach,'bgq_g++',none,createProcess,selfattach,false,pc_detach,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_detach,'bgq_g++',none,createProcess,selfattach,false,pc_detach,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_detach,'bgq_g++',none,createProcess,selfattach,false,pc_detach,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_detach,'bgq_g++',none,createProcess,selfattach,false,pc_detach,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_detach,'bgq_g++',none,useAttach,selfattach,false,pc_detach,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_detach,'bgq_g++',none,useAttach,selfattach,false,pc_detach,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_detach,'bgq_g++',none,useAttach,selfattach,false,pc_detach,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_detach,'bgq_g++',none,useAttach,selfattach,false,pc_detach,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_terminate,bgq_gcc,none,createProcess,selfattach,false,pc_terminate,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_terminate,bgq_gcc,none,createProcess,selfattach,false,pc_terminate,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_terminate,bgq_gcc,none,createProcess,selfattach,false,pc_terminate,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_terminate,bgq_gcc,none,createProcess,selfattach,false,pc_terminate,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_terminate,bgq_gcc,none,useAttach,selfattach,false,pc_terminate,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_terminate,bgq_gcc,none,useAttach,selfattach,false,pc_terminate,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_terminate,bgq_gcc,none,useAttach,selfattach,false,pc_terminate,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_terminate,bgq_gcc,none,useAttach,selfattach,false,pc_terminate,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_terminate,bgq_gcc,none,createProcess,selfattach,false,pc_terminate,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_terminate,bgq_gcc,none,createProcess,selfattach,false,pc_terminate,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_terminate,bgq_gcc,none,createProcess,selfattach,false,pc_terminate,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_terminate,bgq_gcc,none,createProcess,selfattach,false,pc_terminate,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_terminate,bgq_gcc,none,useAttach,selfattach,false,pc_terminate,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_terminate,bgq_gcc,none,useAttach,selfattach,false,pc_terminate,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_terminate,bgq_gcc,none,useAttach,selfattach,false,pc_terminate,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_terminate,bgq_gcc,none,useAttach,selfattach,false,pc_terminate,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_terminate,'bgq_g++',none,createProcess,selfattach,false,pc_terminate,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_terminate,'bgq_g++',none,createProcess,selfattach,false,pc_terminate,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_terminate,'bgq_g++',none,createProcess,selfattach,false,pc_terminate,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_terminate,'bgq_g++',none,createProcess,selfattach,false,pc_terminate,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_terminate,'bgq_g++',none,useAttach,selfattach,false,pc_terminate,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_terminate,'bgq_g++',none,useAttach,selfattach,false,pc_terminate,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_terminate,'bgq_g++',none,useAttach,selfattach,false,pc_terminate,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_terminate,'bgq_g++',none,useAttach,selfattach,false,pc_terminate,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_terminate,'bgq_g++',none,createProcess,selfattach,false,pc_terminate,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_terminate,'bgq_g++',none,createProcess,selfattach,false,pc_terminate,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_terminate,'bgq_g++',none,createProcess,selfattach,false,pc_terminate,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_terminate,'bgq_g++',none,createProcess,selfattach,false,pc_terminate,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_terminate,'bgq_g++',none,useAttach,selfattach,false,pc_terminate,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_terminate,'bgq_g++',none,useAttach,selfattach,false,pc_terminate,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_terminate,'bgq_g++',none,useAttach,selfattach,false,pc_terminate,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_terminate,'bgq_g++',none,useAttach,selfattach,false,pc_terminate,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_terminate_stopped,bgq_gcc,none,createProcess,selfattach,false,pc_terminate_stopped,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_terminate_stopped,bgq_gcc,none,createProcess,selfattach,false,pc_terminate_stopped,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_terminate_stopped,bgq_gcc,none,createProcess,selfattach,false,pc_terminate_stopped,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_terminate_stopped,bgq_gcc,none,createProcess,selfattach,false,pc_terminate_stopped,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_terminate_stopped,bgq_gcc,none,useAttach,selfattach,false,pc_terminate_stopped,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_terminate_stopped,bgq_gcc,none,useAttach,selfattach,false,pc_terminate_stopped,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_terminate_stopped,bgq_gcc,none,useAttach,selfattach,false,pc_terminate_stopped,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_terminate_stopped,bgq_gcc,none,useAttach,selfattach,false,pc_terminate_stopped,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_terminate_stopped,bgq_gcc,none,createProcess,selfattach,false,pc_terminate_stopped,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_terminate_stopped,bgq_gcc,none,createProcess,selfattach,false,pc_terminate_stopped,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_terminate_stopped,bgq_gcc,none,createProcess,selfattach,false,pc_terminate_stopped,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_terminate_stopped,bgq_gcc,none,createProcess,selfattach,false,pc_terminate_stopped,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_terminate_stopped,bgq_gcc,none,useAttach,selfattach,false,pc_terminate_stopped,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_terminate_stopped,bgq_gcc,none,useAttach,selfattach,false,pc_terminate_stopped,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_terminate_stopped,bgq_gcc,none,useAttach,selfattach,false,pc_terminate_stopped,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_terminate_stopped,bgq_gcc,none,useAttach,selfattach,false,pc_terminate_stopped,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_terminate_stopped,'bgq_g++',none,createProcess,selfattach,false,pc_terminate_stopped,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_terminate_stopped,'bgq_g++',none,createProcess,selfattach,false,pc_terminate_stopped,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_terminate_stopped,'bgq_g++',none,createProcess,selfattach,false,pc_terminate_stopped,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_terminate_stopped,'bgq_g++',none,createProcess,selfattach,false,pc_terminate_stopped,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_terminate_stopped,'bgq_g++',none,useAttach,selfattach,false,pc_terminate_stopped,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_terminate_stopped,'bgq_g++',none,useAttach,selfattach,false,pc_terminate_stopped,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_terminate_stopped,'bgq_g++',none,useAttach,selfattach,false,pc_terminate_stopped,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_terminate_stopped,'bgq_g++',none,useAttach,selfattach,false,pc_terminate_stopped,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_terminate_stopped,'bgq_g++',none,createProcess,selfattach,false,pc_terminate_stopped,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_terminate_stopped,'bgq_g++',none,createProcess,selfattach,false,pc_terminate_stopped,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_terminate_stopped,'bgq_g++',none,createProcess,selfattach,false,pc_terminate_stopped,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_terminate_stopped,'bgq_g++',none,createProcess,selfattach,false,pc_terminate_stopped,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_terminate_stopped,'bgq_g++',none,useAttach,selfattach,false,pc_terminate_stopped,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_terminate_stopped,'bgq_g++',none,useAttach,selfattach,false,pc_terminate_stopped,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_terminate_stopped,'bgq_g++',none,useAttach,selfattach,false,pc_terminate_stopped,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_terminate_stopped,'bgq_g++',none,useAttach,selfattach,false,pc_terminate_stopped,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,none,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,none,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,none,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,none,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,none,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,none,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,none,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,none,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,none,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,none,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,none,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,none,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,none,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,none,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,none,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,none,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,low,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,low,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,low,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,low,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,low,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,low,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,low,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,low,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,low,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,low,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,low,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,low,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,low,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,low,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,low,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,low,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,high,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,high,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,high,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,high,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,high,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,high,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,high,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,high,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,high,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,high,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,high,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,high,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,high,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,high,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,high,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,high,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,max,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,max,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,max,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,max,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,max,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,max,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,max,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,max,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,max,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,max,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,max,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,max,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgq_gcc,max,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,max,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,max,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgq_gcc,max,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',none,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',none,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',none,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',none,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',none,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',none,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',none,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',none,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',none,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',none,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',none,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',none,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',none,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',none,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',none,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',none,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',low,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',low,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',low,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',low,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',low,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',low,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',low,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',low,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',low,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',low,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',low,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',low,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',low,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',low,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',low,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',low,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',high,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',high,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',high,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',high,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',high,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',high,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',high,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',high,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',high,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',high,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',high,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',high,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',high,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',high,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',high,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',high,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',max,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',max,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',max,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',max,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',max,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',max,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',max,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',max,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',max,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',max,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',max,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',max,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgq_g++',max,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',max,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',max,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgq_g++',max,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgxlc,none,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgxlc,none,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgxlc,none,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgxlc,none,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgxlc,none,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgxlc,none,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgxlc,none,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgxlc,none,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,bgxlc,none,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgxlc,none,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgxlc,none,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgxlc,none,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,bgxlc,none,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgxlc,none,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgxlc,none,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,bgxlc,none,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgxlc++',none,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgxlc++',none,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgxlc++',none,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgxlc++',none,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgxlc++',none,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgxlc++',none,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgxlc++',none,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgxlc++',none,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',dynamicMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgxlc++',none,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgxlc++',none,createProcess,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgxlc++',none,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgxlc++',none,createProcess,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,no_launch,none,'NONE',pc_tls,'bgxlc++',none,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgxlc++',none,useAttach,selfattach,false,pc_tls,64,'MultiThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgxlc++',none,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','MultiProcess',staticMutatee,remote,remote,pre,none,'NONE',pc_tls,'bgxlc++',none,useAttach,selfattach,false,pc_tls,64,'SingleThreaded','SingleProcess',staticMutatee,remote,remote,pre,none,'NONE',none,'',none,binary,selfstart,false,test_pt_ls,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',none,'',none,disk,stopped,false,power_decode,64,'None','None',dynamicMutatee,local,not_run,no_launch,none,'NONE',none,'',n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w,binary,stopped,true,test1_14,64,'None','None',staticMutatee,local,remote,post,none,'NONE',test1_14,'bgq_g++',low,binary,stopped,true,test1_14,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test1_14,'bgq_g++',low,binary,stopped,true,test1_14,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test1_14,'bgq_g++',high,binary,stopped,true,test1_14,64,'None','None',staticMutatee,local,remote,post,pic,'NONE',test1_14,'bgq_g++',high,binary,stopped,true,test1_14,64,'None','None',staticMutatee,local,remote,post,none,'NONE',test1_14,'bgq_g++',high,binary,stopped,true,test1_14,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test1_14,'bgq_g++',high,binary,stopped,true,test1_14,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test1_14,'bgq_g++',max,binary,stopped,true,test1_14,64,'None','None',staticMutatee,local,remote,post,pic,'NONE',test1_14,'bgq_g++',max,binary,stopped,true,test1_14,64,'None','None',staticMutatee,local,remote,post,none,'NONE',test1_14,'bgq_g++',max,binary,stopped,true,test1_14,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test1_14,'bgq_g++',max,binary,stopped,true,test1_14,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test1_14,'bgxlc++',none,binary,stopped,true,test1_14,64,'None','None',staticMutatee,local,remote,post,pic,'NONE',test1_14,'bgxlc++',none,binary,stopped,true,test1_14,64,'None','None',staticMutatee,local,remote,post,none,'NONE',test1_14,'bgxlc++',none,binary,stopped,true,test1_14,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test1_14,'bgxlc++',none,binary,stopped,true,test1_14,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test_reloc,bgq_gcc,none,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test_reloc,bgq_gcc,none,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test_reloc,bgq_gcc,low,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test_reloc,bgq_gcc,low,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test_reloc,bgq_gcc,high,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test_reloc,bgq_gcc,high,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test_reloc,bgq_gcc,max,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test_reloc,bgq_gcc,max,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test_reloc,bgxlc,none,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test_reloc,bgxlc,none,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test_reloc,'bgq_g++',none,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test_reloc,'bgq_g++',none,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test_reloc,'bgq_g++',low,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test_reloc,'bgq_g++',low,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test_reloc,'bgq_g++',high,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test_reloc,'bgq_g++',high,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test_reloc,'bgq_g++',max,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test_reloc,'bgq_g++',max,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test_reloc,'bgxlc++',none,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test_reloc,'bgxlc++',none,binary,stopped,true,test_reloc,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',init_fini_callback,bgq_gcc,none,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',init_fini_callback,bgq_gcc,none,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',init_fini_callback,bgq_gcc,low,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',init_fini_callback,bgq_gcc,low,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',init_fini_callback,bgq_gcc,high,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',init_fini_callback,bgq_gcc,high,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',init_fini_callback,bgq_gcc,max,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',init_fini_callback,bgq_gcc,max,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',init_fini_callback,bgxlc,none,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',init_fini_callback,bgxlc,none,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',init_fini_callback,'bgq_g++',none,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',init_fini_callback,'bgq_g++',none,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',init_fini_callback,'bgq_g++',low,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',init_fini_callback,'bgq_g++',low,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',init_fini_callback,'bgq_g++',high,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',init_fini_callback,'bgq_g++',high,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',init_fini_callback,'bgq_g++',max,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',init_fini_callback,'bgq_g++',max,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',init_fini_callback,'bgxlc++',none,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',init_fini_callback,'bgxlc++',none,binary,stopped,true,init_fini_callback,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test1_29,bgq_gcc,none,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,pic,'NONE',test1_29,bgq_gcc,none,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,none,'NONE',test1_29,bgq_gcc,none,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test1_29,bgq_gcc,none,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test1_29,bgq_gcc,low,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,pic,'NONE',test1_29,bgq_gcc,low,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,none,'NONE',test1_29,bgq_gcc,low,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test1_29,bgq_gcc,low,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test1_29,bgq_gcc,high,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,pic,'NONE',test1_29,bgq_gcc,high,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,none,'NONE',test1_29,bgq_gcc,high,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test1_29,bgq_gcc,high,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test1_29,bgq_gcc,max,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,pic,'NONE',test1_29,bgq_gcc,max,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,none,'NONE',test1_29,bgq_gcc,max,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test1_29,bgq_gcc,max,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test1_29,bgxlc,none,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,pic,'NONE',test1_29,bgxlc,none,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,none,'NONE',test1_29,bgxlc,none,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test1_29,bgxlc,none,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test1_29,'bgq_g++',none,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,pic,'NONE',test1_29,'bgq_g++',none,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,none,'NONE',test1_29,'bgq_g++',none,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test1_29,'bgq_g++',none,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test1_29,'bgq_g++',low,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,pic,'NONE',test1_29,'bgq_g++',low,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,none,'NONE',test1_29,'bgq_g++',low,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test1_29,'bgq_g++',low,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test1_29,'bgq_g++',high,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,pic,'NONE',test1_29,'bgq_g++',high,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,none,'NONE',test1_29,'bgq_g++',high,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test1_29,'bgq_g++',high,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test1_29,'bgq_g++',max,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,pic,'NONE',test1_29,'bgq_g++',max,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,none,'NONE',test1_29,'bgq_g++',max,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test1_29,'bgq_g++',max,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE',test1_29,'bgxlc++',none,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,pic,'NONE',test1_29,'bgxlc++',none,binary,stopped,true,test1_29,64,'None','None',staticMutatee,local,remote,post,none,'NONE',test1_29,'bgxlc++',none,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,pic,'NONE',test1_29,'bgxlc++',none,binary,stopped,true,test1_29,64,'None','None',dynamicMutatee,local,remote,post,none,'NONE'
-test1_1F_mutatee_solo_gcc_none,gcc,,'test1_1F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_2F_mutatee_solo_gcc_none,gcc,,'test1_2F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_3F_mutatee_solo_gcc_none,gcc,,'test1_3F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_4F_mutatee_solo_gcc_none,gcc,,'test1_4F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_5F_mutatee_solo_gcc_none,gcc,,'test1_5F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_6F_mutatee_solo_gcc_none,gcc,,'test1_6F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_7F_mutatee_solo_gcc_none,gcc,,'test1_7F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_8F_mutatee_solo_gcc_none,gcc,,'test1_8F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_9F_mutatee_solo_gcc_none,gcc,,'test1_9F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_10F_mutatee_solo_gcc_none,gcc,,'test1_10F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_11F_mutatee_solo_gcc_none,gcc,,'test1_11F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_12F_mutatee_solo_gcc_none,gcc,,'test1_12F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_13F_mutatee_solo_gcc_none,gcc,,'test1_13F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_14F_mutatee_solo_gcc_none,gcc,,'test1_14F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_16F_mutatee_solo_gcc_none,gcc,,'test1_16F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_17F_mutatee_solo_gcc_none,gcc,,'test1_17F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_18F_mutatee_solo_gcc_none,gcc,,'test1_18F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_19F_mutatee_solo_gcc_none,gcc,,'test1_19F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_20F_mutatee_solo_gcc_none,gcc,,'test1_20F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_25F_mutatee_solo_gcc_none,gcc,,'test1_25F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_29F_mutatee_solo_gcc_none,gcc,,'test1_29F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_31F_mutatee_solo_gcc_none,gcc,,'test1_31F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_32F_mutatee_solo_gcc_none,gcc,,'test1_32F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_34F_mutatee_solo_gcc_none,gcc,,'test1_34F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) ',test1_36F_mutatee_solo_gcc_none,gcc,,'test1_36F_solo_me.c',,'-DSOLO_MUTATEE ${MUTATEE_G77_CFLAGS) '

_service:tar_scm:testsuite-11.0.1.tar.gz/src/JUnitOutputDriver.cpp Deleted

@@ -1,245 +0,0 @@
-//
-// Created by bill on 7/6/16.
-//
-
-#include "JUnitOutputDriver.h"
-
-#if !defined(os_windows_test)
-#include <unistd.h>
-#endif
-
-#include "assert.h"
-#include "UsageMonitor.h"
-
-JUnitOutputDriver::JUnitOutputDriver(void *data) : StdOutputDriver(data),
-                                                   group_failures(0),
-                                                   group_skips(0),
-                                                   group_errors(0),
-                                                   group_tests(0) {
-    results = xmlNewDoc((const xmlChar *) "1.0");
-    root  = xmlNewNode(NULL, (const xmlChar *) "testsuites");
-    xmlDocSetRootElement(results, root);
-//    xmlCreateIntSubset(results, BAD_CAST "testsuites", NULL,
-//                       BAD_CAST "dtd");
-
-    std::stringstream results_log_name;
-    results_log_name << "test_results" << getpid() << ".xml";
-    streamsHUMAN = results_log_name.str();
-
-//    auto schema_parser = xmlSchemaNewParserCtxt(
-//            "dtd/junit-10.xsd");
-//    auto parsed_schema = xmlSchemaParse(schema_parser);
-//    validation = xmlSchemaNewValidCtxt(parsed_schema);
-//    xmlSchemaFree(parsed_schema);
-//    xmlSchemaFreeParserCtxt(schema_parser);
-}
-
-JUnitOutputDriver::~JUnitOutputDriver() {
-    bool debug = false;
-    xmlSaveFormatFileEnc(debug ? "-" : streamsHUMAN.c_str(), results, "UTF-8", 1);
-    xmlFreeDoc(results);
-//    xmlSchemaFreeValidCtxt(validation);
-    xmlCleanupParser();
-    xmlMemoryDump();
-//    log(HUMAN, "</testsuites>\n");
-//    FILE* human = getHumanFile();
-//    fflush(human);
-//    if(human != stdout) fclose(human);
-}
-
-
-std::string modeString(RunGroup* group)
-{
-    switch(group->createmode)
-    {
-        case CREATE:
-            return "create";
-        case USEATTACH:
-            return "attach";
-        case DISK:
-            return "disk";
-        default:
-            return "unknown_mode";
-    }
-}
-
-std::string compilerString(RunGroup* group)
-{
-    if(group->compiler) {
-        if(group->compiler != "") {
-            return group->compiler;
-        }
-    }
-    return "none";
-}
-
-std::string makeClassName(RunGroup* group)
-{
-    std::stringstream classname;
-    classname << group->modname << ".";
-    classname << modeString(group) << ".";
-    classname << compilerString(group) << "_" << group->abi;
-//    if(group->mutatee  && group->mutatee != "")
-//    {
-//        classname << "." << group->mutatee;
-//    }
-//    std::string ret = classname.str();
-//    int found = ret.find('.');
-//    if(found == std::string::npos) found = 0;
-//    found = ret.find('_', found);
-//    while(found != std::string::npos)
-//    {
-//        retfound = '.';
-//        found = ret.find('_', found + 1);
-//    }
-    return classname.str();
-}
-
-
-// Informs the output driver that any log messages or results should be
-// associated with the test passed in through the attributes parameter
-void JUnitOutputDriver::startNewTest(std::map <std::string, std::string> &attributes, TestInfo *test, RunGroup *group) {
-    auto found = groups.find(group);
-    if(found == groups.end())
-    {
-        found = groups.insert(std::make_pair(group, RungroupResults(group))).first;
-        xmlAddChild(root, found->second.group_node);
-        xmlNodePtr props = xmlNewChild(found->second.group_node, NULL, BAD_CAST "properties", NULL);
-        for(auto i = attributes.begin();
-            i != attributes.end();
-            ++i)
-        {
-            xmlNodePtr p = xmlNewChild(props, NULL, BAD_CAST "property", NULL);
-            xmlNewProp(p, BAD_CAST "name", BAD_CAST i->first.c_str());
-            xmlNewProp(p, BAD_CAST "value", BAD_CAST i->second.c_str());
-        }
-    }
-    float cpu = test->usage.cpuUsage().tv_sec + (float)test->usage.cpuUsage().tv_usec / 1000000.0;
-    cur_test = found->second.add_test(makeClassName(group).c_str(), test->name, cpu);
-    cur_group_results = found->second;
-    clearStreams();
-    xmlSetProp(cur_test, BAD_CAST "status", BAD_CAST "started");
-    xmlSaveFormatFileEnc(streamsHUMAN.c_str(), results, "UTF-8", 1);
-
-//    if (group != last_group) {
-//        if(last_group)
-//        {
-//            std::stringstream suitename;
-//            suitename << last_group->modname;
-//            if(last_group->mutatee != '\0') suitename << "." << last_group->mutatee;
-//            log(HUMAN, "<testsuite name=\"%s\" errors=\"%d\" skipped=\"%d\" tests=\"%d\" failures=\"%d\">\n",
-//                suitename.str().c_str(), group_errors, group_skips, group_tests, group_failures);
-//            log(HUMAN, group_output.str().c_str());
-//            log(HUMAN, "</testsuite>\n");
-//            FILE* human = getHumanFile();
-//            fflush(human);
-//            if(human != stdout) fclose(human);
-//        }
-//        group_failures = 0;
-//        group_skips = 0;
-//        group_errors= 0;
-//        group_tests = 0;
-//        group_output.str() = "";
-//    }
-//    failure_log.str() = "";
-//    StdOutputDriver::startNewTest(attributes, test, group);
-}
-
-
-// Before calling any of the log* methods or finalizeOutput(), the user
-// must have initialized the test output driver with a call to startNewTest()
-
-
-
-void JUnitOutputDriver::logResult(test_results_t result, int stage)
-{
-    std::string err = test_streamsSTDERR.str();
-    std::string out = test_streamsSTDOUT.str();
-    std::string info = test_streamsLOGINFO.str();
-    std::string human = test_streamsHUMAN.str();
-    std::string log = "LOGINFO:\n" + info + "HUMANLOG:" + human;
-    xmlNewChild(cur_test, NULL, BAD_CAST "system-err", BAD_CAST err.c_str());
-    xmlNewChild(cur_test, NULL, BAD_CAST "system-out", BAD_CAST out.c_str());
-    xmlNewProp(cur_test, BAD_CAST "log", BAD_CAST log.c_str());
-
-//    group_output << "<testcase classname=\"" << makeClassName(last_group);
-//    group_output << "\" name=\"" << last_test->name << "\"";
-//
-//    if (last_test && last_test->usage.has_data()) {
-//        float cpu = last_test->usage.cpuUsage().tv_sec + (float)last_test->usage.cpuUsage().tv_usec / 1000000.0;
-//        group_output << " time=\"" << cpu << "\"";
-//    }
-//    group_tests++;
-    switch (result) {
-        case PASSED:
-            xmlSetProp(cur_test, BAD_CAST "status", BAD_CAST "passed");
-//            group_output << "/>\n";
-            break;
-
-        case FAILED:
-        {
-            cur_group_results.add_failure();
-            auto fail = xmlNewChild(cur_test, NULL, BAD_CAST "failure", NULL);
-            xmlNewProp(fail, BAD_CAST("message"), BAD_CAST(test_streamsLOGERR.str().c_str()));
-            xmlSetProp(cur_test, BAD_CAST "status", BAD_CAST "failed");
-        }
-//            group_output << ">\n<failure>" << failure_log.str() << "</failure>\n";
-//            group_failures++;
-//            group_output << "</testcase>";
-            break;
-
-        case SKIPPED:
-            cur_group_results.add_skip();
-            xmlNewChild(cur_test, NULL, BAD_CAST "skipped", NULL);
-            xmlSetProp(cur_test, BAD_CAST "status", BAD_CAST "skipped");
-//            group_skips++;
-//            group_output << ">\n<skipped />\n";
-//            group_output << "</testcase>";
-            break;
-
-        case CRASHED:
-        {
-            cur_group_results.add_error();
-            auto err = xmlNewChild(cur_test, NULL, BAD_CAST "error", NULL);
-            xmlSetProp(cur_test, BAD_CAST "status", BAD_CAST "crashed");
-            xmlNewProp(err, BAD_CAST("message"), BAD_CAST(test_streamsLOGERR.str().c_str()));
-        }
-//            group_errors++;
-//            group_output << ">\n<error>Test crashed: " << failure_log.str() << "</error>\n";
-//            group_output << "</testcase>";
-            break;
-
-        default:
-            group_errors++;
-            xmlNewChild(cur_test, NULL, BAD_CAST "error", BAD_CAST "Testsuite internal error");
-//            group_output << ">\n<error>Testsuite internal error, unknown result</error>\n";
-//            group_output << "</testcase>\n";
-            break;
-            // do nothing
-    }
-
-}
-
-void JUnitOutputDriver::vlog(TestOutputStream stream, const char *fmt, va_list args)
-{
-    char tmp256;
-    vsnprintf(tmp, 256, fmt, args );
-    test_streamsstream << tmp;
-}
-void JUnitOutputDriver::finalizeOutput()
-{
-    bool debug = false;
-//    xmlSchemaValidateDoc(validation, results);
-    xmlSaveFormatFileEnc(debug ? "-" : streamsHUMAN.c_str(), results, "UTF-8", 1);
-}
-
-void JUnitOutputDriver::clearStreams() {
-    for(auto i = 0;
-            i < OUTPUT_STREAMS_SIZE;
-            ++i)
-    {
-        test_streamsi.str() = "";
-    }
-}
-
-

_service:tar_scm:testsuite-11.0.1.tar.gz/src/JUnitOutputDriver.h Deleted

@@ -1,100 +0,0 @@
-//
-// Created by bill on 7/6/16.
-//
-
-#ifndef DYNINST_TESTSUITE_JUNITOUTPUTDRIVER_H
-#define DYNINST_TESTSUITE_JUNITOUTPUTDRIVER_H
-
-#include "StdOutputDriver.h"
-#include <sstream>
-
-
-#include <libxml/parser.h>
-#include <libxml/tree.h>
-#include <libxml/xmlschemas.h>
-
-struct RungroupResults
-{
-    RungroupResults(RunGroup* g) :
-            failures(0), skips(0), errors(0), tests(0),
-            group_node(xmlNewNode(NULL, BAD_CAST "testsuite"))
-    {
-    }
-    RungroupResults() :
-            failures(0), skips(0), errors(0), tests(0),
-            group_node(NULL)
-    {}
-
-    xmlNodePtr add_test(const char* class_name, const char* test_name, float cpu_usage) {
-        xmlNodePtr curTest = xmlNewChild(group_node, NULL, BAD_CAST "testcase", NULL);
-        xmlSetProp(curTest, BAD_CAST  "classname", BAD_CAST class_name);
-        xmlSetProp(curTest, BAD_CAST  "name", BAD_CAST test_name);
-        std::stringstream t;
-        t << cpu_usage;
-        xmlNewProp(curTest, BAD_CAST "time", BAD_CAST t.str().c_str());
-        tests++;
-        t.str("");
-        t << tests;
-        xmlSetProp(group_node, BAD_CAST "tests", BAD_CAST t.str().c_str());
-        return curTest;
-    }
-    void add_failure() {
-        failures++;
-        std::stringstream t;
-        t << failures;
-        xmlSetProp(group_node, BAD_CAST "failures", BAD_CAST t.str().c_str());
-    }
-    void add_skip() {
-        skips++;
-        std::stringstream t;
-        t << skips;
-        xmlSetProp(group_node, BAD_CAST "skipped", BAD_CAST t.str().c_str());
-    }
-    void add_error() {
-        errors++;
-        std::stringstream t;
-        t << errors;
-        xmlSetProp(group_node, BAD_CAST "errors", BAD_CAST t.str().c_str());
-    }
-
-    int failures;
-    int skips;
-    int errors;
-    int tests;
-    xmlNodePtr group_node;
-};
-
-class JUnitOutputDriver : public StdOutputDriver
-{
-public:
-    TESTLIB_DLL_EXPORT JUnitOutputDriver(void* data);
-    TESTLIB_DLL_EXPORT virtual ~JUnitOutputDriver();
-
-    // Informs the output driver that any log messages or results should be
-    // associated with the test passed in through the attributes parameter
-    virtual void startNewTest(std::map<std::string, std::string> &attributes, TestInfo *test, RunGroup *group);
-
-
-    // Before calling any of the log* methods or finalizeOutput(), the user
-    // must have initialized the test output driver with a call to startNewTest()
-
-    virtual void logResult(test_results_t result, int stage=-1);
-    virtual void finalizeOutput();
-    virtual void vlog(TestOutputStream stream, const char *fmt, va_list args);
-    void clearStreams();
-private:
-    int group_failures;
-    int group_skips;
-    int group_errors;
-    int group_tests;
-    std::map<RunGroup*, RungroupResults> groups;
-    xmlDocPtr results;
-    xmlNodePtr root;
-    RungroupResults cur_group_results;
-    xmlNodePtr cur_test;
-    xmlSchemaValidCtxtPtr validation;
-    std::stringstream test_streamsOUTPUT_STREAMS_SIZE;
-};
-
-
-#endif //DYNINST_TESTSUITE_JUNITOUTPUTDRIVER_H

_service:tar_scm:testsuite-11.0.1.tar.gz/CMakeLists.txt -> _service:tar_scm:testsuite-12.2.1.tar.gz/CMakeLists.txt Changed

@@ -29,7 +29,6 @@
 
 # Read the cache generated from building Dyninst
 load_cache(${Dyninst_DIR}
-           Boost_SYSTEM_LIBRARY_RELEASE
            Boost_INCLUDE_DIRS
            Boost_LIBRARY_DIRS
            Boost_DEFINES
@@ -69,12 +68,8 @@
     "${Dyninst_DIR}"
     "${Dyninst_DIR}/Modules")
 
-include(LibXml2)
 include(optimization)
 
-include_directories(${LibXml2_INCLUDE_DIRS})
-link_directories(${LibXml2_LIBRARY_DIRS})
-
 # CMake tries to auto-add flags to link lines, which isn't helpful.  Blanking
 # this variable should fix.
 set(CMAKE_SHARED_LIBRARY_LINK_C_FLAGS "")
@@ -99,9 +94,6 @@
 
 if(UNIX)
   enable_language(ASM-ATT)
-  if("${DYNINST_PLATFORM}" MATCHES "i386")
-    enable_language(ASM_NASM)
-  endif()
 elseif(WIN32)
   enable_language(ASM_MASM)
   if(CMAKE_C_COMPILER_VERSION VERSION_GREATER 19)
@@ -136,7 +128,6 @@
     src/module.C
     src/ResumeLog.C
     src/test_lib_templates.C
-    src/JUnitOutputDriver.cpp
     src/UsageMonitor.C)
 
 set(LIBTESTLAUNCH_SRCS
@@ -149,7 +140,7 @@
     src/UsageMonitor.C
     src/TestOutputDriver.C
     src/StdOutputDriver.C
-    src/JUnitOutputDriver.cpp)
+)
 
 if(UNIX)
   add_library(testSuite
@@ -157,7 +148,7 @@
               src/test_lib_soExecution.C
               ${LIBTESTSUITE_COMMON_SRCS})
   add_library(testlaunch SHARED ${LIBTESTLAUNCH_SRCS})
-  target_link_libraries(testlaunch ${LibXml2_LIBRARIES} testSuite)
+	target_link_libraries(testlaunch testSuite)
   set(TESTSUITE_TESTLAUNCH_LINK testSuite testlaunch)
 else()
   add_library(testSuite
@@ -167,12 +158,11 @@
               ${LIBTESTLAUNCH_SRCS})
   set(TESTSUITE_TESTLAUNCH_LINK testSuite)
 endif()
-add_dependencies(testSuite LibXml2)
 
 set_target_properties(${TESTSUITE_TESTLAUNCH_LINK}
                       PROPERTIES COMPILE_DEFINITIONS TESTLIB_DLL_BUILD)
 
-target_link_libraries(testSuite ${CMAKE_DL_LIBS} ${LibXml2_LIBRARIES})
+target_link_libraries(testSuite ${CMAKE_DL_LIBS})
 
 add_library(DatabaseOutputDriver SHARED src/DatabaseOutputDriver.C)
 target_link_libraries(DatabaseOutputDriver testSuite)
@@ -209,7 +199,6 @@
                         dyninstAPI
                         instructionAPI
                         common
-                        ${Boost_SYSTEM_LIBRARY_RELEASE}
                         ${CMAKE_THREAD_LIBS_INIT})
   install(TARGETS testdyninst DESTINATION ${INSTALL_DIR})
   set_target_properties(testdyninst
@@ -222,7 +211,6 @@
                         testSuite
                         symtabAPI
                         common
-                        ${Boost_SYSTEM_LIBRARY_RELEASE}
                         ${CMAKE_THREAD_LIBS_INIT})
   install(TARGETS testsymtab DESTINATION ${INSTALL_DIR})
   set_target_properties(testsymtab
@@ -236,7 +224,6 @@
                         instructionAPI
                         symtabAPI
                         common
-                        ${Boost_SYSTEM_LIBRARY_RELEASE}
                         ${CMAKE_THREAD_LIBS_INIT})
   install(TARGETS testinstruction DESTINATION ${INSTALL_DIR})
   set_target_properties(testinstruction
@@ -259,7 +246,6 @@
                           testSuite
                           pcontrol
                           common
-                          ${Boost_SYSTEM_LIBRARY_RELEASE}
                           ${CMAKE_THREAD_LIBS_INIT})
   endif()
   install(TARGETS testproccontrol DESTINATION ${INSTALL_DIR})
@@ -363,7 +349,7 @@
         ARCHIVE DESTINATION ${INSTALL_DIR})
 
 if(UNIX)
-  check_mutatee_compiler(gcc "-m32" "-m32" C "" m32_works)
+  check_mutatee_compiler(${M_gnu_cc} "-m32" "-m32" C "" m32_works)
   if(${m32_works})
     message(STATUS "Building 32-bit helper libraries")
     add_library(testA_m32 SHARED src/libtestA.c)

_service:tar_scm:testsuite-11.0.1.tar.gz/Makefile.genspec -> _service:tar_scm:testsuite-12.2.1.tar.gz/Makefile.genspec Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/aarch64-unknown-linux/cmake-mutators.txt -> _service:tar_scm:testsuite-12.2.1.tar.gz/aarch64-unknown-linux/cmake-mutators.txt Changed

@@ -7,7 +7,7 @@
 ######################################################################
 
 
-include_directories ("..src/proccontrol")
+include_directories ("../src/proccontrol")
 set (proccontrol_MUTATORS
 	pc_launch
 	pc_thread_cont
@@ -49,7 +49,7 @@
 )
 
 
-include_directories ("..src/dyninst")
+include_directories ("../src/dyninst")
 set (dyninst_MUTATORS
 	test1_1
 	test1_2
@@ -253,7 +253,7 @@
 )
 
 
-include_directories ("..src/instruction")
+include_directories ("../src/instruction")
 set (instruction_MUTATORS
 	test_instruction_read_write
 	test_instruction_profile
@@ -273,7 +273,7 @@
 )
 
 
-include_directories ("..src/symtab")
+include_directories ("../src/symtab")
 set (symtab_MUTATORS
 	test_lookup_func
 	test_lookup_var
@@ -711,9 +711,8 @@
 	if(NOT SKIP)
 		add_library (${lib} ${source})
 		target_link_libraries (${lib} ${comp_dep} ${LIBTESTSUITE})
-		install (TARGETS ${lib} 
+		install (TARGETS ${lib}
 		         RUNTIME DESTINATION ${INSTALL_DIR}
 		         LIBRARY DESTINATION ${INSTALL_DIR})
 	endif()
 endforeach()
-

_service:tar_scm:testsuite-11.0.1.tar.gz/amd64-unknown-freebsd7.2/cmake-mutators.txt -> _service:tar_scm:testsuite-12.2.1.tar.gz/amd64-unknown-freebsd7.2/cmake-mutators.txt Changed

@@ -7,7 +7,7 @@
 ######################################################################
 
 
-include_directories ("..src/proccontrol")
+include_directories ("../src/proccontrol")
 set (proccontrol_MUTATORS
 	pc_launch
 	pc_thread_cont
@@ -45,7 +45,7 @@
 )
 
 
-include_directories ("..src/dyninst")
+include_directories ("../src/dyninst")
 set (dyninst_MUTATORS
 	test1_1
 	test1_2
@@ -255,7 +255,7 @@
 )
 
 
-include_directories ("..src/instruction")
+include_directories ("../src/instruction")
 set (instruction_MUTATORS
 	test_instruction_read_write
 	test_instruction_farcall
@@ -287,7 +287,7 @@
 )
 
 
-include_directories ("..src/symtab")
+include_directories ("../src/symtab")
 set (symtab_MUTATORS
 	test_lookup_func
 	test_lookup_var
@@ -746,9 +746,8 @@
 	if(NOT SKIP)
 		add_library (${lib} ${source})
 		target_link_libraries (${lib} ${comp_dep} ${LIBTESTSUITE})
-		install (TARGETS ${lib} 
+		install (TARGETS ${lib}
 		         RUNTIME DESTINATION ${INSTALL_DIR}
 		         LIBRARY DESTINATION ${INSTALL_DIR})
 	endif()
 endforeach()
-

_service:tar_scm:testsuite-11.0.1.tar.gz/i386-unknown-freebsd7.2/cmake-mutators.txt -> _service:tar_scm:testsuite-12.2.1.tar.gz/i386-unknown-freebsd7.2/cmake-mutators.txt Changed

@@ -7,7 +7,7 @@
 ######################################################################
 
 
-include_directories ("..src/proccontrol")
+include_directories ("../src/proccontrol")
 set (proccontrol_MUTATORS
 	pc_launch
 	pc_thread_cont
@@ -45,7 +45,7 @@
 )
 
 
-include_directories ("..src/dyninst")
+include_directories ("../src/dyninst")
 set (dyninst_MUTATORS
 	test1_1
 	test1_2
@@ -255,7 +255,7 @@
 )
 
 
-include_directories ("..src/instruction")
+include_directories ("../src/instruction")
 set (instruction_MUTATORS
 	test_instruction_read_write
 	test_instruction_farcall
@@ -287,7 +287,7 @@
 )
 
 
-include_directories ("..src/symtab")
+include_directories ("../src/symtab")
 set (symtab_MUTATORS
 	test_lookup_func
 	test_lookup_var
@@ -746,9 +746,8 @@
 	if(NOT SKIP)
 		add_library (${lib} ${source})
 		target_link_libraries (${lib} ${comp_dep} ${LIBTESTSUITE})
-		install (TARGETS ${lib} 
+		install (TARGETS ${lib}
 		         RUNTIME DESTINATION ${INSTALL_DIR}
 		         LIBRARY DESTINATION ${INSTALL_DIR})
 	endif()
 endforeach()
-

_service:tar_scm:testsuite-11.0.1.tar.gz/i386-unknown-linux2.4/cmake-mutators.txt -> _service:tar_scm:testsuite-12.2.1.tar.gz/i386-unknown-linux2.4/cmake-mutators.txt Changed

@@ -7,7 +7,7 @@
 ######################################################################
 
 
-include_directories ("..src/proccontrol")
+include_directories ("../src/proccontrol")
 set (proccontrol_MUTATORS
 	pc_launch
 	pc_thread_cont
@@ -51,7 +51,7 @@
 )
 
 
-include_directories ("..src/dyninst")
+include_directories ("../src/dyninst")
 set (dyninst_MUTATORS
 	test1_1
 	test1_2
@@ -261,7 +261,7 @@
 )
 
 
-include_directories ("..src/instruction")
+include_directories ("../src/instruction")
 set (instruction_MUTATORS
 	test_instruction_read_write
 	test_instruction_farcall
@@ -293,7 +293,7 @@
 )
 
 
-include_directories ("..src/symtab")
+include_directories ("../src/symtab")
 set (symtab_MUTATORS
 	test_lookup_func
 	test_lookup_var
@@ -766,9 +766,8 @@
 	if(NOT SKIP)
 		add_library (${lib} ${source})
 		target_link_libraries (${lib} ${comp_dep} ${LIBTESTSUITE})
-		install (TARGETS ${lib} 
+		install (TARGETS ${lib}
 		         RUNTIME DESTINATION ${INSTALL_DIR}
 		         LIBRARY DESTINATION ${INSTALL_DIR})
 	endif()
 endforeach()
-

_service:tar_scm:testsuite-11.0.1.tar.gz/i386-unknown-nt4.0/cmake-mutators.txt -> _service:tar_scm:testsuite-12.2.1.tar.gz/i386-unknown-nt4.0/cmake-mutators.txt Changed

@@ -7,7 +7,7 @@
 ######################################################################
 
 
-include_directories ("..src/proccontrol")
+include_directories ("../src/proccontrol")
 set (proccontrol_MUTATORS
 	pc_launch
 	pc_thread_cont
@@ -45,7 +45,7 @@
 )
 
 
-include_directories ("..src/dyninst")
+include_directories ("../src/dyninst")
 set (dyninst_MUTATORS
 	test1_1
 	test1_2
@@ -195,7 +195,7 @@
 )
 
 
-include_directories ("..src/instruction")
+include_directories ("../src/instruction")
 set (instruction_MUTATORS
 	test_instruction_read_write
 	test_instruction_farcall
@@ -225,7 +225,7 @@
 )
 
 
-include_directories ("..src/symtab")
+include_directories ("../src/symtab")
 set (symtab_MUTATORS
 	test_lookup_func
 	test_lookup_var
@@ -581,9 +581,8 @@
 	if(NOT SKIP)
 		add_library (${lib} ${source})
 		target_link_libraries (${lib} ${comp_dep} ${LIBTESTSUITE})
-		install (TARGETS ${lib} 
+		install (TARGETS ${lib}
 		         RUNTIME DESTINATION ${INSTALL_DIR}
 		         LIBRARY DESTINATION ${INSTALL_DIR})
 	endif()
 endforeach()
-

_service:tar_scm:testsuite-11.0.1.tar.gz/ppc64_linux/cmake-mutators.txt -> _service:tar_scm:testsuite-12.2.1.tar.gz/ppc64_linux/cmake-mutators.txt Changed

@@ -7,7 +7,7 @@
 ######################################################################
 
 
-include_directories ("..src/proccontrol")
+include_directories ("../src/proccontrol")
 set (proccontrol_MUTATORS
 	pc_launch
 	pc_thread_cont
@@ -49,7 +49,7 @@
 )
 
 
-include_directories ("..src/dyninst")
+include_directories ("../src/dyninst")
 set (dyninst_MUTATORS
 	test1_1
 	test1_2
@@ -255,7 +255,7 @@
 )
 
 
-include_directories ("..src/instruction")
+include_directories ("../src/instruction")
 set (instruction_MUTATORS
 	power_decode
 	aarch64_decode
@@ -275,7 +275,7 @@
 )
 
 
-include_directories ("..src/symtab")
+include_directories ("../src/symtab")
 set (symtab_MUTATORS
 	test_lookup_func
 	test_lookup_var
@@ -716,9 +716,8 @@
 	if(NOT SKIP)
 		add_library (${lib} ${source})
 		target_link_libraries (${lib} ${comp_dep} ${LIBTESTSUITE})
-		install (TARGETS ${lib} 
+		install (TARGETS ${lib}
 		         RUNTIME DESTINATION ${INSTALL_DIR}
 		         LIBRARY DESTINATION ${INSTALL_DIR})
 	endif()
 endforeach()
-

_service:tar_scm:testsuite-12.2.1.tar.gz/scripts/build/Dyninst/cmake.pm Added

_service:tar_scm:testsuite-11.0.1.tar.gz/scripts/build/Dyninst/dyninst.pm -> _service:tar_scm:testsuite-12.2.1.tar.gz/scripts/build/Dyninst/dyninst.pm Changed

@@ -1,64 +1,71 @@
 package Dyninst::dyninst;
 
+use strict;
+use warnings;
+
 use base 'Exporter';
-our @EXPORT_OK = qw(setup configure build);
+our @EXPORT_OK = qw(run);
 
-use Dyninst::utils qw(execute);
+use Dyninst::utils qw(execute canonicalize);
 use Dyninst::git;
+use Dyninst::logs qw(save_compiler_config);
 use Cwd qw(realpath);
 use File::Path qw(make_path);
+use Try::Tiny;
 
 sub setup {
 	my ($root_dir, $args) = @_;
-	
+
 	# Build Dyninst
 	# Create the build directory
 	make_path("$root_dir/dyninst/build");
 
 	# The path must exist before using 'realpath'
-	my $base_dir = realpath("$root_dir/dyninst");
+	my $base_dir  = realpath("$root_dir/dyninst");
 	my $build_dir = "$base_dir/build";
-	
+
+	$args->{'dyninst-src'} //= "$args->{'prefix'}/dyninst";
+	$args->{'dyninst-src'} = canonicalize($args->{'dyninst-src'});
+
 	symlink($args->{'dyninst-src'}, "$base_dir/src");
-	
+
 	# This is for internal use only
 	$args->{'dyninst-cmake-cache-dir'} = $build_dir;
-	
+
 	my $git_config = Dyninst::git::get_config($args->{'dyninst-src'}, $base_dir);
-	
+
 	# Check out the PR, if specified
-	if($args->{'dyninst-pr'}) {
+	if ($args->{'dyninst-pr'}) {
 		Dyninst::git::checkout_pr($args->{'dyninst-src'}, $args->{'dyninst-pr'}, $git_config->{'branch'});
 		$git_config = Dyninst::git::get_config($args->{'dyninst-src'}, $base_dir);
 	}
-	
+
 	Dyninst::git::save_config($base_dir, $git_config);
-	
+
 	return ($base_dir, $build_dir);
 }
 
 sub configure {
 	my ($args, $base_dir, $build_dir) = @_;
-	
+
 	my $sterile = $args->{'sterile'} ? '-DSTERILE_BUILD=ON' : '';
 
 	# Configure the build
 	# We need an 'eval' here since we are manually piping stderr
 	eval {
-		execute(
-			"cd $build_dir\n" .
-			"$args->{'cmake'} " .
-			"-H$base_dir/src " .
-			"-B$build_dir " .
-			"$args->{'cmake-args'} " .
-			"$args->{'dyninst-cmake-args'} " .
-			"-DCMAKE_INSTALL_PREFIX=$base_dir " .
-			"$sterile " .
-			"1>config.out 2>config.err "
-		);
+		execute("cd $build_dir\n"
+			  . "$args->{'cmake'} "
+			  . "-H$base_dir/src "
+			  . "-B$build_dir "
+			  . "$args->{'cmake-args'} "
+			  . "$args->{'dyninst-cmake-args'} "
+			  . "-DCMAKE_INSTALL_PREFIX=$base_dir "
+			  . "$sterile "
+			  . "1>config.out 2>config.err ");
 	};
 	die "Error configuring: see $build_dir/config.err for details" if $@;
 }
+
 sub build {
 	my ($args, $build_dir) = @_;
 
@@ -66,23 +73,41 @@
 
 	# Run the build
 	# We need an 'eval' here since we are manually piping stderr
-	eval {
-		execute(
-			"cd $build_dir\n" .
-			"make VERBOSE=1 -j$njobs 1>build.out 2>build.err"
-		);
-	};
+	eval { execute("cd $build_dir\n" . "make VERBOSE=1 -j$njobs 1>build.out 2>build.err"); };
 	die "Error building: see $build_dir/build.err for details" if $@;
 
 	# Install
 	# We need an 'eval' here since we are manually piping stderr
+	eval { execute("cd $build_dir\n" . "make VERBOSE=1 install 1>build-install.out 2>build-install.err"); };
+	die "Error installing: see $build_dir/build-install.err for details" if $@;
+}
+
+sub run {
+	my ($args, $root_dir, $logger) = @_;
+
+	# Always set up logs, even if doing a restart
+	my ($base_dir, $build_dir) = setup($root_dir, $args);
+	
+	return unless $args->{'build-dyninst'};
+
 	eval {
-		execute(
-			"cd $build_dir\n" .
-			"make VERBOSE=1 install 1>build-install.out 2>build-install.err"
-		);
+		$logger->write("Configuring Dyninst... ", 'eol' => '');
+		configure($args, $base_dir, $build_dir);
+		$logger->write("done.");
+		
+		return if $args->{'only-config'};
+
+		save_compiler_config("$build_dir/config.out", "$base_dir/build/compilers.conf");
+
+		$logger->write("Building Dyninst... ", 'eol' => '');
+		build($args, $build_dir);
+		$logger->write("done.");
 	};
-	die "Error installing: see $build_dir/build-install.err for details" if $@;
+	if($@) {
+		$logger->write($@);
+		open my $fdOut, '>', "$root_dir/dyninst/Build.FAILED";
+		die $@;
+	}
 }
 
 1;

_service:tar_scm:testsuite-11.0.1.tar.gz/scripts/build/Dyninst/git.pm -> _service:tar_scm:testsuite-12.2.1.tar.gz/scripts/build/Dyninst/git.pm Changed

@@ -1,5 +1,7 @@
 package Dyninst::git;
 
+use strict;
+use warnings;
 use base 'Exporter';
 our @EXPORT_OK = qw(get_config save_config checkout_pr);
 
@@ -7,7 +9,7 @@
 
 sub get_config {
 	my ($src_dir, $base_dir) = @_;
-	
+
 	# Fetch the current branch name
 	# NB: This will return 'HEAD' if in a detached-head state
 	my $branch = execute("cd $src_dir && git rev-parse --abbrev-ref HEAD");
@@ -16,87 +18,79 @@
 	# Fetch the commitID for HEAD
 	my $commit = execute("cd $src_dir && git rev-parse HEAD");
 	chomp($commit);
-	
+
 	# Get the most recent commits
 	# This is useful for seeing the base commits a PR is on top of
 	my $recent = execute("cd $src_dir && git log --oneline -10");
 
-	return {'branch'=>$branch, 'commit'=>$commit, 'recent'=>$recent};
+	return { 'branch' => $branch, 'commit' => $commit, 'recent' => $recent };
 }
 
 sub save_config {
 	my ($base_dir, $config) = @_;
-	
+
 	# Make each output line a standard CSV entry
-	my $recent = join(',', map {s/"/\\"/g; "\"$_\""} split("\n", $config->{'recent'}));
-	
+	my $recent = join(',', map { s/"/\\"/g; "\"$_\"" } split("\n", $config->{'recent'}));
+
 	open my $fdOut, '>', "$base_dir/git.log" or die "$base_dir/git.log: $!";
 	local $, = "\n";
 	local $\ = "\n";
-	print $fdOut "branch: $config->{'branch'}",
-				 "commit: $config->{'commit'}",
-				 "recent: $recent";
+	print $fdOut "branch: $config->{'branch'}", "commit: $config->{'commit'}", "recent: $recent";
 }
 
 sub checkout_pr {
 	my ($src_dir, $pr, $current_branch) = @_;
-	
+
 	# The PR format is 'remote/ID'
 	my ($remote, $id) = split('/', $pr);
-	if(!defined($id)) {
+	if (!defined($id)) {
+
 		# The user only specified an ID, so assume the remote is 'origin'
-		$id = $remote;
+		$id     = $remote;
 		$remote = 'origin';
 	}
-	
+
 	# The branch we want to create for the PR
 	my $target_branch = "PR$id";
-	
+
 	eval {
-		if($target_branch eq $current_branch) {
+		if ($target_branch eq $current_branch) {
+
 			# Just pull any changes from the remote
-			&execute(
-				"cd $src_dir \n" .
-				"git pull $remote pull/$id/head \n"
-			);
+			&execute("cd $src_dir \n" . "git pull $remote pull/$id/head \n");
 		} else {
+
 			# Check if the target branch exists
 			my $target_exists = undef;
-			eval{ &execute("cd $src_dir && git checkout $target_branch"); };
+			eval { &execute("cd $src_dir && git checkout $target_branch"); };
 			$target_exists = 1 unless $@;
-			
-			if($target_exists) {
+
+			if ($target_exists) {
+
 				# Do a checkout/pull
-				&execute(
-					"cd $src_dir \n" .
-					"git checkout $target_branch \n" .
-					"git pull $remote pull/$id/head \n"
-				);
+				&execute("cd $src_dir \n" . "git checkout $target_branch \n" . "git pull $remote pull/$id/head \n");
 			} else {
+
 				# Do a fetch/checkout
-				my $stdout = &execute(
-					"cd $src_dir \n" .
-					"git fetch $remote pull/$id/head:$target_branch \n" .
-					"git checkout $target_branch \n" .
-					"git merge --squash -Xignore-all-space $remote/master \n"
-				);
-				
+				my $stdout =
+				  &execute("cd $src_dir \n"
+					  . "git fetch $remote pull/$id/head:$target_branch \n"
+					  . "git checkout $target_branch \n"
+					  . "git merge --squash -Xignore-all-space $remote/master \n");
+
 				# Running 'git commit' with nothing to commit returns a non-zero value.
 				# I think this is a bug in git, but just work around it for now.
-				if($stdout !~ /Already up- *to- *date/i) {
-					execute(
-						"cd $src_dir \n" .
-						"git commit -m 'Merge $remote/master'"
-					);
+				if ($stdout !~ /Already up- *to- *date/i) {
+					execute("cd $src_dir \n" . "git commit -m 'Merge $remote/master'");
 				}
 			}
 		}
 	};
-	if($@) {
+	if ($@) {
 		my $msg = $@;
 		$msg =~ s/\n/\n\t/g;
 		die "\nERROR: Unable to checkout pull request '$remote/$id'\n\n\t$msg\n";
 	}
 }
 
-1;
\ No newline at end of file
+1;

_service:tar_scm:testsuite-11.0.1.tar.gz/scripts/build/Dyninst/logs.pm -> _service:tar_scm:testsuite-12.2.1.tar.gz/scripts/build/Dyninst/logs.pm Changed

@@ -1,39 +1,44 @@
 package Dyninst::logs;
 
+use strict;
+use warnings;
 use base 'Exporter';
-our @EXPORT_OK = qw(new parse save_system_info save_compiler_info);
+our @EXPORT_OK = qw(new parse save_system_info save_compiler_config);
 
 use POSIX;
-use Dyninst::utils qw(execute);
+use Dyninst::utils qw(execute canonicalize);
 use File::Copy qw(move);
+use Cwd qw(realpath);
 
 # ------------- Module methods -----------------------
 
 sub append_result {
 	my ($log_file, $test_name, $result) = @_;
 	open my $fdOut, '>>', $log_file or die "$log_file: $!\n";
-	print $fdOut
-		pack('A27 A7 A5 A4 A9 A8 A8 A8 A' . length($result),
-			$test_name, '', '', '', '', '', '', '', $result),
-		"\n";
+	print $fdOut pack(
+		'A27 A7 A5 A4 A9 A8 A8 A8 A' . length($result),
+		$test_name, '', '', '', '', '', '', '', $result
+	  ),
+	  "\n";
 }
 
 sub parse {
 	open my $fdIn, '<', $_0 or die "$_0: $!\n";
 	my @results;
-	while(<$fdIn>) {
+	while (<$fdIn>) {
 		chomp;
-		
+
 		# Parse the fixed-width format
 		my @x = unpack('a27 a7 a5 a4 a9 a8 a8 a8 a50');
-		
+
 		# Ignore the header line
 		next if $x0 =~ /^TEST/;
 
 		# Grab the status field (it's at the end)
 		my $status = pop @x;
 		my $failed = 0;
-		for my $s ('FAILED','CRASHED') {
+		for my $s ('FAILED', 'CRASHED') {
+
 			# Split the status from the reason
 			# The format is 'FAILED (reason)'
 			if ($status =~ /$s\s*$(.+)$\s*$/) {
@@ -42,22 +47,23 @@
 			}
 		}
 		if (!$failed) {
+
 			# Add an empty field to the CSV since there
 			# isn't a failure reason here
 			$status .= ',';
 		}
-		
+
 		# Update the header line
-		if($status eq 'RESULT,') {
+		if ($status eq 'RESULT,') {
 			$status .= 'REASON';
 		}
-		
+
 		# Strip the extra whitespace (except for the failure reason)
-		@x = map {s/\s+//g; $_;} @x;
-				
+		@x = map { s/\s+//g; $_; } @x;
+
 		# Add the failure status back to the record
 		push @x, $status;
-		
+
 		# Make it a CSV record
 		push @results, join(',', @x), "\n";
 	}
@@ -66,101 +72,146 @@
 
 sub get_system_info {
 	my %sysinfo = ();
-	
+
 	# Save some information about the system
-	@sysinfo{'sysname', 'nodename', 'release', 'version', 'machine'} = POSIX::uname();
-	    
+	@sysinfo{ 'sysname', 'nodename', 'release', 'version', 'machine' } = POSIX::uname();
+
 	# Strip trailing digits from the hostname (these are usually from login nodes)
 	$sysinfo{'nodename'} =~ s/\d+$//;
-	
+
 	# Try to get the vendor name
 	$sysinfo{'vendor'} = 'Unknown';
-	
+
 	# Use an eval just in case we don't have access to '/proc/cpuinfo'
 	eval {
 		my $cpuinfo = execute("cat /proc/cpuinfo");
-		my @lines = grep {/vendor_id/i} split("\n", $cpuinfo);
-		unless(@lines) {
-			@lines = grep {/cpu\s+\:/i} split("\n", $cpuinfo);
+		my @lines   = grep { /vendor_id/i } split("\n", $cpuinfo);
+		unless (@lines) {
+			@lines = grep { /cpu\s+\:/i } split("\n", $cpuinfo);
 		}
-		if(@lines) {
+		if (@lines) {
 			(undef, $sysinfo{'vendor'}) = split(':', $lines0);
-			
+
 			# On linux, Power has the form 'POWERXX, altivec...'
-			if($sysinfo{'vendor'} =~ /power/i) {                
-				$sysinfo{'vendor'} = (split(',',$sysinfo{'vendor'}))0;
+			if ($sysinfo{'vendor'} =~ /power/i) {
+				$sysinfo{'vendor'} = (split(',', $sysinfo{'vendor'}))0;
 			}
-			
+
 			# Remove all whitespace
 			$sysinfo{'vendor'} =~ s/\s//g;
 		}
 	};
 
-	
 	# Find the version of libc
 	my $libc_info = (split("\n", &execute('ldd --version')))0;
-	if($libc_info =~ /gnu/i || $libc_info =~ /glibc/i) {
+	if ($libc_info =~ /gnu/i || $libc_info =~ /glibc/i) {
+
 		# We have a GNU libc, the version is at the end
 		$libc_info = (split(' ', $libc_info))-1;
 	} else {
 		$libc_info = "Unknown";
 	}
 	$sysinfo{'libc'} = $libc_info;
-	
+
 	return \%sysinfo;
 }
 
 sub save_system_info {
 	my ($logger, $hostname) = @_;
-	
+
 	my $sysinfo = get_system_info();
-	
+
 	# Allow user to override the hostname
-	if(defined $hostname) {
+	if (defined $hostname) {
 		$sysinfo->{'nodename'} = $hostname;
 	}
-	
-	$logger->write(
-		"os: $sysinfo->{'sysname'}\n" .
-		"hostname: $sysinfo->{'nodename'}\n" .
-		"kernel: $sysinfo->{'release'}\n" .
-		"version: $sysinfo->{'version'}\n" .
-		"arch: $sysinfo->{'machine'}/$sysinfo->{'vendor'}\n" .
-		"libc: $sysinfo->{'libc'}"		
-	);
 
-	# UTC datetime	
+	$logger->write("os: $sysinfo->{'sysname'}\n"
+		  . "hostname: $sysinfo->{'nodename'}\n"
+		  . "kernel: $sysinfo->{'release'}\n"
+		  . "version: $sysinfo->{'version'}\n"
+		  . "arch: $sysinfo->{'machine'}/$sysinfo->{'vendor'}\n"
+		  . "libc: $sysinfo->{'libc'}");
+
+	# UTC datetime
 	$logger->write(POSIX::strftime("date: %Y-%m-%dT%H:%M:%S.\n", gmtime()));
-	$logger->write('*'x20);
+	$logger->write('*' x 20);
+}
+
+sub save_compiler_config {
+	my ($cmake_log, $out_file) = @_;
+
+	open my $fdIn, '<', $cmake_log or die "Unable to open CMake log '$cmake_log': $!\n";
+
+	my %compilers = (
+		'cxx' => { 'path' => '', 'version' => '' },
+		'c'   => { 'path' => '', 'version' => '' }
+	);
+
+	while (<$fdIn>) {
+		if (/Check for working CXX compiler:\s*(.+)?\s*-+\s*works/) {
+			$compilers{'cxx'}{'path'} = realpath($1);
+			next;
+		}
+		if (/Check for working C compiler:\s*(.+)?\s*-+\s*works/) {
+			$compilers{'c'}{'path'} = realpath($1);
+			next;
+		}
+		if (/The C compiler identification is (.+)/) {
+			$compilers{'c'}{'version'} = $1;
+			next;
+		}
+		if (/The CXX compiler identification is (.+)/) {
+			$compilers{'cxx'}{'version'} = $1;
+			next;
+		}
+	}
+
+	# Verify we got everything
+	for my $c (keys %compilers) {
+		for my $t (keys %{ $compilers{$c} }) {
+			unless ($compilers{$c}{$t}) {
+				warn "$cmake_log is missing $c/$t\n";
+			}
+		}
+	}
+
+	open my $fdOut, '>', $out_file or die "Couldn't open '$out_file': $!\n";
+	local $, = "\n";
+	print $fdOut
+	  "c_path: $compilers{'c'}{'path'}",
+	  "c_version: $compilers{'c'}{'version'}",
+	  "cxx_path: $compilers{'cxx'}{'path'}",
+	  "cxx_version: $compilers{'cxx'}{'version'}\n";
 }
 
 # ------------- Class methods -------------------------
 
 sub new {
 	my ($class, $filename, $quiet) = @_;
-	
+
 	# Save a backup, if the log file already exists
 	move($filename, "$filename.bak") if -e $filename;
-	
+
 	open my $fdLog, '>', $filename or die "$filename: $!\n";
-	
+
 	bless {
 		'filename' => $filename,
-		'quiet'=> $quiet // 1,
-		'fd' => $fdLog
+		'quiet'    => $quiet // 1,
+		'fd'       => $fdLog
 	}, $class;
 }
 
 sub write {
 	my ($self, $msg, %opts) = @_;
 
-	my $fd = $self->{'fd'};
+	my $fd  = $self->{'fd'};
 	my $eol = $opts{'eol'} // "\n";
 	print $fd $msg, $eol;
 
-	if(!$self->{'quiet'}) {
+	if (!$self->{'quiet'}) {
 		print $msg, "\n";
 	}
 }
 
-1;
\ No newline at end of file
+1;

_service:tar_scm:testsuite-12.2.1.tar.gz/scripts/build/Dyninst/options.pm Added

@@ -0,0 +1,140 @@
+package Dyninst::options;
+
+use strict;
+use warnings;
+use base 'Exporter';
+our @EXPORT_OK = qw(parse show_help);
+
+use Pod::Usage;
+use Pod::Find qw(pod_where);
+use Getopt::Long qw(GetOptions);
+use Cwd qw(cwd);
+
+my %args = (
+	'prefix'               => cwd(),
+	'dyninst-src'          => undef,
+	'test-src'             => undef,
+	'log-file'             => undef,
+	'dyninst-pr'           => undef,
+	'testsuite-pr'         => undef,
+	'cmake-args'           => '',
+	'cmake'                => 'cmake',
+	'dyninst-cmake-args'   => '',
+	'testsuite-cmake-args' => '',
+	'build-tests'          => 1,
+	'run-tests'            => 1,
+	'tests'                => 1,
+	'njobs'                => 1,
+	'quiet'                => 0,
+	'purge'                => 0,
+	'help'                 => 0,
+	'restart'              => undef,
+	'upload'               => 0,
+	'ntestjobs'            => 1,
+	'nompthreads'          => 2,
+	'single-stepping'      => 0,
+	'auth-token'           => undef,
+	'sterile'              => 1,
+	'hostname'             => undef,
+	'debug-mode'           => 0,         # undocumented debug mode
+	'limit'                => undef,     # change group limit
+	'root'                 => undef,     # root directory name
+	'replay'               => 1,         # replay fails in single-step
+	'only-config'          => 0          # undocumented only run the configure step of the build
+);
+
+our $invocation_args;
+
+sub parse {
+	$invocation_args = join(
+		' ',
+		map {
+			my ($l, $r) = split('=', $_, 2);
+			$l .= "=\"$r\"" if $r;
+			$l;
+		} @ARGV
+	);
+
+	GetOptions(
+		\%args,                 'prefix=s',      'dyninst-src=s',          'test-src=s',
+		'log-file=s',           'dyninst-pr=s',  'testsuite-pr=s',         'cmake-args=s',
+		'dyninst-cmake-args=s', 'cmake=s',       'testsuite-cmake-args=s', 'build-tests!',
+		'run-tests!',           'tests!',        'njobs=i',                'quiet',
+		'purge',                'help',          'restart=s',              'upload!',
+		'ntestjobs=i',          'nompthreads=i', 'single-stepping',        'auth-token=s',
+		'sterile!',             'hostname=s',    'debug-mode',             'limit=i',
+		'root=s',               'replay!',       'only-config'
+	) or pod2usage(-input => pod_where({ -inc => 1 }, __PACKAGE__), -exitval => 2);
+
+	# --no-tests is an alias for "--no-build-tests --no-run-tests"
+	if (!$args{'tests'}) {
+		$args{'build-tests'} = 0;
+		$args{'run-tests'}   = 0;
+	}
+
+	# ------- Sanity Checks ---------------------------------------------
+	if ($args{'upload'} && !$args{'auth-token'}) {
+		die "Must specify authentication token when uploading\n";
+	}
+
+	if (defined($args{'restart'}) && defined($args{'root'})) {
+		die "Options --restart and --root are mutually exclusive\n";
+	}
+
+	# Disable interfering flags when using 'only-config'
+	# NB: This is an undocumented option
+	if ($args{'only-config'}) {
+		$args{'restart'}   = undef;
+		$args{'run-tests'} = 0;
+	}
+
+	return \%args;
+}
+
+sub show_help {
+	pod2usage(-input => pod_where({ -inc => 1 }, __PACKAGE__));
+}
+
+1;
+
+__END__
+
+=head1 DESCRIPTION
+
+A tool for automating building Dyninst and its test suite
+
+=head1 SYNOPSIS
+
+build options
+
+ Options:
+   --prefix                Base directory for the source and build directories (default: pwd)
+   --dyninst-src=PATH      Source directory for Dyninst (default: prefix/dyninst)
+   --test-src=PATH         Source directory for Testsuite (default: prefix/testsuite)
+   --log-file=FILE         Store logging data in FILE (default: prefix/build.log)
+   --dyninst-pr            The Dyninst pull request formatted as 'remote/ID' with 'remote' being optional
+   --testsuite-pr          The Testsuite pull request formatted as 'remote/ID' with 'remote' being optional
+   --cmake                 CMake to use.
+   --cmake-args            CMake options passed to both Dyninst and the test suite (format '-DVAR=VALUE')
+   --dyninst-cmake-args    Additional CMake arguments for Dyninst
+   --testsuite-cmake-args  Additional CMake arguments for the Testsuite
+   --no-build-tests      Build the Testsuite (default: yes)
+   --no-run-tests        Run the Testsuite (default: yes)
+   --no-tests            Alias for "--no-build-tests --no-run-tests"
+   --njobs=N               Number of make jobs (default: N=1)
+   --quiet                 Don't echo logging information to stdout (default: no)
+   --purge                 Remove all files after running testsuite (default: no)
+   --restart=ID            Restart the script for run 'ID'
+   --no-upload           Upload the results to the Dyninst dashboard (default: no)
+   --ntestjobs             Number of tests to run in parallel (default: 1)
+   --nompthreads           Number of OpenMP threads to use for parallel parsing when running tests (default: 2)
+   --single-stepping       Run the tests one at a time (i.e., not in 'group' mode) (default: no)
+   --auth-token=STRING     The authentication token string. Required when uploading the results.
+   --no-sterile          Use a sterile build- don't download dependencies (default: yes)
+   --hostname              Override the hostname provided by `uname`
+   --limit=n               Change group test limit in testsuite.
+   --root=dir              Set name/ID of root of test directory
+   --no-replay             Turn off automatic replay of failed tests.
+   --help                  Print this help message
+=cut
+

_service:tar_scm:testsuite-12.2.1.tar.gz/scripts/build/Dyninst/restart.pm Added

@@ -0,0 +1,44 @@
+package Dyninst::restart;
+
+use strict;
+use warnings;
+use base 'Exporter';
+our @EXPORT_OK = qw(setup);
+
+sub setup {
+	my $args = shift;
+
+	if (!-d $args->{'restart'}) {
+		die "Requested restart directory ($args->{'restart'}) does not exist\n";
+	}
+
+	# If the Dyninst build is missing or failed, then rebuild it
+	my $dyninst_ok = -d "$args->{'restart'}/dyninst" && !-e "$args->{'restart'}/dyninst/Build.FAILED";
+	$args->{'build-dyninst'} = !$dyninst_ok;
+
+	# If the Testsuite build is missing or failed, then rebuild it
+	# The Testsuite cannot be good if Dyninst is not good
+	my $testsuite_ok =
+		 -d "$args->{'restart'}/testsuite"
+	  && !-e "$args->{'restart'}/testsuite/Build.FAILED"
+	  && $dyninst_ok;
+
+	my $user_wants_to_build_tests = $args->{'build-tests'};
+	$args->{'build-tests'} = !$testsuite_ok && $user_wants_to_build_tests;
+
+	# Sanity check: If the existing Testsuite is bad and the user
+	#				wants to run the tests, but the user requested not
+	#				to build the Testsuite, then we can't continue
+	if (!$testsuite_ok && $args->{'run-tests'} && !$user_wants_to_build_tests) {
+		die "The Testsuite in '$args->{'restart'}' must be rebuilt\n";
+	}
+
+	# Remove the FAILED files (if present)
+	unlink(
+		"$args->{'restart'}/dyninst/Build.FAILED",
+		"$args->{'restart'}/testsuite/Build.FAILED",
+		"$args->{'restart'}/Tests.FAILED"
+	);
+}
+
+1;

_service:tar_scm:testsuite-12.2.1.tar.gz/scripts/build/Dyninst/results.pm Added

@@ -0,0 +1,57 @@
+package Dyninst::results;
+
+use strict;
+use warnings;
+use base 'Exporter';
+our @EXPORT_OK = qw(save);
+
+use Archive::Tar;
+use File::Spec;
+
+sub save {
+	my ($args, $root_dir) = @_;
+	my $results_log = "$root_dir/testsuite/tests/results.log";
+
+	# Parse the raw output
+	if (-f "$root_dir/testsuite/tests/stdout.log") {
+		my @res = Dyninst::logs::parse("$root_dir/testsuite/tests/stdout.log");
+		open my $fdOut, '>', $results_log or die "$results_log: $!\n";
+		local $\ = "\n";
+		print $fdOut @res;
+	}
+
+	# Create the exportable tarball of results
+	my @log_files = (
+		"$root_dir/dyninst/Build.FAILED",              "$root_dir/testsuite/Build.FAILED",
+		"$root_dir/Tests.FAILED",                      "$root_dir/dyninst/git.log",
+		"$root_dir/dyninst/build/compilers.conf",      "$root_dir/dyninst/build/config.out",
+		"$root_dir/dyninst/build/config.err",          "$root_dir/dyninst/build/build.out",
+		"$root_dir/dyninst/build/build.err",           "$root_dir/dyninst/build/build-install.out",
+		"$root_dir/dyninst/build/build-install.err",   "$root_dir/testsuite/git.log",
+		"$root_dir/testsuite/build/compilers.conf",    "$root_dir/testsuite/build/config.out",
+		"$root_dir/testsuite/build/config.err",        "$root_dir/testsuite/build/build.out",
+		"$root_dir/testsuite/build/build.err",         "$root_dir/testsuite/build/build-install.out",
+		"$root_dir/testsuite/build/build-install.err", "$root_dir/testsuite/tests/stdout.log",
+		"$root_dir/testsuite/tests/stderr.log",        "$root_dir/testsuite/tests/test.log",
+		"$root_dir/testsuite/tests/run.log",           $results_log
+	);
+
+	my $tar = Archive::Tar->new();
+
+	# Only add the files that exist
+	# Non-existent files indicate an error occurred
+	$tar->add_files(grep { -f $_ } @log_files);
+
+	# The dashboard assumes the build log is name 'build.log'
+	# Rename the file accordingly
+	open my $fdBuildLog, '<', File::Spec->abs2rel($args->{'log-file'});
+	local $/ = undef;
+	$tar->add_data('build.log', <$fdBuildLog>);
+
+	my $filename = "$root_dir.results.tar.gz";
+	$tar->write($filename, COMPRESS_GZIP);
+
+	return $filename;
+}
+
+1;

_service:tar_scm:testsuite-11.0.1.tar.gz/scripts/build/Dyninst/testsuite.pm -> _service:tar_scm:testsuite-12.2.1.tar.gz/scripts/build/Dyninst/testsuite.pm Changed

@@ -1,11 +1,14 @@
 package Dyninst::testsuite;
 
+use strict;
+use warnings;
 use base 'Exporter';
-our @EXPORT_OK = qw(setup configure build run);
+our @EXPORT_OK = qw(run);
 
-use Dyninst::utils qw(execute list_unique load_from_cache);
+use Dyninst::utils qw(execute list_unique canonicalize);
+use Dyninst::cmake qw(load_from_cache);
 use Dyninst::git;
-use Dyninst::logs;
+use Dyninst::logs qw(save_compiler_config);
 use Cwd qw(realpath);
 use File::Path qw(make_path);
 use Time::HiRes;
@@ -13,49 +16,50 @@
 
 sub setup {
 	my ($root_dir, $args) = @_;
-	
+
 	# Create the build directory
 	make_path("$root_dir/testsuite/build");
 
-	my $base_dir = realpath("$root_dir/testsuite");
+	my $base_dir  = realpath("$root_dir/testsuite");
 	my $build_dir = "$base_dir/build";
+	
+	$args->{'test-src'} //= "$args->{'prefix'}/testsuite";
+	$args->{'test-src'} = canonicalize($args->{'test-src'});
+	
 	symlink($args->{'test-src'}, "$base_dir/src");
 	symlink(realpath("$root_dir/dyninst"), "$base_dir/dyninst");
-	
+
 	# This is for internal use only
 	$args->{'testsuite-cmake-cache-dir'} = $build_dir;
-	
+
 	my $git_config = Dyninst::git::get_config($args->{'test-src'}, $base_dir);
-	
+
 	# Check out the PR, if specified
-	if($args->{'testsuite-pr'}) {
+	if ($args->{'testsuite-pr'}) {
 		Dyninst::git::checkout_pr($args->{'test-src'}, $args->{'testsuite-pr'}, $git_config->{'branch'});
 		$git_config = Dyninst::git::get_config($args->{'test-src'}, $base_dir);
 	}
-	
+
 	Dyninst::git::save_config($base_dir, $git_config);
-	
+
 	return ($base_dir, $build_dir);
 }
 
-
 sub configure {
 	my ($args, $base_dir, $build_dir) = @_;
-	
+
 	# Configure the Testsuite
 	# We need an 'eval' here since we are manually piping stderr
 	eval {
-		execute(
-			"cd $build_dir\n" .
-			"$args->{'cmake'} " .
-			"../src " .
-			"-DCMAKE_INSTALL_PREFIX=$base_dir " .
-			"$args->{'cmake-args'} " .
-			"$args->{'testsuite-cmake-args'} " .
-			"-DINSTALL_DIR=$base_dir/tests ".
-			"-DDyninst_DIR=../dyninst/lib/cmake/Dyninst ".
-			"1>config.out 2>config.err"
-		);
+		execute("cd $build_dir\n"
+			  . "$args->{'cmake'} "
+			  . "../src "
+			  . "-DCMAKE_INSTALL_PREFIX=$base_dir "
+			  . "$args->{'cmake-args'} "
+			  . "$args->{'testsuite-cmake-args'} "
+			  . "-DINSTALL_DIR=$base_dir/tests "
+			  . "-DDyninst_DIR=../dyninst/lib/cmake/Dyninst "
+			  . "1>config.out 2>config.err");
 	};
 	die "Error configuring: see $build_dir/config.err for details" if $@;
 }
@@ -67,32 +71,22 @@
 
 	# Build the Testsuite
 	# We need an 'eval' here since we are manually piping stderr
-	eval {
-		execute(
-			"cd $build_dir\n" .
-			"make VERBOSE=1 -j$njobs 1>build.out 2>build.err"
-		);
-	};
+	eval { execute("cd $build_dir\n" . "make VERBOSE=1 -j$njobs 1>build.out 2>build.err"); };
 	die "Error building: see $build_dir/build.err for details" if $@;
 
 	# Install the Testsuite
 	# We need an 'eval' here since we are manually piping stderr
-	eval {
-		execute(
-		"cd $build_dir\n" .
-		"make VERBOSE=1 install 1>build-install.out 2>build-install.err"
-		);
-	};
+	eval { execute("cd $build_dir\n" . "make VERBOSE=1 install 1>build-install.out 2>build-install.err"); };
 	die "Error installing: see $build_dir/build-install.err for details" if $@;
 }
 
 sub _killed_by_watchdog {
 	my ($file) = @_;
-	
+
 	# Check if we were killed by the watchdog timer
-	if(-f $file){
+	if (-f $file) {
 		open my $fdIn, '<', $file;
-		while(<$fdIn>) {
+		while (<$fdIn>) {
 			return 1 if m/Process exceeded time limit/;
 		}
 	}
@@ -101,15 +95,15 @@
 
 sub _run_single {
 	my ($paths, $args, $base_dir, $run_log) = @_;
-	
+
 	my $test_names_file = "$base_dir/../build/test_names.txt";
-	open my $fdTests, '<', $test_names_file or die "Unable to open '$test_names_file': $!\n";
-	open my $fdLog, '>', "$base_dir/test.log" or die "Unable to open '$base_dir/test.log': $!\n";
+	open my $fdTests, '<', $test_names_file     or die "Unable to open '$test_names_file': $!\n";
+	open my $fdLog,   '>', "$base_dir/test.log" or die "Unable to open '$base_dir/test.log': $!\n";
 
 	open my $fdOut, '>', "$base_dir/stdout.log";
 	open my $fdErr, '>', "$base_dir/stderr.log";
 
-	while(my $test_name = <$fdTests>) {
+	while (my $test_name = <$fdTests>) {
 		chomp($test_name);
 
 		# Put a marker in the stderr log
@@ -120,30 +114,28 @@
 		my $start = Time::HiRes::gettimeofday();
 
 		try {
-			execute(
-				"cd $base_dir\n" .
-				"export DYNINSTAPI_RT_LIB=$base_dir/../dyninst/lib/libdyninstAPI_RT.so\n" .
-				"export OMP_NUM_THREADS=$args->{'nompthreads'}\n" .
-				"LD_LIBRARY_PATH=$paths:\$LD_LIBRARY_PATH " .
-				"./runTests -64 -all -test $test_name $limit -log tmp.log 1>stdout.tmp 2>stderr.tmp"
-			);
+			execute("cd $base_dir\n"
+				  . "export DYNINSTAPI_RT_LIB=$base_dir/../dyninst/lib/libdyninstAPI_RT.so\n"
+				  . "export OMP_NUM_THREADS=$args->{'nompthreads'}\n"
+				  . "LD_LIBRARY_PATH=$paths:\$LD_LIBRARY_PATH "
+				  . "./runTests -64 -all -test $test_name $limit -log tmp.log 1>stdout.tmp 2>stderr.tmp");
 		} catch {
-			print $fdErr "\n$test_name failed in testsuite::run", '-'x10, "\n";
+			print $fdErr "\n$test_name failed in testsuite::run", '-' x 10, "\n";
 		};
-		
-		if($Dyninst::utils::debug_mode) {
+
+		if ($Dyninst::utils::debug_mode) {
 			my $end = Time::HiRes::gettimeofday();
 			$run_log->write(sprintf("$test_name took %.2f seconds", $end - $start));
 		}
-		
-		if(_killed_by_watchdog("$base_dir/stderr.tmp")) {
+
+		if (_killed_by_watchdog("$base_dir/stderr.tmp")) {
 			$run_log->write("$test_name exceeded time limit");
 			Dyninst::logs::append_result("$base_dir/stdout.tmp", $test_name, 'HANGED');
 		}
-		
+
 		# Concatenate the temporary logs with the permanent ones
-		for my $f ('stdout.tmp',$fdOut,'stderr.tmp',$fdErr,'tmp.log',$fdLog) {
-			if(-f "$base_dir/$f->0") {
+		for my $f ('stdout.tmp', $fdOut, 'stderr.tmp', $fdErr, 'tmp.log', $fdLog) {
+			if (-f "$base_dir/$f->0") {
 				open my $fdIn, '<', "$base_dir/$f->0";
 				my $x = $f->1;
 				print $x (<$fdIn>);
@@ -152,27 +144,19 @@
 	}
 }
 
-sub run {
+sub run_tests {
 	my ($args, $base_dir, $run_log) = @_;
 
 	# Grab the paths in the Dyninst build cache
-	my @lib_dirs = (
-		'Boost_LIBRARY_DIRS','TBB_LIBRARY_DIRS','ElfUtils_LIBRARY_DIRS',
-		'LibIberty_LIBRARY_DIRS'
-	);
-	my $cache = "$args->{'dyninst-cmake-cache-dir'}/CMakeCache.txt";
-	my @libs = load_from_cache($cache, \@lib_dirs);
-	
-	# Grab the paths in the test suite build cache
-	$cache = "$args->{'testsuite-cmake-cache-dir'}/CMakeCache.txt";
-	@lib_dirs = 'LibXml2_LIBRARY_DIRS';
-	push @libs, load_from_cache($cache, \@lib_dirs);
-	
+	my @lib_dirs = ('Boost_LIBRARY_DIRS', 'TBB_LIBRARY_DIRS', 'ElfUtils_LIBRARY_DIRS', 'LibIberty_LIBRARY_DIRS');
+	my $cache    = "$args->{'dyninst-cmake-cache-dir'}/CMakeCache.txt";
+	my @libs     = load_from_cache($cache, \@lib_dirs);
+
 	push @libs, ($base_dir, realpath("$base_dir/../dyninst/lib"));
 	my $paths = join(':', list_unique(@libs));
-	
+
 	# If user explicitly requests single-stepping, then only run that mode
-	if($args->{'single-stepping'}) {
+	if ($args->{'single-stepping'}) {
 		_run_single($paths, $args, $base_dir, $run_log);
 		return;
 	}
@@ -182,13 +166,11 @@
 	try {
 		my $limit = defined($args->{'limit'}) ? "-limit $args->{'limit'}" : '';
 
-		execute(
-			"cd $base_dir\n" .
-			"export DYNINSTAPI_RT_LIB=$base_dir/../dyninst/lib/libdyninstAPI_RT.so\n" .
-			"export OMP_NUM_THREADS=$args->{'nompthreads'}\n" .
-			"LD_LIBRARY_PATH=$paths:\$LD_LIBRARY_PATH " .
-			"./runTests -64 -all -log test.log -j$args->{'ntestjobs'} $limit 1>stdout.log 2>stderr.log"
-		);
+		execute("cd $base_dir\n"
+			  . "export DYNINSTAPI_RT_LIB=$base_dir/../dyninst/lib/libdyninstAPI_RT.so\n"
+			  . "export OMP_NUM_THREADS=$args->{'nompthreads'}\n"
+			  . "LD_LIBRARY_PATH=$paths:\$LD_LIBRARY_PATH "
+			  . "./runTests -64 -all -log test.log -j$args->{'ntestjobs'} $limit 1>stdout.log 2>stderr.log");
 
 		## XXX do a better job here, otherwise
 		## dual watchdog messages, but at least tell the truth
@@ -207,11 +189,52 @@
 		if ($args->{'replay'}) {
 			$run_log->write("Running in group mode failed. Running single-step mode.\n");
 			_run_single($paths, $args, $base_dir, $run_log);
-		}
-		else {
+		} else {
 			$run_log->write("Running in group mode failed, NO REPLAY.\n");
 		}
 	};
 }
 
+sub run {
+	my ($args, $root_dir, $logger) = @_;
+
+	# Don't do anything (not even the logs), if --no-tests was given
+	return if !$args->{'tests'};
+
+	# Always set up logs, even if doing a restart
+	my ($base_dir, $build_dir) = setup($root_dir, $args);
+
+	try {
+		if ($args->{'build-tests'}) {
+			$logger->write("Configuring Testsuite... ", 'eol' => '');
+			configure($args, $base_dir, $build_dir);
+			$logger->write("done\n");
+			
+			#NB: This only leaves the 'try' block, it does _NOT_ return from 'run'!
+			return if $args->{'only-config'};
+
+			save_compiler_config("$build_dir/config.out", "$base_dir/build/compilers.conf");
+
+			$logger->write("Building Testsuite... ", 'eol' => '');
+			build($args, $build_dir);
+			$logger->write("done\n");
+		}
+
+		if ($args->{'run-tests'}) {
+			make_path("$root_dir/testsuite/tests");
+			my $base_dir = realpath("$root_dir/testsuite/tests");
+
+			my $run_log = Dyninst::logs->new("$base_dir/run.log");
+
+			$logger->write("running Testsuite... ", 'eol' => '');
+			run_tests($args, $base_dir, $run_log);
+			$logger->write("done.");
+		}
+	} catch {
+		$logger->write($_);
+		open my $fdOut, '>', "$root_dir/testsuite/Build.FAILED";
+		die $_;
+	}
+}
+
 1;

_service:tar_scm:testsuite-11.0.1.tar.gz/scripts/build/Dyninst/utils.pm -> _service:tar_scm:testsuite-12.2.1.tar.gz/scripts/build/Dyninst/utils.pm Changed

@@ -1,20 +1,30 @@
 package Dyninst::utils;
 
+use strict;
+use warnings;
 use base 'Exporter';
-our @EXPORT_OK = qw(execute list_unique parse_cmake_cache load_from_cache);
+our @EXPORT_OK = qw(execute list_unique canonicalize make_root upload);
 
 use Capture::Tiny qw(capture);
 use Cwd qw(realpath);
+use File::Temp qw(tempdir);
+use Try::Tiny;
 
 our $debug_mode;
 
+sub canonicalize {
+	my $dir = shift;
+	$dir = realpath($dir) if defined($dir) && $dir ne '';
+	return $dir;
+}
+
 sub execute {
 	my $cmd = shift;
 
 	print "\n$cmd\n" if $debug_mode;
 
-	my ($stdout,$stderr,$exit) = capture { system($cmd); };
-	$exit = (( $exit >> 8 ) != 0 || $exit == -1 || ( $exit & 127 ) != 0);
+	my ($stdout, $stderr, $exit) = capture { system($cmd); };
+	$exit = (($exit >> 8) != 0 || $exit == -1 || ($exit & 127) != 0);
 	die "Error executing '$cmd'\n$stderr\n" if $exit;
 	return $stdout;
 }
@@ -25,76 +35,35 @@
 	return keys %y;
 }
 
-sub parse_cmake_cache {
-	my $filename = shift;
-	my %defines = ();
-
-	open my $fdIn, '<', $filename or die "Unable to open CMake cache '$filename': $!\n";
-	while(<$fdIn>) {
-		chomp;
-		next if /^#/;
-		next if /^\/\//;
-		next if $_ eq '';
-
-		# Format is KEY:TYPE=VALUE
-		my ($key, $value) = split('=');
-		($key, undef) = split('\:', $key);
-		$defines{$key} = $value;
-	}
-	return \%defines;
-}
+sub make_root {
+	my $args = shift;
 
-sub load_from_cache {
-	my ($filename, $var_names) = @_;
-	my $cache = parse_cmake_cache($filename);
-	map { split(';', $cache->{$_}); } @{$var_names};
-}
+	# XXX would like to check that 'root' and 'restart' are good paths,
+	# relying upon developers to be correct for now.
 
-sub save_compiler_config {
-	my ($cmake_log, $out_file) = @_;
-	
-	open my $fdIn, '<', $cmake_log or die "Unable to open CMake log '$cmake_log': $!\n";
-	
-	my %compilers = (
-		'cxx' => {'path'=>'', 'version'=>''},
-		'c'   => {'path'=>'', 'version'=>''}
-	);
-
-	while(<$fdIn>) {
-		if(/Check for working CXX compiler:\s*(.+)?\s*-+\s*works/) {
-			$compilers{'cxx'}{'path'} = realpath($1);
-			next;
-		}
-		if(/Check for working C compiler:\s*(.+)?\s*-+\s*works/) {
-			$compilers{'c'}{'path'} = realpath($1);
-			next;
-		}
-		if(/The C compiler identification is (.+)/) {
-			$compilers{'c'}{'version'} = $1;
-			next;
-		}
-		if(/The CXX compiler identification is (.+)/) {
-			$compilers{'cxx'}{'version'} = $1;
-			next;
+	return $args->{'restart'} if $args->{'restart'};
+
+	if (defined($args->{'root'})) {
+		unless (-e $args->{'root'} or mkdir $args->{'root'}) {
+			die "Unable to create $args->{'root'}\n";
 		}
+		return $args->{'root'};
 	}
-	
-	# Verify we got everything
-	for my $c (keys %compilers) {
-		for my $t (keys %{$compilers{$c}}) {
-			unless($compilers{$c}{$t}) {
-				warn "$cmake_log is missing $c/$t\n";
-			}
-		}
+
+	# Generate a unique name
+	return tempdir('XXXXXXXX', CLEANUP => 0);
+}
+
+sub upload {
+	my ($filename, $token) = @_;
+
+	try {
+		execute("curl --insecure -F \"upload=\@$filename\" "
+			  . "-F \"token=$token\" "
+			  . "https://bottle.cs.wisc.edu/upload");
+	} catch {
+		die "An error occurred when uploading the results\n$_\n";
 	}
-	
-	open my $fdOut, '>', $out_file or die "Couldn't open '$out_file': $!\n";
-	local $, = "\n";
-	print $fdOut
-		"c_path: $compilers{'c'}{'path'}",
-		"c_version: $compilers{'c'}{'version'}",
-		"cxx_path: $compilers{'cxx'}{'path'}",
-		"cxx_version: $compilers{'cxx'}{'version'}\n";
 }
 
-1;
\ No newline at end of file
+1;

_service:tar_scm:testsuite-12.2.1.tar.gz/scripts/build/Pod Added

_service:tar_scm:testsuite-12.2.1.tar.gz/scripts/build/Pod/Find.pm Added

@@ -0,0 +1,553 @@
+#############################################################################  
+# Pod/Find.pm -- finds files containing POD documentation
+#
+# Author: Marek Rouchal <marekr@cpan.org>
+# 
+# Copyright (C) 1999-2000 by Marek Rouchal (and borrowing code
+# from Nick Ing-Simmon's PodToHtml). All rights reserved.
+# This file is part of "PodParser". Pod::Find is free software;
+# you can redistribute it and/or modify it under the same terms
+# as Perl itself.
+#############################################################################
+
+package Pod::Find;
+use strict;
+
+use vars qw($VERSION);
+$VERSION = '1.63';   ## Current version of this package
+require  5.005;   ## requires this Perl version or later
+use Carp;
+
+BEGIN {
+   if ($ < 5.006) {
+      require Symbol;
+      import Symbol;
+   }
+}
+
+#############################################################################
+
+=head1 NAME
+
+Pod::Find - find POD documents in directory trees
+
+=head1 SYNOPSIS
+
+  use Pod::Find qw(pod_find simplify_name);
+  my %pods = pod_find({ -verbose => 1, -inc => 1 });
+  foreach(keys %pods) {
+     print "found library POD `$pods{$_}' in $_\n";
+  }
+
+  print "podname=",simplify_name('a/b/c/mymodule.pod'),"\n";
+
+  $location = pod_where( { -inc => 1 }, "Pod::Find" );
+
+=head1 DESCRIPTION
+
+B<NOTE: This module is considered legacy; modern Perl releases (5.18 and
+higher) are going to remove Pod-Parser from core and use L<Pod-Simple>
+for all things POD.>
+
+B<Pod::Find> provides a set of functions to locate POD files.  Note that
+no function is exported by default to avoid pollution of your namespace,
+so be sure to specify them in the B<use> statement if you need them:
+
+  use Pod::Find qw(pod_find);
+
+From this version on the typical SCM (software configuration management)
+directories are ignored. These are: RCS, CVS, SCCS, .svn, .hg, .git, .sync
+
+=cut
+
+#use diagnostics;
+use Exporter;
+use File::Spec;
+use File::Find;
+use Cwd qw(abs_path cwd);
+
+use vars qw(@ISA @EXPORT_OK $VERSION);
+@ISA = qw(Exporter);
+@EXPORT_OK = qw(&pod_find &simplify_name &pod_where &contains_pod);
+
+# package global variables
+my $SIMPLIFY_RX;
+
+=head2 C<pod_find( { %opts } , @directories )>
+
+The function B<pod_find> searches for POD documents in a given set of
+files and/or directories. It returns a hash with the file names as keys
+and the POD name as value. The POD name is derived from the file name
+and its position in the directory tree.
+
+E.g. when searching in F<$HOME/perl5lib>, the file
+F<$HOME/perl5lib/MyModule.pm> would get the POD name I<MyModule>,
+whereas F<$HOME/perl5lib/Myclass/Subclass.pm> would be
+I<Myclass::Subclass>. The name information can be used for POD
+translators.
+
+Only text files containing at least one valid POD command are found.
+
+A warning is printed if more than one POD file with the same POD name
+is found, e.g. F<CPAN.pm> in different directories. This usually
+indicates duplicate occurrences of modules in the I<@INC> search path.
+
+B<OPTIONS> The first argument for B<pod_find> may be a hash reference
+with options. The rest are either directories that are searched
+recursively or files.  The POD names of files are the plain basenames
+with any Perl-like extension (.pm, .pl, .pod) stripped.
+
+=over 4
+
+=item C<-verbose =E<gt> 1>
+
+Print progress information while scanning.
+
+=item C<-perl =E<gt> 1>
+
+Apply Perl-specific heuristics to find the correct PODs. This includes
+stripping Perl-like extensions, omitting subdirectories that are numeric
+but do I<not> match the current Perl interpreter's version id, suppressing
+F<site_perl> as a module hierarchy name etc.
+
+=item C<-script =E<gt> 1>
+
+Search for PODs in the current Perl interpreter's installation 
+B<scriptdir>. This is taken from the local L<Config|Config> module.
+
+=item C<-inc =E<gt> 1>
+
+Search for PODs in the current Perl interpreter's I<@INC> paths. This
+automatically considers paths specified in the C<PERL5LIB> environment
+as this is included in I<@INC> by the Perl interpreter itself.
+
+=back
+
+=cut
+
+# return a hash of the POD files found
+# first argument may be a hashref (options),
+# rest is a list of directories to search recursively
+sub pod_find
+{
+    my %opts;
+    if(ref $_0) {
+        %opts = %{shift()};
+    }
+
+    $opts{-verbose} ||= 0;
+    $opts{-perl}    ||= 0;
+
+    my (@search) = @_;
+
+    if($opts{-script}) {
+        require Config;
+        push(@search, $Config::Config{scriptdir})
+            if -d $Config::Config{scriptdir};
+        $opts{-perl} = 1;
+    }
+
+    if($opts{-inc}) {
+        if ($^O eq 'MacOS') {
+            # tolerate '.', './some_dir' and '(../)+some_dir' on Mac OS
+            my @new_INC = @INC;
+            for (@new_INC) {
+                if ( $_ eq '.' ) {
+                    $_ = ':';
+                } elsif ( $_ =~ s{^((?:\.\./)+)}{':' x (length($1)/3)}e ) {
+                    $_ = ':'. $_;
+                } else {
+                    $_ =~ s{^\./}{:};
+                }
+            }
+            push(@search, grep($_ ne File::Spec->curdir, @new_INC));
+        } else {
+            my %seen;
+            my $curdir = File::Spec->curdir;
+	    foreach(@INC) {
+                next if $_ eq $curdir;
+		my $path = abs_path($_);
+                push(@search, $path) unless $seen{$path}++;
+            }
+        }
+
+        $opts{-perl} = 1;
+    }
+
+    if($opts{-perl}) {
+        require Config;
+        # this code simplifies the POD name for Perl modules:
+        # * remove "site_perl"
+        # * remove e.g. "i586-linux" (from 'archname')
+        # * remove e.g. 5.00503
+        # * remove pod/ if followed by *.pod (e.g. in pod/perlfunc.pod)
+
+        # Mac OS:
+        # * remove ":?site_perl:"
+        # * remove :?pod: if followed by *.pod (e.g. in :pod:perlfunc.pod)
+
+        if ($^O eq 'MacOS') {
+            $SIMPLIFY_RX =
+              qq!^(?i:\:?site_perl\:|\:?pod\:(?=.*?\\.pod\\z))*!;
+        } else {
+            $SIMPLIFY_RX =
+              qq!^(?i:site(_perl)?/|\Q$Config::Config{archname}\E/|\\d+\\.\\d+(_.?\\d+)?/|pod/(?=.*?\\.pod\\z))*!;
+        }
+    }
+
+    my %dirs_visited;
+    my %pods;
+    my %names;
+    my $pwd = cwd();
+
+    foreach my $try (@search) {
+        unless(File::Spec->file_name_is_absolute($try)) {
+            # make path absolute
+            $try = File::Spec->catfile($pwd,$try);
+        }
+        # simplify path
+        # on VMS canonpath will vmsify:the.path, but File::Find::find
+        # wants /unixy/paths
+        if ($^O eq 'VMS') {
+            $try = VMS::Filespec::unixify($try);
+        }
+        else {
+            $try = File::Spec->canonpath($try);
+        }
+        my $name;
+        if(-f $try) {
+            if($name = _check_and_extract_name($try, $opts{-verbose})) {
+                _check_for_duplicates($try, $name, \%names, \%pods);
+            }
+            next;
+        }
+        my $root_rx = $^O eq 'MacOS' ? qq!^\Q$try\E! : qq!^\Q$try\E/!;
+        $root_rx=~ s|//$|/|;  # remove trailing double slash
+        File::Find::find( sub {
+            my $item = $File::Find::name;
+            if(-d) {
+                if($item =~ m{/(?:RCS|CVS|SCCS|\.svn|\.hg|\.git|\.sync)$}) {
+                    $File::Find::prune = 1;
+                    return;
+                }
+                elsif($dirs_visited{$item}) {
+                    warn "Directory '$item' already seen, skipping.\n"
+                        if($opts{-verbose});
+                    $File::Find::prune = 1;
+                    return;
+                }
+                else {
+                    $dirs_visited{$item} = 1;
+                }
+                if($opts{-perl} && /^(\d+\.\d_+)\z/s && eval "$1" != $) {
+                    $File::Find::prune = 1;
+                    warn "Perl $ version mismatch on $_, skipping.\n"
+                        if($opts{-verbose});
+                }
+                return;
+            }
+            if($name = _check_and_extract_name($item, $opts{-verbose}, $root_rx)) {
+                _check_for_duplicates($item, $name, \%names, \%pods);
+            }
+        }, $try); # end of File::Find::find
+    }
+    chdir $pwd;
+    return %pods;
+}
+
+sub _check_for_duplicates {
+    my ($file, $name, $names_ref, $pods_ref) = @_;
+    if($$names_ref{$name}) {
+        warn "Duplicate POD found (shadowing?): $name ($file)\n";
+        warn '    Already seen in ',
+            join(' ', grep($$pods_ref{$_} eq $name, keys %$pods_ref)),"\n";
+    }
+    else {
+        $$names_ref{$name} = 1;
+    }
+    return $$pods_ref{$file} = $name;
+}
+
+sub _check_and_extract_name {
+    my ($file, $verbose, $root_rx) = @_;
+
+    # check extension or executable flag
+    # this involves testing the .bat extension on Win32!
+    unless(-f $file && -T $file && ($file =~ /\.(pod|pm|plx?)\z/i || -x $file )) {
+      return;
+    }
+
+    return unless contains_pod($file,$verbose);
+
+    # strip non-significant path components
+    # TODO what happens on e.g. Win32?
+    my $name = $file;
+    if(defined $root_rx) {
+        $name =~ s/$root_rx//is;
+        $name =~ s/$SIMPLIFY_RX//is if(defined $SIMPLIFY_RX);
+    }
+    else {
+        if ($^O eq 'MacOS') {
+            $name =~ s/^.*://s;
+        } else {
+            $name =~ s{^.*/}{}s;
+        }
+    }
+    _simplify($name);
+    $name =~ s{/+}{::}g;
+    if ($^O eq 'MacOS') {
+        $name =~ s{:+}{::}g; # : -> ::
+    } else {
+        $name =~ s{/+}{::}g; # / -> ::
+    }
+    return $name;
+}
+
+=head2 C<simplify_name( $str )>
+
+The function B<simplify_name> is equivalent to B<basename>, but also
+strips Perl-like extensions (.pm, .pl, .pod) and extensions like
+F<.bat>, F<.cmd> on Win32 and OS/2, or F<.com> on VMS, respectively.
+
+=cut
+
+# basic simplification of the POD name:
+# basename & strip extension
+sub simplify_name {
+    my ($str) = @_;
+    # remove all path components
+    if ($^O eq 'MacOS') {
+        $str =~ s/^.*://s;
+    } else {
+        $str =~ s{^.*/}{}s;
+    }
+    _simplify($str);
+    return $str;
+}
+
+# internal sub only
+sub _simplify {
+    # strip Perl's own extensions
+    $_0 =~ s/\.(pod|pm|plx?)\z//i;
+    # strip meaningless extensions on Win32 and OS/2
+    $_0 =~ s/\.(bat|exe|cmd)\z//i if($^O =~ /mswin|os2/i);
+    # strip meaningless extensions on VMS
+    $_0 =~ s/\.(com)\z//i if($^O eq 'VMS');
+}
+
+# contribution from Tim Jenness <t.jenness@jach.hawaii.edu>
+
+=head2 C<pod_where( { %opts }, $pod )>
+
+Returns the location of a pod document given a search directory
+and a module (e.g. C<File::Find>) or script (e.g. C<perldoc>) name.
+
+Options:
+
+=over 4
+
+=item C<-inc =E<gt> 1>
+
+Search @INC for the pod and also the C<scriptdir> defined in the
+L<Config|Config> module.
+
+=item C<-dirs =E<gt>  $dir1, $dir2, ... >
+
+Reference to an array of search directories. These are searched in order
+before looking in C<@INC> (if B<-inc>). Current directory is used if
+none are specified.
+
+=item C<-verbose =E<gt> 1>
+
+List directories as they are searched
+
+=back
+
+Returns the full path of the first occurrence to the file.
+Package names (eg 'A::B') are automatically converted to directory
+names in the selected directory. (eg on unix 'A::B' is converted to
+'A/B'). Additionally, '.pm', '.pl' and '.pod' are appended to the
+search automatically if required.
+
+A subdirectory F<pod/> is also checked if it exists in any of the given
+search directories. This ensures that e.g. L<perlfunc|perlfunc> is
+found.
+
+It is assumed that if a module name is supplied, that that name
+matches the file name. Pods are not opened to check for the 'NAME'
+entry.
+
+A check is made to make sure that the file that is found does 
+contain some pod documentation.
+
+=cut
+
+sub pod_where {
+
+  # default options
+  my %options = (
+         '-inc' => 0,
+         '-verbose' => 0,
+         '-dirs' =>  File::Spec->curdir ,
+        );
+
+  # Check for an options hash as first argument
+  if (defined $_0 && ref($_0) eq 'HASH') {
+    my $opt = shift;
+
+    # Merge default options with supplied options
+    %options = (%options, %$opt);
+  }
+
+  # Check usage
+  carp 'Usage: pod_where({options}, $pod)' unless (scalar(@_));
+
+  # Read argument
+  my $pod = shift;
+
+  # Split on :: and then join the name together using File::Spec
+  my @parts = split (/::/, $pod);
+
+  # Get full directory list
+  my @search_dirs = @{ $options{'-dirs'} };
+
+  if ($options{'-inc'}) {
+
+    require Config;
+
+    # Add @INC
+    if ($^O eq 'MacOS' && $options{'-inc'}) {
+        # tolerate '.', './some_dir' and '(../)+some_dir' on Mac OS
+        my @new_INC = @INC;
+        for (@new_INC) {
+            if ( $_ eq '.' ) {
+                $_ = ':';
+            } elsif ( $_ =~ s{^((?:\.\./)+)}{':' x (length($1)/3)}e ) {
+                $_ = ':'. $_;
+            } else {
+                $_ =~ s{^\./}{:};
+            }
+        }
+        push (@search_dirs, @new_INC);
+    } elsif ($options{'-inc'}) {
+        push (@search_dirs, @INC);
+    }
+
+    # Add location of pod documentation for perl man pages (eg perlfunc)
+    # This is a pod directory in the private install tree
+    #my $perlpoddir = File::Spec->catdir($Config::Config{'installprivlib'},
+    #					'pod');
+    #push (@search_dirs, $perlpoddir)
+    #  if -d $perlpoddir;
+
+    # Add location of binaries such as pod2text
+    push (@search_dirs, $Config::Config{'scriptdir'})
+      if -d $Config::Config{'scriptdir'};
+  }
+
+  warn 'Search path is: '.join(' ', @search_dirs)."\n"
+        if $options{'-verbose'};
+
+  # Loop over directories
+  Dir: foreach my $dir ( @search_dirs ) {
+
+    # Don't bother if can't find the directory
+    if (-d $dir) {
+      warn "Looking in directory $dir\n"
+        if $options{'-verbose'};
+
+      # Now concatenate this directory with the pod we are searching for
+      my $fullname = File::Spec->catfile($dir, @parts);
+      $fullname = VMS::Filespec::unixify($fullname) if $^O eq 'VMS';
+      warn "Filename is now $fullname\n"
+        if $options{'-verbose'};
+
+      # Loop over possible extensions
+      foreach my $ext ('', '.pod', '.pm', '.pl') {
+        my $fullext = $fullname . $ext;
+        if (-f $fullext &&
+         contains_pod($fullext, $options{'-verbose'}) ) {
+          warn "FOUND: $fullext\n" if $options{'-verbose'};
+          return $fullext;
+        }
+      }
+    } else {
+      warn "Directory $dir does not exist\n"
+        if $options{'-verbose'};
+      next Dir;
+    }
+    # for some strange reason the path on MacOS/darwin/cygwin is
+    # 'pods' not 'pod'
+    # this could be the case also for other systems that
+    # have a case-tolerant file system, but File::Spec
+    # does not recognize 'darwin' yet. And cygwin also has "pods",
+    # but is not case tolerant. Oh well...
+    if((File::Spec->case_tolerant || $^O =~ /macos|darwin|cygwin/i)
+     && -d File::Spec->catdir($dir,'pods')) {
+      $dir = File::Spec->catdir($dir,'pods');
+      redo Dir;
+    }
+    if(-d File::Spec->catdir($dir,'pod')) {
+      $dir = File::Spec->catdir($dir,'pod');
+      redo Dir;
+    }
+  }
+  # No match;
+  return;
+}
+
+=head2 C<contains_pod( $file , $verbose )>
+
+Returns true if the supplied filename (not POD module) contains some pod
+information.
+
+=cut
+
+sub contains_pod {
+  my $file = shift;
+  my $verbose = 0;
+  $verbose = shift if @_;
+
+  # check for one line of POD
+  my $podfh;
+  if ($ < 5.006) {
+    $podfh = gensym();
+  }
+
+  unless(open($podfh,"<$file")) {
+    warn "Error: $file is unreadable: $!\n";
+    return;
+  }
+  
+  local $/ = undef;
+  my $pod = <$podfh>;
+  close($podfh) || die "Error closing $file: $!\n";
+  unless($pod =~ /^=(head\d|pod|over|item|cut)\b/m) {
+    warn "No POD in $file, skipping.\n"
+      if($verbose);
+    return 0;
+  }
+
+  return 1;
+}
+
+=head1 AUTHOR
+
+Please report bugs using L<http://rt.cpan.org>.
+
+Marek Rouchal E<lt>marekr@cpan.orgE<gt>,
+heavily borrowing code from Nick Ing-Simmons' PodToHtml.
+
+Tim Jenness E<lt>t.jenness@jach.hawaii.eduE<gt> provided
+C<pod_where> and C<contains_pod>.
+
+B<Pod::Find> is part of the L<Pod::Parser> distribution.
+
+=head1 SEE ALSO
+
+L<Pod::Parser>, L<Pod::Checker>, L<perldoc>
+
+=cut
+
+1;
+

_service:tar_scm:testsuite-11.0.1.tar.gz/scripts/build/build.pl -> _service:tar_scm:testsuite-12.2.1.tar.gz/scripts/build/build.pl Changed

@@ -1,358 +1,80 @@
 use strict;
 use warnings;
 
-## automatically locate the dependencies!
-## less dependencies
-# use File::Basename;
-# use lib dirname(__FILE__);
-## JK recommends this version
-use FindBin;
-use lib "$FindBin::Bin";
+if (eval { require FindBin; 1; }) {
+	use FindBin;
+	use lib "$FindBin::Bin";
+} else {
+	use File::Basename qw(dirname);
+	use lib dirname(__FILE__);
+}
 
-use Cwd qw(cwd realpath);
-use Getopt::Long qw(GetOptions);
-use File::Copy qw(move);
-use File::Path qw(make_path remove_tree);
-use Pod::Usage;
-use File::Temp qw(tempdir);
 use Dyninst::logs;
 use Dyninst::dyninst;
 use Dyninst::testsuite;
-use Dyninst::utils;
-use Archive::Tar;
-
-my $invocation_args = join(' ', 
-	map {
-		my ($l,$r)=split('=',$_,2);
-		$l .= "=\"$r\"" if $r;
-		$l;
-	} @ARGV
-);
+use Dyninst::utils qw(make_root upload canonicalize);
+use Dyninst::options;
+use Dyninst::restart;
+use Dyninst::results;
+use File::Path qw(remove_tree);
 
-my %args = (
-	'prefix'				=> cwd(),
-	'dyninst-src'			=> undef,
-	'test-src'				=> undef,
-	'log-file'      		=> undef,
-	'dyninst-pr'			=> undef,
-	'testsuite-pr'			=> undef,
-	'cmake-args'			=> '',
-	'cmake'				=> 'cmake',
-	'dyninst-cmake-args'	=> '',
-	'testsuite-cmake-args'	=> '',
-	'build-tests'			=> 1,
-	'run-tests'				=> 1,
-	'tests'					=> 1,
-	'njobs' 				=> 1,
-	'quiet'					=> 0,
-	'purge'					=> 0,
-	'help' 					=> 0,
-	'restart'				=> undef,
-	'upload'				=> 0,
-	'ntestjobs'				=> 1,
-	'nompthreads'			=> 2,
-	'single-stepping'		=> 0,
-	'auth-token'			=> undef,
-	'sterile'				=> 1,
-	'hostname'				=> undef,
-	'debug-mode'			=> 0,	# undocumented debug mode
-	'limit'				=> undef,	# change group limit
-	'root'				=> undef,	# root directory name
-	'replay'			=> 1,	# replay fails in single-step
-);
-
-GetOptions(\%args,
-	'prefix=s', 'dyninst-src=s', 'test-src=s',
-	'log-file=s', 'dyninst-pr=s', 'testsuite-pr=s',
-	'cmake-args=s', 'dyninst-cmake-args=s',
-	'cmake=s',
-	'testsuite-cmake-args=s', 'build-tests!',
-	'run-tests!', 'tests!', 'njobs=i', 'quiet', 'purge',
-	'help', 'restart=s', 'upload!', 'ntestjobs=i',
-	'nompthreads=i', 'single-stepping', 'auth-token=s',
-	'sterile!', 'hostname=s', 'debug-mode',
-	'limit=i',
-	'root=s',
-	'replay!',
-) or pod2usage(-exitval=>2);
-
-if($args{'help'}) {
-	pod2usage(-exitval => 0, -verbose => 99);
-}
+my $args = Dyninst::options::parse();
 
-if($args{'upload'} && !$args{'auth-token'}) {
-	die "Must specify authentication token when uploading\n";
+if ($args->{'help'}) {
+	Dyninst::options::show_help();
+	exit 0;
 }
 
-$Dyninst::utils::debug_mode = $args{'debug-mode'};
+# ------- Configure Build -------------------------------------------
 
-# Default directory and file locations
-$args{'dyninst-src'} //= "$args{'prefix'}/dyninst";
-$args{'test-src'} //= "$args{'prefix'}/testsuite";
-$args{'log-file'} //= "$args{'prefix'}/build.log";
-
-# Canonicalize user-specified files and directories
-for my $d ('dyninst-src','test-src','log-file') {
-	# NB: realpath(undef|'') eq cwd()
-	$args{$d} = realpath($args{$d}) if defined($args{$d}) && $args{$d} ne '';
-}
+$Dyninst::utils::debug_mode = $args->{'debug-mode'};
 
 # By default, build Dyninst
-$args{'build-dyninst'} = 1;
-
-# By default, build and run tests
-# --no-tests is an alias for "--no-build-tests --no-run-tests"
-if(!$args{'tests'}) {
-	$args{'build-tests'} = 0;
-	$args{'run-tests'} = 0;
-}
-
-## Error checking
-## Name / Restart could be combined, best not to make unnecessary diffs
-## for a work in progress
-if (defined($args{'restart'}) && defined($args{'root'})) {
-	die "Options --restart and --root are mutually exclusive\n";
-}
-
-if($args{'restart'}) {
-	if(!-d $args{'restart'}) {
-		die "Requested restart directory ($args{'restart'}) does not exist\n";
-	}
+$args->{'build-dyninst'} = 1;
 
-	# If the Dyninst build is missing or failed, then rebuild it		
-	my $dyninst_ok = -d "$args{'restart'}/dyninst" &&
-					!-e "$args{'restart'}/dyninst/Build.FAILED";
-	$args{'build-dyninst'} = !$dyninst_ok;
-	
-	# If the Testsuite build is missing or failed, then rebuild it
-	# The Testsuite cannot be good if Dyninst is not good
-	my $testsuite_ok = -d "$args{'restart'}/testsuite" &&
-					  !-e "$args{'restart'}/testsuite/Build.FAILED" &&
-					  $dyninst_ok;
-
-	my $user_wants_to_build_tests = $args{'build-tests'};
-	$args{'build-tests'} = !$testsuite_ok && $user_wants_to_build_tests;
-	
-	# Sanity check: If the existing Testsuite is bad and the user
-	#				wants to run the tests, but the user requested not
-	#				to build the Testsuite, then we can't continue
-	if(!$testsuite_ok && $args{'run-tests'} && !$user_wants_to_build_tests) {
-		print "The Testsuite in '$args{'restart'}' must be rebuilt\n";
-		exit 1;
-	}
-	
-	# Remove the FAILED files (if present)
-	unlink(
-		"$args{'restart'}/dyninst/Build.FAILED",
-		"$args{'restart'}/testsuite/Build.FAILED",
-		"$args{'restart'}/Tests.FAILED"
-	);
+# Configure restart, if requested
+if ($args->{'restart'}) {
+	Dyninst::restart::setup($args);
 } else {
-	if($args{'run-tests'} && !$args{'build-tests'}) {
-		print "The Testsuite must be built before it can be run. ",
-		      "Use --restart to reuse a previous build.\n";
-		exit 1;
+	if ($args->{'run-tests'} && !$args->{'build-tests'}) {
+		die "The Testsuite must be built before it can be run. " . "Use --restart to reuse a previous build.\n";
 	}
 }
 
-my $logger = Dyninst::logs->new($args{'log-file'}, $args{'quiet'});
-
-## XXX would like to check that 'root' and 'restart' are good paths,
-## relying upon developers to be correct for now.
-my $root_dir = ($args{'restart'}) ? $args{'restart'} :
-			($args{'root'}) ? $args{'root'} : undef;
-
-if($Dyninst::utils::debug_mode) {
+# Do a variable dump in debug mode
+if ($Dyninst::utils::debug_mode) {
 	use Data::Dumper;
-	print Dumper(\%args), "\n";
-}
-
-Dyninst::logs::save_system_info($logger, $args{'hostname'});
-
-# Generate a unique name for the current build
-if (defined($args{'root'})) {
-	unless(-e $root_dir or mkdir $root_dir) {
-		die "Unable to create $root_dir\n";
-	}
-}
-else {
-	$root_dir = tempdir('XXXXXXXX', CLEANUP=>0) unless $args{'restart'};
+	print Dumper($args), "\n";
 }
 
-$logger->write("root_dir: $root_dir");
+# ------- Run the builds and tests ----------------------------------
+$args->{'log-file'} //= "$args->{'prefix'}/build.log";
+my $logger = Dyninst::logs->new(canonicalize($args->{'log-file'}), $args->{'quiet'});
 
 # Display the invocation arguments
-$logger->write("Invoked using '$invocation_args'");
-
-eval {		
-	# Dyninst
-	# Always set up logs, even if doing a restart
-	my ($base_dir, $build_dir) = Dyninst::dyninst::setup($root_dir, \%args);
+$logger->write("Invoked using '$Dyninst::options::invocation_args'\n\n");
 
-	if($args{'build-dyninst'}) {
-		$logger->write("Configuring Dyninst... ", 'eol'=>'');
-		Dyninst::dyninst::configure(\%args, $base_dir, $build_dir);
-		$logger->write("done.");
-		
-		Dyninst::utils::save_compiler_config("$build_dir/config.out", "$base_dir/build/compilers.conf");
-
-		$logger->write("Building Dyninst... ", 'eol'=>'');
-		Dyninst::dyninst::build(\%args, $build_dir);
-		$logger->write("done.");
-	}
-};
-if($@) {
-	$logger->write($@);
-	open my $fdOut, '>', "$root_dir/dyninst/Build.FAILED";
-	$args{'build-tests'} = 0;
-	$args{'run-tests'} = 0;
-}
+Dyninst::logs::save_system_info($logger, $args->{'hostname'});
 
-eval {
-	# Testsuite
-	# Always set up logs, even if doing a restart
-	my ($base_dir, $build_dir) = Dyninst::testsuite::setup($root_dir, \%args);
-	
-	if($args{'build-tests'}) {
-		$logger->write("Configuring Testsuite... ", 'eol'=>'');
-		Dyninst::testsuite::configure(\%args, $base_dir, $build_dir);
-		$logger->write("done\n");
-		
-		Dyninst::utils::save_compiler_config("$build_dir/config.out", "$base_dir/build/compilers.conf");
+my $root_dir = make_root($args);
 
-		$logger->write("Building Testsuite... ", 'eol'=>'');
-		Dyninst::testsuite::build(\%args, $build_dir);
-		$logger->write("done\n");
-	}
-};
-if($@) {
-	$logger->write($@);
-	open my $fdOut, '>', "$root_dir/testsuite/Build.FAILED";
-	$args{'run-tests'} = 0;
-}
-
-# Run the tests
-if($args{'run-tests'}) {
-	make_path("$root_dir/testsuite/tests");
-	my $base_dir = realpath("$root_dir/testsuite/tests");
-	
-	my $run_log = Dyninst::logs->new("$base_dir/run.log");
-
-	$logger->write("running Testsuite... ", 'eol'=>'');
-	Dyninst::testsuite::run(\%args, $base_dir, $run_log);
-	$logger->write("done.");
-}
+$logger->write("root_dir: $root_dir");
 
-my $results_log = "$root_dir/testsuite/tests/results.log";
-# Parse the raw output
-if(-f "$root_dir/testsuite/tests/stdout.log") {
-	my @res = Dyninst::logs::parse("$root_dir/testsuite/tests/stdout.log");
-	open my $fdOut, '>', $results_log or die "$results_log: $!\n";
-	local $\ = "\n";
-	print $fdOut @res;
-}
+# Build Dyninst
+Dyninst::dyninst::run($args, $root_dir, $logger);
 
-# Create the exportable tarball of results
-{
-	my @log_files = (
-		"$root_dir/dyninst/Build.FAILED",
-		"$root_dir/testsuite/Build.FAILED",
-		"$root_dir/Tests.FAILED",
-		"$root_dir/dyninst/git.log",
-		"$root_dir/dyninst/build/compilers.conf",
-		"$root_dir/dyninst/build/config.out",
-		"$root_dir/dyninst/build/config.err",
-		"$root_dir/dyninst/build/build.out",
-		"$root_dir/dyninst/build/build.err",
-		"$root_dir/dyninst/build/build-install.out",
-		"$root_dir/dyninst/build/build-install.err",
-		"$root_dir/testsuite/git.log",
-		"$root_dir/testsuite/build/compilers.conf",
-		"$root_dir/testsuite/build/config.out",
-		"$root_dir/testsuite/build/config.err",
-		"$root_dir/testsuite/build/build.out",
-		"$root_dir/testsuite/build/build.err",
-		"$root_dir/testsuite/build/build-install.out",
-		"$root_dir/testsuite/build/build-install.err",
-		"$root_dir/testsuite/tests/stdout.log",
-		"$root_dir/testsuite/tests/stderr.log",
-		"$root_dir/testsuite/tests/test.log",
-		"$root_dir/testsuite/tests/run.log",
-		$results_log
-	);
+# Build and execute test suite
+Dyninst::testsuite::run($args, $root_dir, $logger);
 
-	my $tar = Archive::Tar->new();
-	
-	# Only add the files that exist
-	# Non-existent files indicate an error occurred
-	$tar->add_files(grep {-f $_ } @log_files);
-	
-	# The dashboard assumes the build log is name 'build.log'
-	# Rename the file accordingly
-	open my $fdBuildLog, '<', File::Spec->abs2rel($args{'log-file'});
-	local $/ = undef;
-	$tar->add_data('build.log', <$fdBuildLog>);
-	
-	$tar->write("$root_dir.results.tar.gz", COMPRESS_GZIP);
-}
+# Save the results in a tarball
+my $tarball_name = Dyninst::results::save($args, $root_dir);
 
 # Remove the generated files, if requested
-if($args{'purge'}) {
+if ($args->{'purge'}) {
 	remove_tree($root_dir);
 }
 
 # Upload the results to the dashboard, if requested
-if($args{'upload'}) {
-	eval {
-		Dyninst::utils::execute(
-			"curl --insecure -F \"upload=\@$root_dir.results.tar.gz\" ".
-			"-F \"token=$args{'auth-token'}\" ".
-			"https://bottle.cs.wisc.edu/upload"
-		);
-	};
-	if($@) {
-		print "An error occurred when uploading the results\n$@\n";
-	}
+if ($args->{'upload'}) {
+	upload($tarball_name, $args->{'auth-token'});
 }
-
-
-__END__
-
-=head1 DESCRIPTION
-
-A tool for automating building Dyninst and its test suite
-
-=head1 SYNOPSIS
-
-build options
-
- Options:
-   --prefix                Base directory for the source and build directories (default: pwd)
-   --dyninst-src=PATH      Source directory for Dyninst (default: prefix/dyninst)
-   --test-src=PATH         Source directory for Testsuite (default: prefix/testsuite)
-   --log-file=FILE         Store logging data in FILE (default: prefix/build.log)
-   --dyninst-pr            The Dyninst pull request formatted as 'remote/ID' with 'remote' being optional
-   --testsuite-pr          The Testsuite pull request formatted as 'remote/ID' with 'remote' being optional
-   --cmake                 CMake to use.
-   --cmake-args            CMake options passed to both Dyninst and the test suite (format '-DVAR=VALUE')
-   --dyninst-cmake-args    Additional CMake arguments for Dyninst
-   --testsuite-cmake-args  Additional CMake arguments for the Testsuite
-   --no-build-tests      Build the Testsuite (default: yes)
-   --no-run-tests        Run the Testsuite (default: yes)
-   --no-tests            Alias for "--no-build-tests --no-run-tests"
-   --njobs=N               Number of make jobs (default: N=1)
-   --quiet                 Don't echo logging information to stdout (default: no)
-   --purge                 Remove all files after running testsuite (default: no)
-   --restart=ID            Restart the script for run 'ID'
-   --no-upload           Upload the results to the Dyninst dashboard (default: no)
-   --ntestjobs             Number of tests to run in parallel (default: 1)
-   --nompthreads           Number of OpenMP threads to use for parallel parsing when running tests (default: 2)
-   --single-stepping       Run the tests one at a time (i.e., not in 'group' mode) (default: no)
-   --auth-token=STRING     The authentication token string. Required when uploading the results.
-   --no-sterile          Use a sterile build- don't download dependencies (default: yes)
-   --hostname              Override the hostname provided by `uname`
-   --limit=n               Change group test limit in testsuite.
-   --root=dir              Set name/ID of root of test directory
-   --no-replay             Turn off automatic replay of failed tests.
-   --help                  Print this help message
-=cut

_service:tar_scm:testsuite-11.0.1.tar.gz/src/CmdLine.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/CmdLine.C Changed

@@ -119,7 +119,6 @@
    { "create",      RUNMODES,  defaultOn  },
    { "attach",      RUNMODES,  defaultOff },
    { "rewriter",    RUNMODES,  defaultOn  },
-   { "serialize",   RUNMODES,  defaultOff },
    { "max",         OPTLEVELS, defaultOff },
    { "high",        OPTLEVELS, defaultOff },
    { "low",         OPTLEVELS, defaultOff },
@@ -162,7 +161,6 @@
 static int next_resume_test = -1;
 static bool no_header = false;
 static bool measureMEMCPU = false;
-static bool junit = false;
 static bool dry_run = false;
 static char *humanlog_name = NULL;
 static char *logfilename = NULL;
@@ -214,7 +212,6 @@
    params"printMutateeLogHeader" = new ParamInt((int) printMutateeLogHeader);
    params"no_header" = new ParamInt((int) no_header);
    params"measureMEMCPU" = new ParamInt((int) measureMEMCPU);
-   params"junit" = new ParamInt((int) junit);
    params"dry_run" = new ParamInt((int) dry_run);
 
    if (!logfilename)
@@ -574,10 +571,6 @@
          }
          given_mutator = atoi(argv++i);
       }
-      else if(strcmp(argvi, "-junit") == 0) {
-         junit = true;
-         measureMEMCPU = true;
-      }
       else if(strcmp(argvi, "-dry-run") == 0)
 	dry_run = true;
    }
@@ -726,8 +719,7 @@
       //RunMode
       if (((groupsi->createmode == CREATE) && !paramOn("create")) ||
           ((groupsi->createmode == USEATTACH) && !paramOn("attach")) ||
-          ((groupsi->createmode == DISK) && !paramOn("rewriter")) ||
-          ((groupsi->createmode == DESERIALIZE) && !paramOn("serialize")))
+          ((groupsi->createmode == DISK) && !paramOn("rewriter")))
       {
          groupsi->disabled = true;
          continue;
@@ -784,13 +776,13 @@
          groupsi->disabled = true;
          continue;
       }
-#if defined(cap_32_64_test)
+
       //ABI
       if (groupsi->abi && !paramOn(groupsi->abi)) {
          groupsi->disabled = true;
          continue;
       }
-#endif
+
       if ((groupsi->pic == nonPIC && !paramOn("nonpic")) ||
           (groupsi->pic == PIC && !paramOn("pic")))
       {

_service:tar_scm:testsuite-11.0.1.tar.gz/src/StdOutputDriver.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/StdOutputDriver.C Changed

@@ -84,7 +84,7 @@
    if (printed_header)
       return;
    printed_header = true;
-#if defined(cap_32_64_test)
+
    fprintf(out, "%-*s %-*s %-*s %-*s %-*s %-*s %-*s %-*s %s\n", 
            name_len, "TEST", 
            compiler_len, "COMP", 
@@ -95,17 +95,6 @@
            link_len, "LINK", 
            pic_len, "PIC",
            "RESULT");
-#else
-   fprintf(out, "%-*s %-*s %-*s %-*s %-*s %-*s %-*s %s\n", 
-           name_len, "TEST", 
-           compiler_len, "COMP", 
-           opt_len, "OPT", 
-           mode_len, "MODE", 
-           thread_len, "THREAD", 
-           link_len, "LINK", 
-           pic_len, "PIC",
-           "RESULT");
-#endif
 }
 
 #define MAX_PRINTED_TESTNAME_LEN 18
@@ -170,7 +159,7 @@
 
    if (needs_header)
       printHeader(out);
-#if defined(cap_32_64_test)
+
    fprintf(out, "%-*s %-*s %-*s %-*s %-*s %-*s %-*s %-*s ", 
            name_len, name_align_buffer, 
            compiler_len, last_group->compiler,
@@ -180,17 +169,6 @@
            thread_len, thread_str, 
            link_len, linkage_str, 
            pic_len, picStr);
-#else
-   fprintf(out, "%-*s %-*s %-*s %-*s %-*s %-*s %-*s ", 
-           name_len, name_align_buffer, 
-           compiler_len, last_group->compiler,
-           opt_len, last_group->optlevel, 
-           mode_len, run_mode_str, 
-           thread_len, thread_str, 
-           link_len, linkage_str, 
-           pic_len, picStr);
-#endif
-
 
    switch(result) {
       case PASSED:

_service:tar_scm:testsuite-11.0.1.tar.gz/src/TestData.h -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/TestData.h Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/connection.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/connection.C Changed

@@ -236,7 +236,6 @@
    buffer.add("\0", 1);
 
    uint32_t msg_size_unenc = buffer.get_buffer_size();
-   //assert(msg_size_unenc == strlen(buffer.get_buffer())+1);
    uint32_t msg_size = htonl(msg_size_unenc);
 
    ssize_t result = send(fd, &msg_size, sizeof(uint32_t), 0);
@@ -303,7 +302,7 @@
       //Other side hung up.
       return false;
    }
-   if (msg_size > cur_buffer_size) {
+   if (msg_size > (uint32_t)cur_buffer_size) {
       if (cur_buffer)
          free(cur_buffer);
       cur_buffer = NULL;
@@ -421,40 +420,48 @@
    }
 
    debug_printf("Trying to get hostname for %s\n", hostname.c_str());
-   struct hostent *host = gethostbyname2(hostname.c_str(), AF_INET);
-   if (!host) {
+   struct addrinfo *ai, *p;
+   struct addrinfo hints;
+ 
+   memset(&hints, 0x00, sizeof(hints));
+   hints.ai_family   = AF_UNSPEC;
+   hints.ai_socktype = SOCK_STREAM;
+   hints.ai_protocol = 0;
+   hints.ai_flags    = AI_NUMERICSERV;
+ 
+   string portstr = std::to_string(port);
+   if (getaddrinfo(hostname.c_str(), portstr.c_str(), &hints, &ai)) {
       debug_printf("Error looking up hostname %s\n", hostname.c_str());
       return false;
    }
-   assert(host->h_addrtype = AF_INET);
 
-   debug_printf("Got a size %d address for hostname %s\n", host->h_length, hostname.c_str());
-   if (host->h_length == 0) {
+   debug_printf("Got a size %d address for hostname %s\n", ai->ai_addrlen, hostname.c_str());
+   if (ai == NULL) {
       debug_printf("No addresses with hostname %s\n", hostname.c_str());
       return false;
    } 
 
-   struct sockaddr_in addr;
-   struct in_addr iaddr;
-   bzero(&addr, sizeof(addr));
-   socklen_t socklen = sizeof(struct sockaddr_in);
-   addr.sin_family = AF_INET;
-
-   //addr.sin_port = htons(port); 
-   //iaddr.s_addr = htonl(*((int *) host->h_addr_list0));
-
-   addr.sin_port = port;
-   iaddr.s_addr = *((int *) host->h_addr_list0);
-
-   addr.sin_addr = iaddr;
-   debug_printf("Connecting to %u.%u.%u.%u:%u\n", 
-                (unsigned) ((unsigned char) (((char *) &addr.sin_addr)0)),
-                (unsigned) ((unsigned char) (((char *) &addr.sin_addr)1)),
-                (unsigned) ((unsigned char) (((char *) &addr.sin_addr)2)),
-                (unsigned) ((unsigned char) (((char *) &addr.sin_addr)3)),
-                (unsigned) addr.sin_port);
+   int result = 0;
+   for (p = ai;p != NULL; p = p->ai_next) {
+     char ipstrINET6_ADDRSTRLEN;
+     void *addr;
+     // p->ai_addr->sin_addr->s_addr is htonl(inet_network(HOSTNAME)
+     if (p->ai_family == AF_INET) {
+       struct sockaddr_in *sockaddr = (struct sockaddr_in *)p->ai_addr;
+       addr = &(sockaddr->sin_addr);
+       /* convert the IP to a string and print it: */
+       inet_ntop(p->ai_family, addr, ipstr, sizeof ipstr);             
+       result = connect(fd, (struct sockaddr *) &sockaddr, sizeof(sockaddr));
+     } else if (p->ai_family == AF_INET6) {
+       struct sockaddr_in6 *sockaddr = (struct sockaddr_in6 *)p->ai_addr;
+       addr = &(sockaddr->sin6_addr);
+       /* convert the IP to a string and print it: */
+       inet_ntop(p->ai_family, addr, ipstr, sizeof ipstr);             
+       result = connect(fd, (struct sockaddr *) &sockaddr, sizeof(sockaddr));
+     }
+     debug_printf("Connecting to %s:%u\n", ipstr, port);
+   }
 
-   int result = connect(fd, (struct sockaddr *) &addr, socklen);
    if (result == -1) {
       debug_printf("%s:%u - Error connecting to server\n", __FILE__, __LINE__);
       return false;

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/dyninst_comp.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/dyninst_comp.C Changed

@@ -222,11 +222,6 @@
          }
          break;
       }
-      case DESERIALIZE:
-      {
-         assert(0); //Don't know how to handle this;
-         break;
-      }
    }
    
 
@@ -804,13 +799,6 @@
    dest_len = strlen(dest);
 
    // Patch up alternate ABI filenames
-#if defined(rs6000_ibm_aix64_test)
-   if(psize == 4) {
-     strncat(dest, "_32", dest_max_len - dest_len);
-     dest_len += 3;
-   }
-#endif
-
 #if defined(arch_x86_64_test)
    if (psize == 4) {
       strncat(dest,"_m32", dest_max_len - dest_len);
@@ -828,7 +816,7 @@
 }
 
 int pointerSize(BPatch_image *img) {
-#if defined(mips_sgi_irix6_4_test) || defined(arch_x86_64_test)
+#if defined(arch_x86_64_test)
    BPatch_variableExpr *pointerSizeVar = img->findVariable("pointerSize");
 
    if (!pointerSizeVar) {
@@ -1201,14 +1189,6 @@
 	BPatch_funcCallExpr countXXXCall(*countXXXFunc, callArgs);
 
 	for(unsigned int i=0;i<(*res).size();i++){
-
-#if defined(os_aix_test)
-		const BPatch_memoryAccess* memAccess;
-		memAccess = (*res)i->getMemoryAccess() ;
-
-		whenToCall = instrumentWhere( memAccess);
-
-#endif
 		as->insertSnippet(countXXXCall, *((*res)i),whenToCall);
 	}
 
@@ -1240,13 +1220,6 @@
 
 	BPatch_callWhen whenToCall = BPatch_callBefore;
 	for(unsigned int i=0;i<(*res).size();i++){
-#if defined(os_aix_test)
-		const BPatch_memoryAccess* memAccess;
-
-		memAccess = (*res)i->getMemoryAccess() ;
-
-		whenToCall = instrumentWhere( memAccess);
-#endif
                 BPatch_Vector<BPatch_snippet*> listArgs;
                 BPatch_effectiveAddressExpr eae;
                 BPatch_constExpr insn_str((*res)i->getInsnAtPoint().format().c_str());
@@ -1324,14 +1297,6 @@
 
 	for(unsigned int i=0;i<(*res).size();i++){
             BPatch_Vector<BPatch_snippet*> listArgs;
-
-#if defined(os_aix_test)
-		const BPatch_memoryAccess* memAccess;
-		memAccess = (*res)i->getMemoryAccess() ;
-
-		whenToCall = instrumentWhere( memAccess);
-
-#endif
                 BPatch_bytesAccessedExpr bae;
                 std::string insn = (*res)i->getInsnAtPoint().format();
                 BPatch_constExpr insn_str(insn.c_str());

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/libLoadMe.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/libLoadMe.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_10F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_10F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_10F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_10F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_11F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_11F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_11F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_11F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_12F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_12F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_12F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_12F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_13F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_13F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_13F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_13F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_14F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_14F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_14F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_14F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_16F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_16F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_16F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_16F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_17F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_17F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_17F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_17F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_18F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_18F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_18F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_18F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_19F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_19F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_19F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_19F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_1F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_1F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_1F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_1F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_20F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_20F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_20F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_20F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_21.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_21.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_21_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_21_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_22_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_22_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_23.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_23.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_23_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_23_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_24.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_24.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_24_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_24_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_25.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_25.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_25F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_25F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_25F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_25F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_26F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_26F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_26F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_26F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_27_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_27_mutatee.c Changed

@@ -103,7 +103,7 @@
     struct struct26_2 field4;
 } test1_27_type4;
 #endif
-/* need this variables or some compilers (AIX xlc) will removed unused
+/* need this variables or some compilers will removed unused
    typedefs - jkh 10/13/99 */
 test1_27_type1 test1_27_dummy1;
 test1_27_type2 test1_27_dummy2;
@@ -112,8 +112,6 @@
 
 int test1_27_globalVariable1 = -1;
 
-/* Note for future reference: -Wl,-bgcbypass:3 is NECESSARY for
-   compilation (gcc) on AIX. Damn efficient linkers. */
 int test1_27_globalVariable510 = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9};
 int test1_27_globalVariable610 = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9};
 float test1_27_globalVariable710 = {0.0, 1.0, 2.0, 3.0, 4.0, 5.0,
@@ -137,8 +135,7 @@
 int test1_27_mutatee() {
   int retval, passed;
 
-#if !defined(rs6000_ibm_aix4_1_test) \
- && !defined(i386_unknown_linux2_0_test) \
+#if !defined(i386_unknown_linux2_0_test) \
  && !defined(x86_64_unknown_linux2_4_test) /* Blind duplication - Ray */ \
  && !defined(i386_unknown_nt4_0_test) \
  && !defined(os_freebsd_test)

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_29F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_29F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_29F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_29F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_2F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_2F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_2F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_2F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_30_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_30_mutatee.c Changed

@@ -81,11 +81,7 @@
     func30_2();
 
     passed = !test1_30_globalVariable3 ||
-#if defined(rs6000_ibm_aix4_1_test)
-             ((test1_30_globalVariable8 <= test1_30_globalVariable3) &&
-#else
 	     ((globalVariable30_2 <= test1_30_globalVariable3) &&
-#endif
 	      (test1_30_globalVariable3 <= test1_30_globalVariable9));
 
     if (!passed){
@@ -94,11 +90,7 @@
     }
 
     passed = !test1_30_globalVariable4 ||
-#if defined(rs6000_ibm_aix4_1_test)
-	     ((test1_30_globalVariable8 <= test1_30_globalVariable4) &&
-#else
 	     ((globalVariable30_2 <= test1_30_globalVariable4) &&
-#endif
 	      (test1_30_globalVariable4 <= test1_30_globalVariable9));
 
     if (!passed) {
@@ -107,11 +99,7 @@
     }
 
     passed = !test1_30_globalVariable5 ||
-#if defined(rs6000_ibm_aix4_1_test)
-	      ((test1_30_globalVariable8 <= test1_30_globalVariable5) &&
-#else
 	      ((globalVariable30_2 <= test1_30_globalVariable5) &&
-#endif
 	       (test1_30_globalVariable5 <= test1_30_globalVariable9));
 
     if (!passed) {

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_31F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_31F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_31F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_31F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_32F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_32F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_32F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_32F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_33F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_33F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_33F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_33F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_34F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_34F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_34F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_34F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_36F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_36F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_36F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_36F_mutatee.c Changed

@@ -49,11 +49,9 @@
    int passedTest_;
 };
 
-#if !defined(XLF)
 #define test1_36_func1 test1_36_func1_
 #define test1_36f_init_globals test1_36f_init_globals_
 #define test1_36f_globals test1_36f_globals_
-#endif
 
 extern struct block_ test1_36f_globals;
 
@@ -102,18 +100,3 @@
     return -1;
   }
 }
-
-void xlf90_41_hack()
-{
-    test1_36f_globals.test1_36_globalVariable1_ = test1_36_globalVariable1;
-    test1_36f_globals.test1_36_globalVariable2_ = test1_36_globalVariable2;
-    test1_36f_globals.test1_36_globalVariable3_ = test1_36_globalVariable3;
-    test1_36f_globals.test1_36_globalVariable4_ = test1_36_globalVariable4;
-    test1_36f_globals.test1_36_globalVariable5_ = test1_36_globalVariable5;
-    test1_36f_globals.test1_36_globalVariable6_ = test1_36_globalVariable6;
-    test1_36f_globals.test1_36_globalVariable7_ = test1_36_globalVariable7;
-    test1_36f_globals.test1_36_globalVariable8_ = test1_36_globalVariable8;
-    test1_36f_globals.test1_36_globalVariable9_ = test1_36_globalVariable9;
-    test1_36f_globals.test1_36_globalVariable10_ = test1_36_globalVariable10;
-}
-

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_39.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_39.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_39_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_39_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_3F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_3F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_3F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_3F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_4F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_4F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_4F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_4F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_5F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_5F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_5F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_5F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_6F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_6F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_6F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_6F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_7F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_7F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_7F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_7F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_8F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_8F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_8F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_8F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_9F_fortran.F -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_9F_fortran.F Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test1_9F_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test1_9F_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test2_10.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test2_10.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test2_6.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test2_6.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test2_7.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test2_7.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test2_7_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test2_7_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test3_6.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test3_6.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test3_7.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test3_7.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test4_2_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test4_2_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test4_4_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test4_4_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test5_5.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test5_5.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test6.h -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test6.h Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test_mem_4.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test_mem_4.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test_mem_6.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test_mem_6.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test_mem_7.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test_mem_7.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test_mem_8.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test_mem_8.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test_mem_util.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test_mem_util.c Changed

@@ -34,27 +34,6 @@
 #include "../src/dyninst/test_mem_util.h"
 #include "../src/mutatee_util.h"
 
-/* Sun Forte/WorkShop cc releases older than 6.2 do not like these defines: */
-/* (macro versions of these calls are in test_mem_util.h) */
-#if defined(__SUNPRO_C) && (__SUNPRO_C < 0x530)
-void passorfail(int i, int p, char* d, char* r)
-{
-  if(p) {
-    logerror("Passed test #%d (%s)\n", (i), (d));
-    passedTest(i) = TRUE;
-  } else {
-    logerror("\n**Failed** test #%d (%s): %s\n", (i), (d), (r));
-  }
-}
-
-void skiptest(int i, char* d)
-{
-  logerror("Skipping test #%d (%s)\n", (i), (d));
-  logerror("    not implemented on this platform\n");
-  passedTest(i) = TRUE;
-}
-#endif
-
 int result_of_loadsnstores;
 
 unsigned int loadCnt = 0;
@@ -80,77 +59,6 @@
 unsigned int bcExpCC1000;
 
 
-#ifdef rs6000_ibm_aix4_1_test
-const unsigned int loadExp=41;
-const unsigned int storeExp=32;
-const unsigned int prefeExp=0;
-const unsigned int accessExp=73;
-const unsigned int accessExpCC=73;
-
-unsigned int bcExp = { 4,  1,1,1,1,  2,2,2,2,  2,2,2,2,  4,4,4,4,
-			 4,4,4,  8,8,8,8,  1,1,1,1,  2,2,2,2,
-			 4,4,4,4,  8,8,8,8,  2,4,2,4,  76,76,24,20,
-			 20,20,  4,4,8,8,  4,  4,4,4,4,  4,  8,8,8,8,
-			 4,4,4,4,  8,8,8,8,  4 };
-
-int eaExpOffset =    { 0, 17,3,1,2,  0,4,2,0,  2,2,2,2,  0,4,4,4,
-			 4,12,2,  0,0,0,0,  3,1,1,1,  2,6,2,2,
-			 0,4,4,4,  0,0,0,0,  0,0,0,0,  -76,-76,-24,-24,
-			 -20,-20,    0,0,0,0,  0,  0,4,0,4,  0,  0,8,8,8,
-			 4,12,0,0,  0,8,8,8,  0 };
-
-/* _inline */ void init_test_data()
-{
-  int i;
-
-  void *toc = gettoc();
-  void *sp  = getsp(1,2,3);
-
-  dprintf("divarw = %p\n", divarw);
-  dprintf("dfvars = %p\n", dfvars);
-  dprintf("dfvard = %p\n", dfvard);
-
-  dprintf("toc = %p\n", toc);
-  dprintf("sp = %p\n", sp);
-
-  eaExp0 = toc; /* assuming that TOC entries are not reordered */
-
-  for(i=1; i<44; ++i)
-    eaExpi = (void*)((unsigned long)divarw + eaExpOffseti);
-
-  for(i=44; i<50; ++i)
-    eaExpi = (void*)((unsigned long)sp + eaExpOffseti);; /* SP */
-  
-  for(i=50; i<54; ++i)
-    eaExpi = (void*)((unsigned long)divarw + eaExpOffseti);
-
-  eaExp54 = (void*)((unsigned long)toc + sizeof(void*)); /* TOC */
-
-  for(i=55; i<59; ++i)
-    eaExpi = (void*)((unsigned long)dfvars + eaExpOffseti);
-
-  eaExp59 = (void*)((unsigned long)toc + 2*sizeof(void*)); /* TOC */
-
-  for(i=60; i<64; ++i)
-    eaExpi = (void*)((unsigned long)dfvard + eaExpOffseti);
-
-  for(i=64; i<68; ++i)
-    eaExpi = (void*)((unsigned long)dfvars + eaExpOffseti);
-
-  for(i=68; i<72; ++i)
-    eaExpi = (void*)((unsigned long)dfvard + eaExpOffseti);
-  
-  eaExp72 = (void*)((unsigned long)dfvars + eaExpOffseti);
-
-
-  /* Duplicate the stream for cc */
-  for(i=0; i<accessExp; ++i) {
-    eaExpCCi = eaExpi;
-    bcExpCCi = bcExpi;
-  }
-}
-#endif /* defined(rs6000_ibm_aix4_1_test) */
-
 #if defined(i386_unknown_linux2_0_test) || (defined(os_freebsd_test) && defined(arch_x86_test))
 unsigned int loadExp=67;

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test_mem_util.h -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test_mem_util.h Changed

@@ -34,8 +34,6 @@
 extern "C" {
 #endif
 
-/* Sun Forte/WorkShop cc releases older than 6.2 do not like these defines: */
-#if !defined(__SUNPRO_C) || (__SUNPRO_C >= 0x530)
 #define passorfail(i,p,d,r) if((p)) { \
                               logerror("Passed test #%d (%s)\n", (i), (d)); \
                               passedTest(i) = TRUE; \
@@ -46,10 +44,7 @@
 #define skiptest(i,d) { logerror("Skipping test #%d (%s)\n", (i), (d)); \
                         logerror("    not implemented on this platform\n"); \
                         passedTest(i) = TRUE; }
-#else
-void passorfail(int i, int p, char* d, char* r);
-void skiptest(int i, char* d);
-#endif
+
 
 extern long loadsnstores(long, long, long); /* ILP32 & LP64 */
 
@@ -77,39 +72,6 @@
 extern void* eaExpCC1000;
 extern unsigned int bcExpCC1000;
 
-
-#ifdef rs6000_ibm_aix4_1_test
-extern const unsigned int loadExp;
-extern const unsigned int storeExp;
-extern const unsigned int prefeExp;
-extern const unsigned int accessExp;
-extern const unsigned int accessExpCC;
-
-extern unsigned int bcExp;
-
-extern int eaExpOffset;
-
-extern void* eaExp; /* forward */
-/* Make sure this is 4 words long... */
-extern int divarw4;
-extern float dfvars4;
-extern double dfvard4;
-
-extern void* gettoc();
-#ifdef rs6000_ibm_aix4_1_test
-/* Had trouble with this one */
-extern void *getsp(int, int, int);
-#else
-extern void* getsp();
-#endif
-
-#ifdef __GNUC__
-#define _inline inline
-#endif
-
-extern /* _inline */ void init_test_data();
-#endif /* defined(rs6000_ibm_aix4_1_test) */
-
 #if defined(i386_unknown_linux2_0_test) \
  || defined(i386_unknown_nt4_0_test) \
  || (defined(os_freebsd_test) && defined(arch_x86_test))

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test_stack_1.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test_stack_1.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test_stack_2.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test_stack_2.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test_stack_3.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test_stack_3.C Changed

@@ -72,11 +72,7 @@
 #if defined( os_linux_test ) && (defined( arch_x86_test ) || defined( arch_x86_64_test ))
     { true, true, BPatch_frameNormal, "_dl_sysinfo_int80" },
 #endif
-#if defined( os_aix_test ) && defined( arch_power_test )
-    /* AIX uses kill(), but the PC of a process in a syscall can
-       not be correctly determined, and appears to be the address
-       to which the syscall function will return. */
-#elif defined( os_windows_test ) && (defined( arch_x86 ) || defined( arch_x86_64_test ))
+#if defined( os_windows_test ) && (defined( arch_x86 ) || defined( arch_x86_64_test ))
     /* Windows/x86 does not use kill(), so its lowermost frame will be 
        something unidentifiable in a system DLL. */
     { false, false, BPatch_frameNormal, NULL },
@@ -90,7 +86,7 @@
 #endif
     { true, false, BPatch_frameNormal, "test_stack_3_func3" },
     { true, false, BPatch_frameTrampoline, NULL },
-    /* On AIX and x86 (and others), if our instrumentation fires
+    /* On x86 (and others), if our instrumentation fires
        before frame construction or after frame destruction, it's 
        acceptable to not report the function (since, after all, it
        doesn't have a frame on the stack. */

_service:tar_scm:testsuite-11.0.1.tar.gz/src/dyninst/test_thread_1_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/dyninst/test_thread_1_mutatee.c Changed

@@ -164,7 +164,7 @@
     current_locksi = 0;
   }
 
-#if !defined (os_windows_test) && !defined(os_irix)
+#if !defined (os_windows_test)
 
 #if defined(m32_test)
   libname = "libdyninstAPI_RT_m32.so";
@@ -205,23 +205,12 @@
   pthread_mutex_init(&real_lock, NULL);
 
   (*DYNINSTunlock_thelock)(&test1lock);
-   /*  XXX this is nasty */
    /*  The way this is supposed to work is that we get a lock, then start a bunch of
        threads, which all try to get the same lock, pretty much as soon as they start.
        Then, after starting all the threads, we release the lock and let the threads
        compete for it, checking to make sure that all threads get the lock at some point
        and that no two threads have it at the same time.  
-       The problem is that solaris is having problems with this system when the lock is 
-       obtained before the threads are spawned (pthread_create hangs) -- it is still ok
-       to just start all the threads and have the system run, its just not quite as clean.
-       This might be bad asm programming on my behalf, or it might be some idiosyncracy
-       with solaris libpthreads.  This worked, incidentally, when this stuff was all in
-       the mutator, but that might've been because the asm that was imported to implement
-       the locks was the gnu asm, not the solaris-cc asm, which is the stuff that gets
-       compiled, by default into the runtime lib*/
-/*
-   int lockres = (*DYNINSTlock_thelock)(&test1lock); 
-*/
+    */
   lockres = (*DYNINSTlock_thelock)(&test1lock);
   createThreads(TEST1_THREADS, thread_main1, test1threads);

_service:tar_scm:testsuite-11.0.1.tar.gz/src/instruction/instruction_comp.h -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/instruction/instruction_comp.h Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/instruction/test_instruction_profile.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/instruction/test_instruction_profile.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/mutatee_util.h -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/mutatee_util.h Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/mutatee_util_mt.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/mutatee_util_mt.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/proccontrol/pc_groups_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/proccontrol/pc_groups_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/proccontrol/pc_irpc_asm.h -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/proccontrol/pc_irpc_asm.h Changed

@@ -95,7 +95,6 @@
          // size and don't assume any endianness.  When the final copy into 
          // the byte buffer occurs, make the assumption that the target
          // architecture matches that of the host.
-#if defined(arch_ppc_little_endian_test)
          uint32_t ins = {
             /*  0 */ 0x60000000, // nop
             /*  1 */ 0x3d8c0000, // lis r12, 0              # Add Immediate Shifted (calltarg15-8) to r12
@@ -107,24 +106,6 @@
             /*  7 */ 0x4e800421, // bctrl                   # Branch to Count Register
             /*  8 */ 0x7d821008  // trap                    # Trap to return from RPC
          };
-#else
-         uint32_t ins = {
-            /*  0 */ 0x60000000, // nop
-            /*  1 */ 0x3c000000, // lis r0, 0               # Add Immediate Shifted (calltarg15-8) to r0
-            /*  2 */ 0x60000000, // ori r0, r0, 0           # Or Immediate (calltarg7-0) to r0
-            /*  3 */ 0x780007c6, // rldicr r0, r0, 32, 31   # Rotate Left Doubleword Immediate then Clear Right
-            /*  4 */ 0x64000000, // oris r0, r0, 0          # Or Immediate Shifted (calltarg31-24) to r0
-            /*  5 */ 0x60000000, // ori r0, r0, 0           # Or Immediate (calltarg23-16) to r0
-            /*  6 */ 0x7c0903a6, // mtctr r0                # Move r0 to Count Register
-            /*  7 */ 0x3c400000, // lis r2, 0               # Add Immediate Shifted (calltarg15-8) to TOC(aka r2)
-            /*  8 */ 0x60420000, // ori r2,r2,0             # Or Immediate (calltarg7-0) to TOC(aka r2)
-            /*  9 */ 0x784207c6, // rldicr  r2,r2,32,31     # Rotate Left Doubleword Immediate then Clear Right
-            /* 10 */ 0x64420000, // oris    r2,r2,0         # Or Immediate Shifted (calltarg31-24) to TOC(aka r2)
-            /* 11 */ 0x60420000, // ori     r2,r2,0         # Or Immediate (calltarg23-16) to TOC(aka r2)
-            /* 12 */ 0x4e800421, // bctrl                   # Branch to Count Register
-            /* 13 */ 0x7d821008  // trap                    # Trap to return from RPC
-         };
-#endif // defined(arch_ppc_little_endian_test)
 
          // copy address to buffer
          ins1 |= (uint32_t)(((uint64_t)calltarg >> 48) & 0xffff);
@@ -132,14 +113,6 @@
          ins4 |= (uint32_t)((calltarg >> 16) & 0xffff);
          ins5 |= (uint32_t)(calltarg & 0xffff);
 
-#if !defined(arch_ppc_little_endian_test)
-         // copy TOC value into buffer
-         ins7 |= (uint32_t)(((uint64_t)tocval >> 48) & 0xffff);
-         ins8 |= (uint32_t)(((uint64_t)tocval >> 32) & 0xffff);
-         ins10 |= (uint32_t)((tocval >> 16) & 0xffff);
-         ins11 |= (uint32_t)(tocval & 0xffff);
-#endif // !defined(arch_ppc_little_endian_test_test)
-
          buffer_size = sizeof(ins);
          buffer = (unsigned char *)malloc(buffer_size);
          memcpy(buffer, ins, buffer_size);

_service:tar_scm:testsuite-11.0.1.tar.gz/src/proccontrol/pcontrol_mutatee_tools.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/proccontrol/pcontrol_mutatee_tools.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/runTests-utils.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/runTests-utils.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/runTests-utils.h -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/runTests-utils.h Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/specification/cmake_mutators.py -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/specification/cmake_mutators.py Changed

@@ -18,7 +18,7 @@
 
 	for m in module_set:
 		out.write("\n")
-                out.write("include_directories (\"..src/%s\")\n" % m)
+                out.write("include_directories (\"../src/%s\")\n" % m)
                 out.write("set (%s_MUTATORS\n" % (m))
 		module_tests = filter(lambda t: m == t'module', test_dict)
 		module_mutators = map(lambda t: t'mutator', module_tests)
@@ -31,7 +31,7 @@
 		out.write(")\n\n")
 
 
-        # We're doing this cmake list style, so we need multiple iterations 
+        # We're doing this cmake list style, so we need multiple iterations
         # since cmake doesn't support structs
         # Iteration 1: print the list of libraries
         out.write("set (MUTATOR_NAME_LIST\n")
@@ -42,7 +42,7 @@
         # Iteration 2: The appropriate module library for each mutator
         out.write("set (MUTATOR_MODULE_LIB_LIST\n")
         for m in mutator_dict:
-           # Module info is stored with the "test" dictionary, not the 
+           # Module info is stored with the "test" dictionary, not the
            # "mutator" dictionary
            tests = filter(lambda t: t'mutator' == m'name', test_dict)
            modules = map(lambda t: t'module', tests)
@@ -104,4 +104,3 @@
    out.close()
 
 #
-

_service:tar_scm:testsuite-11.0.1.tar.gz/src/specification/makemake.py -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/specification/makemake.py Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/specification/spec-grouped.pl -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/specification/spec-grouped.pl Changed

@@ -2637,12 +2637,8 @@
 platform('x86_64', 'linux', 'linux2.4', 'x86_64-unknown-linux2.4').
 platform('x86_64', 'linux', 'cnl', 'x86_64_cnl').
 platform('power64', 'linux', 'linux2.6', 'ppc64_linux').
-platform('power32', 'linux', 'linux2.6', 'ppc32_linux').
 platform('i386', 'freebsd', 'freebsd7.2', 'i386-unknown-freebsd7.2').
 platform('x86_64', 'freebsd', 'freebsd7.2', 'amd64-unknown-freebsd7.2').
-platform('power32', 'bluegene', 'bluegenep', 'ppc32_bgp_ion').
-platform('power32', 'bluegene', 'bluegenel', 'ppc32_bgl_ion').
-platform('power32', 'bluegene', 'bluegenep', 'ppc32_bgp').
 platform('power64', 'bluegene', 'bluegeneq', 'ppc64_bgq_ion').
 platform('aarch64', 'linux', 'linux', 'aarch64-unknown-linux').
 
@@ -3264,7 +3260,7 @@
 % PPC64 platform doesn't support 32-bit mutatees (yet).
 %
 %compiler_platform_abi_s(Compiler, 'ppc64_linux', 32,
-%                        '-m32 -Dppc32_linux -Dm32_test') :-
+%                        '-m32 -Dm32_test') :-
 %    member(Compiler, 'gcc', 'g++').
 compiler_platform_abi_s(Compiler, 'ppc64_linux', 64,
                         '-m64', CompilerString) :-

_service:tar_scm:testsuite-11.0.1.tar.gz/src/specification/test_info_new_gen.py -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/specification/test_info_new_gen.py Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/symtab/test_exception.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/symtab/test_exception.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/symtab/test_line_info.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/symtab/test_line_info.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/symtab/test_lookup_func.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/symtab/test_lookup_func.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/symtab/test_lookup_var.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/symtab/test_lookup_var.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/symtab/test_module.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/symtab/test_module.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/symtab/test_relocations.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/symtab/test_relocations.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/symtab/test_type_info.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/symtab/test_type_info.C Changed

@@ -1,28 +1,28 @@
 /*
  * See the dyninst/COPYRIGHT file for copyright information.
- * 
+ *
  * We provide the Paradyn Tools (below described as "Paradyn")
  * on an AS IS basis, and do not warrant its validity or performance.
  * We reserve the right to update, modify, or discontinue this
  * software at any time.  We shall have no obligation to supply such
  * updates or modifications or any other form of support to you.
- * 
+ *
  * By your use of Paradyn, you understand and agree that we (or any
  * other person or entity with proprietary rights in Paradyn) are
  * under no obligation to provide either maintenance services,
  * update services, notices of latent defects, or correction of
  * defects for Paradyn.
- * 
+ *
  * This library is free software; you can redistribute it and/or
  * modify it under the terms of the GNU Lesser General Public
  * License as published by the Free Software Foundation; either
  * version 2.1 of the License, or (at your option) any later version.
- * 
+ *
  * This library is distributed in the hope that it will be useful,
  * but WITHOUT ANY WARRANTY; without even the implied warranty of
  * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
  * Lesser General Public License for more details.
- * 
+ *
  * You should have received a copy of the GNU Lesser General Public
  * License along with this library; if not, write to the Free Software
  * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
@@ -31,10 +31,12 @@
 #include "symtab_comp.h"
 #include "test_lib.h"
 
-#include "Symtab.h"
+#include "Module.h"
 #include "Symbol.h"
+#include "Symtab.h"
 #include "Type.h"
-#include "Module.h"
+#include <array>
+#include <functional>
 #include <iostream>
 
 using namespace Dyninst;
@@ -120,184 +122,157 @@
 
 	   if (!got_type_subrange)
 	   {
-		   //  solaris CC does not appear to produce these
-#if !defined(os_aix_test) && !defined(os_windows_test)
+#if !defined(os_windows_test)
 		   logerror( "%s%d:  subrange was missed\n", FILE__, __LINE__);
 		   return false;
 #endif
-	   }
+    }
 
-	   if (!got_type_array)
-	   {
-		   logerror( "%s%d:  array was missed\n", FILE__, __LINE__);
-		   return false;
-	   }
+    if (!got_type_array) {
+      logerror("%s%d:  array was missed\n", FILE__, __LINE__);
+      return false;
+    }
 
-	   if (!got_type_struct)
-	   {
-		   logerror( "%s%d:  struct was missed\n", FILE__, __LINE__);
-		   return false;
-	   }
+    if (!got_type_struct) {
+      logerror("%s%d:  struct was missed\n", FILE__, __LINE__);
+      return false;
+    }
 
-	   if (!got_type_union)
-	   {
-		   logerror( "%s%d:  union was missed\n", FILE__, __LINE__);
-		   return false;
-	   }
+    if (!got_type_union) {
+      logerror("%s%d:  union was missed\n", FILE__, __LINE__);
+      return false;
+    }
 
-	   if (!got_type_scalar)
-	   {
-		   logerror( "%s%d:  scalar was missed\n", FILE__, __LINE__);
-		   return false;
-	   }
+    if (!got_type_scalar) {
+      logerror("%s%d:  scalar was missed\n", FILE__, __LINE__);
+      return false;
+    }
 
-	   if (!got_type_typedef)
-	   {
+    if (!got_type_typedef) {
 #if !defined(os_windows_test)
-		   logerror( "%s%d:  typedef was missed\n", FILE__, __LINE__);
-		   return false;
+      logerror("%s%d:  typedef was missed\n", FILE__, __LINE__);
+      return false;
 #endif
-	   }
+    }
 
-	   return true;
-   }
-   virtual test_results_t executeTest();
+    return true;
+  }
+  virtual test_results_t executeTest();
 };
 
-extern "C" DLLEXPORT TestMutator* test_type_info_factory()
-{
-   return new test_type_info_Mutator();
+extern "C" DLLEXPORT TestMutator *test_type_info_factory() {
+  return new test_type_info_Mutator();
 }
 
-bool test_type_info_Mutator::verify_type_enum(typeEnum *t, std::vector<std::pair<std::string, int> >*vals)
-{
-	got_type_enum = true;
-	std::string &tn = t->getName();
-	//std::cerr << "verify_type_enum for " << tn << std::endl;
-
-	auto constants = t->getConstants();
-
-	if (!constants.size())
-	{
-		logerror( "%s%d: empty enum %s\n", FILE__, __LINE__, tn.c_str());
-		return false;
-	}
-
-	for (unsigned int i = 0; i < constants.size(); ++i)
-	{
-		if (constantsi.first.length() == 0)
-		{
-			logerror( "%s%d:  enum %s has unnamed element\n", 
-					FILE__, __LINE__, tn.c_str());
-			return false;
-		}
-	}
-
-	if (vals)
-	{
-		std::vector<std::pair<std::string, int> > &expected_vals = *vals;
-
-		if (expected_vals.size() != constants.size())
-		{
-			logerror( "%s%d:  differing sizes for values: %d vs %d\n", 
-					FILE__, __LINE__, expected_vals.size(), constants.size());
-			return false;
-		}
-
-		for (unsigned int i = 0; i < expected_vals.size(); ++i)
-		{
-			std::string &tag1 = expected_valsi.first;
-			std::string &tag2 = constantsi.first;
-			int &val1 = expected_valsi.second;
-			int &val2 = constantsi.second;
-
-			if (tag1 != tag2)
-			{
-				logerror( "%s%d:  enum elems%d differ: %s != %s\n", 
-						FILE__, __LINE__, i, tag1.c_str(), tag2.c_str());
-				return false;
-			}
-
-			if (val1 != val2)
-			{
-				logerror( "%s%d:  enum elems%d differ: %d != %d\n", 
-						FILE__, __LINE__, i, val1, val2);
-				return false;
-			}
-		}
-	}
-
-	return true;
+bool test_type_info_Mutator::verify_type_enum(
+    typeEnum *t, std::vector<std::pair<std::string, int>> *vals) {
+  got_type_enum = true;
+  std::string &tn = t->getName();
+
+  auto constants = t->getConstants();
+
+  if (!constants.size()) {
+    logerror("%s%d: empty enum %s\n", FILE__, __LINE__, tn.c_str());
+    return false;
+  }
+
+  for (unsigned int i = 0; i < constants.size(); ++i) {
+    if (constantsi.first.length() == 0) {
+      logerror("%s%d:  enum %s has unnamed element\n", FILE__, __LINE__,
+               tn.c_str());
+      return false;
+    }
+  }
+
+  if (vals) {
+    std::vector<std::pair<std::string, int>> &expected_vals = *vals;
+
+    if (expected_vals.size() != constants.size()) {
+      logerror("%s%d:  differing sizes for values: %d vs %d\n", FILE__,
+               __LINE__, expected_vals.size(), constants.size());
+      return false;
+    }
+
+    for (unsigned int i = 0; i < expected_vals.size(); ++i) {
+      std::string &tag1 = expected_valsi.first;
+      std::string &tag2 = constantsi.first;
+      int &val1 = expected_valsi.second;
+      int &val2 = constantsi.second;
+
+      if (tag1 != tag2) {
+        logerror("%s%d:  enum elems%d differ: %s != %s\n", FILE__, __LINE__,
+                 i, tag1.c_str(), tag2.c_str());
+        return false;
+      }
+
+      if (val1 != val2) {
+        logerror("%s%d:  enum elems%d differ: %d != %d\n", FILE__, __LINE__,
+                 i, val1, val2);
+        return false;
+      }
+    }
+  }
+
+  return true;
 }
 
-bool test_type_info_Mutator::verify_type_pointer(typePointer *t, std::string *exp_base)
-{
-	got_type_pointer = true;
-	std::string &tn = t->getName();
-	Type *c = t->getConstituentType();
-	if (!c)
-	{
-		logerror( "%s%d:  NULL constituent type for type %s!\n", 
-				FILE__, __LINE__, tn.c_str());
-		return false;
-	}
-
-	if (exp_base)
-	{
-		if (c->getName() != *exp_base)
-		{
-			logerror( "%s%d:  unexpected base type %s (not %s) for type %s\n",
-					FILE__, __LINE__, c->getName().c_str(), exp_base->c_str(), tn.c_str());
-			return false;
-		}
-	}
-	return true;
+bool test_type_info_Mutator::verify_type_pointer(typePointer *t,
+                                                 std::string *exp_base) {
+  got_type_pointer = true;
+  std::string &tn = t->getName();
+  Type *c = t->getConstituentType();
+  if (!c) {
+    logerror("%s%d:  NULL constituent type for type %s!\n", FILE__, __LINE__,
+             tn.c_str());
+    return false;
+  }
+
+  if (exp_base) {
+    if (c->getName() != *exp_base) {
+      logerror("%s%d:  unexpected base type %s (not %s) for type %s\n",
+               FILE__, __LINE__, c->getName().c_str(), exp_base->c_str(),
+               tn.c_str());
+      return false;
+    }
+  }
+  return true;
 }
 
-bool test_type_info_Mutator::verify_type_function(typeFunction *t)
-{
-	got_type_function = true;
-	std::string &tn = t->getName();
-	Type *retType = t->getReturnType();
-
-	if (!retType)
-	{
-		logerror( "%s%d:  func type %s has no return type\n", 
-				FILE__, __LINE__, tn.c_str());
-		return false;
-	}
+bool test_type_info_Mutator::verify_type_function(typeFunction *t) {
+  got_type_function = true;
+  std::string &tn = t->getName();
+  Type *retType = t->getReturnType();
 
-	auto params = t->getParams();
+  if (!retType) {
+    logerror("%s%d:  func type %s has no return type\n", FILE__, __LINE__,
+             tn.c_str());
+    return false;
+  }
 
-	//  It is not an error to have zero params
+  auto params = t->getParams();
 
-	for (unsigned int i = 0; i < params.size(); ++i)
-	{
-		if (paramsi == NULL)
-		{
-			logerror( "%s%d:  got NULL param type\n", FILE__, __LINE__);
-			return false;
-		}
-	}
+  //  It is not an error to have zero params
+  for (unsigned int i = 0; i < params.size(); ++i) {
+    if (paramsi == NULL) {
+      logerror("%s%d:  got NULL param type\n", FILE__, __LINE__);
+      return false;
+    }
+  }
 
-	return true;
+  return true;
 }
 
-bool test_type_info_Mutator::verify_type_subrange(typeSubrange *t)
-{
-	got_type_subrange = true;
-	std::string &tn = t->getName();
-
-	//std::cerr << "verify_type_subrange for " << tn << std::endl;
+bool test_type_info_Mutator::verify_type_subrange(typeSubrange *t) {
+  got_type_subrange = true;
+  std::string &tn = t->getName();
 
-	if (t->getLow() > t->getHigh())
-	{
-		logerror( "%s%d:  bad range %d--%d for type %s!\n", 
-				FILE__, __LINE__, t->getLow(), t->getHigh(), tn.c_str());
-		return false;
-	}
+  if (t->getLow() > t->getHigh()) {
+    logerror("%s%d:  bad range %d--%d for type %s!\n", FILE__, __LINE__,
+             t->getLow(), t->getHigh(), tn.c_str());
+    return false;
+  }
 
-	return true;
+  return true;
 }
 
 bool test_type_info_Mutator::verify_type_array(typeArray *t, int *exp_low, int *exp_hi, 
@@ -310,7 +285,7 @@
 
 	if (t->getLow() > t->getHigh())
 	{
-		//  special case (encountered w/ sun compilers -- if low bound is zero and
+		//  special case -- if low bound is zero and
 		//  highbound is -1, the array is not specified with a proper range, so
 		//  ignore
 		if (! (t->getLow() == 0L && t->getHigh() == -1L))
@@ -362,431 +337,353 @@
 	return true;
 }
 
-bool test_type_info_Mutator::verify_field(Field *f)
-{
-	if (!f)
-	{
-		logerror( "%s%d:  NULL field\n", FILE__, __LINE__);
-		return false;
-	}
-
-	if (0 == f->getName().length())
-	{
-		logerror( "%s%d:  unnamed field\n", FILE__, __LINE__);
-		return false;
-	}
-
-	Type *ft = f->getType();
-	if (NULL == ft)
-	{
-		logerror( "%s%d:  field %s has NULL type\n", FILE__, __LINE__, f->getName().c_str());
-		return false;
-	}
-
-#if 0
-	if (0 == f->getOffset())
-	{
-		//  this is probably ok
-		logerror( "%s%d: field %s has zero offset\n", FILE__, __LINE__, f->getName().c_str());
-		return false;
-	}
-
-	if (visUnknown == f->getVisibility())
-	{
-		//  this is probably ok
-		logerror( "%s%d: field %s has unknown visibility\n", FILE__, __LINE__, f->getName().c_str());
-		return false;
-	}
-#endif
-
-	return true;
+bool test_type_info_Mutator::verify_field(Field *f) {
+  if (!f) {
+    logerror("%s%d:  NULL field\n", FILE__, __LINE__);
+    return false;
+  }
+
+  if (0 == f->getName().length()) {
+    logerror("%s%d:  unnamed field\n", FILE__, __LINE__);
+  }
+
+  Type *ft = f->getType();
+  if (NULL == ft) {
+    logerror("%s%d:  field %s has NULL type\n", FILE__, __LINE__,
+             f->getName().c_str());
+    return false;
+  }
+  return true;
 }
 
-bool test_type_info_Mutator::verify_field_list(fieldListType *t, 
-		std::vector<std::pair<std::string, std::string> > *comps, 
-      std::vector<std::pair<std::string, std::string> > *efields,
-      std::vector<std::pair<std::string, std::string> > *afields)
-{
-	std::string &tn = t->getName();
-
-	//std::cerr << "verify_field_list for " << tn << std::endl;
-
-	auto components = t->getComponents();
-
-	if (comps && !components)
-	{
-		logerror( "%s%d:  no components for type %s\n", FILE__, __LINE__, tn.c_str());
-		return false;
-	}
-
-	if (components)
-	{
-		for (unsigned int i = 0; i < components->size(); ++i)
-		{
-			Field *f = (*components)i;
-			if (!verify_field(f))
-			{
-				logerror( "%s%d:  verify field failed for type %s\n", 
-						FILE__, __LINE__, tn.c_str());
-				return false;
-			}
-		}
-	}
-
-	auto fields = t->getFields();
-
-	if (efields && !fields)
-	{
-		logerror( "%s%d:  no fields for type %s\n", FILE__, __LINE__, tn.c_str());
-		return false;
-	}
-
-	if (fields)
-	{
-		for (unsigned int i = 0; i < fields->size(); ++i)
-		{
-			Field *f = (*fields)i;
-			if (!verify_field(f))
-			{
-				logerror( "%s%d:  verify field failed for type %s\n", 
-						FILE__, __LINE__, tn.c_str());
-				return false;
-			}
-		}
-
-		if (efields)
-		{
-			std::vector<std::pair<std::string, std::string> > &expected_fields = *efields;
-
-			//  We would be prudent here to use module language info to check
-			//  whether this is c or c++, since that affects how many fields we have
-			//  (c++ may have fields that represent functions, ctors, etc)
-			//
-			//  But alas, our language determination is still a bit inconsistent
-			//  and can't really be treated as reliable
-			//
-
-			//if (lang = lang_CPlusPlus)
-			//{
-				//  C++ field lists may contain function definitions as well
-				// as fields
-			//	if (efields->size() < fields->size())
-			//	{
-			//		logerror( "%s%d:  bad sizes for expected fields\n", 
-			//				FILE__, __LINE__);
-			//		logerror( "%s%d:  got %d, expected %d\n", FILE__, __LINE__, 
-			//				fields->size(), efields->size());
-			//	}
-			//}
-			//else
-			//{
-			//	if (efields->size() != fields->size())
-			//	{
-			//		logerror( "%s%d:  WARNING:  differing sizes for expected fields\n", 
-			//				FILE__, __LINE__);
-			//		logerror( "%s%d:  got %d, expected %d\n", FILE__, __LINE__, 
-			//				fields->size(), efields->size());
-			//	}
-			//}
-
-			if (efields->size() > fields->size())
-			{
-				logerror( "%s%d:  bad sizes for expected fields for type %s\n", 
-						FILE__, __LINE__, tn.c_str());
-				logerror( "%s%d:  got %d, expected %d\n", FILE__, __LINE__, 
-						fields->size(), efields->size());
-				return false;
-			}
-
-			bool err = false;
-			for (unsigned int i = 0; i < expected_fields.size(); ++i)
-			{
-				if (fields->size() <= i)
-				{
-					logerror( "%s%d:  cannot get %dth elem of %d size vec\n", 
-							FILE__, __LINE__, i, fields->size());
-					break;
-				}
-
-				Field *f1 = (*fields)i;
-				std::string fieldname = f1->getName();
-				std::string fieldtypename = f1->getType() ? f1->getType()->getName() : "";
-				Type *ft = f1->getType();
-
-				//if (lang == lang_CPlusPlus && ft->getFunctionType())
-				//{
-				//	logerror( "%s%d:  skipping field %s\n", FILE__, __LINE__, 
-				//			fieldname.c_str());
-				//	continue;
-				//}
-
-				std::string expected_fieldname = 
-					(expected_fields.size() > i) ? expected_fieldsi.second 
-					: std::string("range_error");
-				std::string expected_fieldtypename = 
-					(expected_fields.size() > i) ? expected_fieldsi.first 
-					: std::string("range_error");
-            std::string alternate_fieldname = 
-               (afields && afields->size() > i) ? (*afields)i.second : "range_error";
-            std::string alternate_fieldtypename = 
-               (afields && afields->size() > i) ? (*afields)i.first : "range_error";
-
-				if (fieldtypename != expected_fieldtypename &&
-                fieldtypename != alternate_fieldtypename)
-				{
-					logerror( "%s%d:  Field type '%s', not expected '%s'\n", FILE__,
-							__LINE__, fieldtypename.c_str(), expected_fieldname.c_str());
-					err = true;
-				}
-
-				if (fieldname != expected_fieldname &&
-                fieldname != alternate_fieldname)
-				{
-					logerror( "%s%d:  Field type '%s' not expected '%s'\n", FILE__,
-							__LINE__, fieldname.c_str(), expected_fieldtypename.c_str());
-					err = true;
-				}
-			}
-
-			if (err) 
-				return false;
-		}
-	}
-
-	return true;
+bool test_type_info_Mutator::verify_field_list(
+    fieldListType *t, std::vector<std::pair<std::string, std::string>> *comps,
+    std::vector<std::pair<std::string, std::string>> *efields,
+    std::vector<std::pair<std::string, std::string>> *afields) {
+  std::string &tn = t->getName();
+
+  auto components = t->getComponents();
+
+  if (comps && !components) {
+    logerror("%s%d:  no components for type %s\n", FILE__, __LINE__,
+             tn.c_str());
+    return false;
+  }
+
+  if (components) {
+    for (unsigned int i = 0; i < components->size(); ++i) {
+      Field *f = (*components)i;
+      if (!verify_field(f)) {
+        logerror("%s%d:  verify field failed for type %s\n", FILE__, __LINE__,
+                 tn.c_str());
+        return false;
+      }
+    }
+  }
+
+  auto fields = t->getFields();
+
+  if (efields && !fields) {
+    logerror("%s%d:  no fields for type %s\n", FILE__, __LINE__, tn.c_str());
+    return false;
+  }
+
+  if (fields) {
+    for (unsigned int i = 0; i < fields->size(); ++i) {
+      Field *f = (*fields)i;
+      if (!verify_field(f)) {
+        logerror("%s%d:  verify field failed for type %s\n", FILE__, __LINE__,
+                 tn.c_str());
+        return false;
+      }
+    }
+
+    if (efields) {
+      std::vector<std::pair<std::string, std::string>> &expected_fields =
+          *efields;
+
+      if (efields->size() > fields->size()) {
+        logerror("%s%d:  bad sizes for expected fields for type %s\n", FILE__,
+                 __LINE__, tn.c_str());
+        logerror("%s%d:  got %d, expected %d\n", FILE__, __LINE__,
+                 fields->size(), efields->size());
+        return false;
+      }
+
+      bool err = false;
+      for (unsigned int i = 0; i < expected_fields.size(); ++i) {
+        if (fields->size() <= i) {
+          logerror("%s%d:  cannot get %dth elem of %d size vec\n", FILE__,
+                   __LINE__, i, fields->size());
+          return false;
+        }
+
+        Field *f1 = (*fields)i;
+        std::string fieldname = f1->getName();
+        std::string fieldtypename =
+            f1->getType() ? f1->getType()->getName() : "";
+        Type *ft = f1->getType();
+
+        std::string expected_fieldname = (expected_fields.size() > i)
+                                             ? expected_fieldsi.second
+                                             : std::string("range_error");
+        std::string expected_fieldtypename = (expected_fields.size() > i)
+                                                 ? expected_fieldsi.first
+                                                 : std::string("range_error");
+        std::string alternate_fieldname = (afields && afields->size() > i)
+                                              ? (*afields)i.second
+                                              : "range_error";
+        std::string alternate_fieldtypename = (afields && afields->size() > i)
+                                                  ? (*afields)i.first
+                                                  : "range_error";
+
+        if (fieldtypename != expected_fieldtypename &&
+            fieldtypename != alternate_fieldtypename) {
+          logerror("%s%d:  Field type '%s', not expected '%s'\n", FILE__,
+                   __LINE__, fieldtypename.c_str(), expected_fieldname.c_str());
+          err = true;
+        }
+
+        if (fieldname != expected_fieldname &&
+            fieldname != alternate_fieldname) {
+          logerror("%s%d:  Field type '%s' not expected '%s'\n", FILE__,
+                   __LINE__, fieldname.c_str(), expected_fieldtypename.c_str());
+          err = true;
+        }
+      }
+
+      if (err)
+        return false;
+    }
+  }
+
+  return true;
 }
 
-bool test_type_info_Mutator::verify_type_struct(typeStruct *t, 
-		std::vector<std::pair<std::string, std::string> > *ecomps, 
-      std::vector<std::pair<std::string, std::string> > *efields,
-      std::vector<std::pair<std::string, std::string> > *afields)
-{
-	got_type_struct = true;
-	std::string &tn = t->getName();
+bool test_type_info_Mutator::verify_type_struct(
+    typeStruct *t, std::vector<std::pair<std::string, std::string>> *ecomps,
+    std::vector<std::pair<std::string, std::string>> *efields,
+    std::vector<std::pair<std::string, std::string>> *afields) {
+  got_type_struct = true;
+  std::string &tn = t->getName();
 
-	//std::cerr << "verify_struct for " << tn << std::endl;
-
-	if (!verify_field_list(t, ecomps, efields, afields))
-	{
-		logerror( "%s%d:  verify struct %s failing\n", FILE__, __LINE__, tn.c_str());
-		return false;
-	}
+  if (!verify_field_list(t, ecomps, efields, afields)) {
+    logerror("%s%d:  verify struct %s failing\n", FILE__, __LINE__,
+             tn.c_str());
+    return false;
+  }
 
-	return true;
+  return true;
 }
 
-bool test_type_info_Mutator::verify_type_union(typeUnion *t, 
-		std::vector<std::pair<std::string, std::string> > *ecomps, 
-		std::vector<std::pair<std::string, std::string> > *efields)
-{
-	got_type_union = true;
-	std::string &tn = t->getName();
-
-	//std::cerr << "verify_union for " << tn << std::endl;
+bool test_type_info_Mutator::verify_type_union(
+    typeUnion *t, std::vector<std::pair<std::string, std::string>> *ecomps,
+    std::vector<std::pair<std::string, std::string>> *efields) {
+  got_type_union = true;
+  std::string &tn = t->getName();
 
-	if (!verify_field_list(t, ecomps, efields))
-	{
-		logerror( "%s%d:  verify union %s failing\n", FILE__, __LINE__, tn.c_str());
-		return false;
-	}
+  if (!verify_field_list(t, ecomps, efields)) {
+    logerror("%s%d:  verify union %s failing\n", FILE__, __LINE__,
+             tn.c_str());
+    return false;
+  }
 
-	return true;
+  return true;
 }
 
-bool test_type_info_Mutator::verify_type_scalar(typeScalar *t)
-{
-	got_type_scalar = true;
-	std::string &tn = t->getName();
-
-	//std::cerr << "verify_scalar for " << tn << std::endl;
+bool test_type_info_Mutator::verify_type_scalar(typeScalar *t) {
+  got_type_scalar = true;
+  std::string &tn = t->getName();
 
-	//  uh... nothing to do here....  (maybe check sizes??)
+  //  uh... nothing to do here....  (maybe check sizes??)
 
-	return true;
+  return true;
 }
 
-bool test_type_info_Mutator::verify_type_typedef(typeTypedef *t, std::string *tn_constituent)
-{
-	got_type_typedef = true;
-	std::string &tn = t->getName();
-
-	//std::cerr << "verify_typedef for " << tn << std::endl;
-	
-	Type *c = t->getConstituentType();
-	if (!c)
-	{
-		logerror( "%s%d:  NULL constituent type for type %s!\n", 
-				FILE__, __LINE__, tn.c_str());
-		return false;
-	}
-
-	if (tn_constituent)
-	{
-		if (c->getName() != *tn_constituent)
-		{
-			logerror( "%s%d:  unexpected constituent type '%s' (not %s) for type %s!\n", 
-					FILE__, __LINE__, c->getName().c_str(), tn_constituent->c_str(), tn.c_str());
-			return false;
-		}
-	}
-
-	return true;
+bool test_type_info_Mutator::verify_type_typedef(typeTypedef *t,
+                                                 std::string *tn_constituent) {
+  got_type_typedef = true;
+  std::string &tn = t->getName();
+
+  Type *c = t->getConstituentType();
+  if (!c) {
+    logerror("%s%d:  NULL constituent type for type %s!\n", FILE__, __LINE__,
+             tn.c_str());
+    return false;
+  }
+
+  if (tn_constituent) {
+    if (c->getName() != *tn_constituent) {
+      logerror(
+          "%s%d:  unexpected constituent type '%s' (not %s) for type %s!\n",
+          FILE__, __LINE__, c->getName().c_str(), tn_constituent->c_str(),
+          tn.c_str());
+      return false;
+    }
+  }
+
+  return true;
 }
 
-bool test_type_info_Mutator::verify_type(Type *t)
-{
-	assert(t);
-	std::string & tn = t->getName();
-
-	//std::cerr << "considering type " << tn << std::endl;
-
-	if (!t->getID())
-	{
-		logerror( "%s%d:  type %s with zero id\n", FILE__, __LINE__, tn.c_str());
-		return false;
-	}
-
-	if ( 0 == tn.length())
-	{
-		logerror( "%s%d:  unnamed %s type\n", FILE__, __LINE__, 
-				dataClass2Str(t->getDataClass()));
-		//return false;
-	}
-
-	dataClass dc = t->getDataClass();
-
-	if (dc == dataUnknownType)
-	{
-		logerror( "%s%d:  type %s has bad data class\n", FILE__, __LINE__, tn.c_str());
-		return false;
-	}
-
-	if (dc == dataNullType)
-	{
-		logerror( "%s%d:  type %s has bad data class\n", FILE__, __LINE__, tn.c_str());
-		return false;
-	}
-
-	if (t->getEnumType())
-		return verify_type_enum(t->getEnumType());
-	else if (t->getPointerType())
-		return verify_type_pointer(t->getPointerType());
-	else if (t->getFunctionType())
-		return verify_type_function(t->getFunctionType());
-	else if (t->getSubrangeType())
-		return verify_type_subrange(t->getSubrangeType());
-	else if (t->getArrayType())
-		return verify_type_array(t->getArrayType());
-	else if (t->getStructType())
-		return verify_type_struct(t->getStructType());
-	else if (t->getUnionType())
-		return verify_type_union(t->getUnionType());
-	else if (t->getScalarType())
-		return verify_type_scalar(t->getScalarType());
-	else if (t->getTypedefType())
-		return verify_type_typedef(t->getTypedefType());
-	else if (t->getCommonType())
-	{
-		// common blocks are fortran only
-		// we don't test that here yet
-		logerror( "%s%d:  weird, got common type\n", FILE__, __LINE__);
-		return true;
-		//return verify_type_common(t->getCommonType());
-	}
-	else if (t->getRefType())
-	{
-		//  references are c++ only
-		// we don't test that here yet
-		logerror( "%s%d:  weird, got reference type\n", FILE__, __LINE__);
-		return true;
-		//return verify_type_ref(t->getRefType());
-	}
-	else
-	{
-		logerror( "%s%d: uknown type type for %s!\n", FILE__, __LINE__, tn.c_str());
-	}
-	return false;
+bool test_type_info_Mutator::verify_type(Type *t) {
+  assert(t);
+  std::string &tn = t->getName();
+
+  if (!t->getID()) {
+    logerror("%s%d:  type %s with zero id\n", FILE__, __LINE__, tn.c_str());
+    return false;
+  }
+
+  if (0 == tn.length()) {
+    logerror("%s%d:  unnamed %s type\n", FILE__, __LINE__,
+             dataClass2Str(t->getDataClass()));
+  }
+
+  dataClass dc = t->getDataClass();
+
+  if (dc == dataUnknownType) {
+    logerror("%s%d:  type %s has bad data class\n", FILE__, __LINE__,
+             tn.c_str());
+    return false;
+  }
+
+  if (dc == dataNullType) {
+    logerror("%s%d:  type %s has bad data class\n", FILE__, __LINE__,
+             tn.c_str());
+    return false;
+  }
+
+  if (t->getEnumType())
+    return verify_type_enum(t->getEnumType());
+  else if (t->getPointerType())
+    return verify_type_pointer(t->getPointerType());
+  else if (t->getFunctionType())
+    return verify_type_function(t->getFunctionType());
+  else if (t->getSubrangeType())
+    return verify_type_subrange(t->getSubrangeType());
+  else if (t->getArrayType())
+    return verify_type_array(t->getArrayType());
+  else if (t->getStructType())
+    return verify_type_struct(t->getStructType());
+  else if (t->getUnionType())
+    return verify_type_union(t->getUnionType());
+  else if (t->getScalarType())
+    return verify_type_scalar(t->getScalarType());
+  else if (t->getTypedefType())
+    return verify_type_typedef(t->getTypedefType());
+  else if (t->getCommonType()) {
+    // common blocks are fortran only
+    // we don't test that here yet
+    logerror("%s%d:  weird, got common type\n", FILE__, __LINE__);
+    return true;
+  } else if (t->getRefType()) {
+    //  references are c++ only
+    // we don't test that here yet
+    logerror("%s%d:  weird, got reference type\n", FILE__, __LINE__);
+    return true;
+  } else {
+    logerror("%s%d: uknown type type for %s!\n", FILE__, __LINE__,
+             tn.c_str());
+  }
+  return false;
 }
 
-bool test_type_info_Mutator::specific_type_tests()
-{
-	Type *t = NULL;
-
-	std::string tname = "enum1";
-	if (!symtab->findType(t, tname) || (NULL == t))
-	{
-		logerror( "%s%d:  could not find type %s\n", FILE__, __LINE__, tname.c_str());
-		return false;
-	}
-
-	typeEnum *te = t->getEnumType();
-	if (!te)
-	{
-		logerror( "%s%d:  %s: unexpected variety\n", FILE__, __LINE__, tname.c_str());
-		return false;
-	}
-
-	std::vector<std::pair<std::string, int> > expected_vals;
-	expected_vals.push_back(std::pair<std::string, int>(std::string("ef1_1"), 20));
-	expected_vals.push_back(std::pair<std::string, int>(std::string("ef1_2"), 40));
-	expected_vals.push_back(std::pair<std::string, int>(std::string("ef1_3"), 60));
-	expected_vals.push_back(std::pair<std::string, int>(std::string("ef1_4"), 80));
-	if (!verify_type_enum(te, &expected_vals)) 
-		return false;
-
-	tname = "my_union";
-	if (!symtab->findType(t, tname) || (NULL == t))
-	{
-		logerror( "%s%d:  could not find type %s\n", FILE__, __LINE__, tname.c_str());
-		return false;
-	}
-
-	typeUnion *tu = t->getUnionType();
-	if (!tu)
-	{
-		logerror( "%s%d:  %s: unexpected variety\n", FILE__, __LINE__, tname.c_str());
-		return false;
-	}
-
-	std::vector<std::pair<std::string, std::string> > expected_union_fields;
-	expected_union_fields.push_back(std::pair<std::string, std::string>("float", "my_float"));
-	expected_union_fields.push_back(std::pair<std::string, std::string>("int", "my_int"));
-
-	if (!verify_type_union(tu, NULL, &expected_union_fields)) {
-		logerror( "%s%d:  could not verify union\n", FILE__, __LINE__);
-		return false;
-   }
-
-	tname = "mystruct";
-	if (!symtab->findType(t, tname) || (NULL == t))
-	{
-		logerror( "%s%d:  could not find type %s\n", FILE__, __LINE__, tname.c_str());
-		return false;
-	}
-
-	typeStruct *ts = t->getStructType();
-	if (!ts)
-	{
-		logerror( "%s%d:  %s: unexpected variety\n", FILE__, __LINE__, tname.c_str());
-		return false;
-	}
-
-	std::vector<std::pair<std::string, std::string> > expected_struct_fields;
-	std::vector<std::pair<std::string, std::string> > alternate_struct_fields;
-	expected_struct_fields.push_back(std::pair<std::string, std::string>("int", "elem1"));
-	alternate_struct_fields.push_back(std::pair<std::string, std::string>("int", "elem1"));
-   
-	expected_struct_fields.push_back(std::pair<std::string, std::string>("double", "elem2"));
-	alternate_struct_fields.push_back(std::pair<std::string, std::string>("double", "elem2"));
-	expected_struct_fields.push_back(std::pair<std::string, std::string>("char", "elem3"));
-	alternate_struct_fields.push_back(std::pair<std::string, std::string>("signed char", "elem3"));
-	expected_struct_fields.push_back(std::pair<std::string, std::string>("float", "elem4"));
-	alternate_struct_fields.push_back(std::pair<std::string, std::string>("float", "elem4"));
-
-	if (!verify_type_struct(ts, NULL, &expected_struct_fields, &alternate_struct_fields)) {
-      logerror( "%s:%u - Could not verify struct\n");
-		return false;
-   }
+bool test_type_info_Mutator::specific_type_tests() {
+  Type *t = NULL;
+
+  std::string tname = "enum1";
+  if (!symtab->findType(t, tname) || (NULL == t)) {
+    logerror("%s%d:  could not find type %s\n", FILE__, __LINE__,
+             tname.c_str());
+    return false;
+  }
+
+  typeEnum *te = t->getEnumType();
+  if (!te) {
+    logerror("%s%d:  %s: unexpected variety\n", FILE__, __LINE__,
+             tname.c_str());
+    return false;
+  }
+
+  std::vector<std::pair<std::string, int>> expected_vals;
+  expected_vals.push_back(
+      std::pair<std::string, int>(std::string("ef1_1"), 20));
+  expected_vals.push_back(
+      std::pair<std::string, int>(std::string("ef1_2"), 40));
+  expected_vals.push_back(
+      std::pair<std::string, int>(std::string("ef1_3"), 60));
+  expected_vals.push_back(
+      std::pair<std::string, int>(std::string("ef1_4"), 80));
+  if (!verify_type_enum(te, &expected_vals)) {
+    logerror("%s%d:  could not find enum type %s\n", FILE__, __LINE__,
+             tname.c_str());
+    return false;
+  }
+
+  tname = "my_union";
+  if (!symtab->findType(t, tname) || (NULL == t)) {
+    logerror("%s%d:  could not find type %s\n", FILE__, __LINE__,
+             tname.c_str());
+    return false;
+  }
+
+  typeUnion *tu = t->getUnionType();
+  if (!tu) {
+    logerror("%s%d:  %s: unexpected variety\n", FILE__, __LINE__,
+             tname.c_str());
+    return false;
+  }
+
+  std::vector<std::pair<std::string, std::string>> expected_union_fields;
+  expected_union_fields.push_back(
+      std::pair<std::string, std::string>("float", "my_float"));
+  expected_union_fields.push_back(
+      std::pair<std::string, std::string>("int", "my_int"));
+
+  if (!verify_type_union(tu, NULL, &expected_union_fields)) {
+    logerror("%s%d:  could not verify union\n", FILE__, __LINE__);
+    return false;
+  }
+
+  tname = "mystruct";
+  if (!symtab->findType(t, tname) || (NULL == t)) {
+    logerror("%s%d:  could not find type %s\n", FILE__, __LINE__,
+             tname.c_str());
+    return false;
+  }
+
+  typeStruct *ts = t->getStructType();
+  if (!ts) {
+    logerror("%s%d:  %s: unexpected variety\n", FILE__, __LINE__,
+             tname.c_str());
+    return false;
+  }
+
+  std::vector<std::pair<std::string, std::string>> expected_struct_fields;
+  std::vector<std::pair<std::string, std::string>> alternate_struct_fields;
+  expected_struct_fields.push_back(
+      std::pair<std::string, std::string>("int", "elem1"));
+  alternate_struct_fields.push_back(
+      std::pair<std::string, std::string>("int", "elem1"));
+
+  expected_struct_fields.push_back(
+      std::pair<std::string, std::string>("double", "elem2"));
+  alternate_struct_fields.push_back(
+      std::pair<std::string, std::string>("double", "elem2"));
+  expected_struct_fields.push_back(
+      std::pair<std::string, std::string>("char", "elem3"));
+  alternate_struct_fields.push_back(
+      std::pair<std::string, std::string>("signed char", "elem3"));
+  expected_struct_fields.push_back(
+      std::pair<std::string, std::string>("float", "elem4"));
+  alternate_struct_fields.push_back(
+      std::pair<std::string, std::string>("float", "elem4"));
+
+  if (!verify_type_struct(ts, NULL, &expected_struct_fields,
+                          &alternate_struct_fields)) {
+    logerror("%s:%u - Could not verify struct\n");
+    return false;
+  }
 #if !defined(os_windows_test)
 	tname = "int_alias_t";
 	if (!symtab->findType(t, tname) || (NULL == t))
@@ -817,7 +714,7 @@
 	typeTypedef *tt = t->getTypedefType();
 	if (!tt)
 	{
-		//  Caveat:  Solaris and gnu compilers differ here in how they emit the stab
+		//  Caveat:  Some compilers differ here in how they emit the stab
 		//  for the typedef array...  while it would be nice to have a consistent representation
 		//  but it would involve creating "fake" placeholder typedefs...  or just
 		//  modifying the test to be OK with either scenario....
@@ -865,222 +762,360 @@
 		return false;
 	}
 
-	if (std::string::npos == execname.find("CC")) 
+	tname = "my_intptr_t";
+	if (!symtab->findType(t, tname) || (NULL == t))
 	{
-		tname = "my_intptr_t";
-		if (!symtab->findType(t, tname) || (NULL == t))
-		{
-			logerror( "%s%d:  could not find type %s\n", 
-					FILE__, __LINE__, tname.c_str());
-			return false;
-		}
-
-		tt = t->getTypedefType();
-		if (!tt)
-		{
-			logerror( "%s%d:  %s: unexpected variety\n", 
-					FILE__, __LINE__, tname.c_str());
-			return false;
-		}
-
-		if (!verify_type_typedef(tt, NULL)) 
-			return false;
-
-		tc = tt->getConstituentType();
-		if (!tc)
-		{
-			logerror( "%s%d:  %s: no constituent type\n", 
-					FILE__, __LINE__, tname.c_str());
-			return false;
-		}
-
-		typePointer *tp = tc->getPointerType();
-		if (!tp)
-		{
-			logerror( "%s%d:  %s: unexpected variety: %s\n", 
-					FILE__, __LINE__, tname.c_str(), dataClass2Str(tc->getDataClass()));
-			return false;
-		}
-
-		std::string expected_pointer_base = "int";
-		if (!verify_type_pointer(tp, &expected_pointer_base)) 
-			return false;
+		logerror( "%s%d:  could not find type %s\n",
+				FILE__, __LINE__, tname.c_str());
+		return false;
 	}
-	else
+
+	tt = t->getTypedefType();
+	if (!tt)
 	{
-		logerror("%s%d:  skipped function pointer type verifiction for sun CC compiler\n", 
-				FILE__, __LINE__);
+		logerror( "%s%d:  %s: unexpected variety\n",
+				FILE__, __LINE__, tname.c_str());
+		return false;
 	}
-#endif
-	return true;
-}
 
-test_results_t test_type_info_Mutator::verify_basic_type_lists()
-{
-   std_types = symtab->getAllstdTypes();
-   builtin_types = symtab->getAllbuiltInTypes();
-
-   if (!std_types || !std_types->size() )
-   {
-      logerror("%s:%u - Unable to find std types\n", 
-               __FILE__, __LINE__);
-      return FAILED;
-   }
-
-   if (!builtin_types || !builtin_types->size() )
-   {
-      logerror("%s:%u - Unable to find std types\n", 
-               __FILE__, __LINE__);
-      return FAILED;
-   }
-
-   for (unsigned int i = 0; i < std_types->size(); ++i)
-   {
-	   Type *t = (*std_types)i;
-	   if (!t)
-	   {
-		   logerror( "%s%d:  NULL type returned to user\n", FILE__, __LINE__);
-		   return FAILED;
-	   }
-
-	   if (!verify_type(t))
-	   {
-		   logerror( "%s%d:  failing due to bad type\n", FILE__, __LINE__);
-		   return FAILED;
-	   }
-   }
-
-   for (unsigned int i = 0; i < builtin_types->size(); ++i)
-   {
-	   Type *t = (*builtin_types)i;
-	   if (!t)
-	   {
-		   logerror( "%s%d:  NULL type returned to user\n", FILE__, __LINE__);
-		   return FAILED;
-	   }
-
-	   if (!verify_type(t))
-	   {
-		   logerror( "%s%d:  failing due to bad type\n", FILE__, __LINE__);
-		   return FAILED;
-	   }
-   }
-
-   std::vector<SymtabAPI::Module *> mods;
-   bool result = symtab->getAllModules(mods);
-
-   if (!result || !mods.size() )
-   {
-	   logerror("%s%d: Unable to getAllModules\n", FILE__, __LINE__);
-	   return FAILED;
-   }
-
-   for (unsigned int i = 0; i < mods.size(); ++i)
-   {
-	   std::vector<Type *> *modtypes = modsi->getAllTypes();
-
-	   if (!modtypes)
-	   {
-		   //  we try to look at all modules that have types
-		   //  but not all do
-		   //  Only fail if the module is one of ours
-
-		   if (  modsi->fileName() == std::string("mutatee_util.c")
-		      ||(modsi->fileName() == std::string("solo_mutatee_boilerplate.c"))
-		      ||(modsi->fileName() == std::string("mutatee_driver.c")))
-		   {
-			   logerror( "%s%d:  module %s has no types\n", FILE__, __LINE__, 
-					   modsi->fileName().c_str());
-
-			   return FAILED;
-		   }
-		   else
-			   continue;
-	   }
-
-	   //logerror( "%s%d:  examining types in module %s\n", FILE__, __LINE__,
-	   //		   modsi->fileName().c_str());
-
-	   for (unsigned int j = 0; j < modtypes->size(); ++j)
-	   {
-		   Type *t = (*modtypes)j;
-		   if (!t)
-		   {
-			   logerror( "%s%d:  NULL type returned to user\n", FILE__, __LINE__);
-			   return FAILED;
-		   }
-
-		   if (!verify_type(t))
-		   {
-			   logerror( "%s%d:  failing due to bad type\n", FILE__, __LINE__);
-			   return FAILED;
-		   }
-	   }
-   }
+	if (!verify_type_typedef(tt, NULL))
+		return false;
 
+	tc = tt->getConstituentType();
+	if (!tc)
+	{
+		logerror( "%s%d:  %s: no constituent type\n",
+				FILE__, __LINE__, tname.c_str());
+		return false;
+	}
 
-   if (!specific_type_tests())
-   {
-	   logerror( "%s%d:  specific type test failed... \n", FILE__, __LINE__);
-	   return FAILED;
-   }
+	typePointer *tp = tc->getPointerType();
+	if (!tp)
+	{
+		logerror( "%s%d:  %s: unexpected variety: %s\n",
+				FILE__, __LINE__, tname.c_str(), dataClass2Str(tc->getDataClass()));
+		return false;
+	}
 
-   if (!got_all_types())
-   {
-	   logerror( "%s%d:  did not test all types...  failing\n", FILE__, __LINE__);
-	   return FAILED;
-   }
+	std::string expected_pointer_base = "int";
+	if (!verify_type_pointer(tp, &expected_pointer_base))
+		return false;
+#endif
 
-   return PASSED;
+  /* ----  Check DWARF encodings for base types ---- */
+  // NB: We are limited to just C types because the mutatee is written in C
+
+  // Integral types
+  {
+    tname = "integral_t";
+    if (!symtab->findType(t, tname) || !t) {
+      logerror("%s%d:  could not find type %s\n", FILE__, __LINE__,
+               tname.c_str());
+      return false;
+    }
+
+    typeStruct *ts = t->getStructType();
+    if (!ts) {
+      logerror("%s%d:  %s: unexpected variety\n", FILE__, __LINE__,
+               tname.c_str());
+      return false;
+    }
+
+    using prop_t = SymtabAPI::typeScalar::properties_t;
+    constexpr auto expected_num_fields = 6UL;
+    // clang-format off
+    auto check = ts() {
+      std::array<std::function<bool(prop_t const&)>, expected_num_fields> checks = {{
+        (prop_t const& p) { return p.is_integral && p.is_boolean; },
+        (prop_t const& p) { return p.is_integral && (p.is_signed_char || p.is_unsigned_char); },
+        (prop_t const& p) { return p.is_integral && !p.is_floating_point && !p.is_string; },
+        (prop_t const& p) { return p.is_integral && !p.is_floating_point && !p.is_string; },
+        (prop_t const& p) { return p.is_integral && !p.is_floating_point && !p.is_string; },
+        (prop_t const& p) { return p.is_integral && !p.is_floating_point && !p.is_string; }
+      }};
+      // clang-format on
+      auto const &fields = *ts->getFields();
+      if (fields.size() != expected_num_fields)
+        return false;
+
+      for (size_t i = 0; i < expected_num_fields; i++) {
+        auto const &p = fieldsi->getType()->getScalarType()->properties();
+        if (!checksi(p))
+          return false;
+      }
+      return true;
+    }();
+    if (!check) {
+      logerror("%s%d:  %s: Found incorrect encodings\n", FILE__, __LINE__,
+               tname.c_str());
+      return false;
+    }
+  }
+
+  // Signed Integral types
+  {
+    tname = "signed_integral_t";
+    if (!symtab->findType(t, tname) || !t) {
+      logerror("%s%d:  could not find type %s\n", FILE__, __LINE__,
+               tname.c_str());
+      return false;
+    }
+
+    typeStruct *ts = t->getStructType();
+    if (!ts) {
+      logerror("%s%d:  %s: unexpected variety\n", FILE__, __LINE__,
+               tname.c_str());
+      return false;
+    }
+
+    using prop_t = SymtabAPI::typeScalar::properties_t;
+    constexpr auto expected_num_fields = 5UL;
+    // clang-format off
+    auto check = ts() {
+      std::array<std::function<bool(prop_t const&)>, expected_num_fields> checks = {{
+        (prop_t const& p) { return p.is_integral && p.is_signed_char && !p.is_floating_point && !p.is_string; },
+        (prop_t const& p) { return p.is_integral && p.is_signed && !p.is_floating_point && !p.is_string; },
+        (prop_t const& p) { return p.is_integral && p.is_signed && !p.is_floating_point && !p.is_string; },
+        (prop_t const& p) { return p.is_integral && p.is_signed && !p.is_floating_point && !p.is_string; },
+        (prop_t const& p) { return p.is_integral && p.is_signed && !p.is_floating_point && !p.is_string; }
+      }};
+      // clang-format on
+      auto const &fields = *ts->getFields();
+      if (fields.size() != expected_num_fields)
+        return false;
+
+      for (size_t i = 0; i < expected_num_fields; i++) {
+        auto const &p = fieldsi->getType()->getScalarType()->properties();
+        if (!checksi(p))
+          return false;
+      }
+      return true;
+    }();
+    if (!check) {
+      logerror("%s%d:  %s: Found incorrect encodings\n", FILE__, __LINE__,
+               tname.c_str());
+      return false;
+    }
+  }
+
+  // Unsigned Integral types
+  {
+    tname = "unsigned_integral_t";
+    if (!symtab->findType(t, tname) || !t) {
+      logerror("%s%d:  could not find type %s\n", FILE__, __LINE__,
+               tname.c_str());
+      return false;
+    }
+
+    typeStruct *ts = t->getStructType();
+    if (!ts) {
+      logerror("%s%d:  %s: unexpected variety\n", FILE__, __LINE__,
+               tname.c_str());
+      return false;
+    }
+
+    using prop_t = SymtabAPI::typeScalar::properties_t;
+    constexpr auto expected_num_fields = 5UL;
+    // clang-format off
+    auto check = ts() {
+      std::array<std::function<bool(prop_t const&)>, expected_num_fields> checks = {{
+        (prop_t const& p) { return p.is_integral && p.is_unsigned_char && !p.is_floating_point && !p.is_string; },
+        (prop_t const& p) { return p.is_integral && p.is_unsigned && !p.is_floating_point && !p.is_string; },
+        (prop_t const& p) { return p.is_integral && p.is_unsigned && !p.is_floating_point && !p.is_string; },
+        (prop_t const& p) { return p.is_integral && p.is_unsigned && !p.is_floating_point && !p.is_string; },
+        (prop_t const& p) { return p.is_integral && p.is_unsigned && !p.is_floating_point && !p.is_string; }
+      }};
+      // clang-format on
+      auto const &fields = *ts->getFields();
+      if (fields.size() != expected_num_fields)
+        return false;
+
+      for (size_t i = 0; i < expected_num_fields; i++) {
+        auto const &p = fieldsi->getType()->getScalarType()->properties();
+        if (!checksi(p))
+          return false;
+      }
+      return true;
+    }();
+    if (!check) {
+      logerror("%s%d:  %s: Found incorrect encodings\n", FILE__, __LINE__,
+               tname.c_str());
+      return false;
+    }
+  }
+
+  // Floating point types
+  {
+    tname = "floating_point_t";
+    if (!symtab->findType(t, tname) || !t) {
+      logerror("%s%d:  could not find type %s\n", FILE__, __LINE__,
+               tname.c_str());
+      return false;
+    }
+
+    typeStruct *ts = t->getStructType();
+    if (!ts) {
+      logerror("%s%d:  %s: unexpected variety\n", FILE__, __LINE__,
+               tname.c_str());
+      return false;
+    }
+
+    using prop_t = SymtabAPI::typeScalar::properties_t;
+    constexpr auto expected_num_fields = 6UL;
+    // clang-format off
+    auto check = ts() {
+      std::array<std::function<bool(prop_t const&)>, expected_num_fields> checks = {{
+        (prop_t const& p) { return p.is_floating_point && !p.is_integral && !p.is_string; },
+        (prop_t const& p) { return p.is_floating_point && !p.is_integral && !p.is_string; },
+        (prop_t const& p) { return p.is_floating_point && !p.is_integral && !p.is_string; },
+        (prop_t const& p) { return p.is_floating_point && p.is_complex_float && !p.is_integral && !p.is_string; },
+        (prop_t const& p) { return p.is_floating_point && p.is_complex_float && !p.is_integral && !p.is_string; },
+        (prop_t const& p) { return p.is_floating_point && p.is_complex_float && !p.is_integral && !p.is_string; }
+      }};
+      // clang-format on
+      auto const &fields = *ts->getFields();
+      if (fields.size() != expected_num_fields)
+        return false;
+
+      for (size_t i = 0; i < expected_num_fields; i++) {
+        auto const &p = fieldsi->getType()->getScalarType()->properties();
+        if (!checksi(p))
+          return false;
+      }
+      return true;
+    }();
+    if (!check) {
+      logerror("%s%d:  %s: Found incorrect encodings\n", FILE__, __LINE__,
+               tname.c_str());
+      return false;
+    }
+  }
+
+  return true;
 }
 
-test_results_t test_type_info_Mutator::executeTest()
-{
+test_results_t test_type_info_Mutator::verify_basic_type_lists() {
+  std_types = symtab->getAllstdTypes();
+  builtin_types = symtab->getAllbuiltInTypes();
 
-	if (createmode == DESERIALIZE)
-		return SKIPPED;
-#if defined (os_linux_test) && defined (arch_x86_test)
-	if ((createmode == DESERIALIZE) && (compiler == std::string("g++")))
-		return SKIPPED;
-#endif
-#if defined (os_aix_test) 
-	if (createmode == DESERIALIZE)
-		return SKIPPED;
-#endif
+  if (!std_types || !std_types->size()) {
+    logerror("%s:%u - Unable to find std types\n", __FILE__, __LINE__);
+    return FAILED;
+  }
 
-	SymtabAPI::Module *mod = NULL;
-	std::vector<SymtabAPI::Module *> mods;
+  if (!builtin_types || !builtin_types->size()) {
+    logerror("%s:%u - Unable to find std types\n", __FILE__, __LINE__);
+    return FAILED;
+  }
 
-	execname = symtab->name();
-	
-	if (!symtab->getAllModules(mods))
-	{
-		logerror( "%s%d:  failed to get all modules\n", FILE__, __LINE__);
-		return FAILED;
-	}
+  for (unsigned int i = 0; i < std_types->size(); ++i) {
+    Type *t = (*std_types)i;
+    if (!t) {
+      logerror("%s%d:  NULL type returned to user\n", FILE__, __LINE__);
+      return FAILED;
+    }
 
-	for (unsigned int i = 0; i < mods.size(); ++i)
-	{
-		std::string mname = modsi->fileName();
-		//logerror( "%s%d:  considering module %s\n", FILE__, __LINE__, mname.c_str());
-		if (!strncmp("solo_mutatee", mname.c_str(), strlen("solo_mutatee")) ||	
-		    !strncmp("test_type_info_mutatee", mname.c_str(), strlen("test_type_info_mutatee")))
-		{
-		   if (mod)
-		      logerror( "%s%d:  FIXME\n", FILE__, __LINE__);
-		   mod = modsi;
-		}
-	}
+    if (!verify_type(t)) {
+      logerror("%s%d:  failing due to bad type\n", FILE__, __LINE__);
+      return FAILED;
+    }
+  }
 
-	if (!mod)
-	{
-		logerror( "%s%d:  failed to find module\n", FILE__, __LINE__);
-		return FAILED;
-	}
+  for (unsigned int i = 0; i < builtin_types->size(); ++i) {
+    Type *t = (*builtin_types)i;
+    if (!t) {
+      logerror("%s%d:  NULL type returned to user\n", FILE__, __LINE__);
+      return FAILED;
+    }
 
-	lang = mod->language();
-	//logerror( "%s%d:  lang = %s\n", FILE__, __LINE__, supportedLanguages2Str(lang));
-	test_results_t ret = verify_basic_type_lists();
-   return ret;
+    if (!verify_type(t)) {
+      logerror("%s%d:  failing due to bad type\n", FILE__, __LINE__);
+      return FAILED;
+    }
+  }
+
+  std::vector<SymtabAPI::Module *> mods;
+  bool result = symtab->getAllModules(mods);
+
+  if (!result || !mods.size()) {
+    logerror("%s%d: Unable to getAllModules\n", FILE__, __LINE__);
+    return FAILED;
+  }
+
+  for (unsigned int i = 0; i < mods.size(); ++i) {
+    std::vector<Type *> *modtypes = modsi->getAllTypes();
+
+    if (!modtypes) {
+      //  we try to look at all modules that have types
+      //  but not all do
+      //  Only fail if the module is one of ours
+
+      if (modsi->fileName() == std::string("mutatee_util.c") ||
+          (modsi->fileName() == std::string("solo_mutatee_boilerplate.c")) ||
+          (modsi->fileName() == std::string("mutatee_driver.c"))) {
+        logerror("%s%d:  module %s has no types\n", FILE__, __LINE__,
+                 modsi->fileName().c_str());
+
+        return FAILED;
+      } else
+        continue;
+    }
+
+    for (unsigned int j = 0; j < modtypes->size(); ++j) {
+      Type *t = (*modtypes)j;
+      if (!t) {
+        logerror("%s%d:  NULL type returned to user\n", FILE__, __LINE__);
+        return FAILED;
+      }
+
+      if (!verify_type(t)) {
+        logerror("%s%d:  failing due to bad type\n", FILE__, __LINE__);
+        return FAILED;
+      }
+    }
+  }
+
+  if (!specific_type_tests()) {
+    logerror("%s%d:  specific type test failed... \n", FILE__, __LINE__);
+    return FAILED;
+  }
+
+  if (!got_all_types()) {
+    logerror("%s%d:  did not test all types...  failing\n", FILE__, __LINE__);
+    return FAILED;
+  }
+
+  return PASSED;
 }
 
+test_results_t test_type_info_Mutator::executeTest() {
+  SymtabAPI::Module *mod = NULL;
+  std::vector<SymtabAPI::Module *> mods;
+
+  execname = symtab->name();
+
+  if (!symtab->getAllModules(mods)) {
+    logerror("%s%d:  failed to get all modules\n", FILE__, __LINE__);
+    return FAILED;
+  }
+
+  for (unsigned int i = 0; i < mods.size(); ++i) {
+    std::string mname = modsi->fileName();
+    if (!strncmp("solo_mutatee", mname.c_str(), strlen("solo_mutatee")) ||
+        !strncmp("test_type_info_mutatee", mname.c_str(),
+                 strlen("test_type_info_mutatee"))) {
+      if (mod)
+        logerror("%s%d:  FIXME\n", FILE__, __LINE__);
+      mod = modsi;
+    }
+  }
+
+  if (!mod) {
+    logerror("%s%d:  failed to find module\n", FILE__, __LINE__);
+    return FAILED;
+  }
+
+  lang = mod->language();
+  test_results_t ret = verify_basic_type_lists();
+  return ret;
+}

_service:tar_scm:testsuite-11.0.1.tar.gz/src/symtab/test_type_info_mutatee.c -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/symtab/test_type_info_mutatee.c Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/test_driver.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/test_driver.C Changed

@@ -66,7 +66,6 @@
 #include "ResumeLog.h"
 #include "TestOutputDriver.h"
 #include "StdOutputDriver.h"
-#include "JUnitOutputDriver.h"
 #include "comptester.h"
 #include "CmdLine.h"
 #include "module.h"
@@ -749,12 +748,6 @@
    // First, find the directory we reside in
 
     bool include_cwd_always = false;
-#if defined(os_aix_test)
-    // AIX strips a ./ from the start of argv0, so
-    // we will execute ./test_driver and see test_driver
-
-    include_cwd_always = true;
-#endif
 
    char *execpath;
    char pathnamePATH_MAX;
@@ -802,18 +795,11 @@
    assert(!putenv(envCopy));
     
    char *envLibPath;
-#if defined(os_aix_test)
-   envLibPath = getenv("LIBPATH");
-#else
    envLibPath = getenv("LD_LIBRARY_PATH");
-#endif
     
    envCopy = (char *) ::malloc(((envLibPath && strlen(envLibPath)) ? strlen(envLibPath) + 1 : 0) + strlen(execpath) + 17);
-#if defined(os_aix_test)
-   strcpy(envCopy, "LIBPATH=");
-#else
    strcpy(envCopy, "LD_LIBRARY_PATH=");
-#endif
+
    if (envLibPath && strlen(envLibPath)) {
       strcat(envCopy, envLibPath);
       strcat(envCopy, ":");
@@ -956,10 +942,6 @@
          setOutput(newoutput);
       }      
    }
-   if(params"junit"->getInt())
-   {
-      setOutput(new JUnitOutputDriver(NULL));
-   }
 
    int unique_id = params"unique_id"->getInt();
    if (unique_id) {

_service:tar_scm:testsuite-11.0.1.tar.gz/src/test_info_new.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/test_info_new.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/test_info_new.h -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/test_info_new.h Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/test_lib.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/test_lib.C Changed

@@ -51,10 +51,8 @@
 #include <fnmatch.h>
 #endif
 
-#if defined(i386_unknown_nt4_0_test) || defined(mips_unknown_ce2_11_test) //ccw 10 apr 2001 
-#ifndef mips_unknown_ce2_11_test //ccw 10 apr 2001
+#if defined(i386_unknown_nt4_0_test) //ccw 10 apr 2001
 #define WIN32_LEAN_AND_MEAN
-#endif
 #include <Windows.h>
 #else
 #include <unistd.h>
@@ -387,13 +385,6 @@
    dest_len = strlen(dest);
 
    // Patch up alternate ABI filenames
-#if defined(rs6000_ibm_aix64_test)
-   if(psize == 4) {
-     strncat(dest, "_32", dest_max_len - dest_len);
-     dest_len += 3;
-   }
-#endif
-
 #if defined(arch_x86_64_test)
    if (psize == 4) {
       strncat(dest,"_m32", dest_max_len - dest_len);
@@ -401,11 +392,6 @@
    }
 #endif
 
-#if defined(mips_sgi_irix6_4_test)
-   strncat(dest,"_n32", dest_max_len - dest_len);
-   dest_len += 4;
-#endif
-
 #if defined(os_windows_test)
    strncat(dest, ".dll", dest_max_len - dest_len);
    dest_len += 4;
@@ -573,7 +559,6 @@
 #endif
 
 #if defined (os_windows_test)
-//  solaris does not provide setenv, so we provide an ersatz replacement.
 // yes it's leaky, but we don't plan on using it too much, so who cares?
 int setenv(const char *envname, const char *envval, int)
 {

_service:tar_scm:testsuite-11.0.1.tar.gz/src/test_lib_soExecution.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/test_lib_soExecution.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/src/testdriver_wrapper.C -> _service:tar_scm:testsuite-12.2.1.tar.gz/src/testdriver_wrapper.C Changed

_service:tar_scm:testsuite-11.0.1.tar.gz/x86_64-unknown-linux2.4/cmake-mutators.txt -> _service:tar_scm:testsuite-12.2.1.tar.gz/x86_64-unknown-linux2.4/cmake-mutators.txt Changed

@@ -7,7 +7,7 @@
 ######################################################################
 
 
-include_directories ("..src/proccontrol")
+include_directories ("../src/proccontrol")
 set (proccontrol_MUTATORS
 	pc_launch
 	pc_thread_cont
@@ -51,7 +51,7 @@
 )
 
 
-include_directories ("..src/dyninst")
+include_directories ("../src/dyninst")
 set (dyninst_MUTATORS
 	test1_1
 	test1_2
@@ -261,7 +261,7 @@
 )
 
 
-include_directories ("..src/instruction")
+include_directories ("../src/instruction")
 set (instruction_MUTATORS
 	test_instruction_read_write
 	test_instruction_farcall
@@ -293,7 +293,7 @@
 )
 
 
-include_directories ("..src/symtab")
+include_directories ("../src/symtab")
 set (symtab_MUTATORS
 	test_lookup_func
 	test_lookup_var
@@ -766,9 +766,8 @@
 	if(NOT SKIP)
 		add_library (${lib} ${source})
 		target_link_libraries (${lib} ${comp_dep} ${LIBTESTSUITE})
-		install (TARGETS ${lib} 
+		install (TARGETS ${lib}
 		         RUNTIME DESTINATION ${INSTALL_DIR}
 		         LIBRARY DESTINATION ${INSTALL_DIR})
 	endif()
 endforeach()
-